id int64 8.34M 9.85M | text stringlengths 30 13.9k | __index_level_0__ int64 0 50k |
|---|---|---|
9,108,645 | 1. A driving system for a railroad vehicle comprising: a current collection apparatus which obtains electric power from an electric power supply apparatus during presence in an electrified section of the railroad; an in-vehicle electric power supply apparatus which includes an engine and a generator and generates electric power inside of the vehicle; an electric power conversion apparatus which converts electric power from the current collection apparatus and the in-vehicle electric power supply apparatus to DC power at a first voltage value level; and a motor driving apparatus which converts the DC power at the first voltage value level to AC power, and which drives a motor by the AC power; wherein, in a case where the vehicle received a non-electrified section prediction signal from a first information transmission device which is installed on an electrified section side relative to a spot of a start of a non-electrified section, the motor driving apparatus and the electric power conversion apparatus are stopped so as to stop the driving of the motor by the electric power from the current collection apparatus, then when the vehicle reaches a spot after traveling a preset distance from a spot of the reception of the non-electrified section prediction signal, the current collection apparatus is moved to disconnect from the electric power supply apparatus, and then the electric power conversation apparatus and the motor driving apparatus are activated after the vehicle received a non-electrified confirmation signal from a second information transmission device, and wherein, in a case where the vehicle received an electrified section prediction signal from a third information transmission device which is installed on the non-electrified section side relative to a spot of the start of the electrified section, the motor driving apparatus and the electric power conversion apparatus are stopped so as to stop the driving of the motor by the electric power from the in-vehicle electric power supply apparatus, then when the vehicle reaches a spot after traveling a preset distance from a spot of the reception of the electrified section prediction signal, the current collection apparatus is made to contact the electric power supply apparatus, and then the electric power conversion apparatus and the motor driving apparatus are activated after the vehicle receives an electrified section confirmation signal from a fourth information transmission device. | 23,470 |
8,387,195 | 1. An educational toothbrush, comprising: a brush head with bristles; a brush neck; and a body comprising a top portion and a bottom portion, wherein the top portion of the body and the bottom portion of the body are configured to operably connect to each other to form the body, the bottom portion of the body comprises an audio device holder comprising an opening configured to allow liquid entering the body from an audio output section to exit from the body of the educational toothbrush, and the body includes a button configured to activate the educational toothbrush and deactivate the educational toothbrush. | 36,322 |
8,721,957 | 1. A forming method, in a mold fitted with a wall forming a cavity, of a container from an intermediate container comprising at least one lateral protrusion projecting toward the exterior of the container, which comprises: a boxing operation comprising pushing the lateral protrusion by an insert movably mounted with respect to the mold between a retracted position in which the insert is retracted into a recess formed in the wall and a deployed position in which the insert protrudes with respect to the wall, in order to form, by overturning, a hollow reserve projecting toward the interior of the container; an operation to pressurize the intermediate container, comprising, prior to the boxing operation, injecting a fluid under pressure into the intermediate container; and a local pressurization operation, comprising, prior to the boxing operation, of injecting a fluid under pressure into the volume defined in said recess between the lateral protrusion and the insert. | 9,233 |
8,685,579 | 1. A method of operating a high temperature fuel cell system comprising at least one fuel cell stack, the method comprising: periodically cycling an output power produced from a fuel cell stack above and below an average desired or required output power, such that the output power substantially equals the average desired or required output power over a period of time; storing electrical energy when the output power is above the average total desired or required output power; and releasing the stored electrical energy when the output power is below the average total desired or required output power. | 17,824 |
9,440,796 | 1. A belt band conveyor comprising: (a) an endless conveyor belt band comprising a lower belt, (b) a plurality of friction rollers selected from the group consisting of deflection friction rollers for deflecting the conveyor belt band and drive friction rollers for driving the conveyor belt band, wherein the friction rollers are guided over the lower belt; and (c) a shaft extending in a longitudinal direction and having an outside circumference contour; wherein each friction roller comprises at least three roller segments mounted on the shaft in axially releasable manner and disposed axially adjacent at an axial distance from one another in the longitudinal direction; wherein each roller segment has an inside circumference contour and is mounted so as to rotate about an axis of rotation that extends axially in the longitudinal direction; wherein each roller segment has a respective friction surface on a radial outside circumference of the roller segment; wherein each roller segment engages on the lower belt of the conveyor belt band exclusively with friction fit by way of the respective friction surface; and wherein the inside circumference contour of each roller segment and the outside circumference contour of the shaft are structured to be coordinated with one another so that each roller segment is connected with the shaft with shape fit to prevent twisting about the axis of rotation so that when the shaft turns about the axis of rotation in a direction of rotation, the roller segments also turn about the axis of rotation in the direction of rotation; and wherein multiple support disks are set on in axially releasable manner for lateral support of each roller segment, wherein each support disk of the support disks extends away from the shaft, transverse or perpendicular to the axis of rotation, and wherein each roller segment of the roller segments is delimited by a first axial side surface and by a second axial side surface that faces axially away from the first axial side surface in the longitudinal direction, and wherein a first support disk of the support disks, in each instance, lies against the respective first axial side surface of the respective roller segment, and a second support disk of the support disks, in each instance, lies against the respective second axial side surface of the respective roller segment. | 49,554 |
8,397,092 | 1. A method for managing power consumption by a network device, the network device having first and second ports, each of the first and second ports associated with a unique identifier and adapted to handle separate network traffic, the method comprising: verifying that the first and the second ports are connected to a common network end node; shutting off a link between the first port and the network end node; obtaining the unique identifier of the first port; creating, on the second port, a virtual port in response to the unique identifier of the first port; discovering the virtual port on the network device; and redirecting traffic formerly routed through the link through the virtual port. | 16,203 |
9,154,300 | 1. A method for determining Joint Randomness Not Shared by Others (JRNSO) comprising: transmitting, from a first wireless transmit/receive unit (WTRU) to a second WTRU over a first channel frequency, a first signal comprising a first private pilot, wherein the first private pilot is known only to the first WRTU; receiving, at the first WTRU from the second WTRU over a second channel frequency, a second signal comprising a second private pilot and a second channel effect, wherein the second channel frequency is different than the first channel frequency, and the second private pilot is known only to the second WRTU; transmitting, from the first WTRU to the second WTRU over the first channel frequency, a third signal comprising the second signal; receiving, at the first WTRU from the second WTRU over the second channel frequency, a fourth signal comprising the first signal, a first channel effect, and the second channel effect; processing, at the first WTRU, the fourth signal to determine overall channel effects; and determining, at the first WTRU, JRNSO based on the overall channel effects. | 13,106 |
8,696,767 | 1. A method for producing a solid electrolytic capacitor which comprises forming a dielectric layer on an anode body comprising a valve-acting metal sintered body having fine pores and forming a cathode comprising a conductive compound layer on the dielectric layer, wherein said step of forming the cathode comprises repeating a step of laminating the conductive compound layer on the dielectric formed on the anode body, which laminating step comprises dipping a part of the anode body to a predetermined depth into one of an inorganic compound solution, an organic compound solution or a conductive-polymer compound dispersion liquid, removing the anode body from the solution or dispersion to leave a liquid film on the anode body and drying the liquid film to form the conductive compound layer on the anode body to the predetermined depth, and increasing a depth that the anode body is dipped in the solution or dispersion liquid with each dipping, to thereby produce the solid electrolytic capacitor. | 47,705 |
9,357,421 | 1. A method, comprising: determining transmit power limitation (TPL) information by a UE in a wireless communication system, wherein the UE is configured with a plurality of component carriers (CCs) served by one or more power amplifiers (PAs), wherein the TPL information comprises a set of TPL values, each TPL value corresponds to a UE-configured maximum transmit power for the UE; determining power headroom (PH) information that comprises a set of PH values based on the TPL information; and reporting the PH information to a base station, wherein the TPL information is reduced to contain a reduced set of non-redundant TPL values, and wherein the PH information is also reduced to contain a reduced set of non-redundant PH values. | 6,108 |
9,090,749 | 1. A method for finishing an aqueous polymer dispersion prepared by polymerizing ethylenically unsaturated monomers by means of radically initiated polymerization in an aqueous medium in a polymerization reactor, comprising transferring a resultant aqueous polymer dispersion from the polymerization reactor into at least one storage vessel, wherein the aqueous polymer dispersion from the polymerization reactor, prior to entry into the storage vessel, a) is first cooled using one or more heat exchangers to a temperature of ≦45° C., and b) subsequently one or more additives are metered into the aqueous polymer dispersion between the heat exchanger and storage vessel, the aqueous polymer dispersion not being transferred into any finishing vessel before it is transferred into a storage vessel. | 14,575 |
9,070,955 | 1. A structure suitable for use in an electrochemical device comprising: (A) a hollow cylindrical tube formed of a polymer, and containing a material for generating inert gases via thermal decomposition in a hollow space thereof; (B) a first member formed of a polymer and sealing one end of the hollow cylindrical tube; and (C) a second member formed of a polymer or a metal and sealing the other end of the hollow cylindrical tube; wherein the polymer of the hollow cylindrical tube has a higher melting point than the melting point of the polymer of the first member or the polymer or the metal of the second member, and wherein the material for generating inert gases via thermal decomposition is at least one compound selected from the group consisting of organic peroxides, carbonate compounds, azo compounds, hydrazide compounds and carbazide compounds. | 11,374 |
8,643,349 | 1. A power supply controller, comprising: a pulse width modulation control module having an input and an output; and a feedback network having a first input and an output, the output connected to the input of the pulse width modulation control module, wherein the feedback network includes: | 19,483 |
9,530,042 | 1. A method for fingerprint classification, comprising the steps of: scanning a fingerprint to generate a fingerprint image, FP, having a horizontal resolution of M pixels and a vertical resolution of N pixels; generating a set of responses for each (i,j)-th pixel of the fingerprint image FP, G for k=1, . . . , 8, and G x and G y are, respectively, horizontal and vertical Gaussian derivative filters respectively given by where σ is a parameter representative of width of a Gaussian function; thresholding each response G generating a local gradient directional binary pattern code by forming a binary number from the values of s generating a local gradient directional binary pattern code for each (i,j)-th pixel; computing a distribution of the local gradient directional binary pattern codes for all said pixels in the fingerprint image FP as a histogram and forms descriptor; and using the histogram and forms descriptor and a neural network to reduce substantially a search space to a predefined number of classes of fingerprints to be searched in order to identify the scanned fingerprint. | 23,357 |
9,314,231 | 1. A spinal surgery device, comprising: an electrified probe having an outer surface b) a mesh stent having an inner surface and an outer surface, an unexpanded condition and an expanded condition, wherein the inner surface of the stent in its unexpanded condition contacts the outer surface of the electrified probe, c) an elongated sheath having a distal end, an inner surface, an outer surface and a throughhole extending from the inner surface to the outer surface of the sheath, wherein the inner surface of the sheath contacts the outer surface of the stent in its unexpanded condition. | 37,650 |
9,420,042 | 1. A method of monitoring and managing systems in a facility comprising: connecting a first level facilities management device to a network with an address on said network, the first level facilities management device including a first web server coupled to at least one or more databases; embedding a first map image in said first level facilities management device; connecting additional facilities management devices at additional connection levels to said network that have additional addresses on said network, the additional facilities management devices respectively including additional web servers coupled to at least one or more additional databases; embedding additional map images in said additional facilities management devices by accessing said additional addresses; placing at least one first level embedded link on said first embedded map image that links to at least one of said additional web servers of said additional facilities management devices, said at least one first level embedded link disposed on said first embedded map image at a position that indicates a location of at least one of said additional facilities management devices and an operational state of a sensor coupled to said at least one of said additional facilities management devices, wherein the first embedded map image is to be supplied to a web browser by said first web server, and wherein content accessed by opening said at least one first level embedded link on said first embedded map image using said web browser is supplied to said web browser by a respective one of said additional web servers of said additional facilities management devices associated with said embedded link; placing at least one additional level embedded link on said additional embedded map images that links to said at least one of the group comprising said additional facilities management device and a sensor, said at least one additional level embedded link disposed on said additional embedded map images at a location of at least one of the group comprising said additional facilities management device and said sensor and an operational state of at least one of the group comprising a sensor linked to said additional facilities management device and said sensor, wherein content accessed by opening said at least one additional level embedded link on said additional embedded map images by said web browser is supplied to said web browser by a corresponding additional web server of said at least one of said additional facilities management devices associated with said additional level embedded link; and wherein: the first level facility management device is the first level device of a nesting network comprising the first level facility management device and the additional facility management devices, said additional facility management devices linked with said first level facility management device in a hierarchal system; and the respective web server of said facility management device provides the content from said one or more databases to build a web page comprising one or more embedded links for one or more levels of the nesting network. | 731 |
8,699,652 | 1. A control rod for nuclear reactors comprising: four wings including neutron absorbing hafnium; a front end structural member which has a cross shape in cross section and includes brackets bonded to leading ends of the wings; and a terminal end structural member which has a cross shape in cross section and includes brackets bonded to tailing ends of the wings, wherein the four wings are bonded to a wing bonding member including a cross-shaped center shaft so as to form a cross shape in such a manner that the wings are spaced from each other at predetermined intervals in an axial direction, at least the front end structural member and the wing bonding member are made of a zirconium alloy containing hafnium of which the hafnium content is greater than or equal to that of natural compositions, the wings have principal portions including neutron absorbing plates having neutron absorbing portions, each of the wings has an outer surface which is configured to be opposed to a fuel assembly, and each of the wings includes a composite member that includes a hafnium plate or a hafnium-zirconium alloy plate diluted by zirconium and a zirconium plate that is of pure zirconium, the zirconium plate covering the outer surface of each wing that is configured to be opposed to the fuel assembly, and the neutron-absorbing plates are opposed to each other in such a manner that trap spaces in which reactor water is present are disposed between the neutron absorbing plates, and a thickness of each neutron absorbing plate is substantially uniform in a direction in which the control rod is inserted or withdrawn. | 34,768 |
9,336,564 | 1. A method for resolving a plurality of in-memory issues associated with parallel query execution of a database operation on a database utilizing a graphics processing unit (GPU) having a plurality of GPU multiprocessors, the method comprising: tying a table choice to a number of accesses per second made to a table such that selection of the table choice corresponds with the number of accesses per second made to the table, wherein the table choice is a first of the plurality of in-memory issues; and synchronizing threads in a same shared GPU multiprocessor using a first thread synchronization call through a local memory to avoid thread blocks and to maintain concurrency in the same shared GPU multiprocessor, wherein each of the plurality of GPU multiprocessors includes the local memory shared by threads running on the same shared GPU multiprocessor; and synchronizing threads in a different shared GPU multiprocessor using a second thread synchronization call through a global memory to maintain concurrency, wherein concurrency is a second of the plurality of in-memory issues, wherein the global memory is shared between the plurality of GPU multiprocessors, and wherein the parallel query execution of the database operation is performed solely by the GPU. | 9,234 |
9,422,481 | 1. A process of making a pyrolysis oil composition, a liquid fuel, comprising the steps of: inputting into a system comprising a first sub-system and a second sub-system a renewable unprocessed organic-carbon-containing feedstock that includes free water, intercellular water, intracellular water, intracellular water-soluble salts, and at least some plant cells comprising cell walls that include lignin, hemicellulose, and microfibrils within fibrils; passing unprocessed organic-carbon-containing feedstock through the first sub-system, a beneficiation sub-system process, to result in processed organic-carbon-containing feedstock having a water content of less than 20 wt % and a salt content that is reduced by at least 60 wt % on a dry basis from that of the unprocessed organic-carbon-containing feedstock, and passing the processed organic-carbon-containing feedstock through a microwave sub-system process to result in a liquid renewable fuel composition having an energy density of at least 33.0 MMBTU/ton (38.4 GJ/MT), a water content of less than 15 wt %, and a pH of at least 4.0, wherein the beneficiation sub-system process, further comprises the steps of: inputting into a beneficiation sub-system reaction chamber unprocessed organic-carbon-containing feedstock comprising free water, intercellular water, intracellular water, intracellular water-soluble salts, and at least some plant cells comprising cell walls that include lignin, hemicellulose, and microfibrils within fibrils; exposing the feedstock to hot solvent under pressure for a time at conditions specific to the feedstock to make some regions of the cell walls comprising crystallized cellulosic fibrils, lignin, and hemicellulose more able to be penetrable by water-soluble salts without dissolving more than 25 percent of the lignin and hemicellulose; removing the pressure so as to penetrate the more penetrable regions to create porous feedstock with open pores in the plant cell walls; and pressing the porous feedstock with conditions that include an adjustable compaction pressure versus time profile and compaction time duration, and between pressure plates configured to prevent felt from forming and blocking escape from the reaction chamber of intracellular and intercellular water, and intracellular water-soluble salts, and to create processed organic-carbon-containing feedstock that has a water content of less than 20 wt % and a water-soluble salt content that is decreased by at least 60 wt % on a dry basis from that of unprocessed organic-carbon-containing feedstock, and wherein the microwave sub-system process, further comprises the steps of: inputting processed organic-carbon-containing feedstock into a substantially microwave-transparent reaction chamber containing no externally supplied oxygen and within a microwave reflective enclosure; directing microwaves from a microwave source through walls of the reaction chamber to impinge on the feedstock; providing relative motion between the microwave-transparent reaction chamber and the microwave source; and microwaving the feedstock until the feedstock reacts to produce a processed pyrolysis oil, a liquid fuel, comprising, a specific gravity that is at least as low as 1.05. | 2,128 |
9,651,660 | 1. An echo signal processing device operatively coupled to an antenna and a display unit, the antenna being configured to transceive radio waves, the device comprising: a processor configured to execute a positional information acquiring module, an analytic area specifying module, and a calculating module; and a storage configured to store a plurality of analytic area images, wherein the image generating module, executed on the processor, is configured to generate an echo image at each of a plurality of timings, the echo images generated based on echo signals, each of the echo signals received by the antenna installed in a movable body and configured to transceive a radio wave that causes the echo signal, and the image generating module is configured to cause the display unit to display the echo images; the positional information acquiring module, executed on the processor, is configured to acquire absolute positional information of the movable body; the analytic area specifying module, executed on the processor, is configured to specify an analytic area in each echo image by an absolute position, based on the absolute positional information acquired by the positional information acquiring module; each of the analytic area images is a part of each of the echo images, the part corresponding to the analytic area; and the calculating module, executed on the processor, is configured to calculate echo signal information that is information regarding the echo signals from the analytic area, based on the plurality of analytic area images stored in the storage, and the calculating module is configured to cause the display unit to display the echo signal information. | 33,435 |
8,613,446 | 1. A sheet stacking apparatus comprising: a stack unit which includes a first stack tray and a second stack tray which can be individually elevated and is configured to stack a sheet on at least one of the first stack tray and the second tray; and a control unit configured to control the stack unit to stack sheets in a first stack mode in which sheets of a size equal to or smaller than a predetermined size are stacked on at least one of the first stack tray and the second stack tray without being extended over the first stack tray and the second stack tray and a second stack mode in which sheets of the size equal to the size of the sheets to be stacked in the first stack mode are stacked on across the first stack tray and the second stack tray, the control unit selects either the first stack mode or the second stack mode in a case where sheets of the size are stacked on the stack unit. | 47,995 |
9,440,387 | 1. A heating apparatus, comprising: a helical-spring shaped heating portion; a first sleeve forming a first blocking portion at a first end and forming internal threads on a second end; and a second sleeve forming a second blocking portion at a first end and forming external threads on a second end; wherein the first sleeve is coupled to the second sleeve, with the external threads mating with the internal threads, the heating portion is received in the second sleeve and first sleeve, and positioned between the first blocking portion and the second blocking portion, and wherein the first sleeve comprises a plurality of tabs extending from the first end of the first sleeve along an axial direction, each tab defines a first positioning hole. | 19,118 |
9,045,206 | 1. An article comprising: a vest body including left and right front sections, left and right shoulder sections respectively joined to the left and right front sections, a scapular section joined to the left and right shoulder sections, and a vertebral band joined to the scapular section, wherein a plurality of equipment attachment loops located on exterior faces of the left abdominal section and the right abdominal section; at least one strap joining a right side of the left abdominal section, a lower portion of the vertebral band, and a left side of the right abdominal section; and an inflatable bladder contained within the bladder containing pouch and configured to expand outside the bladder containing pouch through a bladder release gap upon inflation so as to push the left abdominal section to the left and push the right abdominal section to the right. | 205 |
9,352,938 | 1. A lifting apparatus comprising: a corner portion including first and second legs configured to attach to a corner of a heater basket frame of a heater basket, the first and second legs coupled to each other at respective first ends thereof, the first and second legs further oriented at an angle with respect to each other; a hook engaging portion having first and second ends coupled to respective second ends of the first and second legs, the hook engaging portion extending over an interior of the low profile heater basket in a plane substantially parallel to an upper plane of the heater basket defined by a plurality of corners of the heater basket frame; and wherein the hook engaging portion has a cylindrical cross-sectional shape. | 36,506 |
8,916,280 | 1. A battery pack, comprising: a first case coupled to a second case; a battery cell arranged within an inner space of the coupled first and second cases; a first coupling part arranged within the coupled first and second cases, wherein the first coupling part includes a handle part and a protrusion part that is integrally formed with the handle part and protrudes outward from the coupled first and second cases according to a movement of the handle part, wherein the first coupling part further comprises a plurality of recesses in a region where the handle part contacts the second case, and the second case comprises a plurality of protrusions that couple with the recesses, wherein the plurality of protrusions cam with the plurality of recesses upon movement of the handle part with respect to the first and second cases to allow the handle part and the protrusion part to move at discrete intervals with respect to the first and second cases. | 9,938 |
8,781,713 | 1. A system for controlling an engine in a vehicle, the system comprising: a fuel control module that controls fuel delivery to a cylinder of the engine; and a valve control module that incrementally closes an exhaust valve of the cylinder over N engine cycles when fuel delivery to the cylinder is disabled during operation of the vehicle, wherein N is a number greater than one. | 2,218 |
9,201,862 | 1. A method for symbolic correction in human-machine interfaces said method comprising: (a) implementing a language model; (b) implementing a hypothesis model; (c) implementing an error model; and (d) processing a symbolic input message using a hardware processor, said processing based on weighted finite-state transducers to encode 1) a set of input hypothesis using said hypothesis model, 2) said language model, and 3) said error model in order to perform correction on said symbolic input message in the human-machine interface employing a probability of transition of the form P(t)=P(LM, EM, HM|t)=P(LM|t)P(EM|t)P(HM|t) with tropical semiring WFSTs ( | 4,739 |
8,946,111 | 1. A substantially rigid permeable composite catalytic sheet-like structure comprised of at least three distinct solid phases wherein: i) a first solid phase is comprised of a 3-dimensional substantially continuous network of a non-conductive porous ceramic material; ii) a second solid phase is comprised of a plurality of electrically conductive graphitic fibers integrated throughout the 3-dimensional substantially continuous network of non-conductive porous ceramic material and having a bulk density that will provide substantially continuous electrical conductivity from one end of said sheet-like structure to an opposing end; iii) a third solid phase comprised of an effective amount of catalyst particles capable of catalyzing an intended chemical reaction dispersed throughout the non-conductive porous ceramic material, the plurality of electrically conductive fibers, or both. | 6,103 |
9,399,205 | 1. A system relating to custom dying colorless pre-packaged vehicle engine coolant antifreeze to economically provide at least one desired engine coolant color for at least one selected vehicle type, comprising: a) at least one plurality of pre-packaged containers of colorless vehicle engine coolant antifreeze; and b) at least one plurality of antifreeze-color-dye containers; c) wherein each said at least one plurality of antifreeze-color-dye container comprises at least one antifreeze color-dye structured and arranged to color dye at least one of said at least one plurality of pre-packaged containers of colorless vehicle engine coolant antifreeze; d) wherein a selected quantity of colorless pre-packaged vehicle engine coolant antifreeze may be custom colored by transferring color-dye from at least one of said at least one plurality of antifreeze color-dye containers to at least one selected quantity of colorless pre-packaged vehicle engine coolant antifreeze. | 3,869 |
9,821,021 | 1. A method of enhancing sensitivity of a circumcised human penis comprising applying an effective amount of a topical composition to a glans penis in need thereof, wherein the topical composition comprises an effective amount of an admixture of sweet almond oil, lavender oil, cinnamon bark oil, coriander seed oil and rose oil, and wherein the topical composition is in the form of a physiologically-acceptable oil-in-water emulsion. | 34,674 |
9,081,253 | 1. An integrated optical device comprising: a first edge portion extending along a second axis that intersects with a first axis, a second edge portion located opposite the first edge portion and extending along the second axis, a third edge portion, and a fourth edge portion located opposite the third edge portion; a first portion, a second portion, and a third portion arrayed in order along the first axis in a direction from the second edge portion toward the first edge portion; a plurality of modulators each of which includes an optical waveguide and an electrode portion provided on the optical waveguide, each optical waveguide extending along the first axis; a plurality of electric signal input sections arrayed along the first edge portion, each of the electric signal input sections being connected to a corresponding one of the electrode portions of the modulators; an optical signal input section providing input light to the modulators; an optical signal output section provided in the second edge portion, the optical signal output section being optically coupled to the modulators, a plurality of conductive portions for connecting a termination device, each of the conductive portions being connected to a corresponding one of the electrode portions of the modulators; and an optical branching device to branch light to the modulators, the optical branching device optically coupling the optical signal input section to the modulators, wherein the plurality of conductive portions is provided in the first portion, the plurality of modulators is provided in the second portion, the optical branching device is provided in the third portion, the modulators are arrayed along the second axis, and the optical signal input section is provided in one of the second edge portion, the third edge portion, and the fourth edge portion. | 47,774 |
9,232,165 | 1. A solid-state imaging apparatus comprising: a pixel unit including a plurality of pixels for photoelectric conversion arranged in a matrix; a ramp signal generator configured to generate a first time-changing ramp signal during a first analog-to-digital conversion period, and to generate a second time-changing ramp signal during a second analog-to-digital conversion period; a plurality of comparators each arranged correspondingly to each of columns of the matrix; and a plurality of memories each arranged correspondingly to each of columns of the matrix, wherein the comparators compare the first time-changing ramp signal with a signal according to a release of reset of the pixels during the first analog-to-digital conversion period, and compares the second time-changing ramp signal with a signal according to the photoelectric conversion of the pixels during the second analog-to-digital conversion period, the memories store, as a first digital data, a count value of counting from a start of changing the first time-changing ramp signal until an inversion of an output of the comparator, during the first analog-to-digital conversion period, the memories store, as a second digital data, a count value of counting from a start of changing the second time-changing ramp signal until the inversion of the output of the comparator, during the second analog-to-digital conversion period, the ramp signal generator includes a first capacitor element, and a current generator configured to supply a current to the first capacitor element, the first capacitor element samples a bias voltage by being supplied the current before the first and second analog-to-digital conversion periods, and holds the bias voltage, and the ramp signal generator generates the first time-changing ramp signal by using the bias voltage held by the first capacitor, and the second time-changing ramp signal by using the bias voltage, held by the first capacitor, used for generating the first time-changing ramp signal. | 35,806 |
8,776,586 | 1. A failure detection apparatus for an electrically heated catalyst which is arranged in an exhaust passage of an internal combustion engine and is electrically energized to generate heat thereby to heat a catalyst, said apparatus comprising: an air fuel ratio control device that adjusts an air fuel ratio of an exhaust gas flowing into said electrically heated catalyst to a rich air fuel ratio, at the time of starting of said internal combustion engine; a downstream side detection device that is arranged at the downstream side of said electrically heated catalyst and detects a concentration of oxygen in the exhaust gas; and a determination device that determines whether said electrically heated catalyst is electrically energized, based on the time at which the oxygen concentration detected by said downstream side detection device changes to a value indicating a rich air fuel ratio at the time when the air fuel ratio of the exhaust gas is adjusted by said air fuel ratio control device to a rich air fuel ratio, after starting of said internal combustion engine. | 8,638 |
9,281,537 | 1. A method of fabricating a battery cell, comprising: forming first and second electrodes including, for each electrode, coupling the first and second electrodes together with the corresponding support structure second surfaces facing one another and with the corresponding second surface cavity openings at least partially aligned with one another. | 8,929 |
9,847,335 | 1. An apparatus comprising: a memory array comprising a plurality of memory cells; and support circuitry coupled to the memory array, the support circuitry comprising a semiconductor device comprising a well having a first type of conductivity formed within a semiconductor structure having a second type of conductivity; a tap to the well comprising an active area having a lightly doped area outside a boundary of the well and a more heavily doped area outside a boundary of the semiconductor structure. | 40,199 |
9,573,845 | 1. An insulating glass (IG) window unit, comprising: first and second substantially parallel spaced apart glass substrates, the first and second glass substrates of the IG window unit providing substantially parallel major surfaces, a gap being defined between the first and second glass substrates; wherein the first glass substrate of the IG window unit supports a first coating comprising a plurality of thin film layers including, in order moving away from the first substrate: wherein the protective layer comprising zirconium oxide is the outermost layer of the coating and is to be exposed to an external environment adjacent the IG window unit; and wherein the coating has a hemispherical emissivity of less than 0.23 and a sheet resistance of less than 30 ohms/square. | 47,240 |
8,596,073 | 1. A turbomachine comprising: at least one exhaust pathway within an exhaust duct of the turbomachine along which exhaust is directed and released; at least one exhaust processor capable of removing regulated substances from the exhaust; a plurality of heat pipes having first portions disposed at least partially in the exhaust pathway upstream of the at least one exhaust processor and second portions outside of the exhaust duct, the plurality of heat pipes capable of transferring thermal energy from the exhaust to the plurality of heat pipes via a phase change of a fluid enclosed within at least one heat pipe of the plurality of heat pipes thus reducing a temperature of the exhaust to increase effectiveness of the at least one exhaust processor; at least one fan that dissipates thermal energy from the second portions of the heat pipes using ambient air. | 38,282 |
8,943,802 | 1. An exhaust gas purification system for an internal combustion engine comprising: a low pressure EGR mechanism that is equipped with a low pressure EGR passage which serves to introduce a part of an exhaust gas flowing through a portion of an exhaust passage downstream of a turbine of a centrifugal supercharger to a portion of an intake passage upstream of a compressor as a low pressure EGR gas, and a low pressure EGR valve which serves to change a channel cross section of said low pressure EGR passage; a selective reduction type catalyst that is arranged in a portion of the exhaust passage upstream of a connection portion of said low pressure EGR passage; a supply device which serves to supply an ammonia derived compound to said selective reduction type catalyst, and is arranged in such a manner that the ammonia derived compound is able to be supplied into the exhaust passage at a location upstream of the connection portion of said low pressure EGR passage; and a control unit that: | 39,305 |
9,254,797 | 1. An unmanned vehicle or vessel, the vehicle or vessel comprising: a plurality of load interfaces configured to removably couple energy loads to the vehicle or vessel to communicatively link the energy loads with the vehicle or vessel, the load interfaces comprising a first load interface; a plurality of supply interfaces configured to removably couple energy supplies to the vehicle or vessel to communicatively link the energy supplies with the vehicle or vessel, wherein the supply interfaces include a wherein the energy supplies are coupled with the energy loads to permit the transfer of power therebetween, the supply interfaces comprising a first supply interface; a communication interface configured to transmit information from and/or receive information to the vehicle or vessel; one or more processors configured to execute one or more computer program modules, the one or more computer program modules comprising: | 42,937 |
9,072,717 | 1. An emulsion skin care cosmetic composition comprising effective amounts of at least one extract from the genus Mangifera , at least one extract from the genus Ganoderma , at least one extract from the genus Rosmarinus , at least one extract from the genus Olea , and an extract from Selaginella tamariscina , wherein the composition does not comprise a polymeric polyamide. | 44,866 |
8,646,985 | 1. A sealed spherical roller bearing assembly, comprising: an outer ring having a seal groove; an inner ring having a central bore; a plurality of rolling elements arranged between the inner ring and the outer ring, the inner ring and the outer ring having an internal arrangement of a spherical roller bearing; a seal having a sealing element at an outer diameter of the seal, which sealing element engages in the seal groove in the outer ring; an L-shaped inner component and an L-shaped outer component, the inner and outer components each having a short leg attached to an outer radial surface of the inner ring and a long leg extending perpendicularly from the short leg in a direction of the outer ring, the long legs being parallel to and spaced from one another, and an intermediate component extending from the outer ring centrally between the long legs of the inner and outer components; and sealing elements provided in a radially inner region of the intermediate component and extending from the intermediate component toward the long legs of the inner and outer components so as to maintain positioning of the intermediate component between the inner and outer components. | 40,216 |
8,786,440 | 1. A system for radio frequency identification of a tag in an interrogation zone, comprising: a calibration node disposed in the interrogation zone to measure a signal strength of radio frequency identification signals from a beamforming system and provide signal data in accordance with the signal strength; and a reader node configured to receive the signal data and adjust the radio frequency identification signals generated by the beamforming system based upon the signal data, wherein at least one of the calibration node, the reader node and the beamforming system is a configurable monitoring system. | 49,745 |
9,398,851 | 1. An illumination module for a retinal imaging device comprising: a light source to provide an incident beam along an illumination axis; a condenser lens placed at a spaced apart distance from the light source along the illumination axis for condensing the incident beam and emanating a condensed incident beam; at least one projection lens system to focus the condensed incident beam along the illumination axis; a shield placed at a spaced apart distance from the at least one projection lens system along the illumination axis to yield a first partially blocked beam from the focused condensed incident beam, wherein the first partially blocked beam forms a cornea illumination doughnut in a plane perpendicular to the illumination axis; a perforated mirror placed at an angle with respect to the illumination axis; a hollow cylinder placed perpendicular to the illumination axis with at least a portion of the hollow cylinder protruding out from a reflecting face of the perforated mirror, wherein a projection of the hollow cylinder forms an elliptical stopper to yield a second partially blocked beam from the focused condensed incident beam to form a pupil illumination doughnut aligned with the cornea illumination doughnut in the plane perpendicular to the illumination axis; and wherein an outer diameter of the projection lens system and the diameter of the shield determine the dimensions and characteristics of the cornea illumination doughnut, wherein a projected diameter of the elliptical stopper at the perforated mirror and the diameter of the protruding hollow cylinder determine the diameter of the pupil illumination doughnut, and wherein the diameter of the cornea illumination doughnut is less than the diameter of the pupil illumination doughnut to yield an annular illumination. | 44,557 |
9,631,393 | 1. A structural module, comprising: a first strut pair comprising a first strut and a second strut pivotably connected to each other at a first strut pair pivotable connection point disposed in a middle half of each of the first strut and the second strut; a second strut pair comprising a third strut and a fourth strut pivotally connected to each other at a second strut pair pivotable connection point disposed in a middle half of each of the third strut and the fourth strut; a first hub, a first end of le first strut and a first end of the third strut being pivotably connected to the first hub; a second hub, a first end of the second strut and a first end of the fourth strut being pivotably connected to the second hub; and a stop having a first end that at least partially defines an abutment end of the stop, and a second end pivotably connected to the first strut and to the third strut, wherein the structural module is movable between a closed position in which the abutment end of the stop is spaced from the second hub and there is nothing connecting the first and second hub except the first and second strut pair and an open position in which the abutment end of the stop contacts the second hub, the stop comprises a first and a second stop strut pivotably connected to each other proximate first ends thereof to at least partially define the abutment end of the stop, the first stop strut being pivotably connected at a second end thereof to the first strut and the second stop strut being pivotably connected at a second end thereof to the third strut, the structural module is movable between the closed position in which longitudinal axes of struts of the first strut pair and the second strut pair are substantially parallel to one another and the open position in which the abutment end of the stop contacts the second hub, and the first and second stop strut and the first and third strut define a convex quadrilateral shape when the structural module is in the open position. | 37,739 |
9,536,672 | 1. A storage module, comprising a plurality of storage cells, wherein each storage cell among the plurality of storage cells comprises: a storage unit configured to store a charge; a polyhedral container that houses the storage unit and has a pair of electrode terminals configured to output and input the charge of the storage unit, wherein the electrode terminals comprise: the positive electrode terminal further has a third joint surface above the top end of the container and substantially coplanar with the third surface of the container, the negative electrode terminal further has a fourth joint surface above the top end of the container and substantially coplanar with the third surface of the container, and each of the third and fourth joint surfaces is joined to an electrode terminal of an adjacent storage cell adjacent to said storage cell in the front-rear direction. | 36,600 |
9,441,602 | 1. An ignition timing control system comprising: a spark ignition type internal combustion engine; a knock sensor that detects a level of knocking of the spark ignition type internal combustion engine; and an electronic control unit operatively connected to the spark ignition type internal combustion engine, the electronic control unit configured to: calculate a base ignition timing based on an engine operating state of the spark ignition type internal combustion engine, calculate a feedback correction value that corrects the base ignition timing so that the detected level of knocking by the knock sensor becomes a target level, calculate a crank angle by which a combustion ratio becomes a predetermined set ratio when assuming combustion was performed by the base ignition timing as a base crank angle and an in-cylinder volume at the base crank angle as a base in-cylinder volume, correct the base in-cylinder volume by a learned value so as to calculate a corrected in-cylinder volume, calculate the crank angle by which the corrected in-cylinder volume is obtained as a corrected crank angle, calculate a difference of the corrected crank angle from the base crank angle as a crank angle correction value, correct the base ignition timing by the feedback correction value and crank angle correction value, calculate an in-cylinder volume at the crank angle by which the combustion ratio becomes a set ratio in the previous combustion as a previous in-cylinder volume, calculate a difference of the previous in-cylinder volume from the base in-cylinder volume at the previous combustion, update the learned value based on the difference of the previous in-cylinder volume from the base in-cylinder volume at the previous combustion, and control the spark ignition type internal combustion engine based on the updated learned value. | 357 |
9,801,644 | 1. A system for removing objects from an interior lumen of an animal, the system comprising: a pull wire having a proximal end and a distal end; a distal body attached to the pull wire, the distal body comprising a distal body perimeter separating a distal body interior from a distal body exterior, a proximal end having a proximal end center, a distal end having a distal end center, a distal body length extending from the proximal end to the distal end, a longitudinal axis extending through the proximal end center and the distal end center and parallel to the distal body length, a proximal junction forming the proximal end of the distal body, a basket comprising a proximal portion comprised of a plurality of proximal cells formed by a plurality of basket memory metal strips and a distal portion located adjacent to a distal end of the basket and permanently connected to the proximal portion at at least one connection point, the proximal portion comprising a proximal portion interior, the distal portion comprised of a plurality of distal braided mesh openings formed by a plurality of woven linear strands, the distal portion having a perimeter, each woven linear strand rotating about the distal portion perimeter relative to the distal body longitudinal axis a plurality of times in a helical fashion, the basket comprising a basket interior, the distal body having a relaxed state wherein the distal body has a first height and a first width, and a collapsed state wherein the distal body has a second height and a second width, the second height less than the first height, the second width less than the first width; and a catheter having an interior, a proximal end leading to the interior and a distal end leading to the interior, the catheter comprised of a biocompatible material and configured to envelope the distal body when the distal body is in the collapsed state, wherein, in the relaxed state, the median surface area of the proximal cells is larger than the median surface area of the distal braided mesh openings, wherein, in the relaxed state, the median radial force of the distal portion is substantially less than the median radial force of the proximal portion, wherein, the proximal portion and the distal portion each have a length generally parallel to the distal body length, the proximal portion and distal portion lengths configured to elongate upon moving from the relaxed state to the collapsed state, wherein, upon moving from the relaxed state to the collapsed state, the length of the distal portion is configured to elongate a greater percentage as compared to the elongation of the proximal portion, wherein the woven linear strands rotate about the distal body perimeter relative to the distal body longitudinal axis a fewer number of times per unit of length in the collapsed state as compared to the relaxed state, wherein, in the relaxed state, the proximal portion comprises a first pair of distal crowns not attached to another cell of the basket and pointing generally in the distal direction, the distal crowns in the first pair of distal crowns located approximately the same distance from the proximal junction and between 150 degrees and 180 degrees relative to each other, and further wherein the basket further comprises a second pair of distal crowns not attached to another cell of the basket and pointing generally in the distal direction, the second pair of distal crowns located distally relative to the first pair of distal crowns, each of the distal crowns in the second pair of distal crowns located between 60 degrees and 90 degrees relative to a distal crown in the first pair of distal crowns, the distal crowns in the second pair of distal crowns located approximately the same distance from the proximal junction, each of the distal crowns forming a portion of a proximal cell, wherein each distal crown in the first and second pair of distal crowns forms part of a different enlarged proximal cell, each enlarged proximal cell having a center, wherein the centers of the enlarged proximal cells of the first pair of distal crowns are between 150 degrees and 180 degrees relative to each other and between 60 degrees and 90 degrees relative to the centers of the enlarged cells of the second pair of distal crowns, and wherein the enlarged proximal cells are configured to allow a thrombus to pass therethrough and into the basket interior. | 44,166 |
8,500,892 | 1. An absorption medium for the absorption of CO 2 from a gas mixture, comprising water, sulpholane and at least one amine of formula (I) where R | 33,640 |
8,722,221 | 1. A method of discharging a nickel-metal hydride battery having a positive electrode containing nickel hydroxide, a negative electrode containing a hydrogen storage alloy, an alkaline electrolyte, and a separator comprising a substantially non-porous alkali ion conducting material, comprising the steps of: generating an electric potential between the positive and negative electrodes due in part to the following reaction occurring at the positive electrode: and due in part to the following reaction occurring at the negative electrode: where M is a hydrogen absorbing alloy, H ab is absorbed hydrogen, and Me is an alkali metal comprising one or more of Na, K or Li; and conducting Me | 22,173 |
9,509,663 | 1. A traffic management device (TMD) for managing network traffic between a client device and a server device, comprising: a transceiver to send and receive data over a network; and a processor, in communication with the transceiver, that performs actions, including: | 49,185 |
9,678,798 | 1. A method for optimizing workloads on information handling systems, the method comprising: receiving a workload request for an information handling system specifying a computing task for execution at the information handling system; based on the workload request, determining workload attributes of the computing task, the workload attributes specifying dependency of the computing task on hardware resources included in the information handling system and specifying a degree of acceleration by a graphics processing unit to be utilized by the computing task; identifying the hardware resources present at the information handling system; based on the workload attributes determined and the hardware resources identified, determining a workload policy for the computing task, wherein the workload policy specifies the hardware resources used to execute the computing task at the information handling system; implementing the workload policy at the information handling system, including configuring the hardware resources specified in the workload policy; and executing the computing task at the information handling system in accordance with the workload policy. | 15,492 |
9,659,993 | 1. A method of fabricating a composite semiconductor structure, the method comprising: providing a substrate; providing a photonic die, the photonic die comprising III-V material; aligning the photonic die with the substrate; joining the substrate and the photonic die to form a composite substrate; and processing the composite substrate to form a feature on the photonic die, wherein: | 42,267 |
9,491,201 | 1. A method comprising: at an application server of a gateway device, receiving a request from a client device for a data session with the application server; authenticating a user of the client device by accessing user identity information from a directory; extracting user attribute information from a user identity database; creating a policy for the user of the client device based on the user attribute information, wherein the policy is used for identifying secure data transmission requirements for data traffic between the client device and the application server; and negotiating security parameters with the client device. | 45,537 |
9,466,834 | 1. A lithium sulfur cell, comprising: a cathode comprising Li an electrolyte; and an anode comprising lithium. | 32,903 |
8,346,047 | 1. A fiber management component comprising: a housing having an interior, a floor in the interior and a first wall having an aperture communicating with the interior; and a support supported by the floor and having first and second elongated guide members extending toward said aperture, said first and second elongated guide members defining a first receiver configured to slidably receive a ferrule and a second receiver configured to releasably receive a spring push, wherein said first and second elongated guide members comprise first and second elongated side members and wherein said support includes a platform connected to said first and second elongated side members, said platform including a first portion comprising a part of said first receiver and a second portion comprising a part of said second receiver, and wherein said support includes a web extending from said floor to said platform. | 7,468 |
9,616,387 | 1. A method of monitoring and controlling operation of an exhaust fluid treatment apparatus, the apparatus comprising a diesel oxidation catalyst comprising an inlet and an outlet, the method comprising: receiving an input temperature data value being indicative of temperature of fluid at the inlet; injecting a first quantity of fuel into an exhaust fluid upstream of the diesel oxidation catalyst for combustion in the diesel oxidation catalyst; receiving an output temperature data value being indicative of temperature of fluid at the outlet; calculating a calculated temperature difference between the input temperature data value and the output temperature data value and comparing the calculated temperature difference with an expected temperature difference associated with the quantity of fuel injected; and: only if the calculated temperature difference is within an acceptable margin of the expected temperature difference, injecting a second quantity of fuel into the exhaust fluid for combustion in the diesel oxidation catalyst; and if the calculated temperature difference is outside the acceptable margin of the expected temperature difference, raising a temperature of exhaust gas upstream of the inlet to the diesel oxidation catalyst. | 3,148 |
9,708,459 | 1. A method of manufacturing an article, comprising: blending together components of a cross-linkable rubber composition into a nonproductive mix, the components including a diene elastomer, a reinforcing filler and a methylene acceptor of the form wherein R is selected from H, an alkyl moiety, a cycloalkyl moiety, an aryl moiety, an amine moiety or combinations thereof and wherein R is not a single phenyl moiety without combination; cooling the non-productive mix; mixing a methylene donor and a vulcanizing agent into the non-productive mix to convert the non-productive mix to a productive mix, wherein a ratio of the methylene acceptor to the methylene donor is greater than 15:1 and forming the article. | 10,650 |
9,645,185 | 1. An electrified vehicle comprising: first and second DC buses connectable to a DC power source; a chassis ground distributed within the vehicle; a DC bus leakage detector circuit having a detector switch and a detector resistor in series between the first bus and the chassis ground wherein a voltage measured across the detector resistor is proportional to a leakage resistance between the second bus and the chassis ground; an inverter having a plurality of phase legs, each phase leg having first and second phase switches coupled between the first and second buses; an AC traction motor having a plurality of phases coupled to the phase legs; and an inverter control circuit coupled to the leakage detector circuit and to the phase legs, wherein the control circuit is adapted to a) receive data messages according to a predetermined latency period from the detector circuit identifying a measured leakage resistance, b) detect switching events during which a phase switch is closed for a duration greater than the latency period, and c) indicate an electrical short of the motor to the chassis ground if the measured leakage resistance in a data message received during a detected switching event is less than a predetermined threshold. | 7,689 |
9,165,275 | 1. A method for identifying a redeployment of a distributed generator component, at least a portion of the method being performed by a controller comprising at least one processor, the method comprising: obtaining a first identification (ID) for a first component of a distributed generator (DG) and a second ID for a second component of the DG; generating an association between the first ID and the second ID, wherein the association identifies a relationship between the first and the second components; comparing the association to a plurality of documented associations to determine whether the association has changed; and adding the association to the plurality of documented associations upon determining that the association has not changed. | 37,678 |
8,707,738 | 1. A glass-melting furnace for changing glass raw material particles into liquid glass particles in a gas phase atmosphere in the glass-melting furnace, accumulating the liquid glass particles in a bottom portion of the glass-melting furnace to obtain a molten glass liquid and discharging the molten glass liquid, the glass-melting furnace comprising: a glass raw material particle feed portion disposed downwardly at a furnace wall portion in an upper portion of the glass-melting furnace; a heating device provided under the glass-raw material feed portion in the glass-melting furnace for forming a gas phase portion for changing glass raw material particles into liquid glass particles; an inlet of a flue disposed on an upstream side of the gas phase portion, relative to a flow direction of the molten glass liquid, wherein the inlet of the flue is disposed such that an upper edge portion of the inlet is located at a position below a half of the distance between the molten glass liquid surface and a ceiling inner wall surface of the glass-melting furnace; a furnace-bottom portion for accumulating the liquid glass particles to produce an accumulated molten glass liquid; a discharge portion for discharging the accumulated molten glass liquid; and a drain-out portion formed under the flue, said drain-out portion comprising a drain-out bottom, a drain-out discharge, and a dam for separating a drain-out molten glass liquid in the drain-out bottom from the accumulated molten glass liquid in the furnace-bottom portion, wherein the drain-out bottom and the flue are situated such that a reacted product that falls from the flue is captured in the drain-out bottom and thereby separated from the accumulated molten glass liquid in the furnace-bottom portion. | 30,790 |
9,484,268 | 1. A method of producing a semiconductor device serving as an inverter, the device comprising a first transistor and a second transistor, wherein the first transistor includes: an island-shaped silicon layer comprising an n-type or non-doped silicon layer; a first gate insulating film surrounding the periphery of the island-shaped silicon layer; a gate electrode surrounding the periphery of the first gate insulting film; a first p+ silicon layer on a top of the island-shaped silicon layer; and a second p+ silicon layer arranged on a bottom of the island-shaped silicon layer, and the second transistor includes: the gate electrode; a second gate insulating film surrounding a part of the periphery of the gate electrode; a second silicon layer in contact with only a part of the periphery of the second gate insulating film, the second silicon layer comprising a p-type or non-doped silicon layer; a first n+ silicon layer on a top of the second silicon layer; and a second n+ silicon layer on a bottom of the second silicon layer; the method comprising implanting boron in to form a third p+ type silicon layer below the second n+type layer and the second p+ type silicon layer. | 20,089 |
8,798,203 | 1. A signal processing apparatus comprising: a frequency multiplier configured to perform an N-times frequency multiplication process on a modulated signal to generate a multiplied frequency signal, wherein the modulated signal is obtained as a result of an N phase-shift keying modulation process, wherein N is greater than 1 and corresponds to a number of phases utilized in the phase-shift keying modulation process; and an oscillator configured to oscillate the multiplied frequency signal as an injected signal to generate a signal obtained by dividing a frequency of the multiplied frequency signal by N, wherein the generated signal serves as a reproduced carrier from the modulated signal, wherein the oscillator comprises a resonant circuit and a negative-resistance circuit connected to each other, and the multiplied frequency signal is injected to the negative-resistance circuit as a current flowing to the negative-resistance circuit, and wherein the negative-resistance circuit comprises a pair of transistors connected to each other to form a cross-couple connection, and the frequency multiplier is a differential amplifier making use of another pair of transistors. | 5,021 |
9,162,938 | 1. A process for converting triacylglycerides-containing oils into crude oil precursors and/or distillate hydrocarbon fuels, the process comprising: producing a mixture of a triacylglycerides-containing oil, water, and H wherein the mixture has a water to triacylglycerides mass ratio in the range from about 0.001:1 to about 1:1; and wherein the mixture has a H | 33,252 |
8,707,069 | 1. A server, comprising: an enclosure comprising a base, and a cover detachably covering on the base, the base comprising a sidewall; a motherboard received in the base, the motherboard comprising a power-on pin, a voltage terminal, and a ground terminal; and a switch control circuit comprising: wherein a stopping piece extends down from one side of the cover to abut against the second switch, wherein when the cover is not on the base, the stopping piece fails to abut against the second switch, the second switch is turned off, the output terminal of the OR gate outputs a power-off signal to the power-on pin of the motherboard to power off the server; wherein when the cover is on the base, the stopping piece abuts against the second switch to turn on the second switch, and when the first switch is turned on, the output terminal of the OR gate outputs a power-on signal to the power-on pin to power on the server. | 4,390 |
8,673,620 | 1. An isolated single-cell green alga of the Coccomyxa genus, characterized in that it belongs to the Coccomyxa actinabiotis species defined by the presence, in the 18S ribosomal RNA-ITS1-5.8S rRNA ITS2-26S rRNA genes, of a sequence exhibiting at least 95% identity with the sequence SEQ ID NO: 1. | 8,835 |
9,499,699 | 1. A method of forming a solar absorptive coating on a surface, the method comprising: i. applying a ceramic material to the surface to form a coated surface, wherein the ceramic material comprises chromium oxide or a lanthanum-based perovskite; and ii. treating the coated surface with a pulsed laser source, wherein the pulsed laser source is selected from the group consisting of a nanosecond laser and femtosecond laser, thereby forming the solar absorptive coating on the surface. | 40,275 |
9,134,044 | 1. A mount assembly for mounting a structure to a roof, the roof including a top surface, the mount assembly comprising: a flashing including an aperture; | 35,029 |
8,970,056 | 1. An ocean wave energy system for generating power from ocean waves, wherein said system includes a platform supporting an array of hollow columns whose respective lower ends are in fluidic communication with ocean waves and whose respective upper ends are in air communication with a turbine arrangement such that wave motion occurring at the lower ends is operable to cause air movement within said columns for propelling said turbine arrangement to generate power output, wherein said hollow columns are deployed in a non-vertical orientation, and at least a portion of said hollow columns are arranged in operation to exhibit a natural frequency of wave motion therein which is substantially matched to a frequency of ocean waves received at the portion of said hollow columns, wherein the system further comprises at least one fluid valve having a plurality of mutually abutting components each including one or more apertures, and wherein the components are moveable between a first state wherein the one or more apertures are mutually non-aligned for preventing fluid flow through the valve, and a second state wherein the one or more apertures are mutually aligned for enabling fluid flow through the valve. | 4,862 |
9,682,631 | 1. A non-contact electricity supply device comprising: a power-supply-side coil configured to receive an alternating current, which is supplied from an AC power source to produce a magnetic flux; a power-supply-side capacitor connected in parallel with the power-supply-side coil to form, with the power-supply-side coil, a resonant circuit; a power-supply-side filter circuit connected between the AC power source and the power-supply-side coil, to which the power-supply-side capacitor is connected, the power-supply-side filter circuit including a reactor and a capacitor, which are connected in series; and a power-receiving-side coil configured to be interlinked with a magnetic flux produced by the power-supply-side coil to produce an alternating current, wherein the capacitance of the capacitor and the inductance of the reactor of the power-supply-side filter circuit, the capacitance of the power-supply-side capacitor, and the inductance of the power-supply-side coil are set, such that, a circuit, which includes the power-supply-side filter circuit, the power-supply-side capacitor, and the power-supply-side coil, has an impedance having a frequency characteristic, in which a frequency of a minimum point of the impedance, which is formed on a high-frequency side relative to a maximum point of the impedance, is greater than a frequency of a fundamental wave of an alternating current supplied from the AC power source and is less than a frequency of a third order wave of the fundamental wave, the capacitance of the capacitor and the inductance of the reactor of the power-supply-side filter circuit, the capacitance of the power-supply-side capacitor, and the inductance of the power-supply-side coil are set, such that, the frequency of the minimum point of the impedance formed on the high-frequency side relative to the maximum point of the impedance is other than a frequency of a second order wave of the fundamental wave of an alternating current supplied from the AC power source, the capacitance of the capacitor and the inductance of the reactor of the power-supply-side filter circuit, the capacitance of the power-supply-side capacitor, and the inductance of the power-supply-side coil are set, such that, the frequency of the minimum point of the impedance formed on the high-frequency side relative to the maximum point of the impedance is greater than the frequency of the second order wave of the fundamental wave of an alternating current supplied from the AC power source and is less than the frequency of the third order wave of the fundamental wave, and the capacitance of the capacitor and the inductance of the reactor of the power-supply-side filter circuit, the capacitance of the power-supply-side capacitor, and the inductance of the power-supply-side coil are set, such that, the frequency of the minimum point of the impedance formed on the high-frequency side relative to the maximum point of the impedance is 2.5 times the frequency of the fundamental wave of an alternating current supplied from the AC power source. | 7,331 |
9,477,178 | 1. An electrophotographic image forming device, comprising: a toner cartridge removably installable in the image forming device, the toner cartridge has a reservoir for storing toner and an outlet port in fluid communication with the reservoir for exiting toner from the toner cartridge, the toner cartridge has a shutter that is movable between a closed position blocking the outlet port and an open position unblocking the outlet port, the toner cartridge has a projection that is movable from a first position to a second position and that is operatively connected to the shutter such that the projection is in the first position when the shutter is in the closed position and the projection is in the second position when the shutter is in the open position; and a sensor positioned to detect whether the projection is in the first position or the second position when the toner cartridge is installed in the image forming device, wherein the sensor is an optical sensor, wherein when the toner cartridge is installed in the image forming device, the optical sensor is in one of a blocked state and an unblocked state when the projection is in the first position and the other of the blocked state and the unblocked state when the projection is in the second position, wherein when the toner cartridge is installed in the image forming device and the optical sensor is in the blocked state, the position of the projection on the toner cartridge causes an intermediate member in the image forming device to physically block an optical path of the optical sensor. | 39,196 |
8,575,049 | 1. An optical glass comprising, by mass %, 12 to 30% of total of B 0 to 17% B 55 to 80% of total of La 2 to 10% of ZrO 0 to 15% of Nb 0 to 12% of ZnO, 0% or more but less than 13% of Ta 0 to 0.2% Li 0 to 5% BaO, the optical glass containing no Pb, wherein the ratio of the content of Ta the ratio of the total content of La the optical glass having a refractive index nd of 1.86 or more and an Abbe's number νd of 38 or more. | 19,563 |
9,660,527 | 1. A method, comprising: transferring energy from an input through a first switch to an inductor thereby storing the energy on the inductor during first phases of respective periodic switching cycles of a power converter; transferring the energy stored on the inductor through a second switch to an output during second phases of the respective periodic switching cycles; changing a voltage at a first node of the inductor by switching at least one auxiliary switch to close a current path to the first node of the inductor through a capacitor while the first and second switches are simultaneously open during transitions from the first phases to the second phases; and zero volt switching the first switch and the second switch at different times during the transitions between the first phases and the second phases. | 25,329 |
9,816,924 | 1. An assay device for detecting the presence or quantity of an analyte residing in an aqueous sample, the device comprising: a non-porous support; and at least one flow path along which an aqueous sample can travel, wherein the at least one flow path comprises, on the non-porous support, a non-phase-separated combination of at least one amphipathic polymer and at least one hydrophobic probe, reporter or reagent, wherein, in use, the at least one amphipathic polymer dissolves in the aqueous sample and increases mixing and interaction between the at least one hydrophobic probe, reporter or reagent and the aqueous sample for any degree of water solubility of the at least one probe, reporter or reagent, including water-insolubility, and promotes and/or controls fluid flow along the at least one flow path. | 23,960 |
9,363,992 | 1. A compound of formula (XIII): wherein: R R R R R wherein at least one of R R | 2,996 |
9,130,222 | 1. A fuel cell system comprising: a fixing unit that fixes or releases hydrazine, wherein the fixing unit comprises a casing and a fixing member disposed in the casing, and wherein the fixing member comprises a fixing resin having a hydrazine-fixing group that releasably fixes hydrazine, the hydrazine-fixing group being selected from at least one of a ketone group, a formyl group, an acetal group, a halogenomethyl group, a halogenoalkyl group, an amide group, an ester group, a sulfonyl chloride group, an amidino group, or a quaternary ammonium group, a fuel cell to which hydrazine released in the fixing unit is supplied as fuel, a supply line connected to the fixing unit and which supplies an aqueous hydrazine solution from a hydrazine supply source to the fixing unit, a drained water drain line, which is separate from the supply line, connected to the fixing unit and which drains drained water from the fixing unit, a first hydrazine concentration sensing unit configured to detect a hydrazine concentration in an aqueous hydrazine solution flowing in the supply line from said hydrazine supply source to said fixing unit, a second hydrazine concentration sensing unit configured to detect a hydrazine concentration in said drained water flowing in the drained water drain line, and a hydrazine amount detection unit configured to detect an amount of hydrazine fixed in the fixing unit based on the concentration values detected by the first hydrazine concentration sensing unit and the second hydrazine concentration sensing unit. | 36,059 |
8,740,423 | 1. A ground light supporting stake element setting unit which is used to transfer impacts from an impact delivering tool, to a ground light supporting stake element to drive the ground light supporting stake element into the ground and which includes: A) a body which is sized to be accommodated on the ground light supporting stake element to be interposed between the impact delivering tool and the ground light supporting stake element and to receive impact from the impact delivering tool when the ground light supporting stake element setting unit is in use to drive the ground light supporting stake into the ground; B) a bubble level unit positioned in the body to be visible when the ground light supporting stake element setting unit is in use to drive the ground light supporting stake into the ground whereby the levelness of an impact receiving face of the ground light supporting stake can be monitored as the ground light supporting stake is driven into the ground and C) an adapter element which is interposed between the ground light supporting stake element and the body for adapting the size of the ground light supporting stake element setting unit to the size of a ground light supporting stake element. | 17,660 |
8,906,581 | 1. A process for producing fuel cell electrodes, comprising first to fourth steps described below: First step: Second step: Third step: Fourth step: | 14,504 |
9,275,223 | 1. A method for securing an electronic device, comprising: trapping an attempt to access a secured system resource of the electronic device; determining a module associated with the attempt, the module comprising a plurality of distinct subsections; determining a subsection of the module associated with the attempt, the subsection including a memory location associated with the attempt, including: based on the determination of the module and the determination of the subsection, accessing the security rule to determine whether to allow the attempt; and handling the attempt based on the security rule. | 30,536 |
9,024,181 | 1. A photoactive component comprising organic layers and comprising a single, tandem or multiple cell, the photoactive component comprising: first and second electrodes; and a photoactive acceptor-donor layer system between the electrodes, the photoactive acceptor-donor layer system comprising first, second and third absorber materials, wherein the first absorber material and the second absorber material are donors and the third absorber material is an acceptor or wherein the first absorber material and the second absorber material are acceptors and the third absorber material is a donor, wherein the second absorber material absorbs at greater wavelength than the first absorber material, wherein the second absorber material has a smaller Stokes shift and/or a smaller absorption width than the first absorber material, and wherein an absorption width of the second absorber material is 20 nm narrower than an absorption width of the first absorber material. | 41,557 |
8,471,399 | 1. Floating wind power apparatus with a floating unit and at least three rotors supported in rotor housings, placed on separate towers, with a longitudinal central axis, attached to the floating unit and the rotor housing ( 10 ), where a floating unit may yaw to direct the rotors in relation to the wind, characterized in that: at least one rotor is a downwind rotor, at least one rotor is an upwind rotor; at least the tower with the downwind rotor is placed at an inclined angle in relation the axes of revolution of the rotor; and a connection at the centre of the floating unit for connection to a revolving cylinder, swivel or turret. | 36,685 |
8,440,302 | 1. A reinforced carbon foam comprising carbon fiber filaments dispersed throughout the carbon foam, the carbon foam formed from a phenolic precursor, the foam having a pore distribution such that at least about 90% of the pore volume of the pores have a diameter of between about 10 and about 95 microns and at least about 1% of the pore volume of the pores have a diameter of between about 0.8 and about 3.5 microns, wherein the carbon foam has a liquid permeability of no greater than about 3.0 darcys. | 46,412 |
9,513,693 | 1. A processor comprising: a cache including a plurality of partitions; an idle counter for each partition of the plurality of partitions, wherein each idle counter is configured to count a number of consecutive cycles during which a corresponding partition has been inactive; and a temperature sensor configured to measure a temperature of the processor; wherein for each partition of the plurality of partitions the processor is configured to: | 21,765 |
8,564,369 | 1. A linear amplifier, comprising: an amplifier amplifying an input signal according to a difference in signal level between the input signal and a feedback signal; and a buffer buffering a signal amplified in the amplifier by a source follow method, suppressing a reduction in bandwidth of the signal, outputting the signal, and providing the bufferred signal to the amplifier as the feedback signal, wherein the buffer includes: | 25,770 |
9,832,873 | 1. A circuit board structure, comprising: an inner circuit structure, comprising a core layer having an upper surface and a lower surface opposite to each other, a first patterned circuit layer disposed on the upper surface, a second patterned circuit layer disposed on the lower surface, and a conductive through hole connecting the first patterned circuit layer and the second patterned circuit layer; and a first build-up circuit structure, disposed on the upper surface of the core layer and covering the first patterned circuit layer, wherein the first build-up circuit structure at least has a cavity and an inner dielectric layer, the cavity exposes a portion of the inner dielectric layer, and the inner dielectric layer directly covers the upper surface of the core layer and the first patterned circuit layer, the inner dielectric layer has a first portion with a first thickness, and a second portion with a second thickness exposed by the cavity, wherein the second thickness is thinner than the first thickness, the inner dielectric layer has an opening connecting the cavity and exposing a portion of the first patterned circuit layer, a hole diameter of the opening is smaller than a hole diameter of the cavity, and a top surface of the first patterned circuit layer exposed by the opening is not higher than an inner surface of the inner dielectric layer exposed by the cavity. | 13,993 |
8,357,467 | 1. A lithium secondary battery comprising: a positive electrode capable of intercalating and deintercalating lithium; and a negative electrode capable of intercalating and deintercalating lithium, wherein the positive electrode comprises a manganese-containing positive electrode active material of a spinel structure represented by a general formula Li wherein the oxide coating the surface of the positive electrode active material contains first atoms of at least one metallic element selected from the group consisting of Al, Co, and Fe, wherein second atoms of the at least one metallic element form a solid solution with the positive electrode active material, and wherein an atomic concentration of second atoms of the at least one metallic element is approximately 0 at an average depth of from 50 to 100 nm from an external surface of the positive electrode active material. | 22,116 |
9,706,463 | 1. A method of operating a wireless communication network to enable a user to select from a plurality of data communication accounting systems, the method comprising: a wireless communication device receiving user inputs indicating a user-prioritized list of accounting names; the wireless communication device wirelessly attaching to a wireless access system and the wireless access system transferring network data characterizing Billing Identifiers (BIDs) to the wireless communication device; the wireless communication device processing the network data characterizing the BIDs in combination with the user-prioritized list of the accounting names to select one of the BIDs and transferring the selected one of the BIDs to the wireless access system; the wireless access system directing a gateway system to use the selected one of the BIDs for the wireless communication device; and the gateway system exchanging user data for the wireless communication device and responsively transferring usage data for the wireless communication device for delivery to one of the data communication accounting systems that is identified by the selected one of the BIDs. | 34,849 |
9,518,096 | 1. An isolated polypeptide or fragment thereof having a composite amino acid sequence, wherein said composite amino acid sequence comprises SEQ ID NO: 1 or SEQ ID NO: 22. | 6,165 |
9,803,111 | 1. An adhesive for a semiconductor, comprising an epoxy resin in an amount of 5 to 75% by mass based on the total amount of the adhesive, a curing agent, a phenoxy resin, at least one compound selected from a group consisting of methylsuccinic acid, 2-methylglutaric acid, 2-methyladipic acid, 2-methylpimelic acid, and 2-methylsuberic acid in an amount of 0.5 to 10% by mass based on the total amount of the adhesive, and resin fillers, wherein a mass ratio of the content of the epoxy resin to the content of the phenoxy resin is 0.01 to 5. | 3,847 |
8,793,490 | 1. A method for performing an authentication, in conjunction with a transaction, utilizing a primary communication channel and a secondary communication channel, the primary and secondary communication channels being adapted for long-range communication, the method comprising: an authenticating entity, in the form of a processing machine, receiving from a customer primary authentication information via a primary channel; the processing machine of the authenticating entity processing the primary authentication information, and retrieving customer information based on the primary authentication information; the processing machine of the authenticating entity transmitting secondary authentication information to the customer via a secondary channel, the secondary channel being different than the primary channel; the processing machine of the authenticating entity receiving from the customer via the primary channel at least a portion of the secondary authentication information; the processing machine of the authenticating entity performing authentication processing on the secondary authentication information received from the customer; and based on the successful authentication of the primary authentication information and the secondary authentication information received from the customer, the processing machine of the authenticating entity approving the customer for the transaction, wherein the primary channel is the Internet and the secondary channel is one selected from the group consisting of a telephone call, text message, and e-mail to the customer. | 18,315 |
9,783,393 | 1. A lift apparatus comprising: a bolt assembly, wherein the bolt assembly comprises a lifting eye configured for attachment to a lifting cable; a nut assembly comprising a nut configured for threaded attachment to the bolt assembly, the nut having a handle connected to the nut, the handle comprising a narrow portion adjacent to the nut and a broad portion extending distally from the nut; and a tether for holding the nut assembly in connection to the bolt assembly, the tether having a loop sized to fit around the narrow portion of the handle, the loop being sufficiently small to resist passage of the broad portion of the handle through the loop. | 6,695 |
9,676,379 | 1. A method for operating an electromechanical brake booster of a braking system, comprising: establishing a virtual setpoint brake pressure variable at least while taking into consideration at least one of an actuation travel, and an actuation strength, of an actuation of a brake actuation element of the braking system; establishing a setpoint differential travel variable with respect to a setpoint differential travel to be set between a valve piston and a valve body of the electromechanical brake booster at least by: controlling a motor of the electromechanical brake booster in such a way that a differential travel, which corresponds to the established setpoint differential travel variable, is set between the valve piston and the valve body of the electromechanical brake booster. | 43,426 |
9,793,801 | 1. A semiconductor device comprising: a display panel; a driver circuit configured to drive the display panel; a microprocessor configured to distinguish still image data and moving image data contained in electronic data to be displayed by the display panel; and a DC-DC converter circuit electrically connected to the driver circuit and comprising: wherein the semiconductor device is configured to input a clock signal to the second input terminal of the logic circuit, and wherein the display panel is configured to control the DC-DC converter circuit to perform a hysteresis control when still image data are to be displayed and a pulse width modulation control when moving image data are to be displayed. | 28,539 |
9,610,534 | 1. A method for removing an acid gas from a feed gas stream of a natural gas including the acid gas, a methane and an ethane, comprising: alternating input of the feed gas stream between at least two beds of adsorbent particles made from a homogeneous mixture comprising a zeolite SSZ-13 such that the feed gas stream contacts one of the at least two beds at a given time in an adsorption step and a tail gas stream is simultaneously vented from another of the at least two beds in a desorption step; wherein a contacting of the feed gas stream occurs at a feed pressure of from about 50 to about 1000 psia for a sufficient period of time to preferentially adsorb the acid gas from the feed gas stream; thereby producing a product gas stream containing no greater than about 2 mol % carbon dioxide and at least about 65 mol % of the methane recovered from the feed gas stream and at least about 25 mol % of the ethane recovered from the feed gas stream; and wherein the feed gas stream is input at a feed end of each of the at least two beds; the product gas stream is removed from a product end of each of the at least two beds; and the tail gas stream is vented from the feed end of each of the at least two beds. | 40,524 |
8,692,875 | 1. A biometric data acquiring device comprising: an imaging unit to acquire a first image of an internal side of a user's hand captured in a first state in which the internal side of the hand is stretched, and a second image of the internal side of the user's hand captured in a state in which the internal side of the hand is bent; a dark line extracting unit to extract dark lines from the first image and the second image, respectively; a dark line element characteristic extracting unit to extract a characteristic of an element of the dark line in the first image and a characteristic of an element of the dark line in the second image; and a surface data determining unit to extract the dark line derived from a wrinkle formed based on bending and stretching the hand on the basis of transitions of the characteristics of the elements of the dark lines in the first image and the second image. | 24,667 |
9,812,660 | 1. A process for growing a perovskite single crystal, comprising: generating a temperature gradient of at least 20° C. in a perovskite precursor solution; and positioning a substrate in the precursor solution at a cooler portion of the perovskite precursor solution where the temperature is cooler than at a warmer portion of the perovskite precursor solution due to the temperature gradient, the substrate having a first end extending within the perovskite precursor solution toward the warmer portion of the perovskite precursor, wherein a perovskite single crystal nucleates and grows on the substrate proximal to the first end of the substrate to form a large-size perovskite single crystal. | 10,490 |
9,385,684 | 1. A bulk acoustic wave (BAW) resonator structure, comprising: a bottom electrode disposed over a substrate; a piezoelectric layer disposed over the bottom electrode; a top electrode disposed over the piezoelectric layer; a guard ring disposed around a perimeter of an active region corresponding to an overlap of the top electrode, the piezoelectric layer, and the bottom electrode; and a planarization layer disposed over the piezoelectric layer and between the top electrode and the guard ring. | 5,085 |
8,462,814 | 1. A method to transmit and receive Internet protocol data packets, the method comprising: providing a device in a system; running an Internet protocol application on a processor in the system; outputting an Internet protocol data packet from the processor to the device, the Internet protocol data packet being sent without Ethernet frame encapsulation via a physical layer interface configured to pass the Internet protocol data packet from an Internet protocol layer directly to a physical layer of the device, the outputting being based on the running of the Internet protocol application; and transmitting the Internet protocol data packet via the physical layer from the device, wherein transmitting the Internet protocol data packet comprises: matching a rate of the Internet protocol layer to the rate of a physical line bonded group; and determining if the Internet protocol data packet is to be fragmented; using a physical layer interface to send Internet Protocol v4-based and Internet Protocol v6 based data packets to a rate matching functional block, wherein the rate matching functional block matches a rate of the physical layer to a rate of the Internet protocol layer. | 5,981 |
8,915,522 | 1. A pole with a grip and a loop wherein the loop is attached in an articulated manner to the grip with a ball and socket joint, wherein ends of the loop are held in a receiving hole in the ball, and wherein the ball is held with the capacity to turn and pivot in an insert that is fixed in a head of the grip. | 21,526 |
9,048,598 | 1. A low voltage power receptacle assembly for use in a modular electrical system, said low voltage power receptacle assembly comprising: a housing defining a cavity; at least two electrical bus bars in spaced arrangement and extending through said cavity of said housing, at least one of said electrical bus bars configured to conduct a line voltage received from a power input, wherein an elongate space is defined between said electrical bus bars; a low voltage transformer including at least two electrical contacts and a low voltage power receptacle, wherein said electrical contacts are configured to engage respective ones of said electrical bus bars, and wherein said low voltage transformer is positioned in the elongate space between said bus bars and is operable to transform the line voltage received at said electrical contacts to a lower voltage output at said low voltage power receptacle; and an isolator body configured to be received in said cavity of said housing, said isolator body comprising an elongate non-conductive wall disposed between said electrical bus bars. | 38,599 |
8,658,693 | 1. A compound of formula: wherein n is 1 or 2; X is —CH R R R wherein R or a pharmaceutically acceptable salt thereof. | 36,209 |
9,650,946 | 1. An engine method, comprising: determining water storage parameters of a charge air cooler based on a determined difference between an output of a first oxygen sensor positioned downstream of the charge air cooler and an output of a second oxygen sensor positioned upstream of the charge air cooler; and adjusting engine actuators responsive to the determined water storage parameters at the charge air cooler. | 359 |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.