id int64 8.34M 9.85M | text stringlengths 30 13.9k | __index_level_0__ int64 0 50k |
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8,364,384 | 1. A multi-fuel injection method for an engine including first and second rails and first and second pumps, comprising: when multi-fuel operation is not needed: | 36,301 |
8,991,162 | 1. An engine having an exhaust gas treatment apparatus attached thereto, wherein the exhaust gas treatment apparatus ( 4 ) is supported by an engine body and the engine body ( 1 ) and the exhaust gas treatment apparatus ( 4 ) communicate with each other through an exhaust pipe ( 13 ), the engine comprising: a casing of the exhaust gas treatment apparatus ( connection flanges ( wherein the casing units ( the exhaust gas treatment apparatus ( the connection flange ( the plurality of casing units include an exhaust inlet-side casing unit ( a flange-fit concave unit ( a top peripheral edge of the flange-fit concave unit ( | 26,857 |
9,392,610 | 1. An operating method for acquiring system information which is to be performed by a terminal in a wireless communication system, the method comprising: transmitting to a serving cell, a system information acquisition failure report message that requests the transmission of compulsory system information; starting a timer according to the transmission of the system information acquisition failure report message, wherein the compulsory system information is acquired before the timer is expired; operating a system based on the acquired compulsory system information upon the acquisition of the compulsory system information as a response to the system information acquisition failure report message; and performing a connection recovery upon the failure of the acquisition of the compulsory system information as a response to the system information acquisition failure report message, wherein if the compulsory system information is not acquired until the timer is expired, the terminal determines that the acquisition of the compulsory system information has failed, wherein the compulsory system information is transmitted from the serving cell through dedicated signaling, and wherein the terminal receives allocation of a low interference radio resource from a network to avoid interference, and the compulsory system information transmitted through the dedicated signaling is transmitted on the low interference radio resource. | 22,296 |
8,445,652 | 1. A 3,6-O-bridged pyranose-inverted compound, represented by the following formula: wherein one of R | 2,828 |
9,071,914 | 1. A hearing device for placement entirely in the ear canal for extended wear therein, said hearing device comprising: a. a power source; b. an amplifier; c. a microphone having a microphone diaphragm responsive to sound entering the ear canal; and d. a speaker having a speaker diaphragm for generating amplified sound; wherein the hearing device defines an overall length, a lateral portion that occupies the lateral 50 percent of the overall length and a medial portion that occupies the medial 50 percent of the overall length; wherein at least a portion of the power source is located within the medial portion; and wherein said microphone and speaker are combined adjacently and longitudinally aligned in an assembly that is at least partially disposed within the lateral portion of said hearing device and arranged so as to minimize cross vibrations from said speaker to said microphone when said speaker is excited by said amplifier. | 13,820 |
9,758,844 | 1. A method for recovering ruthenium from a spent ruthenium-based catalyst carried on aluminum oxide, the method comprising: 1) drying a spent ruthenium-based catalyst carried on aluminum oxide at 100-150° C. in a nitrogen atmosphere for 1-2 hours, calcining the spent ruthenium-based catalyst carried on aluminum oxide at 300-500° C. for 2-4 hours, cooling the spent ruthenium-based catalyst carried on aluminum oxide to room temperature, and grinding the spent ruthenium-based catalyst carried on aluminum oxide into a black powder; 2) transferring the black powder to a fluidized bed reactor, purging the fluidized bed reactor with nitrogen for 20-40 minutes and then purging the fluidized bed reactor with hydrogen, and heating the black powder in a hydrogen atmosphere at a temperature of 200-400° C. and a pressure of 1-2 MPa for 2-3 hours to obtain a powder comprising ruthenium; 3) purging the fluidized bed reactor with nitrogen for 20-40 minutes, and then heating the powder comprising ruthenium in a mixed atmosphere of oxygen and ozone at a temperature of 500-750° C. and a pressure of 1-2 MPa for 1-8 hours to obtain a RuO 4) absorbing the RuO 5) adding an excess oxidant to the H 6) reducing the solid (NH | 43,256 |
8,546,471 | 1. Waterborne adhesive comprising 1 to 50 weight-% of a (meth)acrylate copolymer the copolymer having an acid number from 0 to 150 mgKOH/g, 2 to 30 wt-% of natural polymers, selected from the group consisting of starch, dextrin, cellulose, and proteins, 0.5 to 30 wt-% of urea, 0.1 to 20 wt-% of additives, characterized in that the adhesive contains 0.05 to 20 weight-% of a water swellable polymer. | 42,706 |
8,439,389 | 1. An apparatus for holding a footwear toe to a snow travel aid when the heel of the footwear is detached from the snow travel aid, the apparatus comprising jaws that grasp the toe while permitting pivotal movement of the footwear about the toe in forward and rearward directions, wherein the apparatus comprises one or more resilient elements for biasing the jaws towards a closed position throughout an operational range of motion of said jaws, wherein the jaws comprise arms and wherein the apparatus further comprises a movable stop beneath the footwear toe which cooperates with the arms for restraining the jaws in an open position. | 9,175 |
8,933,042 | 1. A method for controlling insect infestation, comprising exposing an insect to a composition comprising a double stranded ribonucleotide that inhibits the expression of an mRNA transcribed from a polynucleotide sequence selected from the group consisting of (i) a polynucleotide sequence comprising the nucleic acid sequence set forth in SEQ ID NO: 11; (ii) a polynucleotide sequence comprising a nucleic acid sequence having at least 70% sequence identity over a comparison window of at least 100 nucleotides as determined by the BLASTN alignment tool to the nucleic acid sequence set forth in SEQ ID NO: 11; and (iii) a polynucleotide sequence comprising a fragment of at least 21 nucleotides of SEQ ID NO: 11, and wherein the double stranded RNA is produced by a bacterium or yeast cell engineered to produce the double stranded RNA from a DNA construct comprising annealed complementary strands, one of which has a polynucleotide selected from any of (i)-(iii), or wherein the double stranded RNA is in vitro transcribed from a DNA construct comprising annealed complementary strands, one of which has a polynucleotide sequence selected from the any of (i)-(iii). | 31,573 |
9,775,108 | 1. A method for saving energy comprising: acquiring, by a first network node, load information of a second network node next to the first network node, and entering energy saving state according to load information of the first network node and the load information of said second network node; sending, by the first network node, information on indication for saving energy state to a third network node next to the first network node, and informing said third network node of information that the first network node has entered energy saving state through said information on indication for saving energy state. | 40,279 |
8,516,728 | 1. A flexible display apparatus comprising: a flexible display panel; a housing comprising an opening through which the flexible display panel enters and exits the housing; a cylinder disposed within the housing to coil and uncoil the flexible display panel; a stretcher that selectively extends from the opening to support the flexible display panel, such that the flexible display panel is substantially planar when the flexible display panel is extended outside of the housing; and a bender attached to an edge of the flexible display panel, to couple with the stretcher when the flexible display panel is disposed outside of the housing. | 23,644 |
9,242,862 | 1. A process for producing a fluorosulfonylimide ammonium salt of formula II, the process comprising reacting a compound of formula I and hydrogen fluoride: wherein R wherein R | 13,363 |
9,036,502 | 1. A method, comprising: receiving a value identifying a minimum number of paging occasions configured for indicating a change of system information to be monitored during a modification period; identifying a discontinuous reception cycle to be utilized during the modification period; monitoring one or more paging occasions during the modification period for the minimum number of paging occasions configured for indicating the change of system information, wherein wakeup periods for the monitoring for the one or more paging occasions outside active intervals of the discontinuous reception cycle are reduced below a total number of paging occasions outside the active intervals of the discontinuous reception cycle; and determining that the change of system information was not received during the modification period upon completion of the monitoring the minimum number of paging occasions. | 11,741 |
8,520,840 | 1. A method for providing public key infrastructure (PKI) enabled data communication in a browser, the method comprising: providing a PKI enabled browser at a network-connected client-side device of a user; providing a cryptographic utility at the user's network-connected client-side device, the cryptographic utility including at least a user private key, wherein a user public key and the user private key are a public/private key pair respective to the user operating the network-connected client-side device; and downloading a web page requested by the user to the PKI enabled browser that includes computer-readable instructions which, when executed, permit PKI data operations by the cryptographic utility at the network-connected client-side device of: verification of a digital signature associated with data included in the web page for the user using a sender's public key and decryption of the data on a field-selectable basis using the user private key; and encryption of data provided to the web page by the user on a field-selectable basis using a recipient's public key for subsequent decryption using the recipient's private key and signing the data to be communicated using the user private key. | 20,048 |
9,467,579 | 1. A window picture system, comprising: a retractable window shade pulled down from a top portion of a window, the window utilized in combination with the window picture system; one or more images that include a selected one of one or more pictures, one or more photographs and one or more drawings; a window frame with a bottom; a window sill with a top surface, the window sill is perpendicularly attached to the bottom of the window frame, the window sill extends outward from the bottom of the window frame; a three dimensional projector that displays the selected one of the one or more images and one or more slide shows onto the retractable window shade an image change button disposed on the top surface of the window sill the image change button is depressed to move the selected one of the one or more images and the one or more slide shows a camera SD card inserted into the three dimensional projector, the three dimensional projector displays the selected one of the one or more images and the one or more slide shows that reside on the camera SD card on the retractable window shade; a battery to provide electrical power to the window picture system; and a scanner utilized to scan the selected one of the one or more images and the one or more slide shows, the scanner uploads the selected one of the one or more images and the one or more slide shows onto the camera SD card. | 29,419 |
8,547,006 | 1. A multiple beam electron gun having: a magnetic field generator providing a substantially uniform magnetic field over an RF circuit extent of a Z axis, said magnetic field diverging from said Z axis through an electron gun extent outside said RF circuit extent; a plurality of N electron guns arranged about said central Z axis, each said electron gun having: whereby each said electron beam travels in a separate beam tunnel. | 18,181 |
9,325,225 | 1. A rotating electric machine with brushless excitation, comprising: a main electric machine; an excitation machine whose rotor is configured to rotate with a rotor of the main electric machine and produce magnetizing power for the main electric machine; a rotating rectifier bridge electrically connected to the excitation machine for feeding a field magnetization current (I a rotor control unit connected to the rotating rectifier bridge and being configured to control controllable semiconductor components, wherein the rotor control unit is configured to receive control instructions wirelessly; and a controllable circuit adapted to lower the magnetization of the rotor winding of the main electric machine, wherein the controllable circuit comprises: | 18,765 |
8,851,847 | 1. A rotor ( 10 ) for a turbo machine, in particular for an aircraft turbine, having rotating blades ( 12 ) that are joined to a basic rotor body ( 16 ) and, radially underneath blade platforms ( 18 ), comprise channels ( 22 ) for introducing cooling air (KL) into the rotating blades ( 12 ), a gas diffusor ( 24 ) being provided on the high-pressure (HD) side of rotor ( 10 ), the diffusor being designed to at least reduce a hot-gas (HL) flow into channels ( 22 ) during the operation of the associated turbo machine and to permit the entry of cooling air (KL) into channels ( 22 ), is characterized in that gas diffusor ( 24 ) is joined to rotor ( 10 ) and comprises a blocking element ( 28 ) running annularly in the circumferential direction of rotor ( 10 ), this element being disposed between undersides of radially inner blade shrouds ( 17 ) of rotating blades ( 12 ) and a region connecting rotating blades ( 12 ) to basic rotor body ( 16 ), for reducing the hot gas (HL) flow; wherein the blocking element ( | 45,298 |
9,027,694 | 1. A saddle-type electric vehicle comprising: a body frame; a swing arm that pivots on the body frame; a motor generating traveling power transmitted to a drive wheel; a motor case accommodating the motor and being fixed to the body frame, a battery supplying electric power to the motor and being fixed to the body frame; and a battery case accommodating the battery, wherein the motor case has a traveling wind inflow port allowing traveling wind to flow in the motor case, and a traveling wind outflow port allowing traveling wind flowing in the motor case to flow out, a space surrounded by the motor case is communicated with a space where a coil of the motor is arranged, the battery case has a traveling wind inflow port allowing traveling wind to flow in the battery case, and a traveling wind outflow port allowing traveling wind flowing in the battery case to flow out, the battery case is arranged in front of the motor case, the traveling wind outflow port of the battery case communicates with the traveling wind inflow port of the motor case through a duct, and the motor case is connected to the battery case, wherein the battery case is connected to the motor case through the duct. | 27,659 |
8,622,470 | 1. A backrest structure for a motorcycle, having a backrest disposed rearwardly of an occupant's seat, said backrest being movable rearwardly from a raised, use position to a lowered non-use position, which comprises: a seat rail extending rearwardly from the occupant's seat, said backrest being operable between said use-raised position and a lowered, recessed position within said seat rail; at least one operation lever for raising and lowering the backrest in a rear to front direction said operation lever being disposed in the seat rail, downwardly of the occupant's seat; and grab rails laterally extending from both sides of the occupant's seat to provide lateral support for the occupant, said grab rails being disposed in front of the backrest when the backrest is in its raised position; wherein the seat rail includes a base portion which contains a rearward extension portion which extends further rearward from the base portion to serve as a carrier when the backrest is in the lowered recessed position to accommodate a passenger; and wherein the rearward extension portion includes a passenger backrest which is operable between a raised position and a lowered, recessed position, within the seat rail. | 2,647 |
9,654,154 | 1. A radio frequency system configured to facilitate wireless communication between electronic devices, wherein the radio frequency system comprises: a power amplifier configured to amplify a first analog electrical signal received from a transceiver to generate a first amplified analog electrical signal using a first power amplifier supply voltage, wherein the first amplified analog electrical signal is configured to be wirelessly transmitted from the radio frequency system at a desired output power; an adjustable power supply circuitry configured to output the first power amplifier supply voltage, wherein the adjustable power supply circuitry is configured to: a controller configured to: | 46,918 |
9,653,985 | 1. A resonant converter adapted to provide a driving voltage to a load, the resonant converter comprising: a bridge switching circuit having a power terminal, wherein the bridge switching circuit receives a direct current input voltage through the power terminal; a resonant and transforming circuit coupled to the bridge switching circuit, and the resonant and transforming circuit having at least one resonant capacitor, wherein the at least one resonant capacitor is charged or discharged in response to switching of the bridge switching circuit; a rectifying and filtering circuit coupled to the resonant and transforming circuit, and the rectifying and filtering circuit being configured to rectify and filter outputs of the resonant and transforming circuit and generate the driving voltage accordingly; and an over-current protecting circuit coupled to the power terminal, and the over-current protecting circuit being coupled across the at least one resonant capacitor to form a clamp path, wherein the over-current protecting circuit is configured to detect a current flowing through the resonant and transforming circuit or the load and determine whether to conduct the clamp path according to a detection result to limit a cross voltage of the at least one resonant capacitor within a first voltage range. | 22,540 |
9,343,998 | 1. A load control device for controlling power delivered from an AC power source to an electrical load, the load control device comprising: a thyristor adapted to be electrically coupled between the AC power source and the electrical load, the thyristor having first and second main terminals through which current can be conducted to energize the electrical load and a gate terminal through which current can be conducted to render the thyristor conductive between the first and second main terminals; a first circuit electrically coupled between the first main terminal of the thyristor and the gate terminal of the thyristor to conduct current through the gate terminal of the thyristor; a second circuit electrically coupled between the first and second main terminals of the thyristor to conduct current through the electrical load when the thyristor is non-conductive; and a control circuit configured to individually control the first and second circuits to be conductive and non-conductive, the control circuit configured to render the first circuit conductive to conduct a pulse of current through the gate terminal of the thyristor at a firing time during a present half-cycle of the AC power source to render the thyristor conductive, the control circuit configured to control the first circuit to allow the first circuit to conduct at least one other pulse of current through the gate terminal of the thyristor after the firing time during the present half-cycle; wherein the control circuit is configured to render the first circuit non-conductive before the end of the present half-cycle to prevent any further pulses of current from being thereafter conducted through the gate terminal of the thyristor during the present half-cycle, the control circuit being further configured to control the second circuit to conduct current through the electrical load after the first circuit is rendered non-conductive. | 35,394 |
9,588,915 | 1. A method of operating a system on chip (SoC), comprising: calculating, by a multi-core processor in the SoC, a first residence time indicating an amount of time that at least one task resides in an execution queue in the SoC, wherein the at least one task is assigned to at least one core of the multi-core processor; calculating, by the multi-core processor, a total unit residence time indicating an amount of time that all tasks other than the at least one task reside in all execution queues in the SoC other than the execution queue; calculating, by the multi-core processor, a second residence time for the at least one core by adding the first residence time of the at least one task and the total unit residence time; and adjusting, by the multi-core processor, at least one of an operating frequency and a voltage of the at least one core based on the second residence time. | 23,115 |
9,701,410 | 1. A two-stage flush system for use in connection with a vacuum toilet, wherein the vacuum toilet is configured to be installed in a lavatory and plumbed in-line with a main waste line that leads to a main waste holding tank under vacuum, comprising: (a) a vacuum toilet bowl, (b) a transient waste tank below the vacuum toilet bowl plumbed in-line between the vacuum toilet bowl and the main waste holding tank, (c) an odor removal line; (d) a first valve positioned between the vacuum toilet bowl and the transient waste tank, wherein the transient waste tank is under an initial vacuum pressure prior to a flush, and wherein a first stage flush sequence opens the first valve to transfer waste from the vacuum toilet bowl to the transient waste tank; (e) a second valve positioned between the transient waste tank and the main waste line, and (f) a third valve positioned between the transient tank and the odor removal line, wherein once the first stage flush sequence is complete and the first valve is closed, a second stage flush sequence simultaneously opens the second valve and the third valve, wherein opening of the second valve allows vacuum to transfer waste from the transient waste tank to the main waste holding tank, wherein opening of the third valve pulls air out of the lavatory, into the odor removal line, and into the transient tank, wherein the air follows the transfer of waste to the main waste holding tank through the second valve, wherein time between the first stage flush sequence and the second stage flush sequence is a few milliseconds to a few seconds. | 10,393 |
9,797,110 | 1. A method of using a cofferdam with a pier extending above a surface of a body of water, from a footing below the surface of the body of water, comprising: floating the cofferdam in the body of water; navigating the cofferdam to the pier while the cofferdam is floating; navigating the cofferdam to a position above the footing with a portion of the pier in an enclosure of the cofferdam, while the cofferdam is floating, wherein the enclosure includes: adding weight to the cofferdam to submerge the cofferdam from the position above the footing with the portion of the pier in the enclosure, to bring the first sealing member into contact with a ledge on the footing and compress the first sealing member between the bottom plate and the ledge, wherein the ledge is adjacent to the pier and spaced apart from a floor of the body of water and the top of the wall extends above a surface of the body of water; lengthening a plurality of adjustable length structures coupled between the bottom plate and a structure supported by the pier to exert a downward force on the bottom plate to secure the cofferdam to the ledge and oppose vertical and lateral forces imposed on the cofferdam; forcing a second sealing member into a first gap in the first portion of the opening between the pier and wall of the enclosure, wherein the first sealing member and the second sealing member prevent the body of water from entering the interior of the enclosure at edges of the opening; and dewatering the interior of the enclosure. | 34,193 |
9,097,973 | 1. A method of forming a pattern, comprising: (a) forming a chemically amplified resist composition into a film, (b) selectively exposing the film to light through a mask, and (c) developing the exposed film with a developer containing an organic solvent to form a pattern, wherein the developer contains an alcohol compound (X) at a content of not more than 500 ppm based on the total mass of the developer, wherein the developer contains at least one organic solvent selected from among ester compounds (A1) and ketone compounds (A2), wherein the developer contains an alcohol compound (X1) with a structure resulting from hydrolysis of any of the ester compounds (A1) and an alcohol compound (X2) with a structure resulting from reduction of any of the ketone compounds (A2) at a content of the sum thereof of not more than 500 ppm based on the total mass of the developer, wherein at least one of the alcohol compounds (X1) and (X2) is a monohydric alcohol having 7 or less carbon atoms, and wherein the developer contains substantially no water. | 3,154 |
8,355,912 | 1. A method of data entry at a device, comprising: receiving voice data at the device; transmitting the voice data and a device identifier to a computer; and at the computer, wherein the voice data is translated to text using a voice print, and the translated text is returned to the device, wherein the voice print is retrieved from a datastore based on the device identifier, and wherein the applying of the filter comprises extracting keywords from the translated text, selecting the filter based on the extracted keywords, and applying the selected filter to transform the translated text to a format specific to at least one of a particular application or the device. | 49,129 |
9,097,414 | 1. A light source device, comprising: a light source comprising a first electrode and a second electrode; an input terminal coupled at least to the first electrode for the supply of input voltage; an output terminal coupled at least to the second electrode for providing an output voltage; a first bridging terminal and a second bridging terminal; and a printed circuit board coupled to the light source; wherein the printed circuit board has at least one conductor track coupled to the first bridging terminal and the second bridging terminal for guiding an electrical potential electrically isolated from the first bridging terminal to the second bridging terminal in a manner that bridges the light source, wherein the input terminal comprises a first potential input terminal coupled to the first electrode for supplying a first electrical potential, and a second potential input terminal coupled to the second electrode for supplying a second electrical potential, and/or wherein the output terminal comprises a first potential output terminal coupled to the first electrode for providing a first electrical potential, and a second potential output terminal coupled to the second electrode for providing a second electrical potential. | 11,761 |
9,578,398 | 1. A wireless sensor for connection to a wireless network for communication of a sensed physical parameter, said wireless sensor comprising: at least one vibration sensor measuring vibrations of an equipment or structure in an industrial installation, a processor processing vibration data from the vibration sensor, and a wireless radio transmitter transmitting said vibration data to an industrial control system, an independent and self-contained power source powering said processor, said processor being set in a low power mode in the absence of a measurement request being received by the wireless radio transmitter, an electrical power storage device powering said wireless radio transmitter, an enclosure fully enclosing said vibration sensor, said processor, said wireless radio transmitter, said power source and said electrical power storage device, said enclosure inhibiting entry of gases from outside into said enclosure, and a base part for mounting said enclosure on the equipment or the structure in the industrial installation, wherein said base part is made of metal, acting as a heat sink by dissipating heat from said power source, wherein said power source is fixed inside the base part of said wireless sensor, and wherein the electrical power storage device is configured to store electrical power which is supplied by said power source having a limited power level and supply the electrical power to said wireless radio transmitter at a power level which exceeds the limited power level of said power source for a limited time. | 10,291 |
8,731,602 | 1. A network selection method for a mobile station, comprising: selecting and operating with a non-home public land mobile network (PLMN), the non-home PLMN being designated as a registered PLMN (RPLMN) of the mobile station; after regaining signal coverage from an out-of-coverage condition with the RPLMN, performing the following acts of: | 37,806 |
9,426,758 | 1. A radio communication device that communicates with other radio communication devices that are communication partners, comprising: a first detection unit that detects moving states of said other radio communication devices; a second detection unit that detects a moving state of its own device; a transmission unit that transmits a radio signal from said own device to said other communication devices; and a control unit that controls said transmission unit to transmit the radio signal based on the moving states of said other radio communication devices and the moving state of said own device, wherein said moving state is a moving direction, wherein if a ratio of the number of other radio communication devices, which move in the same or nearly the same moving direction as said own device, to the number of said other radio communication devices is equal to or greater than a threshold, said control unit decreases a transmission power of said radio signal by a value that is equal to or greater than a predetermined value, and wherein if said ratio is less than said threshold, said control unit decreases said transmission power by a value that is equal to or greater than 0 and that is less than said predetermined value. | 23,309 |
8,429,376 | 1. A translation look-aside buffer (TLB), comprising: a memory storing a set of pointers, without storing virtual-to-physical address translations, wherein the set of pointers are to a set of tables of virtual-to-physical address translations; and a signal logic to: | 8,380 |
8,957,592 | 1. A power conversion device comprising: a DC conversion circuit configured to convert an external power supply voltage to a DC voltage; an output conversion circuit including a switching element configured to convert the DC voltage converted by the DC conversion circuit to an output voltage corresponding to a load, and apply the output voltage to the load; a detection unit configured to detect the output voltage; and a control circuit configured to control the DC voltage output from the DC conversion circuit based on the output voltage detected by the detection unit, so that an ON time of the switching element is constant, regardless of a value of the output voltage. | 17,154 |
9,629,884 | 1. A method for increasing longevity in a non-diseased animal subject, the method comprising administering to the subject an effective amount of an organic extract of Geum japonicum (OEGJ), wherein the effective amount of the extract is at least 200 mg/kg/day, and wherein the organic extract is a methanol extract or an ethanol extract. | 26,095 |
8,353,829 | 1. A method of communicating glucose information, comprising: receiving a plurality of analyte related signals detected by an analyte sensor using a wireless communication protocol; processing the received plurality of analyte related signals to generate glucose data and to determine an acceleration of analyte level increase or decrease reaching or exceeding a threshold value; and transmitting the generated glucose data and/or an indication associated with the determined acceleration of the analyte level increase or decrease reaching or exceeding the threshold value using a telephone connection. | 31,328 |
9,236,587 | 1. A battery module having a plurality of battery cells, the battery module comprising: a cell module stack having a structure in which a plurality of cell modules having the battery cells mounted in cartridges is vertically stacked; a lower end plate to support a lower end of the cell module stack; an upper end plate to fix an uppermost cartridge of the cell module stack disposed on the lower end plate; through holes provided in the cartridges, the upper end plate, and the lower end plate formed such that the through holes communicate with one another; a fixing member inserted through the through holes and coupled to the upper end plate and the lower end plate; and a voltage detection assembly mounted at a side of the cell module stack to detect voltages of the battery cells, wherein the voltage detection assembly comprises: (a) a block case, formed of an electrically insulative material, mounted to a front or rear of the battery module corresponding to electrode terminal connection parts of the battery cells; (b) conductive sensing parts connected to voltage detection terminals located at one-side ends of bus bars electrically connected to the electrode terminal connection parts of the battery cells; and (c) a connector to transmit voltages detected by the conductive sensing parts to a controller, wherein the fixing member is configured to have an outer shape of a polygonal shape or a circular shape having a protrusion in horizontal section, wherein each of the through holes is formed in an inner shape corresponding to the outer shape of the fixing member, wherein the block case comprises mounting grooves, opened to a front of the battery module, formed at positions of the block case corresponding to the voltage detection terminals of the bus bars such that the conductive sensing parts are mounted in the mounting grooves, and wherein the conductive sensing parts are connected to the voltage detection terminals of the bus bars in a state in which the conductive sensing parts are mounted in the mounting grooves of the block case. | 28,370 |
8,353,872 | 1. An infusion pump comprising: a first fluid chamber channel; an inlet channel and an outlet channel, each formed on opposite sidewalls of the fluid chamber, the inlet channel and the outlet channel each continuously open to fluid flow and each comprising a differently configured channel constriction; the fluid chamber having a chamber depth that is shallowest proximate the inlet channel and deepest proximate the outlet channel; and a piezoelectric body having a first side attached to an exterior surface of the fluid chamber and a second side attached to an electrode. | 146 |
8,393,238 | 1. A dual clutch transmission comprising: first and second clutches (K at least first and second countershafts (w_v at least one fixed gear wheel ( a plurality of coupling devices (A, B, C, D, E, F) being supported on the first and the second countershafts (w_v output gear wheels ( first, second and third dual gear planes ( | 42,664 |
9,013,898 | 1. A synchronous rectifier controller comprising: a drive clamp adjust terminal; a drive terminal; a clamp voltage generator circuit coupled to said drive clamp adjust terminal for measuring a signal at said drive clamp adjust terminal and providing a clamp voltage having a value determined by said signal; a driver for providing a drive signal to said drive terminal at a voltage related to said clamp voltage during an active period of said drive signal; a phase detect circuit for providing a sample signal during an inactive period of a drive signal, wherein said clamp voltage generator circuit further measures said signal at said drive clamp adjust terminal when said sample signal is active; and a current sense terminal, wherein said phase detect circuit is coupled to said current sense terminal and provides said sample signal in response to detecting substantially zero current from said current sense terminal. | 3,078 |
9,449,620 | 1. An apparatus, comprising: a module, the module having a linear array of transducers, the transducers including two transducers of a first transducer type, wherein a first of the transducers of the first transducer type is located at a first end of the linear array and a second of the transducers of the first transducer type is located at a second end of the linear array, the linear array of transducers further including at least one transducer of a second transducer type that is different than the first transducer type located between the first and second transducers of the first transducer type, the transducers positioned towards a media facing side of the module, wherein the different transducer types are selected from a group consisting of data reader transducers, servo reader transducers, write transducers, piggyback read-write transducers and merged read-write transducers; a first protection structure protecting the transducers of the first transducer type; and wherein the at least one transducer of the second transducer type has either no protection or is protected by a second protection structure that is different than the first protection structure, wherein the first protection structure includes a coating on the media facing side of the module adjacent the transducers of the first transducer type. | 10,957 |
9,752,013 | 1. A composition comprising at least one silylated polyurethane compound comprising an alkoxysilyl group, a silanol group, or combinations thereof and at least one tin-free polyhedral oligomeric metallo silsesquioxane curing agent. | 39,708 |
8,493,280 | 1. A wireless device including an antenna structure comprising: an antenna element; a ground plane; the ground plane having the shape of a semi loop; the semi loop defining an opening; and the opening defining a curve having at least five segments that are connected in such a way that each segment forms an angle with any adjacent segments, such that no pair of adjacent segments define a larger straight segment. | 25,888 |
9,108,870 | 1. A method of remediation of an algae bloom, the method comprising: examining an algae bloom to determine borders of an area of the algae bloom; selecting a first deployment means for a remediation agent, the remediation agent including a light absorbing compound suspended in a biodegradable semi-soluble casein product to inhibit photosynthesis in the algae; and with the first selected deployment means, deploying the remediation agent over the area of the algae bloom to cover the algae bloom. | 22,584 |
9,423,403 | 1. A method of predicting whether lung function will decline in a subject with chronic obstructive pulmonary disease (COPD) or at risk of developing COPD, comprising detecting the level of each biomarker protein of a set of biomarker proteins comprising SIGLEC7, IGFBP1, and CCL5 in a sample from the subject, wherein the detecting comprises: (i) contacting proteins of the sample with a set of protein binding reagents, wherein each protein binding reagent of the set of protein binding reagents specifically binds to a different biomarker protein being detected; (ii) separating protein binding reagents that are bound to biomarker protein from protein binding reagents that are not bound to biomarker protein; and (iii) detecting the separated protein binding reagents; thereby detecting the level of each of the set of biomarker proteins in the sample. | 15,908 |
9,281,084 | 1. A motor stand for a primary motor-driven pump unit of a pressurized water nuclear reactor comprising: an upper flange, and a fixing means configured to fix a transverse holding means of said primary motor-driven pump unit, said primary motor-driven pump unit comprising an electric motor having a lower flange configured to engage with said upper flange of said motor stand, wherein said fixing means comprises: | 29,277 |
8,754,495 | 1. A photodetector array (PDA), comprising: a semiconductor substrate including first diode areas and second diode areas having a bottom substrate portion doped with a first doping type, an intrinsic layer on said bottom substrate portion, and a top silicon comprising layer doped with a second doping type on said intrinsic layer, said bottom substrate portion providing a bottom diode layer and said top silicon comprising layer providing a top diode layer, wherein a second surface dopant concentration in a surface of said second diode areas that is at least three times higher than a first surface dopant concentration in a surface of said first diode areas; a thermal silicon oxide layer on said top silicon comprising layer which provides a bottom Anti-Reflective Coating (ARC) layer for said first and second diode areas, wherein said second diode areas have said thermal silicon oxide layer thicker as compared to said thermal silicon oxide layer on said first diode areas, and a top ARC layer having a refractive index greater than said thermal silicon oxide layer on said bottom ARC layer, wherein first PDs are provided in said first diode areas and second PDs are provided in said second diode areas. | 35,000 |
8,648,885 | 1. A method for creating a Gamma look-up table (LUT), comprising: receiving display characteristics of a plurality of predetermined patterns; calculating interpolated display characteristics of a plurality of colors by using a nonlinear interpolation algorithm based on the display characteristics of the predetermined patterns wherein the number of the display characteristics of the predetermined patterns is smaller than the product of the number of the colors and the number of the interpolated display characteristics of the colors; and correcting the interpolated display characteristics of the colors on the basis of a maximum display characteristic value and a reference gamma value so that the Gamma look-up table is created; wherein the predetermined patterns comprise a plurality of gray level patterns which one-by-one correspond to a plurality of levels, and the interval of a pair of adjacent gray level patterns among the gray level patterns is different from the interval of another pair of adjacent gray level patterns among the gray level patterns, wherein the colors comprise a red, a green, and a blue colors and the display characteristics of the predetermined patterns comprise the chroma of the predetermined patterns of the red color, the chroma of the predetermined patterns of the green color, the chroma of the predetermined patterns of the blue color, and the brightness of the gray level patterns, and wherein calculating the interpolated display characteristics comprises: | 40,791 |
9,651,252 | 1. System to capture CO2 from a combustion flue gas using a CaO/CaCO3 chemical loop comprising at least the following elements: i) one or more combustion chamber burning a fuel with air and generating a high temperature flue gas, wherein at least a combustion chamber is connected to a carbonator by means of a first pipe, ii) a second pipe supplying a solid stream rich in CaO to the carbonator to react with the CO2 contained in the high temperature flue gas and form carbonated solids, iii) a third pipe to extract from the carbonator the carbonated solids and the high temperature flue gas depleted in CO2, iv) a first cyclone connected to the carbonator by means of the third pipe, with said first cyclone separating the high temperature flue gas depleted in CO2 from the carbonated solids, v) a calciner being fed with carbonated solids by means of a fourth pipe, vi) a fifth pipe to extract the calcined solids and CO2 rich gases generated in the calciner, when supplied with heat to raise the temperature of the carbonated solids entering through the fourth pipe and drive the endothermic calcination of CaCO3, vii) a second cyclone connected to the calciner by means of the fifth pipe for separating the CO2 rich gas from the calcined solids wherein the system further comprises at least one additional cyclone to put in direct contact the high temperature flue gas stream generated in the combustion chamber with the calcined solids generated in the calciner and/or with the carbonated solids feeding the calciner, thereby reducing the heat requirements for calcination. | 5,311 |
8,924,043 | 1. A method for preventing depletion of a battery included in a vehicle comprising: receiving a measurement of the state-of-charge (SOC) of the battery from an SOC sensor; determining that the SOC of the battery has reached a first threshold; based on the determination, transmitting a notification to a remote device associated with a user; receiving an indication from the remote device to start an intermediate power storage system of the vehicle to recharge the battery; determining whether the intermediate power storage system has an SOC of at least a second threshold; and if the intermediate power storage system has an SOC of at least the second threshold, generating a command to charge the battery with electrical energy supplied by the intermediate power storage system, otherwise, generating a command to charge the intermediate power storage system with energy provided by a power system. | 40,091 |
9,496,551 | 1. A process for producing lithium manganate particles having a primary particle diameter of not less than 1 μm, an average particle diameter (D 50 ) of 1 to 15 μm and forming particles having substantially a single phase, which have a composition represented by the following chemical formula: where Y1 is Al; Y2 is at least one other element constituting a sintering aid having a melting point of not higher than 800° C., x and y satisfy 0.03≦x≦0.15 and 0.05≦y≦0.20, respectively, and Y2 is present in an amount of 0.1 to 2.5 mol % based on Mn; the Y1 element being dispersed within the respective particles, and an X-ray diffraction intensity ratio of I(400)/I (111) of the particles being not less than 38% and an X-ray diffraction intensity ratio of I(440)/I(111) thereof being not less than 18%, wherein the lithium manganate particles have a lattice constant of 0.818 to 0.821 nm, the process comprising the steps of: mixing lithium carbonate, trimanganese tetraoxide (Mn calcining the resulting mixture at a temperature of 800 to 1050° C. to produce the lithium manganate particles. | 41,866 |
8,399,569 | 1. A curable composition containing an ethylenically-unsaturated-group containing reactive urethane compound (A) represented by formula (II) and a polymerization initiator (B): wherein R wherein the functional group having active hydrogen is a hydroxyl group, and the polymer compound is a polyhydroxy compound, wherein the polyhydroxy compound is a polyester polyol compound, a polycarbonate polyol compound, a polyurethane polyol compound, a homopolymer or copolymer of a hydroxyalkyl(meth)acrylate, or an epoxy(meth)acrylate compound. | 48,024 |
9,530,285 | 1. A method of operating a gaming device having a display, a wager input device configured to accept physical currency, a memory storing a credit amount, and a processor, the method comprising: receiving a signal indicating receipt of physical currency from the wager input device; increasing the credit amount based on the received signal indicating receipt of physical currency; receiving a signal to initiate a slot game in response to placement of a wager, the wager decreasing the credit amount; spinning adjacent reels of the slot game on the display; stopping a first subset of the adjacent reels while a second subset of the adjacent reels remains spinning; determining if the first subset of the adjacent reels satisfies a minimum win combination criteria; duplicating the stopped first subset of adjacent reels satisfying the minimum win combination criteria into one or more additional slot games; activating, using the processor, an enhanced feature while the second subset of the adjacent reels continue to spin, the enhanced feature configured to enhance play on the adjacent reels; stopping the second subset of adjacent reels; providing results based on at least the result of the adjacent reels and the activated enhanced feature; and increasing the credit amount based on any awards associated with the provided results. | 28,691 |
8,639,186 | 1. A drill pipe segment, comprising: a pipe having a first terminal portion, at a first end of the pipe, and a second terminal portion, at a second end of the pipe, opposite to the first end, the first terminal portion and the second terminal portion being configured to allow assembling the drill pipe segment with another substantially similar drill pipe segment, at the first end and at the second end; and communication specks disposed on a surface of the pipe, each communication speck being configured to communicate wirelessly data with other of the communication specks located on the pipe or on an adjacent substantially similar drill pipe segment, within a communication radius of the communication speck, wherein each communication speck comprises: | 8,384 |
9,475,574 | 1. A system for dissipating heat in an onboard non-engine powered wheel drive assembly mounted to power one or more aircraft nose or main landing gear wheels to drive the aircraft autonomously on the ground without operation of the aircraft engines, comprising: a. one or more aircraft nose or main landing gear drive wheels with b. a supply of a heat transfer fluid; c. a reservoir containing said supply of the heat transfer fluid made of a material to increase thermal mass of said wheel drive assembly mounted in thermal contact with an inboard or an outboard wall of said one or more landing gear wheels and in heat transfer relationship with said wheel drive assembly; and d. a heat transfer fluid communication system fluidically connecting said reservoir to said wheel drive assembly to circulate the heat transfer fluid between said reservoir and components of said wheel drive assembly during operation of said wheel drive assembly, wherein said wheel drive assembly, said reservoir and said heat transfer fluid communication system are mounted substantially completely within a space defined by inboard and outboard boundaries of said one or more nose or main landing gear wheels. | 7,282 |
9,387,765 | 1. A vehicle braking control device that is applied to a vehicle, the vehicle including a regenerative braking device that gives a regenerative braking force to the vehicle, and a hydraulic braking device that has a differential pressure regulating valve disposed in a pathway between a master cylinder configured to generate hydraulic pressure depending on a braking operation within a master chamber and a wheel cylinder provided for a wheel, and a supply pump configured to pump up a brake fluid from the interior of the master chamber and discharge the brake fluid to the pathway of the wheel cylinder side rather than the differential pressure regulating valve, and generates a hydraulic braking force with respect to the vehicle, by adjusting the differential pressure between the master cylinder and the wheel cylinder by operation of the differential pressure regulating valve and the supply pump, the vehicle braking control device performing a switching control which decreases the regenerative braking force by controlling the regenerative braking device, and increases the hydraulic braking force by pumping up the brake fluid from the master chamber by the supply pump and supplying the brake fluid into the wheel cylinder, in conjunction with deceleration of the vehicle during braking operation in which a brake operating member is operated, and when a direction in which the brake operating member is displaced to increase the hydraulic pressure in the master chamber is assumed to be an operating direction, the vehicle braking control device comprising: a correlation value output unit that outputs a correlation value that correlates to an amount of decrease in operational reaction force acting on the brake operating member in a direction opposite to the operating direction during the braking operation, prior to start of the switching control; and a control unit that controls the regenerative braking device so that, as the amount of decrease in operational reaction force indicated by the correlation value being output from the correlation value output unit is large, the regenerative braking force at the start of the switching control decreases, wherein the control unit is adapted to control the regenerative braking device so that the regenerative braking force does not decrease, when conditions are satisfied in which the amount of decrease in the operational reaction force indicated by the correlation value being output from the correlation value output unit is greater than a determined value, the regenerative braking force applied to the vehicle by the regenerative braking device is greater than a predetermined limit value, and the amount of operation of the brake operating member increases, and the braking control device is equipped with a limit value determining unit that reduces the predetermined limit value, as the amount of decrease in the operational reaction force indicated by the correlation value being output from the correlation value output unit is large. | 33,175 |
9,212,077 | 1. A molten glass discharging device provided in a bottom of a melting furnace so as to control discharging of a molten material from the melting furnace, the molten glass discharging device comprising: an induction heating unit having a discharging passage along a discharging port that is formed in the bottom of the melting furnace; an induction coil provided outside the induction heating unit; a cooling unit supporting the induction heating unit and having a first cooling conduit through which a cooling fluid circulates; and a magnetic field shielding element provided outside the induction coil for shielding magnetic field, wherein the magnetic field shielding element is provided with a second cooling conduit through which a cooling fluid circulates. | 7,119 |
9,444,004 | 1. A system for manufacturing standard power modules for solar arrays comprising: a robot having an effector tool interface with pneumatic tool changers; a plurality of end effector tools positioned within a work station to be selected, engaged, utilized and disengaged by the effector tool interface as controlled by the robot; a string welding station positioned within the work station, the welding station within reach of an effector tool engaged by the effector tool interface, the welding station comprising a plurality of linear motors for cooperatively positioning a work piece and a weld head along an axis; a standard power module assembly tray positioned within the work station within reach of an effector tool engaged by the effector tool interface, the standard power module assembly tray adapted to receive components utilized in the stringing of solar cells; and a carousel component dispenser positioned within the work station, the carousel component dispenser comprising removable storage cassettes adapted to hold a plurality of bare cells, cover glass, and interconnected cells. | 385 |
9,169,752 | 1. A device for decreasing soot particles in an exhaust gas, the device comprising: concentrically disposed outer and inner tubes forming an intermediate space therebetween through which the exhaust gas can flow; at least two annular electrodes disposed on an inside of said outer tube and having a multiplicity of electrode tips protruding radially into said intermediate space, said at least two annular electrodes being disposed axially one behind the other at a respective electrode spacing of 10 to 30 mm; and terminals configured to connect said at least one annular electrode and said inner tube to a high voltage source to generate an electric field in said intermediate space. | 637 |
9,828,255 | 1. A method for preparing nanometer titanium dioxide, characterized in that, it comprises the following steps: (1) dissolving ilmenite powder using hydrochloric acid to obtain a raw ore solution; (2) eliminating the iron element in the raw ore solution to obtain a final solution containing titanium ions; (3) heating the final solution for hydrolysis to obtain a hydrolyzed product containing titanium dioxide; and (4) calcining the obtained hydrolyzed product to obtain nanometer titanium dioxide; in the step (1), the temperature for dissolving ore is 60˜100° C.; and the step (2) comprises: (2a) crystallization of ferrous chloride: cooling the raw ore solution obtained in the step (1) to get crystalline ferrous chloride tetrahydrate, and separating crystalline ferrous chloride tetrahydrate by filtration to give a first solution; (2b) oxygenation: adding oxidizing agent to the first solution to oxygenate ferrous chloride remained in the first solution to ferric chloride so as to give a second solution; (2c) extraction: performing solvent extraction to the second solution to give a stripping solution containing ferric ions and raffinate containing titanium ions; and (2d) removal of silicon: removing silicon from the raffinate to obtain the final solution by adding gelling agent to the raffinate obtained from the step (2c) to precipitate silicon in the raffinate, and then filtering off the precipitate to obtain the final solution; wherein the step (2c) comprises performing 3˜5 stage continuous extraction using organic oil phase containing amine extractant, the nanometer titanium dioxide obtained in the step (4) is rutile type titanium dioxide; wherein the step (2c) comprises the following steps (2c (2c (2c such that in the step (2d), silicon in the raffinate containing titanium ions obtained in the step (2c | 1,431 |
9,540,420 | 1. A mucosal vaccine producing an antigen-specific mucosal IgA and blood IgG in the levels capable of exerting an effective immune induction and an infection-preventing effect, which comprises: (a) an AD vehicle consisting of a synthetic peptide and a lipid(s), wherein the synthetic peptide consisting of the amino acid sequence KnLm (wherein n is 4 to 8 and m is 11 to 20); (b) a carboxyvinyl polymer; and, (c) an antigenic protein in an amount of ⅕or less of the amount required for producing a sufficient mucosal IgA and blood IgG in a mucosal vaccine consisting of said AD vehicle and the antigenic protein. | 35,600 |
8,516,863 | 1. A locking mechanism comprising: a lock bolt movable between extended and retracted positions; a bolt retraction gear operatively coupled to the lock bolt, the bolt retraction gear movable between engagement and disengagement positions; a manually-driven gear train including a first gear and a second gear, the second gear engaged with the bolt retraction gear in the engagement position; a user input device adapted to receive user input information; a controller adapted to store authorization information and verify user input information; and an actuator having a rotatable output element, the rotatable output element blocking movement of the bolt retraction gear and thereby preventing rotation of the second gear from the disengagement position to the engagement position until the controller verifies that the user input information matches the stored authorization information. | 13,975 |
8,476,862 | 1. A power supply controller comprising: an inverter connected to a rotating electrical machine; a fuel cell connected in parallel with a pair of power lines, the pair of power lines being a positive bus bar and a negative bus bar of the inverter; a secondary battery connected in parallel with the pair of power lines; a voltage converter connected in parallel with the pair of power lines, and arranged connected between the fuel cell and the secondary battery; and relay members, provided in the pair of power lines at the output side of the fuel cell, for connecting or disconnecting between the fuel cell and the inverter, and between the fuel cell and the voltage converter, and a control section which includes: | 13,689 |
8,430,367 | 1. Amounting device for data storage devices, comprising: a mounting bracket; a first tray mounted to the mounting bracket; a second tray mounted to the mounting bracket; a first cable located on the first tray and extending through the first tray and towards the second tray; and a cable retainer mounted to the first tray adjacent the second tray for retaining the first cable, wherein the cable retainer is resiliently mounted to the first tray, two bridges are located on the first tray, and the cable retainer comprises two U-shaped retaining portions removably mounted to the two bridges. | 39,448 |
8,710,372 | 1. A device for an electrical cable, the electrical cable being configured to couple an electrical connector with an electric vehicle charging station, the electrical connector being configured to be coupled with an electric vehicle to permit the electric vehicle charging station to provide electricity to a rechargeable energy storage system of the electric vehicle, the device comprising: a receiver assembly comprising a hollow space and being configured to be coupled with the electrical cable; and three or more gripping mechanisms coupled to the receiver assembly; wherein: | 17,035 |
9,157,099 | 1. A method for preparing a mono-unsaturated alkene comprising: contacting an aliphatic alpha, beta-mono-unsaturated carboxylic acid with an Fdc1 polypeptide comprising an amino acid sequence with at least 21% sequence identity to SEQ ID NO: 1 and ferulic acid decarboxylase activity and a Pad1 polypeptide comprising an amino acid sequence with at least 37% sequence identity to SEQ ID NO: 2 and phenacrylate decarboxylase activity. | 17,496 |
9,207,865 | 1. An information processing method performed by a terminal device, comprising: receiving an input character input by a user; displaying, according to the input character and in a ring arrangement around the input character, candidate characters corresponding to the input character, wherein the input character is Chinese phonetic alphabet, and the candidate characters are Chinese characters, the input character is shown in a hexagon, candidate characters are displayed altogether in six directions of the hexagon comprising: upper left, lower left, upper right, right, and lower right; identifying, through a gravity sensor or a displacement sensor, an action performed by a user on the terminal device; obtaining selection information corresponding to the action performed by a user on the terminal device, for selecting one candidate character as a to-be-processed character, wherein the correspondence between an action performed by a user on a terminal device and selection information comprises: tilting the terminal device to the upper left corresponding to selection information determining, according to correspondence between the selection information and a candidate character position, a candidate character in the position corresponding to the selection information as the to-be-processed character without receiving any key pressing input from a user; and displaying the to-be-processed character in an input box; or displaying the to-be-processed character in an input box and displaying, around the to-be-processed character, associated characters related to the to-be-processed character. | 19,690 |
8,536,971 | 1. A magnetic component, comprising: a core, including: a secondary winding formed about the secondary core post; and primary windings formed about each of the plurality of primary core posts; wherein: the secondary core post is not formed to include an air gap therethrough; and a cross sectional area of the secondary core post is about equal to the sum of the cross-sectional areas of the plurality of primary core posts. | 36,717 |
9,664,058 | 1. A gas turbine that includes a flowpath having a rotor assembly, the rotor assembly comprising: a first rotor wheel supporting a first rotor blade, the first rotor blade comprising a platform that defines a first axial section of an inner boundary of the flowpath; a second rotor wheel supporting a second rotor blade, the second rotor blade comprising a platform that defines a second axial section of the inner boundary of the flowpath; and an annulus filler that includes an outboard surface that defines at least part of a third axial section of the inner boundary of the flowpath occurring between the first axial section and the second axial section of the inner boundary of the flowpath; wherein the first rotor wheel comprises a connector for axially engaging a mating surface formed on a radially innermost face of the first rotor blade and a mating surface formed on a radially innermost face of the annulus filler. | 20,625 |
8,829,706 | 1. An annular wing turbine wind and water system comprising: at least two separate annular wing stages connected in tandem axial configuration at least the rearmost of said stages having an active circulation control comprising: whereby an exiting annular sheet of air or water from the plenum chamber flows along the rounded surface according to the Coanda principle. | 32,789 |
9,723,511 | 1. A method, in a Serving Gateway, SGW, or a Gn/Gp-Serving General Packet Radio Service Support Node, Gn/Gp-SGSN, for downlink data buffering in a wireless communications network, the method comprising: sending, to a mobility management node, a Downlink Data Notification, DDN, for a downlink data packet for a wireless device in an idle mode; receiving, from the mobility management node, a DDN Acknowledgement comprising one or more of a flag, a cause code and a buffer time value indicating the downlink data packet is to be buffered in memory; buffering the downlink data packet within the SGW or Gn/Gp-SGSN until a connection with the wireless device has been established for the downlink data packet to be delivered to the wireless device or until a time indicated by the buffer time value has expired; and sending, to an application server, an Internet Control Message Protocol, ICMP, control message, said message comprising a timestamp indicating a time remaining for which the downlink data will be buffered. | 1,676 |
9,459,033 | 1. A multi air-conditioning apparatus, comprising: at least one heat source unit including a compressor and a heat source side heat exchanger; a plurality of use units each including a use side heat exchanger, and use unit refrigerant temperature detection devices each configured to detect a use unit refrigerant temperature that is a temperature of a refrigerant in the use side heat exchanger; a pipe branch unit connecting one of the at least one heat source unit to the plurality of use units by refrigerant pipes, the pipe branch unit including a refrigerant saturation temperature detection device configured to detect a refrigerant saturation temperature of the at least one heat source unit or the plurality of use units; and a unit controller connected to the at least one heat source unit and the plurality of use units, the unit controller including the control unit identifies the at least one of the plurality of flow control valves, operated in the correspondence determination operation, based on the capacity information of each of the plurality of use units, the refrigerant saturation temperature, and a use unit air temperature that is the temperature of the air that exchanges heat with the use side heat exchanger. | 26,574 |
9,324,083 | 1. A method for enabling a user of a web-site to make a reservation request, for the benefit of the user; wherein the web-site is stored on a computer usable non-transient storage medium by a web-server; wherein the method is performed by a processor apparatus, the processor apparatus is coupled to the web-server, and the processor apparatus is coupled to a database having a plurality of data records each indicative of a respective one of a plurality of registered venues; the method comprising the steps of: (a) accessing the web-site from the web-server, the web site including a first web page, the first web page comprises a first reference data indicative of a reservation telephone number of a first venue, the first web page further incorporates a code module; (b) receiving the first web page; (c) executing the code module incorporated within the web page comprising the first reference data, the code module identifying the first reference data indicative of a reservation telephone number of the first venue; (d) upon identifying the first reference data indicative of a reservation telephone number comprised within the web-page, the code module incorporated within the web page querying the database using the first reference data indicative of a reservation telephone number for confirming if the first venue is one of the plurality of registered venues having a respective first data record; (e) if the first venue is one of the plurality of registered venues, the code module incorporated within the web page obtaining the first data record indicative of the first venue, the first data record including data indicative of a first web-link for accessing a remote booking server to make a reservation request with the first venue using an interactive voice response facility; (f) if the first venue is one of the plurality of registered venues and the first data record is obtained, the code module incorporated within the web page modifying the web-page content of the first reference data by operatively associating the first reference data indicative of a reservation telephone number with a hyperlink of the first web-link for enabling a reservation request to be made with the first venue using an interactive voice response facility; (g) if the first venue is one of the plurality of registered venues and the first data record is obtained, upon modification of the web page, when the hyperlink of the first web-link is selected by the user, prompting the user for reservation data indicative of a reservation request at the first venue, the reservation data including a user specified time and a user specified date; (h) if the first venue is one of the plurality of registered venues and the first data record is obtained, upon modification of the web page and receipt of the reservation date, transmitting the reservation data to the remote booking server that is coupled to interactive voice response facility; and wherein the booking server is adapted to retrieve contact information of the first venue, create a voice message from the reservation data and contact information, the voice message indicative of the reservation request, enabling transmission of the voice message via the interactive voice response facility for communicating the voice message to an operator at the venue, receiving from the operator acceptance or rejection of the request, and informing the user of the operator acceptance or rejection. | 15,995 |
9,746,523 | 1. A method for determining at least one of a charge state and an aging state of a plurality of spatially combined battery cells connected to one another by circuitry, comprising: observing a subset of battery cells from the plurality of spatially combined battery cells using at least one observer structure over an observation time period; detecting a parameter of each of the battery cells of the subset during the observation time period; determining a magnitude of a variation in the parameter across all of the battery cells of the subset; determining a change in the parameter during the observation time period for each of the battery cells in the subset; determining an average change in the parameter for the subset of battery cells, the average change being an average of the determined changes in the parameter over the observation time period for the respective battery cells of the subset, and when the magnitude of the variation of the parameter across all of the battery cells in the subset does not exceed a pre-determined threshold value, using the average change in the parameter in determining at least one of the charge state and the aging state for all of the battery cells, respectively, in the plurality of spatially combined battery cells. | 24,553 |
9,313,803 | 1. User equipment (UE) comprising: a capability component configured to send an indication that the UE is capable of soft selected internet protocol (IP) traffic offload (SIPTO), wherein soft SIPTO comprises maintaining, for a same communication service type, a plurality of packet data network (PDN) connections associated with a core network; a connection component configured to, in response to an indication from an entity of the core network, establish a second PDN connection in addition to a first PDN connection for a same communication service type; and a soft SIPTO component configured to, in response to establishing the second PDN connection, send old traffic over the first PDN connection and new traffic over the second PDN connection, wherein the first PDN connection and the second PDN connection correspond to the same communication service type. | 41,162 |
9,534,265 | 1. A method for producing direct reduced iron (DRI), comprising: generating a syngas stream in a carbon dioxide (CO2) and steam reformer; and providing the syngas stream to a direct reduction (DR) shaft furnace as a reducing gas stream. | 7,019 |
8,580,431 | 1. A porous carbonaceous composite material comprising: a core comprising a carbon nanotube; and a coating layer on the core, the coating layer consisting of a carbonaceous material comprising a hetero element, wherein the hetero element comprises at least one element selected from Groups 13 to 16 of the Periodic Table of the Elements. | 48,942 |
9,704,486 | 1. A system comprising: an audio input module; an audio detection module in communication with the audio input module; a speech detection module in communication with the audio detection module; a wakeword recognition module in communication with the speech detection module; and a network interface module in communication with the wakeword recognition module, wherein: | 10,222 |
8,439,205 | 1. A filter for use in conjunction with a sport type bottle, the filter comprising: a carbon filter having walls and an integral base of carbon chosen from the class of carbon including monolithic carbon and carbon composite, the carbon filter having an available surface area with the integral base containing at least 5% of the total available surface area, the carbon filter having an open top end and the base being closed by carbon of equal thickness to the walls; a housing with a top, sides and a bottom encapsulating the carbon filter, the housing separated from the carbon filter by a ˜0.04″-0.10″ space permitting ready water access to all exposed surface area of the carbon filter; an inner tube having a top and a bottom contained in the housing, the inner tube being screened at the top and extending from the housing top with water access at the inner tube bottom adjacent to the base of the carbon filter, the inner tube housing granular media requiring axial flow for sufficient residence time to function properly; the granular media comprising alkalizing media to elevate the pH, the axial flow from the bottom of the inner tube providing a venturi effect aiding the radial flow of water from outside the inner tube to the base and into the inner tube, the housing becoming a water container as a cup with water entry ports near the top of the housing and a means to cooperatively connect the filter housing to a bottle top; the filter functioning with both axial and radial flow makes the filter a universal flow filter. | 6,427 |
9,477,599 | 1. A method comprising: responsive to a store memory event: writing data to a level n cache, where n is an integer greater than zero representing the level of cache hierarchy; writing, to a level n pool, a store entry that includes an address location in main memory to which the data in the level n cache is to be written and a thread identity associated with the store entry, wherein the level n pool maintains a partial order among the store entry, a prior received store entry, and a release marker entry; when a release marker is present, ordering the store entry in the level n pool to be after a most-recent release marker; and when a level (n+1) cache is present: evicting the prior store entry from the level n pool to the level (n+1) pool, and evicting data, when present, from the level n cache associated with the evicted prior store entry, to the level (n+1) cache. | 21,864 |
9,440,635 | 1. A system, comprising: an internal combustion (IC) engine operably coupled to a vehicle; a transmission operably coupled to the IC engine, the transmission having a plurality of selectable gears; and a control module coupled to the IC engine and through a network to the transmission, the control module configured to: | 41,711 |
8,673,036 | 1. A gasifier comprising: a combustion chamber for burning a combustible fuel to produce a syngas and a particulated solid residue, a quench chamber having a liquid coolant disposed downstream of the combustion chamber, a dip tube coupling the combustion chamber to the quench chamber and configured to direct syngas from the combustion chamber to the quench chamber to contact the liquid coolant and produce a cooled syngas; an faceted baffle disposed proximate to an exit path of the quench chamber for removing entrained liquid content from the cooled syngas directed through between the dip tube and the quench chamber to the exit path wherein the faceted baffle comprises a plurality of splash plates, wherein each splash plate comprises one or more cut-out portions and one or more overlapping plates, wherein the overlapping plates are disposed overlapping the cut-out portions with a plurality of spacers disposed in between. | 14,144 |
9,765,679 | 1. An exhaust gas treatment device for an exhaust system of an internal combustion engine, the device comprising: a housing through which an exhaust gas path leads; an injector arranged on the housing for introducing a reduction agent into an exhaust gas flow following the exhaust gas path; and a mixer arranged in the housing for mixing-through the reactant with the exhaust gas flow, wherein: the mixer comprises a shell, which encloses a mixer cross section through which the exhaust gas flow can flow; the mixer comprises multiple guide blades, which on a shell inside project from the shell and project into the mixer cross section; the mixer comprises multiple straps, which on a shell outside project from the shell and in each case project into a strap opening formed on the housing and penetrate a housing wall of the housing; the mixer is a shaped single sheet metal part comprised of a single sheet metal piece, in which the shell, the guide blades and the straps are formed by the single sheet metal piece; the mixer, on a shell outside, is radially supported via supporting zones on a wall inside of the housing wall; the supporting zones are arranged distributed in a circumferential direction of the shell and spaced from one another; and radially, between the shell outside and the wall inside, an air gap is formed outside the straps and outside the supporting zones. | 13,684 |
9,619,986 | 1. An intelligent integrated safety management control system comprising: a plurality of integrated tag devices configured to each include an active tag attached to a moving entity and transmit a tag signal; a plurality of reader devices configured to recognize tag device identification information from a tag signal received from each tag device when connected to each tag device, to generate a tag device recognition signal including the recognized tag device identification information and transmit the tag device recognition signal, to receive a risk notification signal and inform a worker about a dangerous situation through an alarm warning device unit; a plurality of worker terminals configured to check location information thereof according to a map information request from a worker through an input unit, include the checked location information in a map information request signal, and transmit the map information request signal, and to receive factory facility map information and display a factory facility map to which disaster generation information and risk point information are mapped, through a display unit; and an intelligent integrated safety management control server configured to check reader device identification information and tag device identification information from the tag device recognition signal received from each reader device, to check installation location information corresponding to the checked reader device identification information and determine a location of a moving entity, to track a location of each moving entity by using the determined position information of the moving entity and analyze a movement pattern, to predict a movement path of the moving entity according to the analyzed movement pattern, to classify the analyzed movement pattern and the predicted movement path for each object or each worker and to store each classified movement pattern and predicted movement path according to the checked tag device identification information, to check reader device identification information corresponding to the current location of the object or the worker when the predicted movement path of the object and the predicted movement path of the worker are the same, to generate a risk notification signal and transmit the generated risk notification signal to a reader device corresponding to the checked reader device identification information, to check worker terminal location information and worker terminal identification information from the map information request signal received from the worker terminal, to check reader device identification information corresponding to the checked worker terminal location information, and to read factory facility map information corresponding to the checked reader device identification information and transmit the read factory facility map information to the worker terminal. | 45,452 |
8,367,458 | 1. A process for production of an electronic device having two contacts or one anode and one cathode, one or both of them being completely or partly transmissive to light, having one or more organic semi-conducting layers and another one or more organic buffer layers between the contacts or the cathode and anode respectively, wherein for application of at least one porous layer a solution is sprayed on which contains organic material, and the solution to be sprayed on is atomized by an electrical field. | 23,813 |
8,804,788 | 1. A semiconductor integrated circuit device for a radio communication terminal of a frequency hopping system to transmit/receive a packet by sequentially using a plurality of frequency channels, comprising: a hopping frequency decision unit configured to select one frequency channel from among the plurality of frequency channels; a transmission unit configured to assign packet data to the selected frequency channel to transmit the packet data; a reception unit configured to receive the packet data of the selected frequency channel; and a control unit configured to estimate channel qualities of the frequency channels received by the reception unit, and to determine whether packet reception operation is performed a predetermined number of times, wherein if packet reception operation is performed for the predetermined number of times, the control unit is configured to update estimation information of channel qualities on the basis of a calculation result of packet error rates by the packet reception operation after performing the packet reception operations by the predetermined number of times, and after updating, the control unit is configured to update estimation information of channel qualities by calculating packet error rates for each packet reception operation, and if packet reception operation is not performed for the predetermined number of times, the control unit is configured to not update estimation information of channel qualities. | 15,520 |
9,718,461 | 1. A control system for a hybrid vehicle, comprising: a prime mover including an engine, a first motor, and a second motor; a planetary gear unit, in which a sun gear is connected to the first motor, a ring gear is connected to the second motor, and a carrier is connected to the engine, in which a driveshaft is connected to the sun gear or the ring gear, and in which a rotation of the carrier is selectively halted by a brake; and a mechanical oil pump that is driven by the engine to deliver oil to the planetary gear unit; wherein an operating mode of the hybrid vehicle is selected from a hybrid mode in which the hybrid vehicle is powered at least by the engine, a first electric vehicle mode in which the hybrid vehicle is powered by the second motor, and a second electric vehicle mode in which the hybrid vehicle is powered by the first motor and the second motor while halting rotation of the carrier by the brake; and wherein the control system comprising a controller that is configured: to estimate a temperature of a pinion gear of the planetary gear unit; to determine an availability of the second electric vehicle mode; to inhibit the second electric vehicle mode if the second electric vehicle mode is unavailable; and to shift the operating mode to the hybrid mode if the estimated temperature of the pinion gear is higher than a threshold temperature, and to the first electric vehicle mode if the estimated temperature of the pinion gear is lower than a threshold temperature. | 2,228 |
9,107,906 | 1. A method of producing a pooled plasma composition containing an elevated titer of respiratory syncytial virus (RSV) neutralizing antibodies and antibodies directed against one or more other respiratory pathogens comprising: 1) conducting a first assay to measure RSV neutralizing activity of plasma from individual human donors; 2) from donors demonstrating RSV neutralizing activity in the top 20% of the assayed population, purifying an immunoglobulin fraction and conducting an RSV titration curve measuring the RSV neutralizing titer of the immunoglobulin fraction, wherein donors with an immunoglobulin fraction RSV neutralizing titer of 1800 or above are categorized as high titer selected human donors; and 3) pooling plasma from 1000 or more donors including high titer selected human donors categorized according to step 2, wherein less than 50% of the donors are high titer selected human donors, such that the resultant pooled plasma comprises a titer of RSV neutralizing antibodies that is at least 3 times greater than the titer of RSV neutralizing antibodies in a control sample, and an antibody titer for one or more respiratory pathogens selected from parainfluenza virus 1, parainfluenza virus 2, coronavirus OC43 and coronavirus 229E that is at least 1.5 times greater than the antibody titer in the control sample, wherein the control sample is a mixture of plasma samples obtained from 1000 or more random human plasma donors. | 26,832 |
9,345,990 | 1. A system for separating a multicomponent fluid into two or more flow channels, each containing components with different buoyancy, comprising: a housing having a fluid inlet at a first end and at least two outlets; a first member configured to fit within the housing at the first end of the housing and having a passageway from the inlet through the member, the first member having a concave inner surface; a second member having a convex surface at one end that fits into the concave inner surface, the second member having at least one helical channel in an outer cylindrical surface extending from the convex surface to an opposite end of the second member; and a third member having a central fluid passageway for carrying higher buoyancy fluid and extending through the member along a central axis, and at least one other fluid passageway for carrying lower buoyancy fluid with an inlet positioned radially outward of the inlet of the central fluid passageway; the first member, the second member, and the third member configured to fit within the housing and aligned along a central longitudinal axis. | 19,043 |
8,505,371 | 1. A method, comprising: indicating degradation of an exhaust fluid sensor positioned upstream of an exhaust injector based on a first reading when exhaust fluid is present at the sensor and a second reading after exhaust fluid is evacuated away from the sensor, wherein evacuating the exhaust fluid includes opening an injector after engine shutdown and reversing a pump direction to clear an exhaust fluid passage in which the sensor is positioned. | 33,132 |
8,985,524 | 1. An on-board device mounted on a train to control the train based on train control information received from ground-side equipment, comprising: a first receiving unit configured to receive a first signal including train control information from first ground-side equipment installed along a route of the train; a second receiving unit configured to receive a second signal differing in kind from the first signal and including train control information from second ground-side equipment installed along the route; a first control unit that controls the train based on the train control information included in the first signal; a second control unit that controls the train based on the train control information included in the second signal; and a selection unit that selects the first control unit or the second control unit, wherein at least one of the first ground-side equipment and the second ground-side equipment are wayside radio sets installed along the route. | 44,063 |
9,155,138 | 1. A current correction circuit, having an input and comprising: a controllable current source having an input connected to the circuit input for drawing a current from said circuit input; a signal edge detector circuit having an input coupled to the circuit input and having an output coupled to the controllable current source for controlling the operation thereof; wherein the circuit is responsive to a voltage edge at the circuit input by drawing a current pulse from said circuit input. | 31,838 |
9,602,864 | 1. Apparatus adapted to distribute media content within a network, said apparatus comprising: a first interface adapted to communicate with a first device, said first device configured to output or receive media content in a first format; a second interface adapted to communicate with a second device, said second device configured to output or receive media content in a second format; at least one converter apparatus adapted to convert media content between said first format and said second format; at least one translator apparatus adapted to translate one or more commands to control manipulation of said media content between a first protocol utilized by said first device and a second protocol utilized by said second device; and a processor apparatus adapted to: (i) access said first device, (ii) generate a webpage comprising a list of content in said first device, (iii) prioritize instances of said content in said list according to a quality-of-service (QoS) policy, (iv) after said prioritization, provide to said second device access to said list of content, and (v) implement said QoS policy for provision, from said first device to said second device, of at least one of said content selected from said list. | 20,947 |
8,733,331 | 1. A method for combusting fuel within a combustion chamber, the method comprising: monitoring a region within a combustion chamber during use of an engine; sensing a certain condition such as combustion, expansion, exhaust, intake, fuel ignition events as a function of pressure and/or radiation detection within the combustion chamber; determining the certain condition at the monitored region within the combustion chamber has been satisfied; and applying an ionization voltage across electrodes associated with the monitored region in response to determining the certain condition has been satisfied. | 46,366 |
9,819,013 | 1. A sulfur-carbon composite, comprising a carbon-carbon composite substrate (CNT@MPC) and sulfur loaded into said carbon-carbon composite substrate (CNT@MPC), wherein said carbon-carbon composite substrate (CNT@MPC) is formed by carbon nanotubes (CNTs) and a microporous carbon (MPC) coating layer applied onto the surface of the carbon nanotubes (CNTs), wherein said carbon-carbon composite substrate (CNT@MPC) has a coaxial cable-like structure, and wherein sulfur is finely dispersed in said microporous carbon (MPC) coating layer. | 19,700 |
9,347,418 | 1. A method of monitoring an EGR system comprising: setting up an ignition timing map depending on EGR efficiency when the EGR system operates normally; dividing an output value that reflects a driving state of a vehicle into an active area where the EGR system operates and an inactive area where the EGR system does not operate, and by a controller, learning and storing a detected value of ignition timing depending on an occurrence of knocking for each of the active and inactive areas; extracting, when knocking occurs in the active area, a corrected value of ignition timing influenced by only the operation of the EGR system using a difference between the detected value of ignition timing learned in the active area and the detected value of ignition timing learned in the inactive area; measuring an amount of variation in the EGR efficiency influenced by the operation of the EGR system by measuring the EGR efficiency with respect to the corrected value of ignition timing by applying the corrected value of ignition timing to the ignition timing map; and after the process of measuring the amount of variation in the EGR efficiency, determining whether a reason for correction of the ignition timing is either abnormality in an EGR ratio or abnormality in the efficiency of the EGR cooler using a difference between a temperature of fresh air measured at an upstream end of an intake line and a temperature of mixture air containing the fresh air and EGR gas measured at a downstream end of the intake line, wherein the process of measuring the amount of variation in the EGR efficiency comprises a first temperature measuring step of measuring the temperature of the fresh air and a second temperature measuring step of measuring the temperature of the mixture gas in which the fresh air and the EGR gas are mixed, and wherein the process of determining the reason for correction of the ignition timing comprises a first abnormality determining step of determining that the efficiency of the EGR cooler is abnormal when a difference of the second temperature from the first temperature is a reference value or greater and a second abnormality determining step of determining that the EGR ratio is abnormal when the difference of the second temperature from the first temperature is less than the reference value. | 10,705 |
8,517,773 | 1. A serial advanced technology attachment (SATA) connector capable of transmitting electric power directly, comprising: a female connector, having a body formed thereon, a first interface installed at a front end of the body, and two sidewalls formed in the first interface; two first power pins, each having an end disposed separately on two sidewalls of the first interface, and another end extended to a rear end of the body, wherein the another end has a harpoon-shaped fixed portion with a tapered width. | 38,848 |
9,035,862 | 1. An electro-optic device, comprising: a plurality of pixel electrodes arrayed along a first direction and a second direction intersecting the first direction; a data line block for providing an image signal to each of a first pixel electrode group and a second pixel electrode group in one column of the plurality of pixel electrodes arrayed in a line in the first direction, the data line block being configured by a plurality of data line pairs in which a pair of a first data line and a second data line extending in the first direction is arranged for each column, wherein the first data line is arranged such that it overlaps the second data line in a plan view; a common gate line corresponding to each of the plurality of data line pairs; an image signal supplying unit for sequentially providing an image signal in time-series to each of the data line pairs configuring the data line block from one end of each of the plurality of data line pairs; and an inspection voltage supplying unit for supplying an inspection voltage from another end of each of the plurality of data line pairs each to the data line block and separately to each of the first data line and the second data line. | 40,530 |
9,722,720 | 1. A method for minimizing intra-cell and inter-cell interference in a multi-cell full duplex communication system in a wireless network, comprising: selecting, by a client selector, a plurality of clients, wherein the plurality of clients includes a plurality of uplink clients configured to transmit signals and a plurality of downlink clients configured to receive signals over a plurality of data streams in each cell of the multi-cell full duplex communication system; and performing, by a spatial interference aligner, spatial interference alignment on interfering data streams to align the interfering data streams of uplink clients towards downlink clients in its own cell and downlink clients in a neighboring cell, wherein performing the spatial interference alignment includes determining degrees of freedom per communication node such that a receiving node receives data streams from the plurality of data streams less than or equal to degrees of freedom per the receiving node and a transmitting node transmits data streams from the plurality of data streams less than or equal to degrees of freedom per the transmitting node. | 9,857 |
8,733,193 | 1. A transmission for a road vehicle with hybrid propulsion; the transmission comprising: a gearbox with at least one primary shaft, at least one secondary shaft and at least one pump actuated by an activating shaft; at least one clutch connected to the primary shaft and including a part which is normally transmissive and is selectively connectable to a drive shaft of a thermal engine; at least one reversible electric machine including a shaft which is mechanically connectable to the primary shaft; a first mechanical transmission which transmits the motion from the normally transmissive part of the clutch to the activating shaft and is provided with a first freewheel to transmit the motion only when it rotates in a first rotation direction; and a second mechanical transmission which transmits the motion from the shaft of the electric machine to the activating shaft and is provided with a second freewheel to transmit the motion only when it rotates in a second rotation direction which is opposite to the first rotation direction of the first freewheel; wherein a gear ratio determined by the first mechanical transmission is higher than a further gear ratio determined by the second mechanical transmission, so that, given an equal input speed, the first mechanical transmission is to rotate the activating shaft faster than the second mechanical transmission does. | 34,781 |
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