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publication_number
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18
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20
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large_stringclasses 104
values | application_kind
large_stringclasses 18
values | publication_date
date32 | filing_date
date32 | grant_date
date32 | ipc
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12
⌀ | inventor_name
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100
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6.12k
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29.2k
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|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
JP-H04295086-A
|
JP-6178191-A
|
JP
|
A
|
A
| null | 1991-03-26
| null |
C30B11/00
|
FUJIWARA SHINSUKE
|
Method for growing single crystal
|
en
|
PURPOSE:To control crystal growth by the perpendicular Bridgman method while grasping the position of the interface between solid and melt, the rate of transfer of the interface and the shape of the interface. CONSTITUTION:A protective tube contg. a thermocouple is immersed in molten starting material in a vertical vessel and the lower end of the thermocouple is kept just above the interface between solid and melt. The output of a heater and the rate of lowering of the vessel are controlled so that the temp. of the thermocouple can be made constant and the molten starting material is solidified by cooling from the bottom to grow a single crystal.
|
en
|
JP-S5013180-A
|
JP-6183273-A
|
JP
|
A
|
A
| null | 1973-06-04
| null |
B65D25/52
| null | null | null | null | null |
JP-H0714714-A
|
JP-6185094-A
|
JP
|
A
|
A
| null | 1994-03-31
| null |
H01F41/04
|
WASHIIMU AAMETSUDO ROSHIEN
|
Hdi circuit parts
|
en
|
PURPOSE: To significantly reduce mutual inductance between a magnetic or electromagnetic circuit component and another circuit element by allowing the magnetic electromagnetic circuit part to be provided with an embedded magnetic material in an HDI structure, having alternately provided dielectric layer and metal layer or coil layer. CONSTITUTION: A circuit part constitute a transformer 10, and the transformer 10 has an HDI(high-density interconnection) substrate 12, in which a magnetic plate 14 is embedded and alternately deposited dielectrics layer 16 and coil layer 18. As an example, the magnetic plate 14 is made of a ferromagnetics plate. The substrate 12 is constituted with ceramics or other appropriate material. At the completion of assembling the transformer 10, a through-hole 20 for accepting a magnetic core pillar 22 of a top part magnetic plate 24 of ferrite is provided. The coil layer 18 is constituted of primary and secondary coil layers.
|
en
|
JP-H02241578-A
|
JP-6189189-A
|
JP
|
A
|
A
| null | 1989-03-14
| null |
B65G61/00
|
UCHIDA SHINYA
|
Delivery receiving apparatus
|
en
|
PURPOSE:To prevent the occurrence of a misdelivery by providing a receiving part for receiving a reader pen, locking mechanism therefor, a common delivery receiving part and individually received delivery handling parts. CONSTITUTION:A deliver receiving machine 1 is provided with delivery collection openings 8 at the right lower side and left side in the front thereof and with a pen receiving part 11 for receiving a reader pen 10 above a delivery collection door 8A. Said machine is also provided with a common receiving part 12 inside the door 8A for receiving the deliveries inserted from a delivery receiving opening 6. In order to identify each individual delivery of the customers, the bar code on a slip attached to the delivery is traced by the reader pen and, after it is read by a bar code decoder 9, the delivery is then accepted from the customer. Moreover, a delivery collection door 8B is provided with a plurality of delivery receiving openings 13B-20B and the corresponding receiving parts 13-20 are provided inside the machine. This can prevent the abuse of the reader pen.
|
en
|
JP-S61225749-A
|
JP-6194586-A
|
JP
|
A
|
A
| 6266-08-04
| 1986-03-19
| null |
G01R31/305
|
HANSU DETOREFU BURUUSUTO
|
Method and apparatus for searching signal generation point with specified frequency
|
en
|
(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
|
ja
|
JP-S50154569-A
|
JP-6200474-A
|
JP
|
A
|
A
| null | 1974-05-30
| null |
D03D47/18
| null | null | null | null | null |
JP-S58178698-A
|
JP-6202382-A
|
JP
|
A
|
A
| null | 1982-04-13
| null |
H04M9/00
|
YAMAZAKI SHIGEO
|
Key telephone system with automatic originating function
|
en
|
PURPOSE:To transmit a dial number of the other party to whom a call is desired, at the time set in advance, by makibg the most use of advantage of a key telephone system storing plural office lines and PBX lines to select a disengaged office line or PBX line. CONSTITUTION:A main device 100 is provided with a circuit interface circuit 102 connected to an office line or a PBX line 101. A calling circuit 103 is controlled by a system controlling circuit 104, and the system controlling circuit 104 stores a microprocessor, and is connected with a temporarily storing circuit (RAM) 105 and a system program storing circuit (ROM)106. Each key telephone connecting line 108 is connected through a telephone interface circuit 107 to the calling circuit 103. Each key telephone 200 connects the connecting line 108 to a telephone interface circuit 201. A channel controlling circuit 202 is controlled by a telephone controlling circuit 203 storing a microprocessor.
|
en
|
JP-S60207260-A
|
JP-6210284-A
|
JP
|
A
|
A
| null | 1984-03-31
| null |
H01M8/24
|
KONDOU YOSHITAKA
|
Fuel cell
|
en
|
PURPOSE:To enable the state of the internal area of the cell to be inspected from outside the tank by forming hand holes in reaction gas supply and exhaust manifolds which face hand holes formed in the side wall of the tank. CONSTITUTION:Four reaction-gas supply or exhaust manifolds 2 are attached to the four side surfaces of a quadrangular-pole-like cell stack 1. Each of these four manifolds 2 is provided with a hand hole 14 in such a position as to enable the cell stack 1 to be seen by an inspection reflecting mirror or a fiber scope. Besides, a tank 7 is provided with hand holes 14 facing scope. Besides, a tank 7 is provided with hand holes 14 facing the hand holes 15. The size of the hand holes 15 is slightly smaller than that of the hand holes 14 so that the holes 15 can be opened or closed through the holes 14 from outside the tank 7. Because of the above structure, if any trouble occurs in the fuel cell, the internal areas of the manifolds 2 can be seen from outside the tank 7 and the trouble can be confirmed in a short time.
|
en
|
JP-S55155584-A
|
JP-6219379-A
|
JP
|
A
|
A
| null | 1979-05-22
| null |
H02K53/00
|
IGARI AKIHIRO
|
Magnetic two stroked machine
|
en
|
PURPOSE:To obtain a reciprocal motion by utilizing magnetic forces in the space between two magnetic poles, that is an attracting force and a repelling force acting on permanent magnets. CONSTITUTION:As the first stroke, both S-poles 6 of a power frame 12 move upward from a lower position by an attracting force exerted by both N-pole of a stationary frame facing each other vertically, and on reaching a top and completing attracting movement, the field is changed to an attracting force decreasing field, and at the next second stroke both attracting side N-poles 9 are instantaneously pushed out from both sides of the lower area by a movement of a cam to which the movement of the first stroke is transferred through a belt 22, and they are faced to both S-poles on the power frame 12 which is on the upper side, and with an attracting force being exerted a downward movement occurs and is followed by a movement to a reverse direction. By this method with attractive strokes being repeated, a reciprocal motion is obtained.
|
en
|
JP-S57175313-A
|
JP-6220481-A
|
JP
|
A
|
A
| null | 1981-04-23
| null |
A47C7/18
|
KAWAI HIROSHI
|
Molding of trim cover
|
en
| null | null |
JP-H01237244-A
|
JP-6225588-A
|
JP
|
A
|
A
| null | 1988-03-16
| null |
B60S1/54
|
SUZUKI KAZUHIRO
|
Air duct structure of vehicle
|
en
|
PURPOSE:To improve the appearance and commodity performance in a car compartment and improve the air conditioner effect by integrally constituting an air conditioner duct which constitutes a part of an air conditioner system and an air discharge vent which is formed in free opening and closing. CONSTITUTION:In the title structure, a horizontal duct 2 connected with a vertical duct 1, air conditioner unit 3, and a blow motor 4 connected with the air conditioner unit 3 are provided, and a quarter vent for opening and closing a damper is installed onto the vertical duct 1, and two vents 7 and 8 which can open and close the damper are installed at two position in the horizontal duct 2. Since the air conditioner duct and the air discharge vent which is formed in free opening and closing are constituted integrally, the inside of a car compartment can be widened, and the appearance and commodity performance in the car compartment can be improved. Further, the air conditioner mode and air discharge mode can be arbitrarily selected without using energy uselessly, and the air conditioner effect can be improved.
|
en
|
JP-S51137577-A
|
JP-6227475-A
|
JP
|
A
|
A
| null | 1975-05-23
| null |
B31B1/00
|
KOBAYASHI TORAO
|
Producing method of bags made of synthetic resin film
|
en
| null | null |
JP-S5022859-A
|
JP-6245274-A
|
JP
|
A
|
A
| null | 1974-05-31
| null |
B29C31/02
| null | null | null | null | null |
JP-H04276134-A
|
JP-6253091-A
|
JP
|
A
|
A
| null | 1991-03-04
| null |
F02B37/10
|
HARA SHINJI
|
Controller for turbo charger with electric rotating device
|
en
|
PURPOSE:To reduce consumption power of an electric rotating device in increasing supercharging pressure with an engine provided with a plurality of turbo chargers with electric rotating devices. CONSTITUTION:In an engine 1 where turbo chargers 21, 22 provided with an electric rotating device respectively are installed, a valve 3 is arranged at a connecting pipe 226 in one of intake passages. It is judged whether full boost pressure is necessary or not by signals from an engine rotation sensor 15, a boost pressure sensor 16 and an acceleration sensor 71, based on the operating conditions of the engine 1, and for increasing supercharging pressure by means of motor driving other than full boost pressure, a valve 3 is closed to activate power generation of an electric rotating device TCGB and drive TCGA with a motor, thus reducing power from a battery 4.
|
en
|
JP-S59189832-A
|
JP-6279783-A
|
JP
|
A
|
A
| null | 1983-04-08
| null |
A61B5/08
|
YOKOE HIFUMI
|
Apparatus for measuring breathing number
|
en
|
(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
|
ja
|
JP-S55155851-A
|
JP-6297479-A
|
JP
|
A
|
A
| null | 1979-05-22
| null |
E01D101/00
|
ISHIWATARI MASAO
|
Reinforced concrete floor board
|
en
| null | null |
JP-S56159653-A
|
JP-6305080-A
|
JP
|
A
|
A
| null | 1980-05-13
| null |
G03G9/083
|
KAWABATA TOSHIYASU
|
Developer for electrostatic latent image
|
en
|
PURPOSE:To facilitate the formation of an electrostatic induction circuit in development and prevent the damage of a roller, etc. by mixing a magnetic toner contg. fine magnetic powder and having high electric resistance with electrically conductive magnetic particles smaller than the toner in volume average particle size and having the shape of aggregated particles. CONSTITUTION:A magnetic toner (A) contg. fine magnetic powder and having high electric resistance and 5-20mum volume average particle size is mixed with electrically conductive magnetic particles (B) 1/5-4/5 time as large as the toner in volume average particle size and having the shape of aggregated particles. The mixing ratio of (A):(B) is (40-2):(60-98) by wt. Thus, a developer for developing an electrostatic latent image is obtd. The developer shows superior developing and transferring effects and facilitates the formation of an electrostatic induction circuit where the magnetic particles function in development. When the developer is fixed with a roller, the damage of the roller, etc. is prevented.
|
en
|
JP-H08259970-A
|
JP-6317195-A
|
JP
|
A
|
A
| null | 1995-03-22
| null |
F02M31/16
|
OGAWA TAKASHI
|
Method for cleaning emulsion fuel
|
en
|
PURPOSE: To obtain a method for cleaning an emulsion fuel whereby a heavy oil is made easily transportable and is made usable for a diesel engine without detriment to the combustibility. CONSTITUTION: Water is removed from a heated emulsion comprising a heavy oil and water with a water separation apparatus 1; then solid impurities are removed from the recovered heavy oil with a cleaning apparatus 7; and the oil is heated with a preheater 6 before being used as a fuel 10 for a diesel engine.
|
en
|
JP-S4924041-A
|
JP-6322472-A
|
JP
|
A
|
A
| null | 1972-06-26
| null |
G11C11/02
| null | null | null | null | null |
JP-S54104-A
|
JP-6329977-A
|
JP
|
A
|
A
| null | 1977-06-01
| null |
F01D5/24
|
MIZOI TAKAO
|
Fitting structure of tie wire
|
en
|
PURPOSE: To prevent the injury of a tie wire by giving a constant inclination to tie wire holes to restrain the working of the bending stress given by the deformation of rotating blades to the tie wire.
COPYRIGHT: (C)1979,JPO&Japio
|
en
|
JP-H10249665-A
|
JP-6336497-A
|
JP
|
A
|
A
| null | 1997-03-17
| null |
B24B17/04
|
SHOMURA YOICHI
|
Tool changing method in machine tool and control method plus device thereof
|
en
|
PROBLEM TO BE SOLVED: To shorten a span of tool changing time by facilitating an extent of tool control in displaying the setup status of tools being stored in six pots and a tool form in a new state at all times. SOLUTION: Plural pieces of grinding wheels 19 being marked with tool numbers are inputted by an inputting means 37 as related with the data of size form of each wheel 19 together with the tool number and stored in a memory 41, and further each wheel 19 is stored in this memory 41 of its setup status in relation to a chuck 17 of a spindle 15 and the pot number of each pot 21. When one wheel 19 in these pots 21 and the wheel 19 of the chuck 17 are efficiently changed, the setup status of these wheels is always converted into the newest data in the memory at a point of time when tools are changed by a data conversion means 47, so that a wheel to be used next is easily selected on the basis of this newest data by a machining programming executive means 49, and thus a tool change takes place. Accordingly, each wheel is set up in the chuck 17 and each pot, and thereby a span of wheel changing time is shortened in this way.
|
en
|
JP-S50156310-A
|
JP-6357074-A
|
JP
|
A
|
A
| null | 1974-06-04
| null |
H04N1/032
| null | null | null | null | null |
JP-H06344898-A
|
JP-6357394-A
|
JP
|
A
|
A
| null | 1994-03-31
| null |
B61B12/02
|
BERUNAARU GOWARAN
|
Riding device for chair lift
|
en
|
PURPOSE: To operate a chairlift with high safety without being affected by snow or ice by positioning a belt linearly with a cable, forming openings or hole parts in the outer peripheral surface of a drum like nest holes, and allowing snow or ice accumulated in the areas between the drum and belt to be stored. CONSTITUTION: A conveyor belt 16 is disposed, in a loading area 13, approximately linearly with a cable. The outer surface of a drum 17 is provided with a hole formed of a groove 28, and the groove 28 extends over the entire length in parallel with the axis of the drum 17. The side wall 32 and the cylindrical surface of a core 31 are provided with openings or hole parts. Snow or ice is discharged through the opening or hole part from the center or the inside of the hollow part of the core to the outside. Thus, even if snow is packed into the groove 28 of the drum 17 by the belt 16, the snow can be prevented from accumulating on the surface of the drum 17.
|
en
|
JP-S58181262-A
|
JP-6369582-A
|
JP
|
A
|
A
| null | 1982-04-15
| null |
F21V23/00
|
KAMIYA SHIGERU
|
Fluorescent lamp device
|
en
|
PURPOSE:To prevent any reduction of the optical output of a fluorescent lamp device by maintaining the temperature of the tube wall of a non-linear fluorescent lamp low by packing silicone between the fluorescent lamp and a globe when the fluorescent lamp is sealed in the globe. CONSTITUTION:A mount structure 3 which supports both a non-linear fluorescent lamp 1 having a U shape or the like and a glow starter 2 is sealed with both a case 5 provided with a ballast 4 and having a base 6 and a globe 7 made of glass or ghe like, so that an incandescent lamp can be substituted for the mount structure 3. In addition, a silicone 8 is packed so that it touches both the outer surface of the fluorescent lamp 1 and the inner surface of the globe 7. Therefore, due to the silicone 8, since the wall temperature of the part of the fluorescent lamp 1 which touches the silicone 8 can be maintained almost equal to that of the outer surface of globe 7, the optical output decrease of the lamp 1 can be reduced despite its compactness by restricting the vapor pressure of mercury contained in the tube 1.
|
en
|
JP-S61223306-A
|
JP-6374285-A
|
JP
|
A
|
A
| null | 1985-03-29
| null |
F15B15/17
|
SUZUKI RYOHEI
|
Hydraulic cylinder
|
en
|
PURPOSE:To install a hydraulic cylinder at the position where an arm is hardly broken such as in case of backhoe hydraulic shovel by reversing the position of the output edge so that the max. output can be obtained when the hydraulic cylinder contracts. CONSTITUTION:A cylinder-side output edge 14 is installed onto the rod side where the piston rod 3 of a cylinder body 1 projects through a connecting arm 15. While, a rod-side output edge 16 is positioned onto the opposite side to the cylinder-side output edge 14 through a connecting arm 17. A hydraulic cylinder 18 is contracted in case of the max. output where a hydraulic pressure acts onto a bottom 4 side, and the breakage of said hydraulic cylinder 18 can be prevented by installing said hydraulic cylinder 18 inside the arms 10 and 11.
|
en
|
JP-S63231738-A
|
JP-6377087-A
|
JP
|
A
|
A
| null | 1987-03-20
| null |
G11B7/09
|
SUGIYAMA HISATAKA
|
Optical recording and reproducing device
|
en
|
PURPOSE:To eliminate the need of optical elements for automatic defocusing detection and tracking error detection and to reduce the size of an optical recording and reproducing device by providing an image rotary prism between a light source and a disk and arranging plural light spots on different tracks. CONSTITUTION:A lens 8 which collimates beams from the light sources 6 and 7 of a semiconductor laser 1, a shaping prism 9 for P-polarized light 100% transmission which performs elliptic/circular conversion, a lambda/2 plate 10, an image rotary prism 11 for P-polarized light 100% transmission which is finely rotatable on the optical axis, a polarizing prism 12, a lambda/4 plate 13, a galvano- mirror 18 having a driving system which makes light spots 15 and 16 follow up a track 17, a beam throttling lens 19, and an actuator 20 are provided as a throttling optical system to arrange the light spots 15 and 16 on target tracks on the disk 14. Then a reflected light beam from the disk 14 is split into two reflected light beams as to the light sources 6 and 7 to detect the bits of information on the respective tracks, and also to perform the automatic defocusing detection and tracking error detection.
|
en
|
JP-H03263246-A
|
JP-6390390-A
|
JP
|
A
|
A
| null | 1990-03-14
| null |
G06F12/16
|
ATSUMI NOBORU
|
Address controller in patrolling storage device
|
en
|
PURPOSE:To suppress danger for destroying data in a memory part by holding a readout address received from a control part until when patrol write processing is performed, and using it as a write address for patrol processing. CONSTITUTION:The control part 52 sends out a patrol designation signal PAT to designate that processing is patrol processing with the readout address to a memory part 51 in a readout operation in the patrol processing. The memory part 51 stores the readout address in a register 53, and reads out fetch data, and returns it to the control part 52. Also, the address stored in the register 53 is held until a write operation is performed in the patrol processing. In such a case, the memory part 51, in the case of receiving processed store data, writes the address held in the register 53. Thereby, it is enough to send a processing destination from the control part 52 to the memory part 51 only for one time when the patrol processing is performed. In such a manner, it is possible to suppress the danger to destroy the data in the memory part 51 in the patrol processing, which improves reliability.
|
en
|
JP-H10245833-A
|
JP-6390797-A
|
JP
|
A
|
A
| null | 1997-03-04
| null |
E02B7/54
|
TERASAWA MINORU
|
Cut-off device of channel
|
en
|
PROBLEM TO BE SOLVED: To make it possible to cut off water required in the case watergate or pump, etc., installed in a channel are inspected or repaired. SOLUTION: Rods 2 are arranged to both sides of a gate main body 1 capable of being detached to a channel or erecting by itself in the vertical direction in a rotatable manner, at the same time, cut-off rubber plates 5 capable of being separted from the side walls of the channel by operation of handles 4 connected to the upper ends of the rods 2 are connected to the rods 2, and projected plates 10 are arranged to the rods 2. Stoppers 11 for bringing into contact with the projected plates 10 are arranged, and the cut-off rubber plates 5 over the overall width of the gate main body 1 are arranged to the lower surface of the gate main body 1.
|
en
|
JP-S6236925-A
|
JP-6398385-A
|
JP
|
A
|
A
| null | 1985-03-29
| null |
H03M1/66
|
NOJIMA KAZUHISA
|
Sampling system for digital data
|
en
|
PURPOSE:To obtain an accurate sampling output data to an input digital data by allowing an addition data comparison section to apply addtion processing to a sampling output signal for a regulated time to compare the processing with a comparison reference value so as to generate an output data. CONSTITUTION:Since a shift clock signal SHC 2 is fed to a terminal RD of an adder 401 in the addition data comparison section 40 via an inverter 405, a AND gate 407, a resistor 409 and a capacitor 411, a signal rising with more or less delay at the leading is inpressed. When a signal level of the terminal RD is transited to a high level, the comparison section 40 completes count-up of sampling output signals DO1, that is, addition of data. Further, switches SW1-SW4 are used to set a comparison reference value to a decoder 403, the data obtained by the adder 401 and the reference set value obtained by the comparison reference value are compared by a decoder 403 and an output data taking a high or a low level depending on the quantity is generated.
|
en
|
JP-H01236451-A
|
JP-6408888-A
|
JP
|
A
|
A
| null | 1988-03-17
| null |
G11B15/665
|
NARISAWA HIROSHI
|
Magnetic recording/reproducing device
|
en
|
PURPOSE:To realize the stable shift of a magnetic tape without giving any damage to the tape edge by using a fixed member not a mobile member to control the tape edge. CONSTITUTION:The transfer of a magnetic tape is guided to a tape draw-out member 67 and then an oblique block 114 at the upstream side set centering on a rotary drum 110. While the tape is guided to an oblique block 113 and then a tape draw-out member 54 at the downstream side. The edge control parts 112a and 111a of the catchers 112 and 111 control the lower edge of the tape under transfer at the upstream and downstream sides of the drum 110 respectively. While the upper edge of the tape can be controlled by the oblique blocks. Therefore the parts 111a and 112a are never worn even with their repetitive uses and the height positions of both parts 111a and 112a are not changed either even with the change with time. Thus it is possible to ensure the stable tape transfer without damaging the tape edge.
|
en
|
JP-S5031069-A
|
JP-6418374-A
|
JP
|
A
|
A
| null | 1974-06-07
| null |
A23L27/20
| null | null | null | null | null |
JP-S58182022-A
|
JP-6429182-A
|
JP
|
A
|
A
| null | 1982-04-16
| null |
F23C99/00
|
KANEKO HIDEKI
|
Forced premixing type gas burner
|
en
|
PURPOSE:To obtain a continuous and stable combustion by a method wherein a cooling medium flows through a cooling pipe to cool fins and a perforated plate which is in contact with the fins, and mixture is supplied into a burner through mixture injection holes so that partial deformations and dew condensation can be prevented by means of a uniform flame hole cooling effect. CONSTITUTION:A construction member is provided inside a cylindrical member, the former comprising a plurality of fins 15 and end fins 16, and a mixture pipe 17 and the cooling pipe 7 both extending through the train of fins 15 and 16. The mixture premixed forcedly by a fan is guided through the pipe 17 and injected through the mixture injection holes 22 and respective mixture chambers out of the flame holes formed in a perforated plate 1 so as to be burnt. In this case, water flows through the cooling pipe 7 by bypassing a water supply path so as to cool the fins 15. Accordingly, the perforated plate 1 is also cooled by the heat transmission from the fins 15, therefore any abnormally low temperature cooling can be prevented.
|
en
|
JP-2000255787-A
|
JP-6429599-A
|
JP
|
A
|
A
| null | 1999-03-11
| null |
B65G53/46
|
KISHIMOTO KATSUTOSHI
|
Supply system for particulate matter
|
en
|
PROBLEM TO BE SOLVED: To provide a supply system for particulate matter capable of calculating an optimum supply amount according to a reform aim, or a kind or properties of treated soil such as soil quality, stably supplying the particulate matter with high accuracy, allowing high-precision improvement and reform, and allowing reduction of a cost. SOLUTION: This supply system comprises a scale hopper 1 for putting particulate matter in, a storage hopper 6 having at least a pressurized sealed lower tank 6c, for receiving the particulate matter from the scale hopper 1, a rotary feeder 17 for feeding the particulate matter at a constant rate from the lower tank 6c; an ejector 21 for mixing the particulate matter fed from the rotary feeder 17 with a high-pressure high-speed airflow and feeding it; and a compressor 22 for supplying the high-pressure air to the ejector 21.
|
en
|
JP-H06274768-A
|
JP-6441593-A
|
JP
|
A
|
A
| null | 1993-03-23
| null |
G08B13/19
|
YAMAMOTO TAKASHI
|
Intelligent human body sensor system and fire alarm system, burglar alarm system, entering/leaving display system and building control system using the sensor system
|
en
|
PURPOSE:To provide a human body sensor system which can accurately decide the presence or absence of human beings by means of a human body sensor. CONSTITUTION:A 1st sensor A is set at a gateway E' of a monitor zone E and detects the entrance/exit of human beings, and a 2nd sensor B is set in the zone E and detects presence of human beings. Then a logical deciding part C recognizes the movement patterns of human beings which are presumed based on the time series changes of detection outputs of both sensors A and B and then outputs a decision signal.
|
en
|
JP-H07265283-A
|
JP-6456295-A
|
JP
|
A
|
A
| null | 1995-03-23
| null |
G01R33/48
|
DEIBUITSUDO II PAADEII
|
Method and device for magnetic resonance angiograhy image forming
|
en
|
PURPOSE: To make MR angiography of a patient without degradation of the image quality of a slice of interest due to regurginated bloodflow. CONSTITUTION: In this method and apparatus of MR angiography, deletion of a saturated slab is carried out during transfer of the saturated slab or a specified period of the cardiac cycle of the patient. After this manner, the MR image of a slice of interest can include information about artery blood flow without degradation of the image quality due to information about regurginated bloodflow and venous bloodflow.
|
en
|
JP-S54155180-A
|
JP-6463578-A
|
JP
|
A
|
A
| null | 1978-05-29
| null |
B01D9/02
|
MORITOKI MASATO
|
Pressure fractional crystallizer
|
en
|
PURPOSE: To enable crystals to be taken out of a fractional crystallizer in the form of solid by making the bottom cover of the press. vessel, separable from the body, for facilitating crystallization of a specified component and by setting filters to draw mother liquor from the system.
CONSTITUTION: A raw material mixt. contg. two or more components is supplied into press. vessel 4 through line 14 with pump 13. Valve 17 is closed, and the mixt. is pressurized by lowering piston 7 in the arrow direction. After facilitating crystallization of a specified component valves 21, 26 are opened, and press. regulator 22 is regulated to discharge mother liquor in vessel 4 into vessel 25 through filters 12a, 12b. Next piston 5 is slightly moved back to reduce the press. inside vessel 4, whereby part of the resulting solid is melted to purify the crystals for themselves. The press. inside vessel 4 is then returned to atmospheric press., piston 7 is lowered to express the solid, thus separating mother liquor among the particles through filters 12a, 12b. Cylinders 6 are actuated to raise vessel 4, and the exposed cake is pushed in the lateral direction with cylinder 10 and pusher 11, and taken out.
COPYRIGHT: (C)1979,JPO&Japio
|
en
|
JP-S51139535-A
|
JP-6473175-A
|
JP
|
A
|
A
| null | 1975-05-29
| null |
B23K9/02
|
NISHI TAKESHI
|
Method of horizontal shielded arc welding for low temperature steel
|
en
| null | null |
JP-S4924447-A
|
JP-6473672-A
|
JP
|
A
|
A
| null | 1972-06-27
| null |
C03C3/076
| null | null | null | null | null |
JP-S4831513-A
|
JP-6474971-A
|
JP
|
A
|
A
| null | 1971-08-26
| null |
F17C13/02
| null | null | null | null | null |
JP-S60208614-A
|
JP-6483884-A
|
JP
|
A
|
A
| null | 1984-03-30
| null |
B25D17/24
|
TSUJI OSAMU
|
Impact moderating mechanism of cylinder type actuator
|
en
|
PURPOSE:To moderate impact of a piston by additionally forming ports between an exhaust port and the end wall of a cylinder and providing the added ports with respective cut-off valves which are closed by resilient members acting against pressure of fluid contained in the cylinder. CONSTITUTION:Additionally to a fluid discharge port 4, ports 10H, 10M and 10L are formed in a cylinder 2, ranging from the fluid discharge port 4 and the end wall 8 thereof. Cut-off valves 11H, 1M and 11L which are pushed by springs 14H, 14M and 14L are disposed in the additional ports 10H, 10M and 10L, respectively. Pressure of fluid contained in the cylinder may be thereby restricted from excessive in crease so that impact of the piston 1 can be moderated smoothly.
|
en
|
JP-S60208251-A
|
JP-6486484-A
|
JP
|
A
|
A
| null | 1984-03-31
| null |
B41J2/14
|
TSUDA HISANORI
|
Liquid jet recording head
|
en
|
PURPOSE:To attain to form a high density liquid jet recording head, in the liquid jet recording head having a substrate having a heat generation element, wherein electrodes are provided to a heat generating resistance layer, as a part of constitution, by using one electrode constituting each of two sets of heat generation elements as a common electrode and folding back the same. CONSTITUTION:A heat generating resistance layer 302 is provided on a substrate 301 and electrodes 303, 304 are provided on the heat generating resistance layer 302. The electrode 304 is provided so as to correspond to each heat generation part and this heat generation part is a selection electrode supplying a current according to a liquid droplet emitting pattern and selectively generating heat. The electrode 304 is a common one connected to the heat generation part provided so as to correspond to each of the electrodes 304 and has a shape of a folded-back electrode and power is supplied to both of heat generating resistance layers 302-1, 302-2 by one folded-back electrode. By this constitution, the highly densified arrangement of liquid flowlines is enabled and the densification of a recording head can be achieved.
|
en
|
JP-H05262009-A
|
JP-6487692-A
|
JP
|
A
|
A
| null | 1992-03-23
| null |
B41J29/08
| null |
Case for printer
|
en
|
PURPOSE:To reduce the emission of a sound to the outside of a printer by installing a sound-insulating wall inside the outer cover of the printer and isolating a movable range in the line direction of a printing head from pace on the outside of the outer cover. CONSTITUTION:Sound-insulating walls 15a are formed integrally to an opening/ closing type window 15 as a part of a case for a printer mounted to the upper section of a printing head 1. A movable range in the line direction of the printing head 1 is formed in space closed to space on the outside of the window 15 while surrounding the printing head 1, the printing section of a platen 2 and the printing section of a form 9 by the sound-insulating walls 15a. The front end of the sound-insulating wall 15a positioned on the rear side of the printing head 1 in the sound-insulating walls 15a is brought into contact with an ink cartridge 12, and a section, with which the sound-insulating wall 15a is brought into contact, in the opposed ink ribbon cartridge 12 is indented in a recessed shape, and the front end of the sound-insulating wall 15a is inserted. A paper-feed roller 16 rotated contacted with the platen 2 is set up at the front end of the sound-insulating wall 15a positioned at a place closer to the platen 2 than to the printing head 1.
|
en
|
JP-S60208138-A
|
JP-6492284-A
|
JP
|
A
|
A
| null | 1984-03-30
| null |
H04L12/28
|
KASUGAI TERUAKI
|
Data communication system
|
en
|
PURPOSE:To attain efficient communication by allowing the system to transfer the mode to the polling mode with a signal from a central station, to transmit the information with a signal to the own station, and to restore the system to the contention mode when no polling signal exists for a prescribed time. CONSTITUTION:When power is applied, a host station H and plural slave stations S enter the contention mode so as to allow the stations to conduct data transmission and voice talking optionally. When the H station is transited to the polling mode by manual operation or a timer and outputs a polling signal, all the stations S go to the polling mode, the transmission of information and voice talking are inhibited, and a station S detecting a specific signal of the own station in the polling signal transmits the information. While the station S receives intermittently the polling signal, the polling mode is continued, but if the polling signal is not detected for a prescribed time, the mode is restored automatically to the contention mode, Thus, the communication is attained efficiently.
|
en
|
JP-H09256387-A
|
JP-6501096-A
|
JP
|
A
|
A
| null | 1996-03-21
| null |
E02D27/12
|
WAKITA EIJI
|
Pile footing construction
|
en
|
PROBLEM TO BE SOLVED: To provide a pile footing construction capable of reducing the number of piles or pile weight. SOLUTION: This pile footing construction is provided with a skeleton 10 borne on the upperpart of a ground G and a pile 20, the skeleton 10 is provided with a hole 13 opened downward, a pile heat 21 is placed in the hole 13, and thermal expansion materials 30 expanding at higher temperature than cold temperature are circumferentially provided between the pile head 21 and the interior circumferential wall 13a in the hole 13. The pile head 21 and hole 13 are provided in a state of relative displacement at cold temperature, and the upper part of the pile head 21 in the hole 13 is filled with fluid 40.
|
en
|
JP-S56161230-A
|
JP-6503480-A
|
JP
|
A
|
A
| null | 1980-05-16
| null |
B31B50/98
|
HAGIWARA AKIRA
|
Rotary integrating device for paper cup
|
en
|
PURPOSE: To make it possible for paper cups, which were pushed out in turn from a forming machine and integrated, to be integrated in a straight position by displacing them a little in the circumferential direction, by arranging a tapered shaft and a shaft supporting numerous pulleys in such a manner that the both generating lines become parallel with each other.
CONSTITUTION: A tapered shaft 7 having a tapered surface with a gentle inclination is slowly rotated by a motor shaft 5 through a reduction pulley. Numerous pulleys 8 are fit into a pulley shaft 9 in such a condition that they are tightly close to one another, and they are arranged in such a manner that a generating line of coincal surface of the tapered shaft 7 and a generating line of a cylindrical body formed by surfaces of numerous pulleys 8 are parallel with each other, and a space between them is smaller than diameter of a paper cup 1. Further, thickness of each pulley 8 is equal to spaces between outside circumferences of all the paper cups 1. And therefore, all the paper cups 1 having been pushed out from a forming machine and integrated are slightly displaced in the circumferential direction, so that the paper cups 1 can be arranged in a straight barlike configuration.
COPYRIGHT: (C)1981,JPO&Japio
|
en
|
JP-S51140152-A
|
JP-6509775-A
|
JP
|
A
|
A
| null | 1975-05-29
| null |
H04B3/28
|
OKANOUE KIMIHIKO
|
Input signal safeguard
|
en
|
PURPOSE: The safeguard protecting the input signal of the relay from the disturbance.
COPYRIGHT: (C)1976,JPO&Japio
|
en
|
JP-S63229053-A
|
JP-6517487-A
|
JP
|
A
|
A
| null | 1987-03-18
| null |
A61J1/00
|
KURODA NIHE
|
Support frame for examination of foreign matter of solution in container made of synthetic resin
|
en
|
(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
|
ja
|
JP-H06275785-A
|
JP-6528493-A
|
JP
|
A
|
A
| null | 1993-03-24
| null |
H01L27/082
|
YAMAMURA KANJI
|
I2l semiconductor device and its manufacture
|
en
|
PURPOSE:To improve reverse current amplification factor by forming a region the same in conductivity type as a collector region and lower in impurity concentration than the collector region, on the surface part of the inside base region between an outside base region and the collector region. CONSTITUTION:An n-type epitaxial growth layer 3, which has been conventionally a p-type inside base region, is made an n-type region. This is materialized by increasing the accelerating energy of the implantation of ions for formation of an inside base region 6 more than conventionally, and shifting the peak of the distribution of impurity concentration to the side of a p-type silicon substrate 1 thereby reversing the conductivity-type of the surface of the n-type epitaxial growth layer 3. Hereby, since the area of an effective collector increases by the amount of the inside base area being reversed into N, the current amplification factor betau can be improved. Accordingly, it becomes possible to decrease the size of a transistor to about half as large as a conventional one.
|
en
|
JP-2000260916-A
|
JP-6528899-A
|
JP
|
A
|
A
| null | 1999-03-11
| null |
H01L23/36
|
OHASHI SHIGEO
|
Heat sink
|
en
|
PROBLEM TO BE SOLVED: To enhance heat dissipation without increasing the fluid resistance, i.e., without varying the air volume. SOLUTION: In a heat sink for cooling a heating body 2 by thermally coupling it with a base 5 planted with fins 6, spatial density of the fins 6 is increased at the forward end as compared with the root thus increasing the volume of cooling air flowing between fins 6 at the root of fin where the temperature is high.
|
en
|
JP-H06280191-A
|
JP-6534693-A
|
JP
|
A
|
A
| null | 1993-03-24
| null |
D21H17/64
|
KABAYAMA YOSHIAKI
|
Production of flame-retardant paper used for backing vinyl-coated wall paper
|
en
|
PURPOSE:To produce a flame-retardant paper for obtaining a vinyl-coated wall paper having firm texture and excellent applicability. CONSTITUTION:This flame-retardant paper can be obtained by coating a sheet of base paper containing aluminum hydroxide as inorganic substance with a surface coating agent prepared by blending a polyacrylamide of 5000-300000 molecular weight with a releasant.
|
en
|
JP-S56166536-A
|
JP-6540881-A
|
JP
|
A
|
A
| null | 1981-04-28
| null |
G06F13/40
|
DABITSUTO FUBAATO GESUTO
|
Interface bus extender
|
en
|
PURPOSE: To obtain an interface IF bus extender operated asynchronizingly, by providing a pair of extenders which are connected to a sub-bus and a coaxial cable or optical fiber and transmit control information and data information, etc.
CONSTITUTION: An IF bus extender consists of extenders E1, E2 and a coaxial cable or optical fiber 21, and the E1 and E2 are connected to devices D1WD3 and D4 and D5 via IF sub-buses B1, B2 respectively. The E1 feeds a byte reception instructing signal tnb to the E2 via a transmission path 21 in response to a data effective signal DAV1 of the bus B1 and also feeds a reception not-ready signal NRFD1 and a nonreception signal NDAC1 to the bus B1. The E2 receives the signal tnb and feeds a signal DAV2 to the bus B2. When the E2 receives the signals NRFD2 and NDAC1 from the bus B2, it feeds a byte ready signal rnb to the E1 for data transmission and reception. Thus, the extension of IF buses is made possible to a remote location without requiring special programing.
COPYRIGHT: (C)1981,JPO&Japio
|
en
|
JP-S63231275-A
|
JP-6546787-A
|
JP
|
A
|
A
| null | 1987-03-19
| null |
G01R27/18
|
UMEDA SUSUMU
|
Method for measuring insulation resistance of cable or electric equipment
|
en
|
PURPOSE:To measure insulation resistance without working the neutral point of a grounding transformer by applying a DC voltage between a cable shield layer or the case of electric equipment and an intermediate metallic layer and measuring a DC current. CONSTITUTION:The layer consisting of an insulating layer 24 - an intermediate metallic layer 20 - an insulating layer 28 is provided between the cable shield layer 16 and an iron wire armor 26 in case of a submarine cable. At this time, the intermediate resistance 64 is the resistance of the insulating layer 24, the ground resistance 68 is the resistance of the insulating layer 28, and a filter circuit 70 is connected thereto. Then the voltage of a power source 72 is set to 0V first and a variable power source 78 is so adjusted that an ammeter 76 indicates zero, thereby canceling a noise voltage developed at the ammeter 76. Then a specific source voltage E is applied and the current value (i) at that time is measured to find insulation resistance RX 40 from RX=E/i.
|
en
|
JP-S60208254-A
|
JP-6554684-A
|
JP
|
A
|
A
| 1329-01-19
| 1984-04-02
| null |
B41J2/045
|
TAKAHASHI MASAHIRO
|
Driving circuit of ink jet head
|
en
|
PURPOSE:To attain to eliminate the irregularity in the diameter of a recording dot, by storing the past history of printing data and controlling the driving pulse width to an ink jet head on the basis of history information. CONSTITUTION:The printing data signal (b) from the outside is stored in an n-bit shift register 100 by employing a printing timing signal (a) as a shift pulse. The printing timing signal triggers a pulse generation circuit group 101 which in turn simultaneously generates inherent pulses. A data selecting circuit 102 selects one of the output pulses of the pulse generation circuit group 101. By this mechanism, the pulse width can be controlled on the basis of the history information of printing data. The AND of the output of the data select circuit 102 and the printing data signal is taken by an AND circuit 103. This signal is inputted to an ink jet head driving amplifier circuit 104. By this method, the accurate control of a dot diameter can be performed.
|
en
|
JP-H09258670-A
|
JP-6558096-A
|
JP
|
A
|
A
| null | 1996-03-22
| null |
G02F1/1333
|
KAWANO HIDEO
|
Array substrate for display device
|
en
|
PROBLEM TO BE SOLVED: To attain the lowering of the cost of an array substrate for display device by providing a first and a second display areas, a first and a second electrode wirings and a first∼third connection pad areas to allow the connection pad area of electrode wirings to be easily set with respect to various kinds of demands. SOLUTION: Scan line connection pads 525, 529, second scan line static electricity protective circuits 123 arranged in the left side of a seal area 601 and a 2nd ring-shaped conductor 111 are eliminated together with a substrate based on a pair of cut lines 142a, 141b. Moreover, a signal line connection pad 515, a second signal line static electricity protective circuit 121 of the upper side of the area 601 and the corresponding ring-shaped conductor 111 are eliminated together with the substrate based on the pair of cut lines 131a, 131b. Further, array substrates 500a, 500b are separated between a area 601 and an inclined wiring part 511c based on a pair of cut lines 131c, 131d. Then, a circuit 121 to be connected to a remaining signal line connection pad 517 and the conductor 111 are eliminated and circuits 123 to be connected to remaining pads 523, 527 and the conductor 111 are eliminated by chamfering end surfaces along end sides 101a, 101b of the substrate.
|
en
|
JP-S58183816-A
|
JP-6559782-A
|
JP
|
A
|
A
| null | 1982-04-19
| null |
F01P3/20
|
KAWACHI JIROU
|
Cooling device for marine diesel engine
|
en
|
PURPOSE:To improve a heat exchanging efficiency of a marine diesel engine when it is operated at reduced speed and high output power, by forming a heat exchanging circulation passage adapted to cool a fresh water for cooling an internal combustion engine at a colt nozzle surrounding an outer periphery of a ship's propeller. CONSTITUTION:Provided at an outer periphery of a ship's propeller 4 is a cylindrical colt nozzle 6 which is secured via an attachment 7 to a tail or pivoted around a vertical axis 0 freely rotatable in a predetermined angle. The colt nozzle 6 has an annular heat exchanging circulation passage 8 for cooling a fresh water formed in a wall thereof, and an upper half portion of the heat exchanging circulation passage 8 is partitioned into a forward and rearward sections by a bulkhead 9. A forward and rearward sections of its lower half portion are communicated with each other. The attachment 7 has a fresh water outlet passage 10 and an inlet passage 11 formed at a forward section and a rear section thereof respectively, these passages being communicated with a diesel engine 2 via a cooling water inlet tube 12 and an outlet tube 15 respectively.
|
en
|
JP-S51141917-A
|
JP-6560175-A
|
JP
|
A
|
A
| null | 1975-05-31
| null |
F02D9/02
|
MIYANO YUKUO
|
Control equipment of internal combustion engine
|
en
|
PURPOSE: Install an exhaust choke valve to operate the choke valve in accordance with slow closing operation of intake choke valve with dash pot in the case of quick application, preventing abnormal reduction of air fuel ratio for compensating of lower engine brake effectiveness.
COPYRIGHT: (C)1976,JPO&Japio
|
en
|
JP-H02244457-A
|
JP-6570489-A
|
JP
|
A
|
A
| null | 1989-03-16
| null |
G11B19/02
|
ISHIDA BUNJI
|
Magnetic disk device
|
en
|
PURPOSE:To prevent an accident such as a head crush, etc., by providing a means for stopping a head disk assembly operation by a signal from a monitoring means for monitoring a current allowed to flow to a driving motor of a head disk assembly. CONSTITUTION:A head disk assembly (HDA) 1 has a magnetic disk medium 3, a magnetic head 2 provided opposite to this medium 3, and a driving motor 4 for rotating the medium 3. A controller 6 records and reproduces information by driving the HDA 1. At the time of starting, the controller 6 executes various initializations, and starts a rotation of the magnetic disk medium 3. In this case, when the magnetic head 2 causes an attraction, an overload is applied to the driving motor 4, and an abnormal current flows. The controller 6 senses this abnormality, executes immediately a stop of the driving motor 4, and also, reports it as an error to the outside. In such a way, an accident such as a head crush, etc., can be prevented.
|
en
|
JP-S51141970-A
|
JP-6574575-A
|
JP
|
A
|
A
| null | 1975-05-31
| null |
F15B15/24
|
NAITOU KANEAKI
|
Air cylinder
|
en
|
PURPOSE: Air cylinder in which three positions change valve is operated by air pressure, by variable change of thru stages in the length of the cylinder.
COPYRIGHT: (C)1976,JPO&Japio
|
en
|
JP-H03267493-A
|
JP-6579190-A
|
JP
|
A
|
A
| null | 1990-03-16
| null |
E21D20/00
|
YAMAMOTO KAZUYOSHI
|
Auxiliary method in tunnel construction
|
en
|
PURPOSE:To reduce the deterioration of excavation efficiency by excavating an advance heading near to a bedrock where a main head has to be excavated, and excavating a part of the bedrock in which an anchorage is placed after the anchorage as a part of a timbering of the main head is placed from the advance heading. CONSTITUTION:An advance heading 20 is excavated near to a bedrock G where a main head 10 has to be excavated. A rock-bolt 30 as a part of a timbering of the main head is placed from the heading 20. In the bolt 30, for example, a part to be left over as the bolt 30 is a deformed steel bar section 30a, and a part to be removed in case of the excavation of the main head is a fiber section 30b. After that, the bedrock G in which the bolt 30 is placed is excavated to construct the main head 10. By opening joints (j), earth pressure (p) raised from dead weight of floating rock, etc., is prevented by the bolt 30, and the effect of the bolt 30 is kept even after the excavation of the main head 10. Accordingly, the lowering of the effect of tunnel excavation can be lessened.
|
en
|
JP-S5032764-A
|
JP-6586474-A
|
JP
|
A
|
A
| null | 1974-06-10
| null |
A61L2/03
| null | null | null | null | null |
JP-H11265546-A
|
JP-6589298-A
|
JP
|
A
|
A
| null | 1998-03-16
| null |
G11B19/20
|
MIYAZAWA HIROSHI
|
Disk driving device
|
en
|
PROBLEM TO BE SOLVED: To prevent rotational vibration while canceling the unbalance of a spindle motor for rotating loaded disks having various unbalances at a high speed. SOLUTION: This device includes a ball 53 provided in a housing member 50 rotated associatively with the shaft 2 of a spindle motor 1 for loading and rotating a disk 13 so as to be freely moved in radial and circumferential directions, a means for moving the ball 53 toward the center of the housing member 50 from a motor stop time to a low-speed rotation time, and the same to the outside of the housing member at the time of middle-speed rotation, and a balancing means for balancing the unbalance of the disk during rotation. Thus, rotational vibration is prevented by the balancing means.
|
en
|
JP-2000263819-A
|
JP-6597199-A
|
JP
|
A
|
A
| null | 1999-03-12
| null |
B41J2/325
|
UEHARA MASAHIRO
|
Printer
|
en
|
PROBLEM TO BE SOLVED: To arrange the transfer starting position of Y, M, C ink ribbons being transferred by individual thermal heads when color printing is performed using a plurality of thermal heads. SOLUTION: In a thermal printer using Y, M, C ink ribbons being transferred by individual thermal heads assemblies, the thermal heads assembly comprises a thermal head body part 52 provided with a heating resistor 51, a head holder 53 supporting the thermal head body part 52 such that the fixing position can be adjusted, and means 54 for adjusting the fixing position of the thermal head body part 52 with respect to the head holder 53.
|
en
|
JP-S61233708-A
|
JP-6601185-A
|
JP
|
A
|
A
| null | 1985-03-29
| null |
G02B6/44
|
SAWANO HIROYUKI
|
Optical fiber unit
|
en
|
PURPOSE:To eliminate an increase in the transmission loss of a core due to heat and to obtain a cable having good characteristics by placing a tape type optical fiber core loosely in a slit plastic pipe, and using jelly made of metallic soap grease which can be charged at room temperature and charging the jelly. CONSTITUTION:One slit 19 which extends axially is cut in the plastic pipe 18, and the slit is deformed elastically and expanded by using an expansion claw, etc., while the pipe 18 is run to insert four long-size tape type cores 11 continuously into the pipe 18 from the slip opening part. At this time, the jelly 20 is pressed in and charged from the opening part at room temperature without any gap. The jelly 20 uses a stress fluid type which flows when stressed at room temperature. Then, pressure winding 21 is formed around the outer periphery by using a nylon type, etc., when necessary so as to prevent the pipe from being crushed by pressure.
|
en
|
JP-H09258223-A
|
JP-6601396-A
|
JP
|
A
|
A
| null | 1996-03-22
| null |
G02F1/13
|
SHIMOTOMAI NOBUYUKI
|
Projection type liquid crystal display device and production of projection type liquid crystal display device
|
en
|
PROBLEM TO BE SOLVED: To obtain an inexpensive liquid crystal display device which is widened in the permissible range of the unequal cell thicknesses of TN positive type liquid crystal display elements, increased in yield, free from the unequal colors of projected images, and has high quality, by unifying the cell thicknesses unequally. SOLUTION: The TN positive type liquid crystal display elements are used by combining the elements having unequal cell thicknesses which are respectively partially low with respect to a reference cell thickness and the elements having unequal cell thicknesses which are respectively partially high with respect thereto. When the projected images of the TN positive type liquid crystal display elements 11 of R color and the TN positive type liquid crystal display elements 12 of B color are laterally reversed with respect to the projected images of the TN positive type liquid crystal display elements 13 for G color, the projected images of the TN positive type liquid crystal display elements 11 of R color and the TN positive type liquid crystal display elements 12 of B color are combined in comparison with the regions line symmetrical with the TN positive type liquid crystal display elements 13 for G color. As a result, the excellent projected images free from the unequal colors are obtd. even with the TN positive type liquid crystal display elements which have the asymmetrical unequal cell thicknesses which are heretofore regarded defective.
|
en
|
JP-S4832077-A
|
JP-6603071-A
|
JP
|
A
|
A
| null | 1971-08-27
| null |
B31B50/25
| null | null | null | null | null |
JP-H06283526-A
|
JP-6632693-A
|
JP
|
A
|
A
| null | 1993-03-25
| null |
H01L27/10
|
SAWADA KAZUYUKI
|
Manufacture of semiconductor device
|
en
|
PURPOSE:To form an insulating film of a film thickness having a sufficient etching resistance on the diffused layers of a MOS transistor without decreasing the area of a contact hole. CONSTITUTION:An SiO2 film 14 is deposited on a MOS transistor using a polycrystalline Si wiring 10 covered with an SiO2 film 12 as its gate by the reaction of ozone with a TEOS film formed by a normal pressure CVD method. In this reaction, as the deposition rate of the film 14 on an Si film is higher by three times compared with that of the film 14 on the SiO2 film, the film 14 can be formed thicker on an N-type diffused layer 6 than that on the film 12. Then, after a contact hole 16 is formed, a polycrystalline Si film pattern 18, a dielectric film 20 and a polycrystalline Si film pattern 22 are formed in order and a capacitor element connected to the MOS transistor is formed.
|
en
|
JP-S60208342-A
|
JP-6637684-A
|
JP
|
A
|
A
| null | 1984-04-03
| null |
C08L101/00
|
SUGA SADANORI
|
3-methylbutene-1 polymer composition
|
en
|
PURPOSE:To produce a composition having high ridigity, strength and heat- deformation temperature and excellent dimensional stability, and useful in the electrical and electronic field, automobile field, etc., by compounding a high- molecular weight polymer of 3-methylbutene-1 having a specific melt viscosity with fibrous material. CONSTITUTION:The objective composition can be produced by mixing (A) 3- 60wt% fibrous material to (B) a polymer having a melt-viscosity of >=5X10<3> poise at 330 deg.C and prepared by the (co)polymerization of monomers in the presence of a specific catalyst system containing solid titanium trichloride catalyst complex, etc. and a stabilizer and selected from (i) a copolymer of 3-butene-1 and other olefin, (ii) a mixture of a homopolymer of 3-methylbutene-1 and the polymer (i), and (iii) a mixture obtained by mixing (a) 100pts.wt. of 3-methylbutene-1 homopolymer or amixture of the polymer (i) and other olefin polymer which is preferably modified with an alpha,beta-unsaturated carboxylic acid (anhydride) with (b) >=0.05pts. of an olefin polymer modified with an alpha,beta-unsaturated carboxylic acid (anhydride).
|
en
|
JP-S56164789-A
|
JP-6652580-A
|
JP
|
A
|
A
| null | 1980-05-21
| null |
C12N11/04
|
KOKADO HIROYOSHI
|
Immobilized enzyme membrane
|
en
|
PURPOSE: An enzyme is immobilized on a porous membrane that consists of the dense skin layer and the sponge layer in which pore diameters varies and the pores with mixmum diameters gather to the center part, thus preventing the immobilized enzyme from releasing off while it is used and stabilizing the activity.
CONSTITUTION: In the course of the production of a porous membrane, the dope is casted on the glass plate in a prescribed thickness and coagulated in cold water into a film. The resultant film is pressed to make the pore diameter small at the farthest distance from the dense layer. Then, the enzyme is included in the membrane and immobilized by crosslinking. As a result, the immobilized enzyme is included in pores whose diameter is maximum at the center part in the cross section and becomes smaller as going away from the center. Thus, the membrane develops the anchor effect to keep the immobilized enzyme in the membrane and stabilize the activity even when used for a long period of time.
COPYRIGHT: (C)1981,JPO&Japio
|
en
|
JP-S4833355-A
|
JP-6658671-A
|
JP
|
A
|
A
| null | 1971-09-01
| null |
B32B37/00
| null | null | null | null | null |
JP-S542588-A
|
JP-6660377-A
|
JP
|
A
|
A
| null | 1977-06-08
| null |
A01G23/08
|
MATSUSHITA IKUJIROU
|
Cuttinggdown device
|
en
| null | null |
JP-S57181281-A
|
JP-6671481-A
|
JP
|
A
|
A
| null | 1981-04-30
| null |
H04N5/63
|
NAKASHIMA SHIYOUHEI
|
Television receiver
|
en
|
PURPOSE:To prevent a power source from being connected frequently by providing an infrared sensor and a timer, and automatically turning off the power source when nobody watches a television. CONSTITUTION:The output of an infrared sensor 1 arranged on the front surface of a TV receiver is amplified by an amplifier 2 and converted into a rectangular wave, which is further converted into a DC output by an AC/DC converter 3. This DC output is compared with a reference voltage ER by a comparator 4, whose comparison output drives a DC relay 7 through a driving circuit 5. A counter 8 and a time setter 9 constitute a timer device and the counter 8 starts counting a clock signal supplied from the setter 9 at the point in time when the DC relay 7 is energized; when its count value attains a set point, a photorelay 11 is energized. The contact A of the photorelay 11 is inserted into the power line of a TV circuit 13 in series to a switch 12. Then, the photorelay 11 operates at the set time after a viewer lefts, thereby power on to the TV circuit 13 is turned off.
|
en
|
JP-H02289550-A
|
JP-6676190-A
|
JP
|
A
|
A
| null | 1990-03-16
| null |
C07D231/12
|
DENISU MAARON BEIRII
|
Azole-1-alkanamides and their production
|
en
|
NEW MATERIAL: Compd. represented by formula I (R 1 is H or a lower alkyl, R 2 and R 3 are each H, a hydroxy lower alkyl, a lower alkoxy or a halo, R 4 and R 5 are each H or a lower alkyl or combined to form a 4-6C alkylene chain, R 6 and R 7 are each H or a lower alkyl, r is 0 or 1 and 9 is 1 when r is 0 and O when r is 1, A is CH 2 CH(OH)CH 2 or (CH 2 ) n and n is 2-8) or its acid addition salt of its solvate.
EXAMPLE: N-[3-(diethylamino)propyl]-4,5-diphenyl-1H-pyrazole-1-ethaneamine.
USE: An antiarrhythmic agent.
PROCESS: A compd. represented by formula II (R 8 is a lower alkyl or H) and a compd. represented by formula III are reacted in an inert solvent at 20-150°C to obtain the compd. represented by the formula I (in the case of r=1 and 9=0).
COPYRIGHT: (C)1990,JPO
|
en
|
JP-H09258700-A
|
JP-6679796-A
|
JP
|
A
|
A
| null | 1996-03-22
| null |
G02F1/133
|
SHIMIZU KAN
|
Driving circuit for liquid crystal display device
|
en
|
PROBLEM TO BE SOLVED: To provide a driving circuit preventing a stray capacity in a part driven by a video signal from increasing. SOLUTION: Video signals VR, VG, VB corresponding to respective colors of three primary colors are successively sampled from video signal buses 14R, 14G, 14B, respectively by a sample-and-hold circuit 171 , 172 ,... operated by output of each shift stage FF1 , FF2 ,... of a shift register 15. Output of each sample-and- hold circuit operated with timing generated by a sample-and-hold circuit group 17 consisting of each of sample-and-hold circuits 171 , 172 (operated at subsequent timing),... is selected and switched by color changeover switches SW21 , SW22 ,... and outputted to a next stage. Output from corresponding color changeover switches SW21 , SW22 ,... is outputted to a signal line group 11 as a video signal by an output stage sample-and-hold circuit group 21 for each scanning line.
|
en
|
JP-H02250713-A
|
JP-6688789-A
|
JP
|
A
|
A
| null | 1989-03-17
| null |
B23D21/00
|
IMANISHI SUSUMU
|
Tailstock head in automatic cutting machine of pipe
|
en
|
PURPOSE:To make a pipe not to be slipped and eccentric during the processing by assembling a holding pin engaged with the terminal part of a pipe movable over the downstream end side from the upper stream end side into a tailstock head. CONSTITUTION:A tail stock is advance in the state of a tailstock head 22a being set on an upper dead center level from the operation start of a conveyor, abutted onto the terminal of a long sized pipe P, the tip projecting part of a holding pin 18 is engaged with the terminal part of the pipe P, the long-sized pipe and a prefeeding pipe are pressed and advanced according to the advance of the conveyor in the holding state of preventing the slippage and eccentricity of the pipe P and cut in order in a specific length. The roller 19b of a bell crack 19B ascends an inclined cam face 19a with the tail stock reaching a continuous line position, namely the downstream turning over position of the conveyor and advancing further and when it is mounted on the apex face of a cam part 19A, the pin 18 is retreated into the head 22a, as shown by a virtual line, to release the holding state of the pipe P and to prepare for the turning over of the tail stock.
|
en
|
JP-H09261121-A
|
JP-6689096-A
|
JP
|
A
|
A
| null | 1996-03-22
| null |
H04B1/707
|
TSUBOUCHI KAZUO
|
Code division multiplex communication equipment
|
en
|
PROBLEM TO BE SOLVED: To provide the code division multiplex communication equipment capable of high speed synchronization, with a simple configuration and small power consumption in the standby state. SOLUTION: When a specific pattern included in a reception signal by a reception antenna 10 is detected by a SAW matched filter 12, the filter 12 provides an output of a correlation peak. A tip synchronizing signal generator 13 detects the correlation peak and generates a synchronizing signal at a point of time elapsed from the detection point of time by a prescribed time. An orthogonal PN signal generator 20 generates a predetermined orthogonal PN code synchronously with the synchronizing signal. Furthermore, a carrier generator 23 generates a carrier based on an output from the SAW matched filter 12. The generated carrier is modulated by an output of the orthogonal PN signal generator 20. Then the signal received by the reception antenna is multiplied with a modulation output by a multiplier 28 and integrated by an integration device 29, from which a signal restored to the original signal is outputted.
|
en
|
JP-H04301736-A
|
JP-6706091-A
|
JP
|
A
|
A
| null | 1991-03-29
| null |
G01N1/00
|
SUMI SHINGO
|
Moisture measuring system
|
en
|
PURPOSE:To perform reliable calibration in a low concentration area in a simple manner by performing calibration in sensitivity with one error of a measuring cell operated based on relation between each of plural different actually measured values obtained from a sensor section and each corresponding theoretical value. CONSTITUTION:Highly pure air from which moisture is removed with hydrogen carbon and the like burned, is mixed with standard gas which contains constant hydrogen in a specified ratio, by a divider 6 so as to be supplied to a hydrogen and oxygen combustion type moisture generator 2, the mixture is then burned within a reaction pipe 21 by means of an electric furnace 22 while moisture standard gas is being generated, so that moisture concentration is detected by the sensor section of a measuring cell 3. Thus, a few moisture concentration is measured by the divider 6 with a mixing ratio changed, after measured values have been stored in the memory section of a calibration means 13, each theoretical value of moisture which is obtained by the method of least squares and the like based on the mixing ratio with the quantity of hydrogen in hydrogen standard gas, is compared with each measured value while the constant error in moisture of the cell 3 is obtained, so that moisture concentration can thereby be detected with high accuracy with calibration performed in sensitivity.
|
en
|
JP-S5111785-A
|
JP-6711975-A
|
JP
|
A
|
A
| null | 1975-06-05
| null |
C07D501/04
|
DANIERU BUZAARU
| null | null | null | null |
JP-S58185326-A
|
JP-6712282-A
|
JP
|
A
|
A
| null | 1982-04-23
| null |
B60K37/00
|
SATOU FUMIYOSHI
|
Reinforcing structure of instrument panel
|
en
|
PURPOSE:To make the reinforcement stronger by inserting and fixing a belt-like reinforcing plate at a right angle to flanges between upper and lower flanges formed on the upper front of an instrument panel in the car width direction and in parallel. CONSTITUTION:Upper and lower flanges 3, 4 are molded in one body on the upper front 2 of an instrument panel 1 in the car width direction and in parallel. A rib body 21 is fixed between said upper and lower flanges 3, 4, and the rib body 21 has a shape-preserving rib 6 and a pair of lugs 22H, 22L extending forward from the upper and lower positions of the shape-preserving rib 6. Said lugs 22H, 22L are formed in such a state that they are slightly expanded forward so as to erect and support a belt-like reinforcing plate 20. When the belt- like reinforcing plate 20 is inserted and coupled upright between said lugs 22H, 22L, the lugs 22H, 22L are slightly bent, thus pinching the belt-like reinforcing plate 20.
|
en
|
JP-S542856-A
|
JP-6712677-A
|
JP
|
A
|
A
| null | 1977-06-06
| null |
B26B19/38
|
ITSUSHIKI SABUROU
|
Electric razor
|
en
|
PURPOSE: To mount on various types of battery case a razor unit which comprises a thin motor block and blades mounted thereon so that various kinds of electric razor can be obtained.
COPYRIGHT: (C)1979,JPO&Japio
|
en
|
JP-S51143004-A
|
JP-6716275-A
|
JP
|
A
|
A
| null | 1975-06-03
| null |
C10L10/18
|
NAKA AKIHIRO
|
A water-in-oil type heavy-oil emulsion fuel composition
|
en
|
PURPOSE: A water-in-oil type heavy-oil emulsion fuel emitting only a small amount of NOx, soot and smoke by combustion with various burners.
COPYRIGHT: (C)1976,JPO&Japio
|
en
|
JP-S4926719-A
|
JP-6720272-A
|
JP
|
A
|
A
| null | 1972-07-05
| null |
H01M4/52
| null | null | null | null | null |
JP-S61226068-A
|
JP-6722485-A
|
JP
|
A
|
A
| null | 1985-03-29
| null |
A63G31/00
|
KOYAMA KIYOSHI
|
Elastic belt mount structure of play tool
|
en
|
(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
|
ja
|
JP-H08264677-A
|
JP-6732295-A
|
JP
|
A
|
A
| null | 1995-03-27
| null |
H01L23/12
|
KISHINO MITSUTOSHI
|
Solder bump and semiconductor package provided with this solder bump
|
en
|
PURPOSE: To increase a contact area with a connection pad between a solder bump and a mother board in packaging a semiconductor package onto a mother board by projecting a solder from an electrode pad of a circuit pattern and forming an uneven part on the surface. CONSTITUTION: A solder bump 1 is provided on an electrode pad 4 of a circuit pattern to bond a printed board 3 having the circuit pattern to a mother board, protruding from this electrode pad 4 and forming an uneven part 2 on the surface. This enlarges an area of contact between the solder bump 1 and a connection pad of the mother board to be bonded, thus improving thermal conduction between the solder bump 1 and the connection pad.
|
en
|
JP-S62226485-A
|
JP-6733586-A
|
JP
|
A
|
A
| null | 1986-03-27
| null |
G11B25/04
|
HOSHI AKIO
|
Magnetic disk driving device
|
en
|
PURPOSE:To enlarge the freedom degree of the design at a system side by linking selectively a unit operating lever to the position with a different driving transferring system arranged at a device side. CONSTITUTION:When an operating lever 1 is rotated in the right direction, a cam 12 is turned in the B direction of an arrow, an arm 7 supported with a shaft 10 is pressed down in the lower direction of a paper surface, at the time of the 90 deg. rotation of the lever 1, a clamping action is completed, a center cone 5 enters the recessed part of a spindle opposite to it and the disk is clamped. Simultaneously, a cam 19 is also turned in the C direction of an arrow and an arm 16 and a head arm 15a are shifted in the paper surface direction and a magnetic head 15 is abutted to the disk. Even when the unit of the lever 1, a shaft 2 and a supporting body 4 is mounted to the right side, the same operation is obtained, the same member can be set to both sides of right and left and the freedom degree of the design at the system side can be expanded.
|
en
|
JP-S4926374-A
|
JP-6733672-A
|
JP
|
A
|
A
| null | 1972-07-05
| null |
B29B7/00
| null | null | null | null | null |
JP-S4926534-A
|
JP-6736672-A
|
JP
|
A
|
A
| null | 1972-07-05
| null |
D01H4/28
| null | null | null | null | null |
JP-S60214751-A
|
JP-6745784-A
|
JP
|
A
|
A
| null | 1984-04-06
| null |
C07B61/00
|
UCHIDA HIROSHI
|
Production of 2-alkylresorcinol derivative
|
en
|
PURPOSE:To obtain the titled compound useful as a raw material of fine chemicals, easily in high yield, by using a specific solvent in the reaction of 4,6-di- t-butylresorcinol with an aldehyde and hydrogen in the presence of a catalyst and an acid. CONSTITUTION:The objective compound of formula (R is alkyl or aralkyl) is produced by using 4,6-di-t-butylresorcinol as a raw material, and reacting the material with an aldehyde and hydrogen in the presence of a hydrogenation catalyst and an acid at >=150 deg.C, preferably at 180-250 deg.C, using a <=8C aliphatic alcohol or its acetic acid ester as the solvent. The reaction solvent is e.g. methanol, isopropyl alcohol, n-octyl alcohol, etc. The acid catalyst is boric acid, acetic acid, etc., and the hydrogenation catalyst is conventional stabilized nickel, copper chromite catalyst, etc. The aldehyde is preferably formaldehyde, etc.
|
en
|
JP-S55161048-A
|
JP-6746779-A
|
JP
|
A
|
A
| null | 1979-06-01
| null |
H01F1/153
|
NANUN MICHIHIKO
|
Amorphous alloy for transformer
|
en
|
PURPOSE: To obtain an amorphous alloy having high exciting characteristics and little iron loss and suitable for use as an iron core material for a power transformer by cooling an Fe-Ni-Si-B type steel of a specified composition at an ultra high cooling rate.
CONSTITUTION: An alloy steel represented by general formula Fe a , Ni b , Si c , B d (where a+b+c+d+=1 and by atomic number ratio, b; 0.01W0.10, c; 0.01W0.10, d; 0.08W0.17 and c+d 0.12W0.18) is melted and spouted upon the surface of a cooling drum, a cooling roll or the like rotating at a high speed from a thin nozzle, whereby the molten steel is solidified by rapid cooling at a cooling rate of 10 5 °C/sec to manufacture an amorphous tapelike steel sheet. This sheet has superior exciting characteristics and little iron loss, and it is very suitable for use as an iron core material for a power transformer.
COPYRIGHT: (C)1980,JPO&Japio
|
en
|
JP-H02248980-A
|
JP-6760289-A
|
JP
|
A
|
A
| null | 1989-03-22
| null |
G03H1/04
|
HIRANO TAKASHI
|
Production of hologram filter for recognition, hologram filter for recognition and recognizing device using this filter
|
en
|
PURPOSE:To obtain an instantaneous and stable identification power by classifying patterns to plural groups with the patterns which are not analogous to each other as elements, shifting the positions of the individual patterns in the groups, exposing the patterns simultaneously, and superposing the pattern groups on each other, then exposing the same by each group so as to have different angles of reconstruction light. CONSTITUTION:The plural pattern groups are classified to the plural groups with the patterns which are not analogous to each other as the elements. The positions of the individual patterns in the groups are shifted and the patterns are simultaneously exposed. Further, the pattern groups are superposed on each other and are exposed so as to have the different angles of the reconstruction light with each group. Since the pattern groups of the low analogousness are recorded within the same groups at this time, the wrong recognition of the analogous characters and symbols in the same photoelectric converter is decreased. Since the nonanalogous characters and symbols are recorded in parallel, the number of multiple exposings is decreased and the degradation in diffraction efficiency is prevented. The recognition which allows instantaneous decision with the decreased fluctuations in the decision accuracy by the patterns is executed in this way.
|
en
|
JP-S58183060-A
|
JP-6760982-A
|
JP
|
A
|
A
| null | 1982-04-22
| null |
A23L11/00
|
KUSACHI MICHIICHI
|
Preparation of acidic drink of soybean milk
|
en
|
PURPOSE:To obtain a stable acidic drink of soybean milk, by adding high methoxylpectin as a sugar solution to soybean milk. CONSTITUTION:A solution of high methoxylpectin is added to soybean milk prepared by a conventional procedure, and they are blended uniformly with stirring, to give a raw material base. Pectin having >= about 7wt% methoxyl group content in the molecule is used as the high methoxylpectin, and >=0.07wt% high methoxylpectin is added to the soybean milk. The base is added to fruit juice, coffee extract, organic acid, etc., to give an acidic drink of soybean milk having 6.5-3.5pH.
|
en
|
JP-S62230480-A
|
JP-6773987-A
|
JP
|
A
|
A
| null | 1987-03-20
| null |
B23K9/12
|
IIRUGEN HERUMU
|
Method of preventing sintering of welding wire
|
en
|
(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
|
ja
|
JP-H05275533-A
|
JP-6786192-A
|
JP
|
A
|
A
| null | 1992-03-26
| null |
H01L21/82
| null |
Semiconductor integrate circuit
|
en
|
PURPOSE:To shorten the lengths of power supplies, grounds and signal lines for reducing parasitic impedance as well as chip space within the wiring layer layout of the title semiconductor integrated circuit isolating the power supplies and grounds. CONSTITUTION:Within the title semiconductor integrated circuit, the element groups Q1-Q8 as well as the other element groups R1-R12 using a power supply d1 and a grounds g1 are not arranged per power supply or ground so as to shorten the signal lines by adjacently arranging the element groups Q1 and R1, Q2 and R2, Q3 and R3, Q4 and R4, Q5 and R5, Q6 and R6. Furthermore, the power supplies D1, d1 and the grounds G1, g1 are wired to both ends of the element groups Q1-Q8, R1-R12 so as to be connected to upper aluminum wiring V1-V4, W1-W6, X1-X4, Y1-Y6 by through holes t1-t20 further to be wired to the element groups Q1-Q8, R1-R12.
|
en
|
JP-H01240815-A
|
JP-6792288-A
|
JP
|
A
|
A
| null | 1988-03-22
| null |
G01D5/245
|
NOCHI MASAMITSU
|
Synchro/digital converter
|
en
|
PURPOSE:To make a digital value follow a synchro signal rotating at a high speed, by a method wherein a value equivalent to an error is added to the digital value and the digital value is varied by a plurality of values at one time. CONSTITUTION:Synchro signals (a), (b) and (c) are converted into resolver signals (f) and (g) by a Scott transformer 1. In a quadrant selector 3, the signals (f) and (g) are turned to be signals (i) and (j) synthesized and switched by weight signals of 180 deg., 90 deg. and 45 deg. out of an output (s) of a register 10. The signals (i) and (j) are converted into digital signals (k) and (l) by A/D converters 4a and 4b. The signal (l) is multiplied by a tangent of the register 10 by a tangent multiplier 5 and a signal (m) is outputted therefrom. The signals (k) and (m) are subjected to subtraction by a subtracter 6, and an output signal (n) is turned to be a signal (o) with its sign inverted by a sign inverter 7. The signals (n) and (o) are selected by a reference signal (h) in a selector 8 and turned to be a detected error signal (q). The signal (q) is added up with the signal (s) by an adder 9 and a fresh digital value (r) is outputted.
|
en
|
JP-H05273959-A
|
JP-6805292-A
|
JP
|
A
|
A
| null | 1992-03-26
| null |
G06F3/12
| null |
Recorder
|
en
|
PURPOSE:To store and record various pattern data by providing a means to store pattern data corresponding to code data and a means to read pattern data and to store them in a non-volatile memory. CONSTITUTION:When printing is desired by using font data other than the one built in a printer 206, in this case, font data other than the one stored in a character generator 110, option font data are stored in a flash PROM 112. Then, the user selects the option font by a control panel 111 so that printing can be executed by using the option font data stored in the flash PROM 112 in place of the font data in the character generator 110. When using the new font data, the contents of the flash PROM 112 are erased, and the option font data are loaded down from the host computer 201 again.
|
en
|
JP-S57183583-A
|
JP-6811981-A
|
JP
|
A
|
A
| null | 1981-05-08
| null |
F04C2/10
|
SHIBUYA IZUMI
|
Trochoid pump
|
en
|
PURPOSE:To decrease a number of part items of a pump, by rotatably supporting the shaft of an inner rotor with a bearing to a case, rotatably inserting an outer rotor into the internal periphery of the case and forming the outer rotor integrally with a driving shaft. CONSTITUTION:A shaft 4, protruded from one side of an inner rotor 3, is rotatably inserted into a shaft hole 6 and bearing supported to a cas of a pump. Then an outer rotor 1 is inserted rotatably to the internal periphery 7 of the case 5, and the outer rotor 1 and a driving gear 2 are integrally formed. Accordingly, the necessity for separately providing a cover of the case can be eliminated to decrease a number of part items.
|
en
|
JP-H07253119-A
|
JP-6812194-A
|
JP
|
A
|
A
| null | 1994-03-14
| null |
F16D1/02
|
SUGITO HIROSHI
|
Spline coupling
|
en
|
PURPOSE:To provide a spline coupling which shows satisfactory characteristics in reduction of noises, elimination of shock, and facility of assembly by perfectly eliminating a back lash of the spline joint in which a shaft having external teeth on the outer periphery is meshed with a corresponding hollow shaft having internal teeth for power transmission with a simple structure. CONSTITUTION:A spline coupling is composed of a shaft 8 having teeth on its outer periphery for transmitting power of a rotational body, and a hollow shaft 1 having teeth on its inner periphery. The tooth of the hollow shaft 1 on the side of a hole is split perpendicularly to an axial direction and in a ring-like manner. A split ring-like tooth 3a is dislocated in its phase in respect to the tooth of the hollow shaft of the side of the hole by at least a back lash rate.
|
en
|
JP-H06325845-A
|
JP-6815694-A
|
JP
|
A
|
A
| null | 1994-03-14
| null |
H01R35/00
|
JIYOERU AASAA JINMAAMAN
|
Housing device for cable termination
|
en
|
PURPOSE: To provide a housing for effectively housing an electrically connectable communication device, when a cable is set in a passage from the vertical direction. CONSTITUTION: The passage of this housing is extended between the vertical insert port thereof, in parallel to a rack 57 for housing a device, and a cable to be serviced to the device situated on the rack is inserted into the passage from the vertical direction of the passage. A coaxial connecting tool 80 to be arranged in the passage is provided on the front end part of a joint cable 76 to the rack, and the joint cable is extended from the front end part to the corresponding rack, and connected to a connector 70 there. The coaxial connecting tool 80 of the joint cable is connectable to an end coupling on the free end part of an external cable. the coaxial connecting tool of the joint cable is mounted on a rockable platform 100, the platform is rotatably supported by the rack, and its angle can be selected, regulated and fixed between two position of the platform, so that the connecting tool is turned vertically.
|
en
|
JP-S63234353-A
|
JP-6822387-A
|
JP
|
A
|
A
| null | 1987-03-23
| null |
G06Q30/06
|
MIYAJIMA SANAE
|
Adjustment system for terminal equipment
|
en
|
PURPOSE:To realize the individual display of adjustment and also to attain the proper taxation at a restaurant, etc., by selecting an individual adjustment menu in addition to the batch adjustment of groups and displaying the amount of adjustment. CONSTITUTION:A control means 1 stores the details of a menu supplied when a slip is produced as well as the total amount of a transaction into a memory means 3 together with an index number. Thus the corresponding menu and transaction amount are read out of the means 3 and displayed by a display means 5 based on the index number inputted from an input means 2 when a customer wants the adjustment with his/her ship. When the individual adjustment is indicated by the means 2, the amounts of menus selected successively are totalized and stored in the means via an individual adjustment indicating function 4 of the means 3. The totalized amount is displayed individually on the means 5 together with the taxation, the service fare, etc. At the same time, the proper taxation is attained.
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en
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JP-H01104078-A
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JP-6834087-A
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JP
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A
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A
| null | 1987-03-23
| null |
A61K31/495
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SATO KAZUO
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13-ester derivative of milbemycins and use thereof
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en
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NEW MATERIAL:A 13-ester derivative of a milbemycin shown by formula I (X is H, hydroxyl group or oxo; dotted line is double bond or single bond and is double bond only when X is H; R<1> is 1-8C alkyl, 2-8C alkenyl or alkynyl; R<2> is 1-6C alkyl or 1-4C haloalkyl; R<3> is H or 1-4C alkyl or R<2> and R<3> are bonded to form 2-5C cycloalkylene group; R<4> is H or ester-forming carboxylic acid residue; W is methylene, O or S; n is 0 or 1; A is phenyl or naphthyl). EXAMPLE:13-(2-Methyl-phenylpropionyloxy)milbemycin A<4>. USE:Useful as an acaricide, insecticide and vermicide. Also useful as a drug against parasites infecting human. Capable of being administered orally. PREPARATION:For example, a compound shown by formula II is reacted with a carboxylic acid shown by formula III preferably in the presence of a dehydrating agent to give a compound shown by formula I.
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en
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JP-S59196898-A
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JP-6836784-A
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JP
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A
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A
| null | 1984-04-05
| null |
C07F9/60
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GEORUGU FURATAA
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Propionic acid ester and herbicidal composition
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en
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For the Contracting States : BE, CH, DE, FR, GB, IT, LI, NL, SE 1. Compounds of the general formula see diagramm : EP0121871,P16,F1 wherein A signifies one of the following groups (a) and (b) see diagramm : EP0121871,P16,F2 R signifies hydrogen, halogen, C1-4 -alkyl, trifluoromethyl, C1-4 -alkoxy or C1-4 -alkylthio, X signifies oxygen, sulphur or -NR**5-, Y signifies the methyne group or a nitrogen atom, R**1 signifies hydrogen or C1-4 -alkyl and R**2 signifies hydrogen, C1-4 -alkyl, C1-4 -haloalkyl or optionally monosubstituted or multiply substituted phenyl, the optionally present substituents being halogen atoms, C1-4 -alkyl groups, C1-4 -alkoxy groups and nitro groups, or R**1 and R**2 together with the carbon atom to which they are attached signify an optionally substituted C5-8 -cycloalkane ring, the optionally present substituents being one to three C1-4 -alkyl groups, R**3 and R**4 each independently signify C1-6 -alkyl or phenyl, R**5 signifies hydrogen or C1-4 -alkyl, m, n and p each independently signify the number 0 or 1, the sum thereof being at least 1, and q signifies the number 1 to 2. For the Contracting State AT 1. A weed control composition, characterized in that it contains an effective amount of at least one compound of the general formula see diagramm : EP0121871,P19,F1 wherein A signifies one of the following groups (a) and (b) see diagramm : EP0121871,P19,F2 R signifies hydrogen, halogen, C1-4 -alkyl, trifluoromethyl, C1-4 -alkoxy or C1-4 -alkylthio, X signifies oxygen, sulphur or -NR**5-, Y signifies the methyne group or a nitrogen atom, R**1 signifies hydrogen or C1-4 -alkyl and R**2 signifies hydrogen, C1-4 -alkyl, C1-4 -haloalkyl or optionally monosubstituted or multiply substituted phenyl, the optionally present substituents being halogen atoms, C1-4 -alkyl groups, C1-4 -alkoxy groups and nitro groups, or R**1 and R**2 together with the carbon atom to which they are attached signify an optionally substituted C5-8 -cycloalkane ring, the optionally present substituents being one to three C1-4 -alkyl groups, R**3 and R**4 each independently signify C1-6 -alkyl or phenyl, R**5 signifies hydrogen or C1-4 -alkyl, m, n and p each independently signify the number 0 or 1, the sum thereof being at least 1, and q signifies the number 1 to 2, as well as formulation adjuvants.
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en
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