baber/WOPTO huggingface dataset:
Patent JP-H04321125-A (JP)
Title: System monitoring system
Inventor: AKIBA HIROSHI
IPC: G06F3/06
Filed: 1991-04-22
Abstract: PURPOSE:To monitor the operating state of a system device in a simple connection structure in a monitoring system for a system device which contains plural modules without increasing the signal lines to a monitoring device in proportion to the number of modules. CONSTITUTION:The remote monitoring devices 41-44 are provided to the magnetic disk main bodies 37-40 respectively for control of the monitor of each disk operating state. The disk monitoring request data and the answer timing clocks are collectively given to the devices 41-44 from a disk monitoring device 36 of a main controller 31 via a serial bus 45. At the same time, the disk monitoring data of a 2-bit serial constitution are successively given to the device 36 from each of devices 41-44 via the bus 45 synchronously with the timing clocks.
Patent JP-S61250010-A (JP)
Title: Production of fine particle of heat-resistant resin
Inventor: FUJIWARA TERUAKI
IPC: C08J3/12
Filed: 1985-04-30
Abstract: PURPOSE:To obtain the titled resin particles having excellent heat-resistance and solvent-resistance, by carrying out the emulsion polymerization of a monomer composition containing a specific maleimide compound in a hydrophobic organic solvent capable of dissolving the monomer and unable to dissolve the produced polymer, separating the produced polymer from the reaction liquid and drying the polymer. CONSTITUTION:A polymerizable monomer composition containing a maleimide compound of formula (R1 and R2 are H, halogen, 1-15C alkyl, aryl or substituted aryl; R3 is H, 1-15C alkyl, cycloalkyl, aryl or substituted aryl) (e.g. N-phenylmaleimide) is dissolved in a hydrophobic organic solvent (e.g. toluene) capable of dissolving said polymerizable monomer and unable to dissolve the produced polymer. The solution is subjected to emulsion polymerization or suspension polymerization, and the produced polymer particles are separated from the resultant emulsion or suspension and dried to obtain the objective fine resin particles.
Patent JP-S62247957-A (JP)
Title: Brake control device
Inventor: YOSHII NORIYUKI
IPC: B60T1/06
Filed: 1986-04-19
Abstract: PURPOSE:To hold braking force stably in a braking device which is kept functional by a step of detecting the change in the acting direction of brake frictional force by providing furthermore a means which detects the brake actuation for the time from its application to releasing. CONSTITUTION:In applying the brake, when a brake pedal is footed for feeding fluid pressure to a wheel cylinder 2 so as to cause braking shoes 4a and 4b to be pressed in contact with a rotating body 5. And when a clutch is disengaged while an automobile is at a standstill on an uphill road, the rotating body 5 is subjected to backward torque for moving a sliding anchor 6 to the left so as to actuate a switch 9. Accordingly, fluid pressure in the wheel cylinder 2 is held for holding braking force even if the braking pedal is released. In this case, a brake switch is provided in order to detect the footing of the brake pedal so as to have the braking force kept continuously when either of the brake switch or the switch 9 is in operation.
Patent JP-H10277658-A (JP)
Title: Sequential extending method for plate
Inventor: WARATANI KENICHI
IPC: B21D22/10
Filed: 1997-04-09
Abstract: PROBLEM TO BE SOLVED: To easily and successively extend the rugged pattern on a plate to be worked at a low cost by filling a large number of spherical balls in a cavity part of a lower die in a movable manner in the horizontal direction, and moving a rod-shaped tool through NC control in the X, Y directions while pressing the tool against the plate to be worked which is fitted to the lower die. SOLUTION: Spherical balls 6 are filled in a cavity part 2 of a lower die 1. The capacity of the cavity part 2 is regulated by moving a regulation plate 5. A plate 7 to be worked is fixed to an upper surface of the lower die 1. An upper punch (rod-shaped tool) 9 is pressed against the plate 7 to be worked through NC control, and a movable table 11 is moved in the X, Y directions. When the upper punch 9 is lowered, the spherical balls 6 on each side of the upper punch 9 support the plate 7 to be worked, and a recessed extending part 10 is formed immediately below the upper punch 9. As the extending part 10 is formed, the position of the regulation plate 5 is controlled to secure the gap through which the spherical balls 6 are moved.
Patent JP-H0768882-A (JP)
Title: Recording device and information reader
Inventor: KAWAKAMI YOSHIO
IPC: G01B7/00
Filed: 1994-04-28
Abstract: PURPOSE:To surely detect the position of a carriage by a method wherein a magnetic recording head consisting of a magnetic scale part and a slider, which fits to the magnetic scale part and is made of polyphenylene sulfide containing the specified amount of filler. CONSTITUTION:A slider 12, which is the second member of the constitutional members of a magnetic head 8, is formed into a hollow tube and inserted onto a magnetic scale part 7 so as to be provided slidably to the magnetic scale part by means of sliding bearing parts 12a made at both the end parts of the slider and fixed to a carriage 1. Onto the inside of the slider 12, an MR element board 13 made of insulating glass is fixed or concretely arranged through a gap (g) parallel to the magnetic scale part 7. The portion, which is opposite side to the board 13, of the magnetic scale part 7 is magnetized so as to form magnetized part 7a. The slider 12 is made of glass filler-containing polyphenylene sulfide material. The content of the glass filler is 10-50%.
Patent JP-S63256002-A (JP)
Title: Package for semiconductor device
Inventor: HOSONO YASUHIRO
IPC: H01P3/08
Filed: 1987-04-13
Abstract: PURPOSE:To obtain a desired characteristic for a mounted semiconductor chip by adopting the microstrip line structure for a signal wire, branching a 2nd wire on a 1st wire for the signal input and arranging alternately the 1st wire and a 3rd wire being at least one wire for an output signal having no branch line. CONSTITUTION:An input signal 4 as the 1st wire of the microstrip line structure, a branch line 5 as the 2nd wire and an output signal line (metallic line) 6 as the 3rd wire are formed respectively for a required number each on a substrate 1. For example, the characteristic impedance of the signal line is selected to be 50 ohms and the location of the branch wire 5 branched from an input signal line 4 is selected to be just before the metallic wire 7 for connection to the bonding part. Moreover, the input signal wire 4 and the output signal wire 6 are arranged alternately one by one. Thus, the part at the inside of the semiconductor chip 2 from the connecting pad 22 is high in the impedance and since the branch line 5 acts like a 50-ohm load just before the input to the semiconductor chip 2, the matching is taken with respect to the input signal.
Patent JP-H11292701-A (JP)
Title: Cell protecting liquid
Inventor: SUZUKI MOTOHISA
IPC: A01N1/02
Filed: 1998-04-03
Abstract: PROBLEM TO BE SOLVED: To obtain a cell protecting liquid stable for a long period of time, giving less damage to cells and organs and having a good taking rate by adding β-hydroxylactic acid in a specific concentration to an electrolyte solution containing sodium ion, potassium ion and phosphate ion. SOLUTION: This cell protecting liquid is obtained by adding 0.2-5 mmol/L β-hydroxylactic acid to an electrolyte solution containing sodium ion, potassium ion and phosphate ion. Preferably, the liquid is at pH 6.5-9.0, shows 250-400 mOsm osmotic pressure and 1.5-5 cp viscosity, and contains an organic acid (ion) and/or carbonic acid (ion), 2-10% hydroxyethyl starch having 150,000-900,000, preferably 400,000-900,000 average molecular weight. Also, the ratio of potassium ion to sodium ion is preferably 0.3-10, more preferably 0.3-0.8.
Patent JP-H10276042-A (JP)
Title: Microwave oscillator
Inventor: KONISHI YASUTOMO
IPC: H01P7/10
Filed: 1997-03-27
Abstract: PROBLEM TO BE SOLVED: To adhere a dielectric resonator to a Teflon(R) board. SOLUTION: A land group 10 consisting of many lands 8 is formed on a Teflon(R) board along with a microstrip line 1. The arrangement position of a dielectric resonator 2 with respect to the microstrip line 1 is decided by moving the dielectric resonator 2 on the land group 10 so as to improve the oscillating characteristic. Then the dielectric resonator 2 is adhered to the lands 8 by an adhesives.
Patent JP-H04302764-A (JP)
Title: Detection device for output rotation of torque converter
Inventor: FUKAZAWA TOSHIHIKO
IPC: F16H59/36
Filed: 1991-03-29
Abstract: PURPOSE:To eliminate a particular detection means and the like such as inserting a shaft into a mission shaft by detecting the output rotation of a torque converter by means of detection of both the rotation of a bevel gear located at the downstream of a power transmitting path and the step of gear shifting of a transmission. CONSTITUTION:A rotation sensor 35 is disposed at a place close to the tooth surfaces of a bevel gear 26 rotatably supported by the lateral shaft of a power transmitting device, and the rotation sensor 35 is connected to an electronic controller 37 by an electric circuit 36. Meanwhile, hydraulic switches 45 through 47 are disposed at the reverse clutch, the second forward speed clutch and the third forward speed clutch of a transmission respectively, and hydraulic switches 45 through 47 are connected to the electronic controller 37 with respective electric circuits 48 through 50. And in the electronic controller 37, the reduction ratio of the bevel gear 26 to a pinion gear 26 and the like are operated so as to be processed based on the number of revolution of the lateral, shaft 25, so that the output rotation of a torque converter is thereby detected. After that, automatic control for automatic gear shifting is assumed via a control output signal circuit 51 in response to the detected output rotation.
Patent JP-H10266390-A (JP)
Title: Damping sound insulating plate
Inventor: SHINOHARA TADAO
IPC: E04B1/82
Filed: 1997-03-27
Abstract: PROBLEM TO BE SOLVED: To form a damping sound insulating plate used for the floor, the wall and the like of dwelling and excellent in damping sound insulation effect and easy in execution by sticking fiber sheet layers on the upper and lower face of the damping sound insulating layer of specific material and property, and laminating a soft resin layer on it. SOLUTION: Asphalt (100 pts.wt.) thermoplastic polymer (0-100 pts.wt.) and an inorganic filler (100-2000 pts.wt.) of the particle diameter 0.5 mm or smaller are uniformly mixed to form a damping sound insulating sheet layer 3 of face density of 2.0 kg/m<2> /mm or more and 4 mm thick and polyester non-woven clothes (fiber sheet layer) 2, 4 are stuck on both the faces. A low density independent bubbling cross-linking polyethylene foam sheet layer (soft resin layer) 6 of foaming magnifying power of 5-40 and 2 mm thick is laminated through an adhesive layer on the upper face of the laminating layer plate to form a damping sound insulating plate 1 of 6 mm thick. The damping sound shield effect of the second floor 1 of a wood dwelling can be improved by existing the damping sound insulating plate 1 between wood flow ring material and particle board band constituting a floor face.
Patent JP-S58222033-A (JP)
Inventor: ARUFUOORU NIJIERU
IPC: C07H21/04
Filed: 1983-05-23
Abstract: (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。
Patent JP-H01264271-A (JP)
Title: Semiconductor device and its manufacture
Inventor: MATSUNAGA NOBUTOSHI
IPC: H01L27/095
Filed: 1988-04-15
Abstract: PURPOSE:To simplify a manufacturing process and to reduce a device area by using a high-concentration semiconductor layer of a gate as a source electrode as it is. CONSTITUTION:An n-type channel layer 2 and a high-resistance undoped GaAlAs layer 5 are crystal-grown on a semiinsulating GaAs substrate 1. Then, a FET part is separated; after that, other parts of the gate of the FET are removed. In addition, CVD SiO2 is applied to a whole face; a hole is made in a gate- source and drain part where a high-concentration n<+> layer 3 is applied; GaAs or GaAlAs in this part is exposed. A high-concentration n<+> GaAs layer is grown on this part. Then, GaAs is grown only in a part where a crystal is exposed; it is not applied to SiO2. Then, AuGe, Ni or Au is vacuum-evaporated as a source electrode 6 and a drain electrode 4 and is alloyed; a FET is completed. Accordingly, the high-performance FET can be obtained in a simple process; the source and the gate are formed of a common semiconductor layer, a device area can be reduced; this method is suitable for high integration.
Patent JP-S5317230-A (JP)
Title: Delay circuit
Inventor: HIRASAWA MASATAKA
IPC: H03H11/26
Filed: 1976-07-31
Abstract: PURPOSE:To maintain in good condition the data before the stop of operation, to make high density and low power consumption, by installing the memory stabilization circuit which turns off at the time of normal operation and turns on only at the time when the operation is stopped.
Patent JP-H01264262-A (JP)
Title: Mos type field-effect transistor
Inventor: SHIRAI KOJI
IPC: H01L27/088
Filed: 1988-04-15
Abstract: PURPOSE:To form a high breakdown strength P-ch MOS FET in a process identical to that of a high breakdown strength N-ch DMOS by forming the following: first to fourth high-concentration impurity regions, a fifth low-concentration impurity region which is formed away from the second impurity region; a first oxide layer; a gate oxide layer; a polycrystalline silicon layer. CONSTITUTION:An N substrate 1 is coated with a silicon oxide layer 2; a silicon oxide layer 3 which is thinner than this region is formed; B is ion-implanted for drain region use and phosphorus is ion-implanted for source region use. The silicon oxide layers are stripped off; a silicon oxide layer 4 is formed newly; a P-well layer for drain region use and an N-well layer 6 for source region use are formed. Then, a resist layer 7 is coated; a space is formed it an end part of the P-well layer for source region use. Then, a p-region 8 whose concentration is lower than that of the drain region 5 is formed; a mask 9 is installed; a selective oxide layer 10 is formed. A polycrystalline silicon layer 11 is deposited; by making use of this layer as a mask, B is ion-implanted through the gate oxidation oxide layer 4; a CVD silicon oxide layer 12 is heat-treated; a MOS FET having a drain region 13 and a source region 14 is obtained. Then, an opening for contact use is formed in the silicon oxide layer 12; after that, Al 15 is deposited.
Patent JP-S58206802-A (JP)
Title: Device for increasing fuel injection in case of starting outboard engine
Inventor: MIYAKE HAJIME
IPC: F02D29/02
Filed: 1982-05-28
Abstract: PURPOSE:To provide the smooth and easy start of an engine by a method wherein an operation gearing mechanism for a clutch operating means for transmitting a power of the engine to a propeller and a clutch is provided with a gearing member for enabling a fuel injection in case of starting of the engine to be increased only when the clutch is placed at its neutral position. CONSTITUTION:When a clutch operating lever 33 in an outboard engine is rotated, a detent lever 31 is rotated through a lever shaft and is changed over to forward, rearward and neutral positions of a clutch device (not shown) through an intermediate link 32, intermediate lever 28 and intermediate shaft 26 etc. In response to this changing-over operation, a linking cam 37 is rotated, and when a plunger 43 is engaged with a central groove 39 of a cam surface 40 of a cam 37, the plunger 43 is projected by a spring 45 to cause a wire 47 to be pulled in the same direction as that of the plunger. A stopper 57 is rotated to a two- point chained line position through a limitation releasing lever 58 under a pulling action of the wire 47 and so it is possible to move a control rod 53 for an injector in such a direction as causing a fuel volume to be increased.
Patent JP-S5615542-A (JP)
Title: Mass analyzer equipped with tetraelectrode
Inventor: YOSHIOKA YOSHIAKI
IPC: H01J49/42
Filed: 1979-07-19
Abstract: PURPOSE:To ease the manufacture of a secondary ion mass analyzer by simplifying its construction in such a way that it is able to analize simultaneously positive and negative ions generated from a sample by an impact of ions against the sample by using a single tetraelectrode. CONSTITUTION:A positive secondary ion 3, which is discharged by striking a primary ion 2 against a sample 1, is converged by an Einzel lens 4, and led to a tetraelectrode 6 through an energy filter 5 of a sectorial static field and, through a grid 8 of a sectorial static field 7, detected by a detector 10. On the other hand, a negative ion 11 is led to a tetraelectrode 6 through a lens 12 and the sectorial static field 7, passed to the sectorial static field 5, and through its grid 13 finally detected by a detector 15. Thus, a simultaneous mass analysis of positive and negative ions can be performed by the use of the single tetraelectrode 6 and the reduction of the manufacturing cost of the analyzer is attained due to its so-simplified construction.
Patent JP-H06283365-A (JP)
Title: Manufacture of layered ceramic electronic comonents
Inventor: YAMAMOTO MAMORU
IPC: H01F41/04
Filed: 1993-03-26
Abstract: PURPOSE:To provide a manufacturing method of layered ceramic electronic components which minimize layer deviations and variations in inductance values. CONSTITUTION:Only a green which convers a through hole formation area on the green sheet which covers over a printed conductor pattern 2 is eliminated by means of laser irradiation or the like, thereby forming a through hole 3. A lower conductor exposed on the bottom of the through hole 3 and an upper conductor are placed one upon the other and contact-bonded, thereby making electric connections, protecting the area around the through hole 3 from being excessively and locally coated with a conductor paste, and providing a layered ceramic electronic components free from layer slippage and with minimal variations in inductance.
Patent JP-H09284249-A (JP)
Title: Reception synchronization position control system
Inventor: MIYASHITA HIDEO
IPC: H04L7/00
Filed: 1996-04-15
Abstract: PROBLEM TO BE SOLVED: To provide the reception synchronization position control system in which a large error in a timing of a time slot and a reception synchronization position is caused even under multi-path so as to suppress deterioration in the communication quality. SOLUTION: The system is provided with a synchronization position error detection means 3 to detect a difference between a time slot reception time and a reception synchronization position of a reception signal, a reception position control means 1 controlling a reception synchronization position of a slot based on an error at reception of a preceding time slot, and a control variable adjustment means 2 adjusting a control variable of a reception position with respect to a detected error. The control variable adjustment means 2 takes a timewise mean of each error of plural time slots to be detected to set the error in the vicinity of a maximum distribution of the reception synchronization position error distribution thereby reducing the overall reception position error of a receiver.
Patent JP-H05266585-A (JP)
Title: Fm modulator
IPC: G11B20/06
Filed: 1992-03-17
Abstract: PURPOSE:To highly accurately control the frequency transition of the FM modulator with good reproducibility. CONSTITUTION:The frequency characteristic of an LPF is controlled based on the reference signal of a fired frequency, the output frequency of the FM modulator is detected by utilizing this frequency characteristic of the LPF and based on this detection, the frequency transition of the FM modulator is controlled. Thus, the frequency transition of the FM is controlled on the frequency of the reference signal.
Patent JP-S57207911-A (JP)
Title: Controlling method of water pump
Inventor: SATOU YOSHIO
IPC: G05D9/12
Filed: 1981-06-17
Abstract: PURPOSE:To minimize the variation of the water level and to reduce the starting frequency of a water pump, by setting the opening of the discharge valve of the water pump to intermediately opened condition and fully opened condition to deal with abrupt variations of the water level. CONSTITUTION:The water level in a discharge tank 2 is detected by a water gauge 4 and a water level signal is inputted into an arithmetic processing device 3. When the water level L in the tank 2 becomes lower than L1, a water pump 5 is operated and counting of a timer T1 is started and a water level La immediately after the pump 5 is started is inputted into the device 3. When the difference between a water level Lb reached after the timer T1 counts up and the La is larger than the maximum allowable variation value Lx in the water level increasing direction, a discharge valve 7 is closed to its intermediate position and the amount of pumping water is controlled. Thus abrupt rises of the water level is prevented. Then, counting of another timer T2 is started  and a water level Lc is inputted. When the difference between a water level after the timer T2 counts  up and the water level Lc is larger than the maximum water level variation value Lz in the water level decreasing direction, the discharge valve 7 is fully opened and the amount of the pumping water is increased. Thus abrupt declines of the water level is prevented. When the water level becomes lower than the L2, another pump 6 is operated.
Patent JP-S5518466-A (JP)
Title: Flame-retardant hydraulic oil composition
Inventor: KITA HISAHIRO
IPC: C09K21/12
Filed: 1978-07-28
Abstract: PURPOSE: A flame-retardant hydraulic oil composition that contains an organic phosphate ester, polyester and epoxy compound, thus increasing remarkably flame reatardancy, having high viscosity index, preventing the deterioration, and being usable for long periods of time.  
     CONSTITUTION: To (A) an organic phosphate ester of formula I or II (R 1 , R 2 , R 3  are alkyl; R 4  is 4W12C alkyl) are added (B) a polyester from 3W24C aliphatic dibasic acid and 2W10C alkylene glycol or a product obtained by terminating the carboxyl or hydroxyl groups of the above polyester on the chain terminals with 6W20C fatty acid or aliphatic alcohol, of which molecular weight is 500W50000 and the amount is 0.5W10wt%, and (C) an epoxy compound in an amount of 0.5W 10wt%. The organic phosphate ester is preferably of formula I as triarylphosphate and the most preferred compound is tricresyl phosphate. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-H10280431-A (JP)
Title: Foundation blocks for prefabricated foundation and joint structure therefor
Inventor: NINAGAWA TARO
IPC: E02D27/01
Filed: 1997-04-10
Abstract: PROBLEM TO BE SOLVED: To complete a piping work around a building such as water supply and discharge piping and electric wiring in a shorter time. SOLUTION: A foundation block B1 with a sheathed pipe 14 buried along the extension direction of a continuous footing and joints 15 formed on both ends of the continuous footing in such a state as exposed to a connection edge is laid side by side with another foundation block B2 having a sheathed pipe 23 buried along the extension direction of the continuous footing and one end of the pipe 23 exposed from a connection edge with the other end kept projected from the interior lateral side, and another foundation block B3 having a sheathed pipe 3 buried along the extension direction of the continuous footing and one end of the pipe 33 projected from a connection edge with the other end kept projected from the exterior lateral side. Furthermore, the joint 15 of the foundation block B1 is connected to the end of the sheathed pipe 23 of the foundation block B2, and the joint 15 of the foundation block B1 is connected to the end of the sheathed pipe 33 of the foundation block B3.