baber/WOPTO huggingface dataset:
Patent JP-2001145245-A (JP)
Title: Wiring harness reeling apparatus
Inventor: YAMAMOTO TAKATATSU
IPC: B65H75/44
Filed: 1999-11-12
Abstract: PROBLEM TO BE SOLVED: To prevent frictional noise and wear in a wiring harness produced when the wiring harness goes into and out of a case by opening and closing operations of a movable body. SOLUTION: A wiring harness reeling apparatus comprises upper and lower covers 51 and 52 provided with a harness lead-in path 67 for leading in and securing a wiring harness 62 connected with the side of a fixed body, and a lower harness lead-out path 63 which is formed into cylindrical shape by coupling together the upper cover 51 and the lower cover 52 and is connected with the side of a movable body and through which the wiring harness 62 is inserted or withdrawn; a roller 54 which, together with a partitioning plate 73 for partitioning the interior of the case 53 into a first housing portion and a second housing portion, a cylindrical reeling body 75 and a flange 76, forms a roller groove 77; and a reeling spring 82 for energizing the roller 54.  The reeling body 75 of the roller 54 of the wiring harness reeling apparatus is formed into arc shape to form the roller groove 77, and the harness lead-out passes 69 are so formed that the direction of leading out the wiring harness 62 is matched with the forwarding direction of the wiring harness forwarded through the roller groove 77.
Patent JP-H04197989-A (JP)
Title: Elevator door conrol device
Inventor: ONO YOICHI
IPC: B66B13/14
Filed: 1990-11-28
Abstract: PURPOSE:To regulate control of door opening and closing time by rectifying door velocity command value based on the difference between the door velocity and the door range using door velocity and position detecting means, and controlling a motor based on the difference between the velocity command value thus rectified and the door actual velocity. CONSTITUTION:An opening and closing command is inputted in a door 21 control device in accordance with a velocity pattern set by time versus velocity, and the velocity command value of each time consumed from the start of opening and closing the door 21 and the prearranged range of the door 21 are calculated. Based on the difference between the actual door 21 velocity and the door 21 position and the velocity command value and the prearranged range detected by the door velocity and position detecting means 11, the velocity command value to compensate the velocity deviation and the distance deviation is rectified. By means of the deviations of the velocity command value and the door 21 velocity, the door 21 control circuit determines the voltage to be supplied to a motor 12. Thus by compensating the velocity deviation and the distance deviation simultaneously, the velocity pattern can be made to follow-up the door velocity with more fidelity. The door 21 opening and closing time can whereby be controlled to be regular.
Patent JP-H08177415-A (JP)
Title: Motive power converting facility using liquefied gas
Inventor: FUJIMOTO SATORU
IPC: F17D1/02
Filed: 1994-12-26
Abstract: PURPOSE: To provide a motive power converting facility using liquefied gas capable of reducing average electric power cost with daytime electric power by efficiently using nighttime electric power and surplus electric power. CONSTITUTION: Liquefied gas circulating conduits 3A, 3B connecting an upper part and a lower part are installed on each of two liquefied gas reservoir tanks filled with liquefied gas, pressurizing steam pressure apparatuses 4A, 4B are built in these liquefied gas circulating conduits 3A, 3B, and pressurizing pressure adjusting valves 5A, 5B are installed between these pressurizing steam pressure apparatuses 4A, 4B and upper part sides of the liquefied gas circulating conduits 3A, 3B.  Additionally, a hydraulic turbine 2 is arranged between each of the liquefied gas reservoir tanks 1A, 1B, a generator G is continuously provided on this hydraulic turbine 2, liquefied gas feeding conduits 7A, 7B are installed between a lower part of each of the liquefied gas reservoir tanks 1A, 1B and the hydraulic turbine 2, and a pressure sensor PA and a liquefied gasfeeding valve 8A are built in this liquefied gas feeding conduit 7A.
Patent JP-H06175403-A (JP)
Title: Toner for electrostatic image development
Inventor: UNNO MIKIO
IPC: G03G9/09
Filed: 1992-12-02
Abstract: PURPOSE:To reduce generation of fogging and scattering of a toner as well as improving an electrostatic charge building up property and stability of picture image density at the time of continuous use by containing carbon black with specified ultraviolet absorbance. CONSTITUTION:At least a resin and carbon black are contained. As the resin, styrene resin, saturated or unsaturated polyester resin and epoxy resin are favourable. The ultraviolet absorbance of the carbon black is made to be 0.05 or less, favourably 0.04 or less. It is favourable that the carbon black is manufactured in a furnace method. Addtionally, it is favourable that the BFT method specific surface area of the carbon black is 20-500m<2>/g and the di-n-butyl- phthalate oil absorption amount is within a range of 30-150ml/100g. Furthermore, it is favourable that the carbon black is such an acidic carbon black that the pH value of a suspended solution after the carbon black and pure water are boiled is 6 or less.
Patent JP-H07178153-A (JP)
Title: Perfume container
Inventor: YAMADA KIYOSHI
IPC: A61L9/12
Filed: 1993-12-22
Abstract: PURPOSE:To produce many kind of containers with different decorations efficiently and highly in the cost performance, by fixing a flexible decoration sheet made of an insoluble material against the volatile component and bearing fine particles on the back side, which is heavier than a liquid perfume in the relative density, at the bottom of the container. CONSTITUTION:At the top of a transparent glass container 1, an opening 1a having a smaller area than the area of an inner bottom of container 1 is formed and the container is filled with a transparent or translucent liquid perfume 2. A flexible decoration sheet 3 made of insoluble material against the volatile component, such as alcohol being included in the liquid perfume 2 and bearing fine particles on the back side, which is heavier than a liquid perfume in the relative density at the bottom of the container 1. At the opening 1a of the container 1, a holder 5 passing through a felt 4 for diffusion and made of a synthetic resin is removably interfitted so that the lower part of the felt 4 for diffusion is soaked in the liquid perfume 2 of the container 1.
Patent JP-2000150917-A (JP)
Title: Manufacture of semiconductor dynamical quantity sensor and semiconductor wafer for manufacture the same
Inventor: KANO KAZUHIKO
IPC: G01P15/125
Filed: 1998-11-13
Abstract: PROBLEM TO BE SOLVED: To leave no remainder of a sacrifice layer under a movable part by forming a notch orthogonally to a groove in a boundary part between the sacrifice layer (oxide film) in the movable part and a substrate and wet-etching the sacrifice layer. SOLUTION: A notch 56 is formed orthogonally to a groove 55 in a boundary part between a silicon substrate 40 and a silicon oxide 41 in a structure formed thereon. The silicon oxide 41 is removed by etching using an HF-based etching liquid, so that the silicon substrate 40 is changed into a movable structure, and a beam structural body and a fixed electrode are formed thereon. Thus, the etching liquid creeps in the notch 56 in comparatively early stage thanks to capillary tube phenomenon, leaving no remainder of oxide film under the structure. Therefore, an electrode material such as aluminum is given less damage due to erosion in the etching step.
Patent JP-H07183550-A (JP)
Title: Amorphous photoelectric conversion device
Inventor: ASHIDA YOSHINORI
IPC: H01L31/04
Filed: 1993-12-22
Abstract: PURPOSE:To enhance an amorphous photoelectric conversion device in conversion efficiency, especially fill factor, and open and voltage by a method wherein a first and a second substantially intrinsic semiconductor thin film are formed of amorphous silicon hydride. CONSTITUTION:An amorphous semiconductor solar cell structure is basically formed of a blue glass plate on which tin oxide is deposited. That is, a glass plate/tin oxide is made to serve as a substrate 110, and a P-type semiconductor layer 112, an I-type semiconductor layer 113, an N-type semiconductor layer 114, a P-type semiconductor layer 115, an I-type semiconductor layer 116, and an N-type semiconductor layer 117 are successively laminated. It is preferable for a second electrode layer 111 that a substantially intrinsic semiconductor thin film on which sunlight is incident contains 15 to 50atom% of combined hydrogen, also it is preferable that a second substantially intrinsic semiconductor thin film contains 0.5 to 15atom% of combined hydrogen, and a first and a second semiconductor layer, a first and a second N-type semiconductor layer, and a first and a second electrode are so arranged as to conform to the above constitution.
Patent JP-H11146646-A (JP)
Title: Power supply equipment
Inventor: TOKUNAGA ATSUO
IPC: G03G21/00
Filed: 1997-11-10
Abstract: PROBLEM TO BE SOLVED: To make it possible to cope with both polarity reversible constant voltage output and pulse wave voltage output by installing an A-D converter which takes in the value of an output signal of a first output detecting circuit and a PWM timer which controls the duty cycle period of a switching element. SOLUTION: This power supply equipment is provided with a second rectifier and lifter circuit 11 having a polarity opposite to that of a first rectifier and lifter circuit 7 and a constant voltage element 13 for holding constant the output of the second rectifier and lifter circuit 11. Furthermore, voltage divider resistors 15 and 17 are serially connected to the outputs of the rectifier and lifter circuits 7, 11 respectively and an output terminal Vout is inserted between the voltage divider resistors 15 and 17. To the output terminal Vout, a load 19 is connected. Connected to a switching element 5 and to a first output detecting circuit 9 is a PWM controller 21 which, having a microcomputer, an A-D converter, and a PWM timer, controls the switching of the switching element 5 based on the detection result of the first output detecting circuit 9.
Patent JP-H08251804-A (JP)
Title: Circuit breaker
Inventor: JIYOSEFU CHIYAARUSU ENGERU
IPC: H02H3/00
Filed: 1995-11-18
Abstract: PROBLEM TO BE SOLVED: To obtain a protection metering system satisfying the conflict conditions of various functions by generating pairs of sampling moments each separated by 90 deg. electric angle, squaring and summing the values sampled at each sampling moment, and tripping the contact when a threshold value is exceeded. SOLUTION: A processor 15 squares and sums sample values to determine the squared sum of each pair of samples. The squared sum, i.e., the ordinary sum, is then determined and contacts 25A-25C are closed when a threshold instantaneous protection pickup value is exceeded. When the ordinary sum exceeds a short threshold delay protection pickup value for a predetermined short delay protective interval for each pair of samples, the contacts 25A-25C are opened. Furthermore, the processor 15 generates cumulative sums repeatedly by accumulating the ordinary sum of given number of samples for each pair of samples. When the cumulative sum exceeds a long threshold delay protective pickup value for a predetermined time after a given number of samples are picked up, the contacts 25A-25C are opened.
Patent JP-H10148925-A (JP)
Title: Method for developing photographic sheet material
Inventor: VERLINDEN BARTHOLOMEUS
IPC: G03D3/02
Filed: 1997-11-11
Abstract: PROBLEM TO BE SOLVED: To improve the integrity of reaction dynamics on a sheet material surface. SOLUTION: This method for developing photographic sheet material includes the passage of the sheet material through a developing device including plural characteristic, states 12, 12', 12" of a sub-chamber for development along a sheet material route 20 and the induction of the crossing of the developer across the sheet surface in at least one piece of the sub-chamber. This sub-chamber is a hermetically sealed sub-chamber where the velocity of the fluid flow crossing the sheet material is at least three times the speed of the sheet material along the sheet material route 20 at the time of measurement in the direction perpendicular to the direction of the sheet material route 20 and the eventually generated liquid flow velocity is minimum 100mm/sec. The integrity of the reaction dynamics on the sheet material surface is improved.
Patent JP-H03186179-A (JP)
Title: Cooling water circulating and supplying apparatus
Inventor: KOSHIYAMA KOJI
IPC: F25D17/02
Filed: 1989-12-14
Abstract: PURPOSE:To automate operation management of an apparatus and to reduce in size and scale by returning cooling water from a three-way valve to a cooling water reservoir through a bypass pipe when the temperature of the water of the reservoir is a predetermined value or lower. CONSTITUTION:A first detector 7 for detecting temperature of cooling water is provided in a cooling water reservoir 4, a microcomputer M calculates a differential temperature between a temperature (TO) detected by the detector 7 and a preset highest temperature (TM), thus compares the detected temperature with the set temperature and make control according to whether the value is positive or negative. That is, when the temperature (TO) of the detector 7 is judged to the higher than the temperature (TM), a three-way valve 6 is so switched as to supply the cooling water from a cooling tower 3 through a pipe 5a to the reservoir. When the temperature (TO) is judged to be lower than the temperature (TM), the valve 6 is reversely switched to return the water to the cooling water reservoir 1 through a bypass pipe 5c. Thus, an optimum operation automatically adapted for a load is performed, and an apparatus can be reduced in size.
Patent JP-H11161506-A (JP)
Title: Dispatch method for information processor, information processor and storage medium thereof
Inventor: MATSUMOTO KOICHI
IPC: G06F12/10
Filed: 1997-11-26
Abstract: PROBLEM TO BE SOLVED: To provide an information processor in which the processing rate of a normal job executed in a real machine in not lowered at the time of operat ing a virtual machine on the rear machine and which is provided with the real machine provided with at least one processor. SOLUTION: A local process is provided as one of the kinds of processes to be processed in the processor beforehand and this information processor is provided with a processor kind holding means 2 for holding the information on the execution propriety of the local processor in the respective processors 11-16 and a dispatch execution means 3 for referring of the processor kind holding means 2 when the process executed in the processor is rolled out, allocating the process other than the local process to the processor in which the execution of the local process is set to be disabled among executable state processes and allocating the local process the processor in which the local process is set to be enabled. In this case, the processor rolls in and executes the allocated process.
Patent JP-H05155321-A (JP)
Title: Brake device for vehicle
Inventor: TSURU NAOHIKO
IPC: B60T8/48
Filed: 1991-12-09
Abstract: PURPOSE:To secure the braking force even when the pressure maintaining performance of a pressure regulating valve lowers, in a case when a master cylinder and the discharge side of a pump are mutually communicated. CONSTITUTION:A check valve 22 is provided to a piping 17 to connect the discharge side of a pump 20 and the first change-over valve 23, and it premits only the flow of a brake solution from the discharge side of the pump 20 to the first change-over valve 23 and a pressure escape valve 21a. A pressure regulating valve 21 is provided to a piping 15 to connect the discharge side of the pump 20 and a reservoir tank 4, and it is opened when the discharge pressure of the pump 20 rises to a specific value or higher. The pressure escape valve 21a is provided in a piping 19 connected between the check valve 22 of the piping 17, and the first change-over valve 23, and between the reservoir 12 of a piping 14 and a reservoir tank 4.
Patent JP-H03185324-A (JP)
Title: Distribution-type pressure detecting apparatus
Inventor: SHIODA TAKAO
IPC: G01L1/24
Filed: 1989-12-14
Abstract: PURPOSE:To realize a distribution-type pressure detecting apparatus which can detect the distirbution of pressures without the effect of electromagnetic induction by using probe light having the frequency which is shifted by a Brillouin frequency shift when a specified distortion is generated in an optical fiber with respect to the frequency of pumping light. CONSTITUTION:Pulse-shaped pumping light having the narrow spectrum width is inputted into one end of a sensor optical fiber 4 through an isolator 2 and an optical coupler 3 from pumping laser generator 1. To the other end of the sensor optical fiber 4, continuous probe light having narrow spectrum width is inputted from a probe laser generator 5 through an isolator 6. The frequency of the probe light is shifted by the Brillouin frequency shift when a specified distorsion is generated in the optical fiber 4 with respect to the frequency of the pump light. The frequency component of the probe light is received with a photodetector 8 through the optical coupler 3. The output is guided to a digital processing device 9. Analysis is performed at every elapsed time from the generating timing of the pulse of the pumping light. Thus, a part where pressure is applied in the longitudinal direction of the optical fiber 4 is judged.
Patent JP-H04191957-A (JP)
Title: Multiprocessor system control system
Inventor: KOYATA SHIGETOSHI
IPC: G06F15/16
Filed: 1990-11-26
Abstract: PURPOSE:To simplify an interruption processing by providing a register for communication control respectively on a command control part and a system control part and performing the communication between respective command control parts through the system control part according to the data written in each register for communication control. CONSTITUTION:Registers for communication control S1, S2, I1, and I2 provided on a system control processor SPU and command control processors IPU1 and IPU2 can perform the exchange of necessary information between registers as well as accompanying processors. The information in this case includes data deciding transmission source, reception destination, and the type of processing contents. The information indicating fact, transmission destination, the type of processing, etc., requiring communication from the command control processor IPU 1 to the other command control processor IPU 2 is written in respective registers S1,S2,I1,I2, and the respective processors IPU 1 and IPU 2 are referred to the registers S1,S2,I1, and I2 supplied as necessary. Thus, the interruption processing is simplified.
Patent JP-H02169311-A (JP)
Title: Tire antiskid device
Inventor: KAMIYAMA HIDEKATSU
IPC: B60C27/20
Filed: 1988-12-23
Abstract: PURPOSE:To keep off any stress concentration ranging from a spike pin to an arm by forming each expanded diametral part at both ends of the spike pin fixed to the arm. while setting an outer diameter of a tire side expanded diameter part to be larger than that of a grounded side expanded diametral part. CONSTITUTION:A spike pin 48 is fixed to an arm 42 being set up on the circumference of a tire to constitute a tire antiskid device. This spike pin 48 is formed out of a ground fitting 52 and a seat fitting 54. An expanded diametral part 52A is formed in a grounded side edge of this ground fitting 52, and a top 56 is pressed in this expanded diametral part 52A. The seat fitting 54 is pressed in a round hole 52B formed at the opposite side to the tip 56 of the ground fitting 52, while another expanded diametral part 54A is formed at the tire side. An outer diameter of the tire side expanded diametral part 54A is set to be larger than that of the grounded side expanded diametral part 52A. With this constitution, any tilt of the spike pin 48 due to grounding reaction is checked, and stress concentration of the arm 42 and around the grounded side expanded diametral part 52A is thus avoided.
Patent JP-2000078753-A (JP)
Title: Power phase modifying equipment and transmission system applying the power phase modifying equipment
Inventor: OKAYAMA HIDEO
IPC: H02J3/18
Filed: 1998-11-16
Abstract: PROBLEM TO BE SOLVED: To obtain a power phase modifying equipment provided with a series compensation unit having an efficient initial charging function and a transmission system applied with a power phase modifying equipment. SOLUTION: The power phase modifying equipment including at least one phase modifying unit 13 equipped with a transformerless reactive power series compensation unit having at least one switch and comprising a DC capacitor 8 and a single phase inverter 7 being connected in series with transmission lines 2a, 2b is provided with means PCM for initially charging the DC capacitor 8 of at least one phase modifying unit 13 when it is decoupled from the transmission lines 2a, 2b. The initial charging means PCM comprises an AC switch, and an AC switch controller for turning the AC switch off for some time interval after zero-cross of system current.
Patent JP-H11227182-A (JP)
Title: Printer having memory for storing printer profile parameter therein
Inventor: KAWANABE TETSUYA
IPC: B41J2/01
Filed: 1998-11-16
Abstract: PROBLEM TO BE SOLVED: To compensate in response to various state changes caused in a printer by a host computer by a method wherein a compensatory parameter, which compensates a print information, is produced by utilizing the profile information, which is obtained by the host computer from the printer, of a recording head. SOLUTION: At the time of the first installation and power turning-ON, a CPU 121 collects various profiles and parameters on a printer 30 as a part of the installation programming of the printer 30. Next, the CPU 121 sends the profiles and parameters stored in an EEPROM 132 to a processor 23 when the CPU has received status demand command from the host processor 23. Then, the processor 23 produces a compensatory parameter for compensating a print information to be sent to a recording head 130 by utilizing the received profile information of the recording head. Thus, the state change caused in the printer can be compensated by the host computer.
Patent JP-H03185959-A (JP)
Title: Telephone system
Inventor: MIZOGAMI HIROSHI
IPC: H04M1/00
Filed: 1989-12-14
Abstract: PURPOSE:To attain the remote control of an electric apparatus in a room where no telephone line is installed by using a remote control means possessed in a telephone set sub section so as to apply remote control of the electric apparatus thereby moving the telephone set sub section. CONSTITUTION:Automatic incoming call mode setting means 11, 21 set a telephone set master section 1 and a sub section 2 to the automatic incoming call mode to start a reply means 12, a detection means 23 and a reception means 22. When the means 12 confirms the coincidence with the setting value of an incoming call number of times, a command means 13 is started, a transmission means 14 is started and a command signal is outputted to the sub section 2 in a radio signal via the means 14. The means 22 receives a radio signal from the master section 1, outputs a reception signal to the means 23 and the remote control means 24 and when the means 23 detects the command signal, the means 24 is started. An identification signal is sent from a visiting place to allow the means 24 to identify the signal and the electric apparatus around the sub section 2 is controlled remotely.