baber/WOPTO huggingface dataset:
Patent JP-H09158849-A (JP)
Title: Scroll type compressor
Inventor: YAJIMA TOSHIYA
IPC: F04C27/00
Filed: 1995-12-07
Abstract: PROBLEM TO BE SOLVED: To reduce load in a thrust direction, certainly give a compliance function, and improve compression performance and reliability by receiving the resistance force between a swivel scroll and a bearing supporting the scroll in a way of partially taking over the force. SOLUTION: A fixed scroll 12 is mounted movably in an axial direction toward a support frame 2, a gas pressure is acted on the back face side of this fixed scroll, the movement in the axial direction is restricted by applying a back pressure to the fixed scroll in a normal operation state, the movement of the fixed scroll in the axial direction is permitted during abnormal pressure rise of a compression space S, clearance with a swivel scroll 11 is widened to escape the gas of the compression space, the gas pressure on the back face side of the swivel scroll is acted, and the swivel scroll is pressed to the fixed scroll side and energized.
Patent JP-S63161901-A (JP)
Inventor: HANSU YOOAHIMU GURAAFU
IPC: A43B9/00
Filed: 1987-12-18
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-H02164271-A (JP)
Title: Power circuit
Inventor: HAKAMATA NAOSHI
IPC: H02M7/04
Filed: 1988-12-17
Abstract: PURPOSE:To remove any sensible current by being equipped with DC input terminals and a noise filter for DC equipped with output terminals including a ground terminal. CONSTITUTION:A power circuit equipped with AC input terminals 1, a noise filter 2 for AC, an AC/DC converter 3, an external ground terminal 5 and a load 4 driven in DC are integrally housed into a casing 6. The input terminals 21 of this filter 2 are connected to the AC input terminals 1 including a ground terminal 11, while its output terminals 22 are connected to input terminals 31 of the above inverter 3. The load 4 is connected to output terminals 32 of the converter 3. No common mode noise is thereby generated to the casing 6 and no body sensory current flows even if someone touches the casing 6.
Patent JP-H08336841-A (JP)
Title: Mold and method for manufacturing connector
Inventor: TSUTSUI SHINSUKE
IPC: B29C33/44
Filed: 1995-12-07
Abstract: PURPOSE: To inexpensively manufacture a connector by a mold and a method wherein a sliding type retreating means and an inserting means for forwarding a retainer and inserting it into a retainer inserting hole are provided and the retainer is inserted by supporting the retainer over the whole width direction by the inserting means. CONSTITUTION: The whole movable mold 12 is retreated to open the gap between it and a fixed mold 11 and a slide mold 17 with the fixed mold 11 is relatively pulled out to the front of the advancing and retreating passage 25 accordingly to release the advancing and retreating passage 25. A driving pin 29 is successively advanced and an auxiliary slide mold 27 is advanced to an advancing position along the advancing and retreating passage 25 and a held retainer 5 is inserted from the back face side of an inserting hole 6 and the retainer 5 is assembled at a temporarily hooking position.  In this instance, the retainer 5 is supported over its whole width by means of the auxiliary slide mold 27 and each projecting piece is brought into contact with the auxiliary slide mold 27 on the back side of the base and it is straightly inserted without warpage to the side even if there exists a frictional resistance when it is inserted into the retainer inserting hole 6.
Patent JP-H03179509-A (JP)
Title: Producing device for numerical control information
Inventor: TORISAWA YOSHIO
IPC: G05B19/4093
Filed: 1989-12-08
Abstract: PURPOSE:To omit the correction of a working process done by an operator and to select an optimum tool by dividing a working area into the areas corresponding to plural working processes and at the same time selecting a tool having the same shape as the tool that is used for dividing the working area. CONSTITUTION:A unworked shape data SB inputted from a keyboard 1, a data input part 2, an input data separating part 3, is divided each process by an unworked shape dividing part and goes to a process-based unworked shape data SE. The data SC is stored in a process-based unworked shape storing part 6. In the same way, the process-based worked shape data SE is stored in a process-based worked shape storing part 9. Meanwhile a shape having the same shape as the tool that is used for dividing the working area is selected out of a tool data storing part 19 regardless of the tool selecting order data. Then an undefined tool data generating part 22 produces the tool data on the tool length, etc., for each divided area, and the process-based tool data SF is stored in a process-based tool data storing part 10. Thus it is possible to produce the numerical control information for selection of an optimum tool in accordance with the contents of those parts 6, 9 and 10 with no correction of the working process done by an operator.
Patent JP-H04195216-A (JP)
Title: Pre-read control method
Inventor: KATAGIRI HIROYUKI
IPC: G06F3/06
Filed: 1990-11-23
Abstract: PURPOSE:To dynamically improve the pre-reading efficiency at all times by pre-reading the data out of an external storage based on the decided least and largest pre-reading value and storing the pre-read data in a data buffer. CONSTITUTION:When other read commands, etc., are not received while the date are read out of an external storage, the data are read out up to the largest pre-reading value and stored in a data buffer 7. Meanwhile the data are read out down to the least pre-reading value and stored in the buffer 7 if the other read commands, etc., are received while the data are read out of the external storage. The data transfer value is read out of a normal data area 7-1 of the buffer 7 and sent to a host device.
Patent JP-H01161462-A (JP)
Title: Bus interface
Inventor: SATOU AKIYUKI
IPC: G06F13/36
Filed: 1987-12-17
Abstract: PURPOSE:To accelerate data transfer by providing a means forcibly writing residual data in a main memory device when a read demand for the address, in which the data of a data buffer is remained, comes. CONSTITUTION:An adaptor device 5 is disposed between a high speed bus 3a and a medium speed bus 3b and the data buffer 24 temporarily storing the data is provided corresponding to each channel to the adaptor device 5. Then, the mutual conversion of the data of 4 byte and the data of 8 byte is executed in the data buffer 24. In case that the read demand for the address of the data buffer 24 comes when the data is still remained in the data buffer 24 and is not written in the main memory device, the data is controlled to be forcibly written in the main memory device. Thus, the speed of the data transfer between a CPU and the main memory device can be accelerated.
Patent JP-H07175144-A (JP)
Title: X-ray radiographic equipment
Inventor: MINAGAWA YASUHIKO
IPC: G03B42/04
Filed: 1993-12-20
Abstract: PURPOSE:To shorten the time for imprinting or feeding without adversely affecting the contact between a film and an intensifying screen by providing a data imprinting mechanism for imprinting the information concerning photographing on the film by the contact exposure at one part of a pressing plate part. CONSTITUTION:A plane light emitting body 1 for displaying and light-emitting data which should be imprinted on the film is attached to the intensifying screen notched part of a front pressing plate 4 so that a display part may face to a film surface side. The unexposed film is fed to a rear pressing plate on which the rear intensifying screen is stuck. The rear pressing plate is pressed to the front pressing plate 4 to which the front intensifying screen 5 is stuck, so that the film is brought into contact with the front and the rear intensifying screens between them. The data such as the name of a patient, an identification number and a date inputted from a data input means 14 is displayed and light-emitted by the plane light emitting body 1 incorporated in a part of the pressing plate 4 via a cable 15, a connector 16 and a driving part 13, and imprinted in a data imprinting part on the film as it is.
Patent JP-H07177392-A (JP)
Title: Video signal processor
Inventor: MOTOHARA KUNIO
IPC: H04N5/93
Filed: 1993-12-20
Abstract: PURPOSE:To provide a video signal processor capable of processing a video signal of high quality by surely removing noise. CONSTITUTION:An inputted video signal has its high-pass components extracted through an HPF1 and an HPF2. The output from the HPF1 has its large amplitude components cut by a limiter 3, is then amplified by an amplifier 4 and is subjected to addition or subtraction by the use of an adding/subtracting circuit 5. Then, the signal is shaped by an equalizer 6 and attenuated by an attenuator 7 for extracting its noise component. Then, the signal frequency and phase are detected by means of a microcomputer 8, and in the case of deterioration, the characteristic of the equalizer 6 is changed for correction of the signal. Then, the corrected noise signal is subtracted from an original through signal by the use of a subtraction circuit 8 for removing the noise components.
Patent JP-2000158978-A (JP)
Title: Method and device for controlling vertical motion of automobile
Inventor: FRITZ HANS
IPC: B60K31/04
Filed: 1999-10-06
Abstract: PROBLEM TO BE SOLVED: To provide a method and device for controlling vertical motion of an automobile allowing consideration to nonlinear vehicle vertical motion behavior with satisfactory precision at a comparatively low calculation cost. SOLUTION: A drive system operation signal U is obtained from actual traveling state data vist, aist, m, αs, ig, a target acceleration asoll according to supplied input data, and a target vertical speed vsi and a target vertical acceleration asi obtained in a controller on the basis of the actual traveling state. That is, a target drive system operation signal Uas is obtained on the basis of a reverse vehicle vertical motion characteristic curve graph according to the target vertical speed vsi and the target vertical acceleration asi in the controller, and the actual traveling state data m, αs, ig, while the drive system operation signal Ua is obtained from the target drive system operation signal Uas.
Patent JP-H07175921-A (JP)
Title: Density converter
Inventor: KAWASAKA YASUKI
IPC: G06T5/40
Filed: 1993-12-20
Abstract: PURPOSE:To correct the location of a light source and the influence of intensity, maintaining the contrast information of an image. CONSTITUTION:An image input part 1 obtains the density value 21 of a pixel obtained from each selected sample point itself and the surrounding around the sample point. A feature amount extraction part 2 calculates feature amount 24 by each sample point unit by using the density value 21. By the feature amount 24, a density conversion system is decided, the decision signal 23 and the feature amount 24 of each sample point are passed to a density conversion function part 3, the density conversion function for every sample point is prepared based on the decision signal 23 and the feature amount 24, and density conversion function data 25 is passed to a density conversion function conversion part 4. The conversion part 4 obtains the density conversion function for all pixels including pixels other than the sample points by using the density conversion function of each sample point and passes the density conversion function data 26 to an arithmetic part 5. The arithmetic part 5 converts the image data 22 passed from the image input part 1 by using density conversion function data 26 and passes the data 22 as image data 27 after a density conversion to a conversion image output part 6.
Patent JP-H10156356-A (JP)
Title: Desalting method and desalting device
Inventor: HAYASHI MASAO
IPC: B01D61/02
Filed: 1996-11-29
Abstract: PROBLEM TO BE SOLVED: To provide a desalting method and desalting device capable of cost effectively and efficiently desalting sea water and sewage without requiring a large-scale pressure vessel and without requiring a large amount of energy. SOLUTION: The desalting device 10 having a reverse osmosis module 11 into which reverse osmosis membranes are built and a water lifting pipe 13 and water lifting pump 17 for pumping up the fresh water produced from the fresh water collecting pipes 15 of the reverse osmosis module 11 is installed at the prescribed water depth in the sea water. If the water in the fresh water collecting pipes 15 is pumped up, a pressure difference above the reverse osmosis pressure from the internal pressure of the fresh water collecting pipes 15 across the reverse osmosis membranes is eventually kept generated at all times in a natural state by the static pressure from the ambient and the pressure difference necessary for the reverse osmosis is easily obtd. The desalting of the sea water, etc., is thus cost effectively and efficiently executed.
Patent JP-H08179821-A (JP)
Title: Curved line graph display device
Inventor: KITAGAMI TOMOO
IPC: G05B23/02
Filed: 1994-12-22
Abstract: PURPOSE: To improve operability by providing the curved line graph display device with which a main input point is previously registered and a curved line graph based on the data of the main input point can be displayed while being overlapped on a curved line graph expressing any arbitrary plant state. CONSTITUTION: A main input point data storage means 11 stores the main input point designated in advance, a main input point graph display data collecting means 12 collects display data corresponding to the respective main input points, and a main input point graph display data storage means 13 stores the display data. A main input point display requesting means 14 requests a graph display means 3 for the overlapped display on the curved line graph of the main input point at the time of arbitrary curved line graph display and displays it on a display device 4.
Patent JP-H08180181-A (JP)
Title: Window operation unit
Inventor: SUGAWARA MICHITAKA
IPC: A61B6/03
Filed: 1994-12-22
Abstract: PURPOSE: To easily set a window level to a desired picture element value by changing the changed quantity of the picture element value according to manipulated variable of an operation switch according to the histogram of image data. CONSTITUTION: This unit is provided with an interface 1, an image memory 2 stored with fetched medical image data, a histogram calculation part 3 calculating the histogram of the image data stored in the memory, a histogram memory 7 stored with histogram data, a defined histogram memory 8 where plural preliminarily set histogram data are stored and a histogram selection part 9 selecting data of one of the memories 7 and 8. According to the histogram of image data, a window width and a window level are set. For instance, in the picture element value in which a histogram value is small, the change quantity for manipulated variable is increased.
Patent JP-H11210519-A (JP)
Title: Internal combustion engine controlling method and controller based on lean driving
Inventor: POSSELT ANDREAS
IPC: F02D45/00
Filed: 1998-11-11
Abstract: PROBLEM TO BE SOLVED: To prevent generation of excessively rich mixture in connection of a device so as to reduce unevenness of the mixture affecting engine torque by reducing a fuel quantity for a predetermined retention time after the device is connected and increasing the fuel quantity for a predetermined retention time after the device is disconnected. SOLUTION: B- drk representing a connection/disconnection process for a device for increasing a mixture action in a combustion chamber is in a non-set condition at first. In a time point t1, an engine is shifted to the upper load area, a lean action is switched to an ideal air-fuel ratio action, and the mixture action increasing device is disconnected, so that the bit B- drk is set. Then, first and second determination steps E1, E2 are actuated via first and second delay elements VZ1, VZ2. In this process, when a positive edge of the bit B- drk is generated, that is, when the mixture action increasing device is shut off, a switch S1 is switched by means of the first determination step E1, and a scale for increasing a fuel quantity is supplied.
Patent JP-H03182317-A (JP)
Title: Injection molding of plastic
Inventor: KAZAMA KENJI
IPC: B29C33/38
Filed: 1989-12-11
Abstract: PURPOSE:To obtain a product, on the surface of which plastic resin material filled with metallic filler or metallic powder is formed, inexpensively without applying secondary process such as coating and the like on the surface thereof by a method wherein the plastic resin material filled with metallic filler or powder is molded through injection molding employing a mold, on the surface of which a magnetized layer is formed. CONSTITUTION:A plastic mold is constituted of a cavity mold 1 and a core mold 2 while the surface layer 2a of the core mold 2 is magnetized so as to attract metallic filler, metallic powder and the like. Plastic resin 3, kneaded with metallic filler and/or metallic powder 3a, is poured through the gate 4 of a mold constituted of the cavity mold 1 and the core mold 2. In this case, the metallic filler and/or metallic powder 3a, kneaded into the plastic resin 3, are attracted to the magnetized surface layer 2a of the core mold 2 and collected to the inner surface side of the product of the resin and are not made to appear on the outer surface side of the product. Accordingly, secondary process such as coating, spattering, depositing, plating or the like is not necessitated, and effects, such as the improvement of the yield of production, reduction of the cost of the product and the like, may be obtained.
Patent JP-H07173091-A (JP)
Title: Novel fluorinated compound and its production
Inventor: SEKIYA AKIRA
IPC: C07C41/22
Filed: 1992-11-05
Abstract: PURPOSE:To obtain a novel fluorinated compound used as an intermediate for cooling media and foaming agents free from the fear of ozonosphere disruption, and further to provide a method for efficiently producing the novel compound. CONSTITUTION:2-Chlorotetrafluoroethylpentafluoroethylether represented by the formula: CClF2CF2OCF2CF3. This novel fluorinated compound can be produced by fluorinating 2-chloroethylethylether or its fluorinated derivative.
Patent JP-H10159018-A (JP)
Title: Cable end anchoring device and its use method
Inventor: TANIYAMA KENJI
IPC: E01D11/00
Filed: 1996-12-02
Abstract: PROBLEM TO BE SOLVED: To efficiently perform a series of cabling work such as pulling in, anchorage, and tensioning without damaging the cable. SOLUTION: This anchoring device comprises a socket 1 consisting of a cable hole 10, a bolt hole 12 and a rod hole 11 with one end threaded as well as a frame 21 attached to a fixed portion F. It also has a pin and reaction receiving plate attached to it, a bolt 23 with one end, linked to this pin, an anchoring metalware 2 consisting of a nut 26 to be screwed to it, and jack means comprising a center hole jack 3 and a rod 25 always linked to the jack.
Patent JP-H09162494-A (JP)
Title: Electron beam pumped laser and its driving method
Inventor: NISHITANI TERU
IPC: H01S3/0959
Filed: 1995-12-11
Abstract: PROBLEM TO BE SOLVED: To stabilize the intensity of the laser light emitted from an electron beam pumped laser and, at the same time, to change the intensity in stages. SOLUTION: An optical resonator composed of an active layer 3 and optical reflecting mirror layers 2 and 4 and a conductive plate 7 which is formed on a spacer 8 and extended so as to cover part of the resonator are formed on a light-transmissive substrate 6. The current quantity of an incident electron beam 1 is measured by irradiating the plate 7 with the beam 1 and measuring the current flowing to the plate 7 and the diameter of the beam 1 is measured by scanning the plate 7 with the beam 1 so that the beam can cross one side of the plate 7 or a conductor constituting a straight line at right angles and measuring in time-division the current which flows to the plate 7 when the beam 1 crosses the side of the plate 7.
Patent JP-H04196645-A (JP)
Title: Ultrahigh speed digital modulator
Inventor: OKADA TAKASHI
IPC: H04L27/36
Filed: 1990-11-26
Abstract: PURPOSE:To increase a carrier signal frequency equal to a highest operating speed of a digital element and to expand the transmission capacity by using plural individual modulators to process modulation calculation in parallel. CONSTITUTION:An n-series input signal is divided into two and they are inputted to digital filters 211, 212 corresponding to each channel as an I channel base band signal and a Q channel base band signal respectively. The output signal is inputted respectively to individual modulators 221-228 and the modulation arithmetic processing with an amplitude corresponding to each phase of a carrier signal. The output signal is inputted to a parallel/serial converter 23, in which the signal is converted into a serial signal according to the order of phases corresponding to the amplitude given to each of the individual modulators 221-228 and the result is outputted as a modulation signal. Thus, the carrier signal frequency is enhanced up to the highest operating speed of each digital element and the transmission capacity is expanded.
Patent JP-H09136557-A (JP)
Title: Transmission of working vehicle
Inventor: IIKUNI FUMIO
IPC: B60K20/02
Filed: 1995-11-16
Abstract: PROBLEM TO BE SOLVED: To provide a mechanism which prevents the movement of the shift position of a shift lever due to reactions from a transmission during shift operations and which enhances an operating feel. SOLUTION: The meshing of a speed change gear is varied by operation of a transmission operating part which causes the operation of a transmission which outputs rotary driving forces from an engine at different speeds, a lever position regulating tool 53 which holds in a predetermined shift position a shift lever 13 operating the transmission in steps for different speeds and which imparts control resistance during shift operations is provided on the side of the shift lever 13, and a shift position regulating tool which holds the operating position of the transmission operating part is provided on the side of the transmission 15.
Patent JP-H04194365-A (JP)
Title: Insert manufacture of distributor for internal combustion engine
Inventor: TOGO ICHIRO
IPC: F02P7/02
Filed: 1990-11-28
Abstract: PURPOSE:To reduce the number of part items as well as to simplify a manufacturing process by forming an insert body with both first and second insert parts, mounting a resistor on a hollow part and, after joining these first and second insert parts with the resistor, removing an inclusive part. CONSTITUTION:A first insert part 21 on the side of an ignition coil and a second insert part 22 on the side of a central electrode are unified as one body via an inclusive part 23, thereby forming an insert body 20, and a hollow part 24 is formed in an intermedaite part of this inclusive part 23. As for the manufacture of an insert 25 with a resistor 14, first of all, this resistor 14 is placed on the hollow part 24 of the insert body 20, subsequently an end of the first insert part 21 is welded to one end of the resistor 14, and an end of the second insert part 22 in welded to the other end of the resistor 14 as well. Next, with the inclusive part 23 removed, those of first insert part 21, second insert part 11 and resistor 14 are unified as one body, thus the insert 25 is formed up.