baber/WOPTO huggingface dataset:
Patent JP-H0230441-A (JP)
Title: Method for inserting material in elastic body having pocket and installation of car pedal pad
Inventor: NISHIMURA TAKESHI
IPC: B23P19/02
Filed: 1988-01-25
Abstract: PURPOSE:To achieve passing through the entrance of a material which is larger than the entrance, by inserting a plurality of strip elastic plate in a pocket of a furnished elastic body which has a small entrance, expanding a rear tip of a group of strips, holding a material to be inserted, putting the material to have it passed through the entrance. CONSTITUTION:An upper point 2a of a plurality of strip elastic plate 2 is attached to an inner periphery 1a of a ring hardware 1. The inner periphery 1a of the ring hardware 1 is of almost the same shape as that of an entrance 3a of a pedal pad 3, and is made larger than a pedal plate 4 to be inserted, and a slit passing through an arm 4a of the pedal plate 4. A lower tip of the strip elastic plate 2 being inserted in the entrance 3a of the elastic pad 3, the pedal plate 4 is inserted from the inner periphery 1a of the ring hardware 1. The plate 4 is put and lowered through a group of elastic bodies by a putting arm 5, and as the entrance 3a of the pad 3 is expanded, the plate 4 is inserted into a pocket 3b of the pad 3. In this way, automation of all the processes can be executed.
Patent JP-S58130973-A (JP)
Inventor: KARATO HIROSHI
IPC: F25B13/00
Filed: 1982-01-29
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-S61172716-A (JP)
Title: Automatic cutting-off of gate of molded parts
Inventor: TAKAHASHI KATSUMI
IPC: B29C45/38
Filed: 1985-01-28
Abstract: PURPOSE:To miniaturize a mold by a method wherein a gate part is cut off by shearing through a time0differential actuation of a slide core in the automatic cutting-off of the gate of a molded part. CONSTITUTION:A mold is opened after synthetic resin material is poured in a product cavity solidifies. At the beginning of the mold opening, the guide slant 18a of a guide bar 18 does not abut against the slant to be guided 20a in the hole to be guided 20 of a slide core 14, resulting in causing no shifting of the slide core 14 to the outward direction of a product part 12. When the slide core 14 is brought into a state to press a gate 11 and the back surface of the product part arranging on the outward side of the gate, a shearing blade part 24 formed on a liner 22 is relatively shifted so as to apply a shearing action to the gate 11 with the blade part 24 and the shaped surface on the outward side of the gate of the slide core 14 in order to automatically cut off the gate 11.
Patent JP-S54107845-A (JP)
Title: Dressing apparatus for welding gun attached to industrial robot
Inventor: AKIBA KATSUHIRO
IPC: B23K11/24
Filed: 1978-02-13
Abstract: PURPOSE: To contrive an unmanned process for assembly work depending on the spot welding, and to secure the quality of weld, by automatically carrying out the tip dressing of the welding gun with an industrial robot at a specified period, and by detecting the limit of wear of the tip of the welding gun.  
     CONSTITUTION: According to the command for welding-start, the controller of the welding gun carries out scheduled controls on the power supply and on the pressure time, and after that, delivers the welding-end signal to the counter controller. The counter controller counts the number of spot-welds; and when the count amounts to a set value, the count controller delivers the signal to the robot controller. The robot controller delivers a command for the tip dressing, and excites the electromagnetic valve 10 for turning round the cutter 8 of the main body 7 of the tip dresser, and carries out the tip dressing. While these period, if the tips 4, 5, of the welding gun 3 wear off and touch the detector 11 for the limit of wear of the welding gun, an output for this detection is transmitted to the alarm signal generator. According to this method, the unmanned dressing apparatus can be realized. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-H09202534-A (JP)
Title: Winding pipe supplying device
Inventor: MIMA HIROSHI
IPC: D01H9/18
Filed: 1996-01-30
Abstract: PROBLEM TO BE SOLVED: To simplify a structure, to cope with a winding pipe having the different taper angle, and to improve general-purpose properties by providing a stocker to be appropriately moved so that a winding pipe to be held may be positioned to the winding pipe mounting part of a cradle. SOLUTION: A doffing device doffs a package P wound by respective winding units 11 and changes a paper tube for a new paper tube 12. A clamp cutter 15 for cutting a yarn Y picked by a yarn picking up means 14 for picking up the yarn Y between the package P and an oscillating drum 8 and for holding the yarn Y on the yarn supplying side, and a cradle opener 17 for appropriately opening and closing a cradle 16 for supporting the package P are provided on a traveling truck 13 to travel along the unit parallel providing direction. Moreover, a yarn pipe supplying device 18 constituted of a stocker 77 to be moved so that the yarn pipe 12 to be held may be positioned in the winding pipe mounting part 20 of the cradle 16, and a paper tube pressing rod 79 for dividing the yarn pipe 12 to be transferred to the cradle 16 and the other yarn tube 12 is provided.
Patent JP-H04248579-A (JP)
Title: Developing device for electrophotographic device
Inventor: AKASAKI TETSURO
IPC: G03G15/09
Filed: 1991-02-05
Abstract: PURPOSE:To reduce front-pull soil and the scattering of toner, which is troublesome on a developing device using a two-component developer to which fine grain toner is used. CONSTITUTION:A developing main magnetic pole position on a developing part is set in such a manner that the position is shifted to the upper stream side within the limit of 0 deg.-2 deg., with respect to a line connecting a photosensitive drum with the center of a magnetic roll. A blade gap Bg is set at the half of a developing gap Dg or more, and the gaps G1 and G2 between a housing container and the magnetic roll have the relation of 6BG>G1>3Bg, 3BG>G2> Bg. Consequently, high printing quality without having the front-pull soil is obtained, and the developing device having less toner scattering is obtained, as well.
Patent JP-H03218923-A (JP)
Title: Oxide superconductor
Inventor: MATSUMOTO TAIDO
IPC: H01B12/00
Filed: 1990-01-24
Abstract: PURPOSE:To increase critical temp. and to stably maintain superconducting state by adding Ag to an oxide compsn. consisting of Tl, Ba, Ca, Cu and O or substituting Ag for part of the metallic elements in the compsn. CONSTITUTION:This oxide superconductor is represented by a formula TlaBabCacCudAgxOz formed by adding Ag to an oxide compsn. consisting of Tl, Ba, Ca, Cu and O or by a formula Tla-xAgxBabCacCudOz formed by substituting Ag for part of the Tl, Ba, Ca and Cu in the oxide compsn. In the formulae, each of a, b and c is 2+ or -0.3, d is 3+ or -0.3, x is 0.1-1 and z is 10+ or -3. This superconductor has a high critical temp. and stably maintains a superconducting state.
Patent JP-H04254579-A (JP)
Title: Film forming device
Inventor: HIGUCHI KATSUTOSHI
IPC: H01L21/285
Filed: 1991-02-05
Abstract: PURPOSE:To prevent a transparent conductive film formed on a substrate from being damaged at the time of forming the film by a sputtering system utilizing a target provided with a permanent magnet on its rear by increasing the magnetic field intensity of the magnet and arranging an anode plate between the target and the substrate. CONSTITUTION:A target 105 of ITO (In-Sn oxide) is used to form a transparent conductive film on the surface of a glass substrate, etc., by sputtering. In this case, a permanent magnet on the rear of the target 105 is made of a rare-earth alloy of Sm-Co, etc., to increase the magnetic field intensity on the target 105 surface to about 100 gauss, an anode plate 101 impressed with a positive high voltage with respect to the target 105 is arranged between the target 105 and the substrate to make its potential variable, and hence the electron to bombard the target 105 is concentrated on the target 105 surface. Consequently, the film is not damaged by the electron, the electric resistance is not increased, and a good-quality ITO film of low electric resistance is stable formed.
Patent JP-S5191385-A (JP)
IPC: A23L27/50
Filed: 1975-02-05
Abstract: A process for cultivating microorganisms by means of fluidized bed characterized by cultivating a microorganism on a solid culture medium while mixing the solid culture medium in the fluidized bed with an upward gas stream and supplying an atomized liquid into the culture. According to this process, a cultivated product being high in enzymatic activity and quality is obtained with a high efficiency.
Patent JP-H11208022-A (JP)
Title: Method for adjusting light intensity
Inventor: ENDO KENJI
IPC: G03B27/72
Filed: 1998-01-27
Abstract: PROBLEM TO BE SOLVED: To provide a method for adjusting a light intensity whereby an irregularity in image exposure by an image-exposing apparatus is restrained. SOLUTION: A sensitivity on adjacent scan lines of a photosensitive film scanned and exposed by an image-exposing apparatus is changed by a relationship of a sub exposure and a main exposure to one scan line by a light beam exposing the other scan line. With this in mind, a target light beam width is obtained beforehand to uniform widths of scan lines of channels. Thereafter, a multibeam head 30 of the image-exposing apparatus is separated, and a light beam width-measuring apparatus 3 is mounted. Light beams are projected to a second-dimensional CCD camera 45 by all channels of an LED array 31, and the light beam width by each channel is measured. An optimum current value corresponding to each resolution for each channel to make the light beam width of each channel agree with the target light beam width is set for each kind of photosensitive films.
Patent JP-S59140759-A (JP)
Title: Dial circuit of telephone set
Inventor: YAMAMIYA KOUJI
IPC: H04M1/31
Filed: 1983-01-31
Abstract: PURPOSE:To realize re-calling by one operation during dialing or communication by providing a push-button telephone set, etc., separately with a switch for hooking which does not operate associatively with a hook switch. CONSTITUTION:When the switch KS for hooking is pressed during dialing or communication, transistors (TRs) Q4 and Q5 turn on and the voltage at a point A falls to L, so a TRQ1 turns off and the voltage at a reset terminal rs rises to H. When the switch KS is released, the TRQ4 turns off and the voltage at the point A rises to H after a capacitor C1 is charged, so the TRQ1 turns on and the voltage at the terminal rs falls to L, resetting a control circuit IC. On the other hand, the voltages at points B and C fall to L through the conduction of the TRQ5, and the TRQ3 also turns off while a TRQ2 turns off, so the DC loop of a trunk line is opened. When the switch KS is released, the TRQ5 turns off and the TRs Q2 and Q3 turn on to close the DC loop again; and the IC is also reset, allowing redialing operation.
Patent JP-S58132844-A (JP)
Title: Digital signal processing device
Inventor: ISHIZAKA KOUICHI
IPC: G06F13/00
Filed: 1982-02-02
Abstract: PURPOSE:To set and change optionally a delay time, by designating the number of a memory cell divided from a digital signal processing unit to access the memory. CONSTITUTION:A memory block SDM1 for delay of a digital signal is accessed by the address from an address management unit AMU 2 of a memory controlling unit MCU4. The memory block SDM1 is divided to plural memory cells, and cell number designation data and address data are sent from a host computer system 5 to an address management memory AMM3, where boundary addresses of memory cells are stored, of the unit AMU2. The unit MCU4 is controlled by a microprogram memory 11 and increments the address of the memory AMM3 to access the memory block SDM1. When the address of the memory AMM3 exceeds a prescribed value, it is returned to the original value, and this operation is repeated. The delay time of the memory block SDM1 is determined by the product between the control clock frequency and the number of words of the memory AMM3, and thus, the delay time is set and changed optionally by software.
Patent JP-S59140821-A (JP)
Inventor: YAZAKI YUKIHIRO
IPC: A01G31/00
Filed: 1983-02-02
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-S60159871-A (JP)
Title: Developing device with toner quantity detector
Inventor: AMAMIYA KOUJI
IPC: G03G15/08
Filed: 1984-01-31
Abstract: PURPOSE:To make the whole of a device small-sized and prevent the malfunction by transmitting the detection signal of a toner quantity, which is detected by a toner quantity detector, with a noncontact transmitting means. CONSTITUTION:The detection signal outputted from an optical sensor 16c is timed by a control circuit 18 and is amplified by a concentration detecting circuit 20 and is given to a transmission signal converting circuit 19. Meanwhile, the control circuit 18 operates the transmission signal converting circuit 19 to give a signal C, while indicates that the signal is transmitted through an second transmitting element 16f, to an external receiving element 31 of a signal processing circuit. When receiving this signal C, the signal processing circuit gives a signal A indicating completion of reception preparation to a receiving element 16g through an external transmitting element 29. When receiving this signal A through the receiving element 16g, the control circuit 18 gives said detection signal, which is converted to a transmission signal by the transmission signal converting circuit 19, to the first transmitting element 16e. Consequently, the detection signal is given as a signal B from the first transmitting element 16e to the signal processing circuit through an external receiving element 30.
Patent JP-S56112122-A (JP)
Title: Decoder circuit
Inventor: ISOGAI HIDEAKI
IPC: G11C11/413
Filed: 1980-02-08
Abstract: PURPOSE: To execute the access at a high speed and reduce the electric power consumption, by selecting a word line by means of combination of the H selective circuit output and the L selective circuit output.  
     CONSTITUTION: The H selective circuit HS consists of the current switch CS1 for generating A 0  and A 0 ' from the address signal bit A 0 , the current switch CS2 for generating A 1  and A 1 ' from the address signal bit A 1  by the comparative operation with the reference voltage VR 1 , respectively, and the AND gates AND 1 ∼AND 4 , and one of the outputs of the output transistors T 11 ∼T 14  becomes an H level. The L selective circuit LS consists of the current switch CS3 for executing the comparison with the relational voltage VR 3 , and the current switches CS4, CS5 for distributing the output of the switch CS3, and one of the outputs of the switches CS4 and CS5 becomes an L level due to the state of the address signal bits A 2 , A 3 . The outputs of the circuit HS, LS are provided to the coupling circuit group CPG, and one of said outputs is selected. 
     COPYRIGHT: (C)1981,JPO&Japio
Patent JP-S61255135-A (JP)
Title: Induction line communication system and method
Inventor: REI AAUIN SHIYAAMAN
IPC: G05D1/02
Filed: 1986-01-25
Abstract: In a guidance system for guiding a plurality of unmanned vehicles along a traffic lay out comprising a plurality of guide wires, a guide wire communications system is disclosed which is provided with a plurality of data communications circuits which can be linked together in a logical tree structure to form an extensive network. The communications circuits are connected to a vehicle traffic control computer which is provided with means for composing a coded vehicle instruction for assigning tasks to said unmanned vehicles. Various parts of the system, including for example, segments along guide wires, are designated as resources. The computer uniquely allocates those resources to each vehicle which are necessary for the performance of the tasks assigned to that vehicle. The vehicle traffic control computer further includes polling means which enables it to poll the status of each vehicle at varying time intervals and to receive a response from said vehicle when the computer next polls the vehicle. The guide wire communications system can communicate coded instructions to the vehicles either individually or as a group.   The guide wire communications system further comprises a network connecting the computer and the communications circuits which is provided with means for preventing reception of data transmissions from more than one vehicle at a time. The communications circuits comprise data transmitters provided with means for generating a communications wave with low frequency and low power but high data transmission rate. The data transmitters further includes means for encoding and decoding digital data using at least two data transmission frequencies. Said means comprise a circuit for digitally constructing a string of single cycles of cosine wave forms of selected frequencies. The communications circuits are provided with receivers for detecting cosine wave segments, transforming such segments into sine wave segments and recovering digital data at a rate substantially equal to the lowest data transmission frequency employed. The data communications circuits also include means for selecting low impedence or high impedence characteristics for a guide wire depending on the function of the guide wire as a data receiving antenna, a data transmitting antenna or a tracking-signal carrier, permitting low power signals to be used. The guidewire communications system further includes a communications circuit on each of a plurality of vehicles which comprises a low frequency, high gain transmit antenna composed of a substantially figure-eight pattern of conductors mounted on the bottom of the vehicle; a transmitter and a receiver substantially as described above, memory for storing a plurality of instructions for serial execution by the vehicle essentially independently; and means for determining estimated completion time of assigned tasks to permit minimum polling of each vehicle by the vehicle traffic control computer at varying time intervals.
Patent JP-2000216907-A (JP)
Title: Portable telephone set
Inventor: YAMAMOTO MASAAKI
IPC: H04W88/02
Filed: 1999-01-22
Abstract: PROBLEM TO BE SOLVED: To provide a superior user interface having a speech mode for operating speech as a communication mode and a data mode for operating data communication by sufficiently utilizing the characteristics of both modes. SOLUTION: This portable telephone set has a speech mode for operating speech as a communication mode and a data mode for operating data communication. This portable telephone set is provided with an instruction inputting part 14 for inputting the instruction of a user, a liquid crystal display 15 for displaying information to a user, a switching part 16a for switching the speech mode and the data mode, a data communicating situation monitoring part 16d for monitoring the situation of the data communication in the data mode, and a switching deciding part 16g for deciding whether or not the communication mode should be switched to the speech mode, based on the monitored result of the data communicating situation monitoring part 16d.
Patent JP-H02196544-A (JP)
Title: Communication controller
Inventor: YAMAZAKI TATSUHIKO
IPC: H04L13/08
Filed: 1989-01-26
Abstract: PURPOSE:To always control a proper traffic and to prevent overflow of a buffer memory by providing a communication control buffer memory monitor section and a traffic control section and reducing the monitor period of the buffer memory accordingly when the rate of use of the communication control buffer memory is suddenly increased. CONSTITUTION:The communication controller is provided with a communication control buffer memory monitor section 2 monitoring the state of use of a communication control buffer memory 12 at a prescribed period, outputting a signal representing the operating state of the buffer memory 12 and revising the said prescribed period upon the receipt of a prescribed command signal and a traffic control section 4 outputting the prescribed command signal to the monitor section 2 when the rate of the use of the buffer memory 12 exceeds a prescribed value based on the signal from the monitor section 2. Then the monitor section 2 upon the receipt of the prescribed command signal revises properly the monitor period of the buffer memory in matching with the increase in the rate of the use. Thus, even when the rate of use of the buffer memory 12 is increased suddenly, the traffic is controlled properly.
Patent JP-H09213986-A (JP)
Title: Photosensor element and manufacturing method thereof
Inventor: KOYAMA JUNICHIRO
IPC: H03K17/78
Filed: 1996-01-31
Abstract: PROBLEM TO BE SOLVED: To realize a photosensor element, esp., such element having a Darlington transistor type structure which has a high power, high collector-emitter breakdown voltage providing a high withstanding voltage, and low base-emitter resistance providing a low internal resistance. SOLUTION: This photosensor element has a photoelectric converter 4 and Darlington-connected transistors 1 and 2 at a first and output stages to amplify a photo current provided by the converter 4. The output stage transistor 2 of the Darlington connection has a higher amplification factor than the first stage one 1 and dark current limiting resistor 4 is inserted between the base and emitter of that transistor 2.
Patent JP-H06204446-A (JP)
Title: Photoelectric transducer
Inventor: YOSHINAGA KAZUO
IPC: H01L27/148
Filed: 1993-01-01
Abstract: PURPOSE:To obtain a photoelectric transducer excellent in spectral sensitivity and resolution by combining a photoelectric transducer having sensitivity to visible rays and an infrared-visible converter. CONSTITUTION:A photoelectric transducer for the infrared region comprises a photoelectric element for the visible region, and an infrared-visible converter means for selectively generating visible optical signals to irradiate the photoelectric transducer in response to the optical signals in the infrared region. For instance, on a photocell section 208, wavelength selecting filters 201 to 203 are provided, and visible ray signals are read by a blue color transparent filter 201, a green color transparent filter 202 and a red color transparent filter 203. Further, by a combination of an element 204 of an infrared-visible conversion material and a photocell 208' provided under the element 204 and having sensitivity to visible rays, photoelectric conversion of infrared ray-visible ray-charge (carrier) is performed.