baber/WOPTO huggingface dataset:
Patent JP-H04164463-A (JP)
Title: Golf ball tee-up device
Inventor: MAKI ISAO
IPC: A63B69/36
Filed: 1990-10-30
Abstract: PURPOSE:To allow a ball guide arm to smoothly make continuous swings in rising and falling and the vertical motions in the ball supply attitude by furnishing No.2 contacting part in a working member so as to be in contact with No.2 stopper consisting of a stationary cam plate fixed to the machine frame, allowing this No.2 contacting part to come in contact with the No.2 stopper, and putting the ball guide arm in the rising position when a vertical moving element is at the top position of its stroke. CONSTITUTION:When a vertical moving element rises, No.2 contacting part contacts with No.2 stopper 51 consisting of a stationary cam plate, and a crank 32 rotates further upward with the situation held as it is so as to elevate the vertical moving element 12. Now No.1 contacting part separates from No.1 stopper 20 while the No.2 contacting part maintains the contacting condition with the No.2 stopper 51, so that a ball guide arm rotating together with the No.2 contacting part rotates around a pivot and begins rising. When the vertical moving element 12 reaches the top of its stroke, the arm gets the rising attitude. When thereafter the crank passes the upper dead point, the vertical moving element begins sinking, and the arm 15 follows the procedure oppositely as returning from the rising position little by little to the level attitude for ball supply. At last the No.2 contacting part separates from the No.2 stopper, and the ball guide arm takes perfect ball supply attitude.
Patent JP-H11125001-A (JP)
Title: Temporary stage
Inventor: NAKAI AKIHISA
IPC: E04G1/20
Filed: 1997-10-23
Abstract: PROBLEM TO BE SOLVED: To simply adjust and set the height and the position for a scaffolding stage from below by a single worker by a method wherein an ascending/ descending scaffolding stage is installed between pipe ladders erected on the right and the left and the scaffolding stage is lifted up and down by wire ropes connected to the scaffolding stage through pulleys arranged at the upper end of the pipe ladders. SOLUTION: Each of pipe ladders is constructed of a lower pipe ladder 1 installed on a stand support base and an upper pipe ladder 2 installed on the lower pipe ladder, and a scaffolding stage B, capable of moving up and down in sliding along the pipe ladders, is installed between the pipe ladders. A wire rope end holding part 25 and a pulley 4 are attached to the upper end of each of the upper pipe ladders 2, and pulleys 26 are respectively held at the upper guide rods of the scaffolding stage B. Then, wire ropes 3, each fixed at its end to each of the holding parts 25, are extended to the ground through the pulleys 26 and 4. Thereby, a worker on the ground can lift up and down the scaffolding stage B and can hold lock holding devices to horizontal rods of the lower pipe ladders by tightening and loosening the wire ropes 3 at the ground.
Patent JP-H06228068-A (JP)
Title: Iodinated aromatic compound
Inventor: EDOWAADO AARU BEEKON
IPC: C07C255/55
Filed: 1993-11-19
Abstract: PURPOSE: To obtain the new compound useful as a contrast agent for x-ray imaging which is excellent in enzymolytic ability and adequate solvency profile.  
     CONSTITUTION: The compound of formula I [(Z)-COO is a residue of iodinated aromatic acid; R 1  and R 2  are each H, a (cyclo)alkyl, fluoroaokyl, aryl, aralkyl, alkoxy or, aryloxy; R 3  and R 4  are each a halogen, hydroxy, acylamino or R 1 ; R 5  is amino, an alkoxyalkyl, acetoamidoalkyl, COO-alkyl, cyano, carboxamido, sulfonate, sulfonamido, ureido or carbamyl or R3; Q is atom to form unsaturated mono- or bicyclic aromatic ring; n is 0 to 6] e.g. 4-(ethoxycarbonyl)phenyl 3,5-bis(acetylamino)-2,4,6-triiodobenzoate is obtained by reacting an iodinated aromatic carboxylate with a compound of formula II [X is an eliminable group]. 
     COPYRIGHT: (C)1994,JPO
Patent JP-S62148855-A (JP)
Title: Supercritical fluid chromatography device
Inventor: SAITO MUNEO
IPC: G01N30/32
Filed: 1985-12-24
Abstract: PURPOSE:To always precisely and stably control the flow rate of a solvent for movement in the supercritical state in a sepn. column by including a back pressure regulating means for controlling the passing rate of a moving phase solvent and regulating the pressure thereof, temp. control means, gas flow rate detecting means and flow rate control device for controlling the flow rate to the flow rate corresponding to a reference flow rate value into a titled device. CONSTITUTION:A detector 20 is provided on an outflow passage 18 of the sepn. column 6 to detect sample components. A back pressure regulating value 24 which is driven and controlled by a servocontrol motor 22 controls the passing rate of the moving phase solvent contg. the sample component to be discharged, thereby regulating the back pressure. The temp. conditioner 26 is provided on the down stream side to heat the moving phase solvent to be gasified. A gas flow meter 28 is provided on the down stream thereof to detect the discharge flow rate. The flow rate signal is inputted to the flow rate control device 30 which compares the detected flow rate and the reference flow rate value. A pump 4 is then operated to control the flow rate of the moving phase solvent passing in the column 6 to the flow rate corresponding to the reference value.
Patent JP-S62149195-A (JP)
Inventor: TAKAGI MASAMI
IPC: B32B15/08
Filed: 1985-12-23
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-S62148043-A (JP)
Title: Coil spring length regulating machine
Inventor: WATANABE SHIGERU
IPC: B21F3/02
Filed: 1985-12-23
Abstract: PURPOSE:To regulate a coil spring to a desired length by pressure of a proper quantity, by bringing a reciprocating motion driving device of a pressure head to a driving control, when the coil spring has positioned at the pressure head corresponding to a detector. CONSTITUTION:A disk 6 executes an intermittent rotational motion by a prescribed angle each. A coil spring which has been inserted into a bush 8 of the disk 6 in a fixed position is sent to a place where the first detector 14 has been provided. In this place, where a free height of the spring is higher than the height which has been set in advance or not is decided, and when it is higher, the detector 14 outputs an object detecting signal, and when it is lower, said signal is not outputted. When the spring is sent to a pressure head 58 in the rear of the detector 14 by a rotation of the disk 6, based on the signal, a control circuit supplies a driving signal to a pressure head reciprocating motion driving device, a compression is applied by the pressure head 58, and this operation is executed once or plural times. Also, by other detector and the pressure head corresponding to it, the length detecting pressure of the spring is executed successively, and the spring is regulated to a desired length.
Patent JP-H01133434-A (JP)
Title: Method for transmitting packet data by satellite communication
Inventor: YONEKURA KATSUMI
IPC: H04B7/15
Filed: 1987-11-18
Abstract: PURPOSE:To make the most efficient packet data transmission possible under various conditions by storing optimum parameters under various conditions which are found from experimental values obtained from data transmission carried out under various conditions and theoretically calculated values. CONSTITUTION:At first, data which are obtained from experimental values obtained from packet data transmission carried out under various conditions and theoretically calculated values and indicate that which parameters are optimum under various basic using conditions are stored in the memories 4 of data terminals on both sides of data transmission. When a necessary basic using condition is inputted through a keyboard 6 thereafter, the optimum parameter under the inputted condition is selected by a CPU 5 from one of the memories 4 and the selected optimum parameter is displayed on a display device 7. At the same time, the optimum parameter is set in a communication processing section 8. Therefore, when data transmission is performed in such state, the most efficient data transmission can be carried out under the inputted basic using condition.
Patent JP-H11114155-A (JP)
Title: Ball control device for use in pachinko machine
Inventor: KASHIWAGI ATSUSHI
IPC: A63F7/02
Filed: 1997-10-09
Abstract: PROBLEM TO BE SOLVED: To provide a ball control device capable of securing sufficient actuating torque during the actuation of a pulse motor transmitting toque to a cam driving a ball-shooting hammer and of preventing malfunctioning as compared with a device in which a means for generating a drive signal for the pulse motor is constructed of a circuit means. SOLUTION: A ball control device includes a touch detector circuit 2, a control means 3 for generating a drive signal for a pulse motor M transmitting torque to a cam driving a ball-shooting hammer, and a drive circuit 4 driving the pulse motor M according to the drive signal outputted from the control means 3. The control means 3 is for actuating the pulse motor M according to the detection signal of the touch detector circuit 2, and sets the operational mode of the motor M in a low-speed mode during the actuation of the pulse motor M, and thereafter switches the mode to a standard mode.
Patent JP-H06124866-A (JP)
Title: Pattern recognizer
Inventor: IMAI YUJI
IPC: G03F1/42
Filed: 1991-10-09
Abstract: PURPOSE:To distinguish a specific pattern accurately and at high speed without erroneously recognizing an arc by processing the waveform of analog signal obtained through relative scan, thereafter by shifting the waveform by a pattern gap quantity and by emphasizing only a partial waveform corresponding to the position in the waveform of a specific pattern. CONSTITUTION:The waveform of analog signal obtained by the scan of scanning means 1-9 is stored in a storage means 12 in the manner of corresponding to the scanning position on a material body M. Then, the differential waveform of analog signal read from the storage means 12 by a high-speed operation processor 18 is obtained and shifted in the scanning direction by a quantity corresponding to the predetermined space of a plurality of patterns WM and the shifted waveform and the original waveform are composed. The emphasized waveform part of the composite waveform is detected and outputted to a discrimination means 17. On the basis of the determined position, the discrimination means 17 moves a stage ST to an arbitrary position while monitoring the measured coordinate value of an interferometer 14. Thus, only a specific pattern can be surely detected from a wide region on the material body.
Patent JP-2001115863-A (JP)
Title: Fuel injection timing regulating device
Inventor: SAITO KENTA
IPC: F02D1/16
Filed: 1999-10-14
Abstract: PROBLEM TO BE SOLVED: To facilitate a regulation work to rotate a fuel injection pump shaft by an inspection machine, to increase holding rigidity of a fuel injection pump gear during regulation of an injection timing, and further to reduce a cost by reduction of the number of parts. SOLUTION: In a fuel injection timing regulating device for a diesel engine to relatively rotate a fuel injection pump based on a fuel injection pump shaft, the fuel injection pump gear is concentrically mounted on a flange-form mounting member, fixed on the fuel injection pump shaft, through a spigot part. A lock part to rotate the fuel injection pump shaft is formed radially internally of the spigot part of the mounting member. In a so formed fuel injection timing regulating device, a pin hole for fixing a gear is formed in the fuel injection pump gear and a recess of thread portion for a pin for fixing a gear engaged with the pin hole of the fuel injection pump gear is formed in the flange-form mounting member fixed on the fuel injection pump shaft.
Patent JP-2001111322-A (JP)
Title: Antenna fixing structure and antenna fixing method
Inventor: KAWAMOTO YASUHIRO
IPC: H01Q1/24
Filed: 1999-10-14
Abstract: PROBLEM TO BE SOLVED: To surely solder a film antenna to a printed circuit board by preventing the film antenna from floating from the printed circuit board due to soldering. SOLUTION: This structure is provided with an antenna 104 in which an antenna element pattern is arranged on a flexible film board, a printed circuit board to which the antenna 104 is soldered, a soldering terminal part 203 arranged at the antenna 104 for soldering the antenna 104 to the printed circuit board, and a soldering pattern 204 arranged at the printed circuit board for soldering the soldering terminal part 203. In this case, a space 401 is formed at the soldering terminal part 203 so that the soldering terminal part 203 can be prevented from floating on the soldering pattern 204 due to soldering.
Patent JP-H11136816-A (JP)
Title: Box type control panel
Inventor: MASUDA YUTAKA
IPC: H02B1/38
Filed: 1997-10-24
Abstract: PROBLEM TO BE SOLVED: To increase packaging density and working efficiency, by fixing a partition rack for separating the inside of a panel into front and rear or right and left parts on both inner side faces of the panel, and installing an opening and closing doors on a front face and a rear face for allowing equipments to be mounted from the front and rear sides using the partition rack. SOLUTION: A box type control panel has doors 2-1, 2-2 on a front and a rear faces of a box 1. These doors make it possible to work from both front and rear sides. Furthermore, a partition rack 7 installed at the center inside the panel is used for mounting equipments such as control units and electric components on both sides of it. Wires 5 from the control units 3 and the like are put in order at wire receivers 6 and then are led out to a cable duct 9. Since the front and the rear face of the case 1 can be opened at least while at work and the partition rack 7 for separating the inside of the case into two sections is installed and its front and the rear face are used for mounting, the mounting density can be remarkably increased and the working efficiency can be also increased as the work can be done from the front and rear sides.
Patent JP-H11130337-A (JP)
Title: Adhesive tape sticking device
Inventor: NAKAJIMA TAKAYUKI
IPC: B65H35/07
Filed: 1997-10-24
Abstract: PROBLEM TO BE SOLVED: To improve productivity/reliability by stabilizing a tape sticking process in various kinds of automatic wrapping devices by sticking a tape, sucking and holding a non-sticking surface of the tape by using a sticking means. SOLUTION: A sticking means sticking a tape, sucking and holding a non- sticking surface of the tape, is constituted of a sucking member 14 sucking the non-sticking surface of the tape, blocks 15, 16 which freely advance side by side in a tape drawing direction, a stopper and a sensor. A tape pressing member is released in a state that the tape is sucked by the tape sucking member 14, and at the same time, a tape sticking part supported by a stopper freely falls and collides with an object to be wrapped. Further, wrinkles at both the end parts of the tape are smoothed out and the tape is stuck, exhausting air from the tape sucking member 14 by the signal of the sensor by advancing the blocks 15, 16 side by side in the tape drawing direction via a link when the tape is stuck by this impact.
Patent JP-H09134977-A (JP)
Title: Ceramic carrier
Inventor: TAKAYAMA YOSHIHISA
IPC: H01L23/13
Filed: 1995-11-10
Abstract: PROBLEM TO BE SOLVED: To provide a ceramic carrier having improved heat cycle characteristic, by forming a resin film in regions other than a terminal electrode on the surface having the terminal electrode formed thereon. SOLUTION: On the surface of a ceramic carrier 1 having terminal electrodes 3 arrayed in a two-dimensional array, a resin film 7 is formed in regions other than a soldering land. With this structure, repetitive stress generated by thermal expansion coefficient difference between the ceramic carrier 1 and PCB is not concentrated at any specified point but is dispersed by the resin film 7 formed on the entire surface of the ceramic carrier 1. Thus, the stress which is conventionally concentrated at a terminal electrode on the outermost side becomes very small, and a mounting body having high reliability for cycling test may be provided.
Patent JP-S62156328-A (JP)
Inventor: SATO SABURO
IPC: D02G3/24
Filed: 1985-12-27
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-2000098363-A (JP)
Title: Liquid crystal display element
Inventor: SHIRATO HIRONORI
IPC: G02F1/1335
Filed: 1998-10-14
Abstract: PROBLEM TO BE SOLVED: To provide a reflection type liquid crystal display element which can attain sufficient display brightness and a sufficient contrast ratio and realize a high quality screen display. SOLUTION: A light separating and reflecting film 6, which separates ambient white light entering through a viewing side glass substrate 1 into three, red, green, and blue colored light and reflects the separated three colored light to the viewing side is provided on the rear side glass substrate 2. A color development (separating) function and a reflecting function are accomplished with the one light separating and reflecting film 6. External light made incident on a liquid crystal layer 10 via a polarizing film 3, the glass substrate 1, a transparent electrode 4 and an alignment film 5, in the case it passes through the liquid crystal layer 10 after entering the layer 10 as it is, generates colors and is reflected with the light separating and reflecting film 6 and the separated and reflected light is visible from the side of the glass substrate 1.
Patent JP-H03152491-A (JP)
Title: Optical sensor circuit
Inventor: YOSHIDA YORIHIRO
IPC: G07D7/12
Filed: 1989-11-09
Abstract: PURPOSE:To prevent sudden degradation of a photodetecting element and deterioration of accuracy of a sensor by adjusting a resistance value of a variable resistance element corresponding to the detecting amount of the photodetecting element. CONSTITUTION:When a photodetecting element 4 receives the light of a light emitting element 2, a voltage is generated at a collector and an emitter. A reversing amplifier 5 supplies a voltage corresponding to the difference of the collector voltage and a reference voltage Vref to an A/D converter 9 through an LPF 8. At this time, the converter 9 controls ON/OFF of analog switches 10a-10n to adjust the combined resistance value of a variable resistance element 12. If the light is interrupted in this state for a moment, the element 4 is turned not to be conductive and the emitter voltage is reduced, with a detecting signal being outputted to a circuit at the next stage. If the detecting amount of the element 2 is reduced in lapse of time, the detecting amount by the element 4 is decreased. The A/D converter 9 increases the combined resistance value of the element 12 to raise the value of an emitter output signal of the element 4 to the original. Accordingly, when the output of the element 4 is adjusted corresponding to the time change, it is prevented that the light emitting element is deteriorated suddenly and the sensor accuracy is degraded.
Patent JP-S63148012-A (JP)
Title: Nozzle for premixed combustion of fuel oil and water
Inventor: YAMADA YOJI
IPC: F23C99/00
Filed: 1986-12-08
Abstract: PURPOSE:To make a substantial saving of fuel oil in a burner and provide an energy saving by a method wherein water is mixed with fuel oil through a throttle valve and a poppet valve within an orifice so as to perform an atomization combustion. CONSTITUTION:An oil water premixed combustion nozzle 21 may feed pressurized fuel oil from an oil feeding pipe 20 into an oil hole 2 and either pressurized water or hot water is fed from a water feeding pipe 19 into a water feeding pipe 17. The fuel oil is passed from an oil hole 2 through a communicating hole 4 into a strainer 15, filtered therein and then mixed with either water or hot water flowed from a water feeding pipe 17. Fuel oil mixed with the water is flowed from a hole 11 of a valve pressing element 12 and a branch flow groove 9 of a poppet valve 10, rapidly circulated during its flow in a circulation groove 7b, resulting in that the molecules of the fuel oil and the water are efficiently mixed. Then, the liquid may flow through a clearance between a peripheral side surface of a throttle valve 8 and an inner surface of the orifice 6, the fuel oil and the water are mixed to each other while passing through the circulation groove 7a and the ignition is made while the liquid is atomized and injected through a minute injection hole 5.
Patent JP-2000112085-A (JP)
Title: Film and film unit with lens
Inventor: TAKABA TETSUSHI
IPC: G03B17/24
Filed: 1998-09-30
Abstract: PROBLEM TO BE SOLVED: To surely reflect an image printed in advance without using a light shielding mask and to make a naturally finished photograph obtainable by exposing a specified area with an exposure having a specified value or more corresponding to almost maximum negative density by a previously exposed part. SOLUTION: In order to form the previously exposed part 51b on each photographic frame 51, only spots corresponding to the latent image areas 51s and 51t of the part 51b are punched. A mask member for shielding light is prepared for spots other than the above spots, and is aligned and superposed on film 5, then is exposed with the exposure having the specified value or more so that the almost maximum negative density may be obtained. The respective areas 51s and 51t of the part 51b are exposed with the exposure with which the almost maximum negative density is obtained and formed in specified shape in advance. Therefore, the naturally finished photograph is obtained without using the light shielding mask.
Patent JP-H08152099-A (JP)
Title: Spray type oiling device for wire rope
Inventor: YOSHINO ISAO
IPC: F16N7/14
Filed: 1994-11-28
Abstract: PURPOSE: To smear oil on the whole surface of a wire rope uniformly and efficiently. CONSTITUTION: A pair of mixing nozzles 9 arranged opposite to each other are provided, an oil feed pump 3 forcedly feeding oil and a compressor 12 forcedly feeding compressed air to these mixing nozzles 9 are provided, a wire rope R is arranged between the opposed pair of mixing nozzles 9, and while running the wire rope R in one direction, oil is forcedly fed to the respective mixing nozzles 9 through the oil feed pump 3 and in addition compressed air is forcedly fed to the nozzles through the compressor 12, so as to spray the oil from both mixing nozzles 9 to the wire rope.
Patent JP-H08153439-A (JP)
Title: Load control device
Inventor: TAKAHASHI HITOSHI
IPC: H01H9/54
Filed: 1994-11-28
Abstract: PURPOSE: To downsize a device and enhance reliability. CONSTITUTION: A parallel circuit of a contact switch 3 and a contactless switch 4 is connected in series to a load 2. When a current is carried to the load 2, ON signal is outputted to the contact switch 3 after the ON signal is outputted to the contactless switch 4. When the current-carrying to the load 2 is interrupted, OFF signal is outputted to the contactless switch 4 after the OFF signal is outputted to the contact switch 3. Thus, the power consumption of the contactless switch 4 is suppressed, whereby a radiating device can be dispensed with. Since the contact switch 3 is opened and closed during the current-carrying to the contactless switch 4, no large current is carried to the contact switch 3.