baber/WOPTO huggingface dataset:
Patent JP-2001108213-A (JP)
Title: Gasifying melting method and apparatus
Inventor: MORIOKA SHUICHI
IPC: F23G5/027
Filed: 1999-10-01
Abstract: PROBLEM TO BE SOLVED: To prevent the adhesion or growth of ashes (molten dust) to the furnace wall of the afterburner of a boiler. SOLUTION: Solid combustibles such as waste are gasified (partial combustion) by a gasifying furnace 18, a partial combustion gas is burnt by a burner 30 arranged to the furnace wall near the lower part of an afterburner unit 28 of a boiler 26 separating the partial combustion gas from unburned char and the ashes by a solid separator as a cyclone 22, the unburned char is burned forming ashes into slug introducing the unburned char and the ashes into a melting furnace 48, the high temperature exhaust gas from the melting furnace 48 facing the combustion exhaust gas from the burner 30 horizontally at a similar height is introduced into the afterburner 28 of the boiler 26 and the combustion exhaust gas from the burner 30 and the exhaust gas from the melting furnace 48 are mixed and agitated forcefully by clashing together inside the afterburner unit 28.
Patent JP-H07134571-A (JP)
Title: Liquid crystal driving circuit
Inventor: YASUDA HIDEYUKI
IPC: G09G3/20
Filed: 1993-11-10
Abstract: PURPOSE:To evade pannel underscan and to protect a liquid crystal pannel. CONSTITUTION:This circuit is provided with a line counter (33) reset by a signal (VRT) based on an inputted vertical synchronizing signal (VD) and counting up by the signal (HRT) based on a horizontal synchronizing signal and a comparator (39) comparing the value (n) of the line counter (33) with the value of the number of liquid crystal pannel driving lines (m) set beforehand, and prohibits the reset by the signal (VRT) based on the vertical synchronizing signal until the underscan state of m>n is evaded.
Patent JP-S63133288-A (JP)
Inventor: KOMODA YOSHIYUKI
IPC: G08B7/00
Filed: 1986-11-26
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-H04156142-A (JP)
Title: D channel packet transfer line setting system
Inventor: TANAKA FUMIYASU
IPC: H04L12/701
Filed: 1990-10-19
Abstract: PURPOSE:To inform a maintenance man of difficulty of transfer line setting at a proper time, at the time when setting of a D channel packet transfer line is far from easy by providing a message output means which outputs a message to inform that setting of the transfer line fails regardless of a preliminarily set number of times of setting in the case of failure in transfer line setting. CONSTITUTION:A transfer line resetting means 200 periodically tries to set the D channel packet transfer line, through which D channel packets transmitted and received by a packet terminal 3 are transferred between line controller 11 and a packet processing device 4, repeatedly a preliminarily determined numbers of times or more. If the transfer line resetting means 200 fails in setting of the D channel packet transfer line though repeating this setting the preliminarily determined number of times, a message output means 300 outputs the message informing that setting of the D channel packet transfer line fails. Thus, the maintenance man can recognize it at a proper time that setting of the D channel packet transfer line fails though being repeated the prescribed number of times, and he can quickly take a proper counter-measure.
Patent JP-S63135014-A (JP)
Title: Synthesizer tuner
Inventor: MATSUDA TOSHIO
IPC: H03J7/28
Filed: 1986-11-26
Abstract: PURPOSE:To quicken the adjustment and inspection by presetting an N value to receive a broadcast channel for tuner adjustment and check into a memory when the memory to which the value N of the frequency division ratio 1/N of a programmable counter is preset is initialized. CONSTITUTION:The titled tuner is provided with a 1st memory 18 to which the N value of the frequency division ratio 1/N of the programmable counter 3 is preset, a 2nd memory 17 storing the N value to select the reception frequency for the adjustment, measurement and check in advance, and a means writing the N value from the 2nd memory 17 to the 1st memory 18 when the 1st memory 18 is initialized. The N value for reception frequency selection such as adjustment is written automatically in the 1st memory 18. Thus, the adjustment is executed by using a channel selection button so as to select the N value stored in the 1st memory 18 and the tuning for each adjustment/ measurement is not required.
Patent JP-S62139749-A (JP)
Title: Antiskid type brake-system for four wheel automobile
Inventor: UCHIDA KIYOYUKI
IPC: B60T8/66
Filed: 1985-12-13
Abstract: PURPOSE:To restrain the weight and cost of a brake device from increasing, by obtaining a travel speed of a vehicle in such a way that the rotational speed of an outside front wheel of the vehicle which is highest is neglected during turn of the vehicle to delay the time of initiation of antiskid control. CONSTITUTION:An antiskid type brake system has a control device which receives output signals from rotational speed sensors 44, 46, 48 for detecting the rotational speeds of left and right front wheels 10, 12 and a propeller shaft 50, and estimates the travel speed of a vehicle in accordance with the rotational speeds of those. Further, the control device estimates a slip condition for each wheel in accordance with the difference between the estimated travel speed and the rotational speeds of the wheels to control actuators 26, 28, 30 for increasing and decreasing the hydraulic pressures of brakes 18, 20, 22, 24. In this arrangement, when a turn sensor 52 detects such a condition that the vehicle is turning, the control device 42 estimates the travel speed of the vehicle such that the output signal of the rotational speed sensor 44 for the left front wheel 10 is neglected if the vehicle turns to the right while the output signal of the rotational speed sensor 46 for the light front wheel 12 is neglected if the vehicle turns to the left.
Patent JP-H07115052-A (JP)
Title: Moving stage device
Inventor: KORENAGA NOBUSHIGE
IPC: B23Q17/24
Filed: 1993-10-15
Abstract: PURPOSE:To enable highly precision monitoring of a position of a holding plate even if the holding plate rotates. CONSTITUTION:An X stage 2 is moved to an X-axis direction by an X drive cylinder 3 along a guide surface of a base 1, and a Y stage 24 is driven to a Y axis direction by a Y drive cylinder 5 along Y guide members 2a, 2b which are integral with the X stage 2. A position of a holding plate 26 supported by a rotation stage 24a on a Y stage 24 is monitored by an X interferometer 7 and a pair of Y interferometers 28a, 28b which are integral with the holding plate 26. The X interferometer 7 is provided inside a vertical surface extending in an X axis direction passing through a central axis O2 of the holding board 26, and both Y intereferometers 28a, 28b are arranged mutually at the same distance from a vertical surface extending in a Y axis direction passing through the central axis O2.
Patent JP-H10111391-A (JP)
Title: Peripheral key for fabricating fuel assembly
Inventor: YONEDA KAZUTO
IPC: G21C21/00
Filed: 1996-10-02
Abstract: PROBLEM TO BE SOLVED: To improve fitting properties of a peripheral key and a gripper (jig) by thinly forming a tip end of a jig insertion part to be engagingly inserted into a fitting-in hole of a jig for rotating the peripheral key in a tapered shape. SOLUTION: At an end of an axial part 2 of this peripheral key, a rectangular, columnar jig insertion part 11 to be fittingly inserted into a fitting-in hole of a grip to be removed by rotating the outer periphery key is formed. A taper is applied to a tip end 12 of this jig insertion part 11, and this tip end 12 is thinly formed in a cone shape. Thereby, even if the peripheral key is mounted slightly displaced from an outer strap on angle or position base, it is possible to smoothly fit the jig insertion part 11 into the fitting-in hole by guiding of the grip into the engagement hole by taper. By forming the tip end 12 in the cone shape, the possibility of aggravation by the fitting-in hole on the rectangular section during guiding is eliminated, and fitting-in is properly performed without applying wasteful rotation to the peripheral key.
Patent JP-H11165805-A (JP)
Title: Packer container
Inventor: YOSHIKAWA HIROKUNI
IPC: B60P3/00
Filed: 1998-10-02
Abstract: PROBLEM TO BE SOLVED: To place loads on a cargo automobile provided with a driving part capable of loading/unloading a cargo. SOLUTION: A packer container 201 is provided with a container main body 202, a packer 203, a waste discharging member 204, a hydraulic device 205 having an engine and an operating part, a hook receiving part is fixed to a front wall 202b, the hook of a cargo automobile having a lifting hook is locked in the hook receiving part, the packer container 201 is capable of freely performing loading/unloading, a usually used hook roll or an arm roll is locked in the hook receiving part, and in the backside of a bottom plate 202a, a supporting leg 202h is provided in the front side to be freely extended, and a pair of left and right wheels 230c are provided in the rear side.
Patent JP-H10112791-A (JP)
Title: Facsimile equipment
Inventor: YOSHIDA TAKEHIRO
IPC: H04N1/00
Filed: 1996-10-03
Abstract: PROBLEM TO BE SOLVED: To provide facsimile equipment which can select whether it uses a ring tone function or not when it is used with a telephone set disconnected to the facsimile equipment. SOLUTION: This equipment is provided with a selecting circuit 28 that selects whether or not pseudo-ring tone is outputted in detecting a calling signal, outputs the pseudo-ring tone of a prescribed number in detecting a calling signal when it chooses the selection that outputs pseudo-ring tone in detecting a calling signal and shifts to an automatic receiving operation. Also, when it chooses the selection that does not output pseudo-ring tone in detecting a calling signal, it shifts to automatic receiving without outputting pseudo-ring tone in detecting a calling signal. Also in the case of the selection where pseudo-ring tone is outputted, when a telephone set 4 is connected, it does not output pseudo-ring tone in detecting a calling signal, and when the set 4 is not connected, it outputs pseudo-ring tone in detecting a calling signal.
Patent JP-H04157887-A (JP)
Title: Television transmission device and receiver
Inventor: SUZUKI NORIHIRO
IPC: H04N7/081
Filed: 1990-10-22
Abstract: PURPOSE:To improve the SNR of a multiple signal by raising a multiple level higher than that of other area, in an area which is called an overscan part and does not appear on a display screen, and lowering the multiple level in other part, and executing the transmission. CONSTITUTION:As for an input signal, a rearrangement of the signal. is executed, and it is assumed that a multiple signal is superposed to the upper and the lower bar parts. In this case, on a transmitting side, by a line counter circuit 2 for inputting a synchronizing signal, a line counter value is outputted, and based on the counter value, a coefficient for controlling a multiple level is generated by a coefficient generator 5. By multiplying this coefficient by an input signal by a multiplier 1, a desired signal is obtained. On the other hand, on a receiving side, as well, a line counter value is outputted by a line counter circuit 5, and based on the counter value, a coefficient for controlling a level expansion is generated by a coefficient generator 6. By multiplying this coefficient by an input signal by a multiplier 4, a desired signal is obtained.
Patent JP-H05122025-A (JP)
Title: Synchronizing signal generation circuit
Inventor: UEDA TOMOO
IPC: G01S13/76
Filed: 1991-10-02
Abstract: PURPOSE:To make it possible to continuously generate and output a pulse signal to be inputted for only a short time by a prescribed interval and a pulse synchronized with a high accuracy by providing a clock generation means, first and second count means and a phase adjusting means. CONSTITUTION:An input pulse signal is one to be inputted repeatingly, for instance, one which is to be inputted for only a short time and is to be again inputted for a short time after a prescribed time inverval passes. A first counter 10 counts the time interval of this pulse plural times, using a clock pulse 14 and a CPU 18 calculates the average of the plural counts. A second counters 15-1 to 3 count this average value by using the clock pulse 14 and continuously perform a pulse output at the time interval corresponding to the average value. Further, the phase is adjusted by phase adjusting means 17-1 to 3 making the phase of a pulse output from the second counters 15-1 to 3 to coincide with the phase of an input pulse and outputting the phase, and the pulse output becomes a signal synchronized with the input pulse with high accuracy.
Patent JP-H11121123-A (JP)
Title: Transformer
Inventor: WATANABE TOSHITADA
IPC: H01R31/06
Filed: 1997-10-15
Abstract: PROBLEM TO BE SOLVED: To provide a transformer that is a cordless type and enables an electrical appliance to be used in a horizontal position by installing rotatably a plug-in part to be used to plug in a plug of the electrical appliance at one end of the transformer body and forming a pair of terminals to be connected to a power source through an adapter plug at the other end protrusively. SOLUTION: A ring piece 8 that is connected through lead wires 16 is placed on a toroidal transformer 9 incorporated in a generally cylindrical transformer body 1. A plug-in part 2 having a projecting edge to engage with a recessed slot 1a is attached to one end of the transformer body 1 and a contact piece 7 stretched from an entry 5 of the upper end of the projecting part 4 is brought into contact with the ring piece 8 rotatably. It is preferable that a locking piece is formed in the recessed slot 1a which can engage with a locking hole formed in the projecting edge so as to stop the rotation of the plug-in part 2 at a predetermined angle.  A power source terminal 6 is formed protrusively at the other end of the transformer body 1 and a transparent or translucent cap 3 is so attached detachably to a cap attaching part formed on an engaging part 1d as to cover the terminal 6 and to prevent damage in carrying it.
Patent JP-H04156508-A (JP)
Title: Light deflector and light beam scanning device
Inventor: NANAMI SHOJI
IPC: G02B26/10
Filed: 1990-10-20
Abstract: PURPOSE:To obtain a very small light deflector with a large deflection angle range at a low cost by reflecting and deflecting a light beam with a motor formed by silicon planar technology. CONSTITUTION:An electrode 15 connected to each pole 14a of a stator 14 is connected to a driving circuit 16, when voltage is applied across a pair of stator poles 14a located at synchronous positions with the center of a rotor 12, the rotor 12 is attracted to the poles 14a via the electrostatic force. When the poles 14a applied with the voltage are changed to adjacent ones in sequence, the rotor 12 is continuously rotated. A semiconductor laser 20 is formed on a Si substrate 10, a laser beam 24 emitted from an active layer 22 is fed in a wave guide path 23 and converted into the parallel light by a collimator lens 31 and sent out in the direction parallel with the substrate 10. When the rotor 12 is rotated, the beam 24 is reflected and deflected by each light reflecting face 12b in sequence.
Patent JP-H04157328-A (JP)
Title: Mass flowmeter
Inventor: SUGIMOTO KOYATA
IPC: G01F1/84
Filed: 1990-10-19
Abstract: PURPOSE:To prevent measuring errors due to the cleaning operation by a method wherein the characteristic of a fluid flowing in a sensor tube is detected, a threshold value of tone characteristic of the fluid is set, the detecting value is compared with the threshold value, and the fluid running in the sensor tube is discriminated. CONSTITUTION:The vibration of two sensor tubes where a fluid is running is detected by detecting coils 5, 6. The speed of the fluid is detected by a detecting signal of the coils 5, 6 in speed detecting circuits 7, 8. The time difference (phase difference) of output signals from the circuits 7, 8 is detected by a time difference detecting circuit 9, multiplied with a certain coefficient in a flow rate operating circuit 10. Accordingly, the mass flow is obtained. The volumetric flow rate of tone fluid running in the sensor tubes is calculated by a volumetric flow rate operating circuit 14, which is compared with a threshold value set in a threshold value setting circuit 15 by a comparison circuit 16. As a result, the fluid running in the sensor tubes is discriminated as to whether it is a fluid to be measured or a cleaning fluid. The flow rate signal from the circuit, 10 is input to an AND circuit 17 and output to a flow rate integrating circuit, 18 in accordance with the signal from the circuit 16.
Patent JP-H10124194-A (JP)
Title: Power supply device from portable computer to extended station
Inventor: SHIN TAKAHIRO
IPC: G06F1/26
Filed: 1996-10-24
Abstract: PROBLEM TO BE SOLVED: To provide a power supply device which can perform a connecting operation without turning off the power of a portable computer 1 with respect to a power supply device from the portable computer 1 to an extended station 2. SOLUTION: This device consists of a portable computer 1 which has an internal power supply 7 and an extended station 2 which is attachable to the computer 1, and the computer 1 is provided with a means 11 which confirms whether it attaches to the extended station or not and a means which supplies power from the internal power supply 7 of the portable computer to the extended station 2 only when the confirming means confirms that the computer 1 attaches to the station 2.
Patent JP-H01123916-A (JP)
Title: Burner
Inventor: NAGAMITSU SACHIO
IPC: F23Q3/00
Filed: 1987-11-09
Abstract: PURPOSE:To realize the positive igniting characteristics by means of simple constitution by providing a spark igniter which makes an ignition electrode, its tip facing a burner port, generate spark discharge and a heater unit conducted thermally to the ignition electrode, and by heating the ignition electrode to elevate its temperature at the ignition time. CONSTITUTION:In a burner in which fuel is gasified and mixed with air to make a premixed gas for burning, when power supply to a heater 11 is first started scores of seconds before ignition is effected, said heater 11 heats and its temperature rises to a point at which fuel may be steadily gasified in a vaporization unit 12. At the ignition time, the fuel is fed to the vaporization unit 12 in addition to air, and almost simultaneously a spark igniter 21 is operated to perform spark discharge including therein a higher harmonic component for a plurality of times between the sharp tip of an ignition electrode 17 and a burner port plate 14 surrounding a burner port 15'. Since the ignition electrode 17 is covered with a ceramic 16 and is electrically insulated from the heater unit 11 to be embedded therein, the temperature of the ignition electrode 17 rises via the ceramic 16 at the preheating time before ignition. More particularly, since the flame core may be less subjected to the influence of the flame extinguishing action of the ignition electrode 17 at the ignition time, the igniting characteristics may be improved.
Patent JP-S62140778-A (JP)
Inventor: MIHASHI YOSHIO
IPC: B25C5/02
Filed: 1985-12-16
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-H07137000-A (JP)
Title: Cutting method by high pressure fluid jet and cutting device therefor
Inventor: HOSOI MASANORI
IPC: B26F3/00
Filed: 1993-11-11
Abstract: PURPOSE:To prevent the damage of a workpiece caused by falling after being bored and support cut material stably at the cutting time so as to improve cutting accuracy. CONSTITUTION:Cutting line groups 32a, 32b and cutting line groups 35a, 35b are divided in every common direction on the cutting lines of a workpiece. Cutting positions are disposed in different positions on a cutting table 2 every cutting line group, and opening parts 4a, 4b, 5a, 5b, 6a, 6b, 7a, 7b opened in correspondence with areas surrounding the respective cutting lines are formed at the cutting table 2 in the respective cutting positions. Cut material is positioned so that the cutting lines corresponding to the respective cutting line groups coincide with the opening parts, and cut by high pressure fluid jet while moving a nozzle along the cutting line of the workpiece.
Patent JP-H03145562-A (JP)
Title: Fuel injector
Inventor: MASUDA HIROSHI
IPC: F02M51/08
Filed: 1989-10-30
Abstract: PURPOSE:To effectively cool a coil bobbin and prevent the occurrence of vapor by providing fuel guide paths in the axial direction between the block section of an injector main body and the collar section of the coil bobbin so that fuel flows in a fuel passage between an iron core section and the coil bobbin. CONSTITUTION:A coil bobbin 14 wound with a coil 15 is arranged in a cylindrical injector main body 1 integrally provided with an iron core section 4 at the center section to constitute an electromagnetic solenoid 13 serving as an electromagnetic actuator. When the coil 15 is excited, a valve body 11 is sucked against a disk spring 12 and dissociated from a valve seat member 8, and fuel is injected through a released injection hole 9. Multiple fuel guide paths 31 for guiding the fuel fed into the injector main body 1 to a fuel passage 18' side between the coil bobbin 14 and the iron core section 4 are radially formed between a block section 3 on one side in the axial direction of the injector main body 1 and the collar section 14B of the coil bobbin 14 in a fuel injector.
Patent JP-H09129230-A (JP)
Title: Nonaqueous electrolytic battery and manufacture of positive active material
Inventor: WATANABE SHOICHIRO
IPC: H01M4/505
Filed: 1995-10-31
Abstract: PROBLEM TO BE SOLVED: To provide a nonaqueous electrolyte secondary battery with high capacity, high cycle characteristic, and excellent high rate discharge characteristic by specifying particle size, particle shape, and filling method of a specific positive active material. SOLUTION: The figure shows a longitudinal cross section of a cylindrical nonaqueous electrolyte battery. An electrode plate group 4, a positive plate 5, and a negative plate 6 are spirally wound through a separator 7 plural times, then housed in a battery case 1 made of a stainless steel plate resistant to an organic electrolyte. A positive aluminum lead 5a drawn out from the positive plate 5 is connected to a sealing plate 2, and a negative nickel lead 6a drawn out from the negative plate 6 is connected to the bottom of the battery case 1. The negative plate 6 is formed with paste prepared by mixing heat treated coke with a mixed solution.  A positive active material of the positive plate 5 is prepared in such a way that a sodium hydroxide solution is added to nickel sulfate and cobalt sulfate to form a nickel cobalt complex oxide having specified particle size and shape of fine crystal particles, then the composite oxide is mixed with sodium hydroxide, then crushed with a ball mill to primary particles.