baber/WOPTO huggingface dataset:
Patent JP-H10253034-A (JP)
Title: Incinerator of organic waste liquid
Inventor: NAKAMURA KOUNOSUKE
IPC: F23G5/14
Filed: 1998-03-04
Abstract: PROBLEM TO BE SOLVED: To make it possible to incinerate and dispose of definitely waste water containing an organic matter without generating harmful gases. SOLUTION: Two breathable partition members 91a and 91b are laid out inside a furnace body 90 while they are vertically separated from each other. The interior of the furnace body 91 is segmented into a combustion space 96, an evaporation space 97, and a deodorizing space 99 where the combustion space 96 is located in the lower part of the partition member 91 in the lower stage and the evaporation space 97 is sandwiched with both partition members 91a and 91b and the deodorizing space 99 is located in the upper part of the partition member in the upper stage. Burners 93a and 93b are laid out in the combustion space 96 and the deodorizing space 99 while a spray nozzle 92, while sprays organic waste liquid at the evaporation space 97, is laid out. The partition members 91a and 91b are formed with a plurality of stages of laminated wire sheets.
Patent JP-2000250464-A (JP)
Title: Image forming device
Inventor: TAKEGAMI TAKESHI
IPC: G09G3/22
Filed: 1999-03-01
Abstract: PROBLEM TO BE SOLVED: To prevent an electron emitting element from malfunctioning owing to a ringing signal by making the resonance frequency of the ringing signal higher than the maximum value of the frequency that a driving signal has. SOLUTION: Let f0>fmax where f0 is the resonance frequency that a driving circuit including an electron source has and fmax is the maximum frequency that the driving signal has when an image is displayed. Further, the resonance frequency f0 is calculated from the calculation equation consisting of the inductive components Lro and Lco between lead-out parts for row and column wires and the connection part of the driving circuit, an inductive component Lmo between electron discharging elements in a simple matrix, and a capacitive component (Cmo) formed of the wire at an intersection of row and column wires and an inter-layer insulating layer. Further, the inductive components Lro and Lco between the lead-out parts for the row and column wires and the connection part of the driving circuit are <=200 nH and the distance between the lead-out parts and connection part is <=200 mm.
Patent JP-S61213002-A (JP)
Inventor: TAMURA HISASHI
IPC: A46B13/02
Filed: 1985-03-18
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-H09224292-A (JP)
Title: Signal collation method
Inventor: MATSUSHITA MUNEMASA
IPC: E05B83/36
Filed: 1996-02-15
Abstract: PROBLEM TO BE SOLVED: To provide a signal collation method in which illegal transmission by signal copy is surely excluded through the use of a short signal length and regular transmission signals are surely identified as to a signal transmitter- receiver using a numeral variable code as an identification code. SOLUTION: After generation of any pulse used for a fixed code of a pulse signal including the fixed code consisting of plural values in response to a pulse interval and a variable code revised for each transmission, the variable code pulse is generated at a shorter interval by the pulse interval used for the fixed code and the variable code is configured by the position of the variable code pulse. Thus, the variable code pulse is imbeded between the fixed code pulses, the entire signal length is decreased and illegal transmission by signal copy is surely excluded without causing large sized equipment due to increase in storage capacity and increase in power consumption and deterioration in a sense of operation due to redundancy of signals and regular transmission signals are surely identified.
Patent JP-S61218825-A (JP)
Inventor: JIYON EI DE MONAKO JIYUNIA
IPC: F16C13/00
Filed: 1986-03-10
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-S59182078-A (JP)
Inventor: NINOMIYA SHIGERU
IPC: B25J13/00
Filed: 1983-03-30
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-H07239558-A (JP)
Title: Developer and pattern forming method
Inventor: TANAKA HARUYORI
IPC: H01L21/027
Filed: 1994-02-28
Abstract: PURPOSE:To provide a pattern forming method using a positive type resist material for exposure with high energy beams excellent in applicability to a process. CONSTITUTION:One or more kinds of crosslinking agents selected from among hexamethylolmelamine, phenylenediamine and xylylene glycol are added to a developer contg. tetraalkylammonium hydroxide to obtain the objective developer used for a chemical amplification type positive resist material. A pattern of a chemical amplification type positive resist contg. a polyhydroxystyrene deriv. is formed through a heat treating process after exposure, a developing process using a developer obtd. by adding a crosslinking agent to an aq. alkali soln. and a deihydrating and baking process. Irradiation with far UV may be carried out after the development or development with only an aq. alkali soln. and processing with a soln. contg. a crosslinking agent may be carried out. The deformation of the formed pattern during etching can be inhibited.
Patent JP-S63219703-A (JP)
Inventor: KANBE HIROYUKI
IPC: E02B7/00
Filed: 1987-03-06
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-H05258471-A (JP)
Title: Data conversion circuit
IPC: G11B20/10
Filed: 1992-03-11
Abstract: PURPOSE:To convert digital information signals containing sample data into digital information signals corresponding to the n-bit digital video signal format. CONSTITUTION:On an n-bit digital information signal B, a data comparison circuit 26 compares whether each sample data is within the prescribed ranges N3-N4 decided by the abovementioned format, generating comparison result D. Thus, a data value conversion circuit 23 converts the sample data of the digital information signal B to be within the range. An identification code generation circuit 27 changes the comparison result D to identification code data K. A data comparison circuit 29 compares whether it is within the prescribed range N5-N6 decided by the above-mentioned format, and the comparison result D' is outputted. Thus, a data value conversion circuit 28 converts the identification code data K to be n-bit identification code data FLG within the range, being added to a digital information signal C from a data value conversion circuit 23 in a switch circuit 24.
Patent JP-S60197458-A (JP)
Title: Pneumatic multiplier
Inventor: ANDOU HIROMI
IPC: B60T13/575
Filed: 1984-03-19
Abstract: PURPOSE:To vary the input/output ratio (power multiplying characteristic) freely by constructing such that the contacting position between a lever provided between the input and output shafts and the input shaft or between said lever and the output shaft will be variable radially. CONSTITUTION:A poppet valve 17 is operated through the input shaft 13 to produce the differential pressure between two chambers A, B to be defined through a power piston 4 in the body 1 thus to push the output shaft 18 forward through the piston 4. Here, three levers 19 are arranged radially on the input and output shafts 13, 18 thus to transmit the reaction to be applied onto the output shaft 18 from the brake side to the input shaft 13. Each lever 19 is supported rollably on the front face of the power piston head section 8 and energized by a reset spring 10 to be rotated in Y-direction, while contacted with a projection 20 having spiral section secured to the output shaft 18 at the inner end side.
Patent JP-H06237645-A (JP)
Title: Implement for growing juvenile seedling
Inventor: SHIGEOKA YOSHITOMO
IPC: A01G9/10
Filed: 1993-02-17
Abstract: PURPOSE:To provide a implement intended to grow juvenile seedlings until they are set on the farm. CONSTITUTION:The implement is so designed that (A) the bottom of a growing case 10 of tetragonal shape of sides C, D and height E, several tens mm in lengths, respectively, which is made by folding a sheet of rectangular plate with one generating line made openable is engaged with (B) a rectangular growing stand 20 perforated to provide many holes 21 with a thin rod 22 H in height nearly equal to the height E of the growing case 10 stood at the center, and the growing case 10 is packed with soil to a height exceeding that of the growing stand 20. Separately, a cylinder ca.10mm in outer diameter A is packed with soil followed by seeding to grow juvenile seedlings, which are then fixed so as to insert the tip of the thin rod 22 into the soil in the cylinder and raised to larger seedlings with 5 to 6 leaves.
Patent JP-H10249503-A (JP)
Title: Method for cutting off slab in continuous casting equipment
Inventor: SAKURAI YOSHIHARU
IPC: B22D11/16
Filed: 1997-03-07
Abstract: PROBLEM TO BE SOLVED: To surely decide the starting position of cut-off in a slab cutting-off device and to prevent the defective cutting of a slab by recognizing the slab width at the position corresponding to the cutting-off position with the width signal of a case slab width meter fixedly arranged at the upstream side of the side cutting-off device. SOLUTION: In a cutting-off control device 10, the signal of the width Wm of the case slab at the cast slab width meter 9 or the width Wl of the cast slab at a casting width changing device 8 is stored in order in (m) pieces or one piece of tables at each casting distance Lts of the cast slab 5 and the cast slab width in the range of the cuttable zone Lt of the cutting-off control device 10 can always be recognized. By this method, the slab width Wi at the position according to the cutting length Ls can be known. The cutting-off control device 10 indicates the timing when a burner reaches the corner part of the cast slab 5 and changes from the pilot flame to the flame for cutting-off, to a control panel 12. In such a way, the cutting-off movement can surely be executed with the slab cutting-off device 6.
Patent JP-S57168561-A (JP)
Title: Automatic answering telephone set
Inventor: FUJII TERUO
IPC: H04M1/65
Filed: 1981-04-10
Abstract: PURPOSE:To eliminate the carrying of the devices which are exclusively used for a remote operation, by converting the received intermittent sound into a numerical value to compare it with the numerical group which is optionally decided by the owner and reproducing the message stored on a tape when the coincidence is obtained in the comparison. CONSTITUTION:An automatic answering telephone set answers automatically the telephone incoming, records the voice of the transmitter and reproduces the message stored at that moment by the owner by a remote operation. A storage circuit 29 is provided to such automatic answering telephone set to store the numerical value the owner decided optionally to start the reproduction of the message. The intermittent sound of the incoming signal given from an incoming detecting circuit of the telephone set is converted into a pulse 16. This pulse 16 is counted by counters 17, 18 and 28, an FF21, a comparator 22, a delay circuit 27, etc. to be converted into the numerical group. This numerical group is compared with the numerical group that is stored previously in the circuit 29 through a comparator 32. Then a reproduction request signal 12 is supplied to the telephone set from an AND circuit 26 when the coincidence of comparison is obtained. Thus the message stored on the tape is reproduced.
Patent JP-S61213658-A (JP)
Title: Electrophoresis device
Inventor: ABE KENICHI
IPC: G01N27/26
Filed: 1985-03-19
Abstract: PURPOSE:To reduce the size over the entire part of the titled device and to prevent the generation of a jam by disposing collectively a specimen coating part, migrating part and dyeing part in the direction perpendicular to the horizontal conveying direction of a base. CONSTITUTION:The base 2 is let off by delivery rollers 3 and after the base is cut by a cutter 4, the base is wetted with a buffer soln. 6 by buffer soln. wetting rollers 5 while the base is conveyed in an approximately horizontal direction. The base is then carried by rollers 7 into a treating part 8. The specimen coating part 9, migrating part 10 and dyeing part 11 are collectively disposed in the treating part 8 in the direction perpendicular to the approximately horizontal conveying direction of the base 2. The base 2 carried into said part is subjected to specimen coating, migrating, dyeing, decoloring and drying treatments. The base 2 subjected to the required treatments in the treating part 8 is ejected from the treating part 8 and is conveyed by delivery rollers 12 to a photometric part 14 having a clarifying liquid 13. The electrophoretic image is subjected to photometric scanning by a densitometer 18 having a light source 15, a condenser lens 16, a photodetector 17, etc. in said part and thereafter the base is discharged via discharge rollers 19 onto a tray 20.
Patent JP-S57168500-A (JP)
Title: Overload preventing device for tubular x-ray bulb
Inventor: SUMINO YOUICHI
IPC: H05G1/54
Filed: 1981-04-09
Abstract: PURPOSE:To improve both the precision of overload prevention and the response performance of an overload preventing device for a tubular X-ray bulb detecting the temperature of an insulating oil contained in the tubular X-ray bulb by use of an ultrasonic probe by taking advantage of the temperature dependency of an ultrasonic sound flux. CONSTITUTION:Ultrasonic waves are transmitted into an insulating oil, in which an X-ray bulb 1 is immersed, by giving transmission reception signals sent from an ultrasonic transmission reception equipment 3 to an ultrasonic probe 2. The ultrasonic propagation time during which the ultrasonic wave is sent from the equipment 3, is transmitted in the insulating oil and returns back to the probe 2 is measured with a time measuring apparatus 4. After that, an X-ray controller 6 is controlled by comparing a voltage signal corresponding to the measured ultrasonic propagation time with the standard value of the propagation time measured at a temperature near the tolerance threshold by means of a comparator 5. As a result, any overload can be prevented by carrying out the X-ray exposure stoppage or overload information according to the output of the comparator 5. Consequently, the reliability of the device can be enhanced by improving the response performance highly.
Patent JP-H06265214-A (JP)
Title: Hot water heater
Inventor: KAJITANI TOSHIMOTO
IPC: F24H1/18
Filed: 1993-03-15
Abstract: PURPOSE:To provide a hot water heater of hot water storing type in which a temperature mixing layer at a lower part of the hot water storing tank is eliminated and a desired amount of hot water can be assured without reducing a reliability of a heater. CONSTITUTION:A hot water temperature sensor 10 in a hot water feeding pipe 5 is provided. A water feeding temperature sensor 11 is arranged at a water feeding pipe 4. The hot water temperature sensor 10 has a plurality of hot water feeding temperature set values and a plurality of water feeding temperature set values corresponding to a plurality of hot water feeding-out temperature set values. A controller 12 controls the number of rotation of a pump 2 in such a manner that a detected temperature of the hot water temperature sensor 10 becomes a hot water feeding-out set value, and increases the flow rate. When a temperature detected by the water temperature sensor 11 reaches a water feeding temperature set value, the hot water feeding-out temperature set value is changed in response to the water feeding temperature set value, and when the temperature detected by the water temperature sensor 11 reaches the maximum water feeding temperature set value, the heater 3 and the pump 2 are stopped in operation.
Patent JP-S60198985-A (JP)
Title: Pal signal generating circuit
Inventor: SUZUKI SUSUMU
IPC: H04N9/67
Filed: 1984-03-22
Abstract: PURPOSE:To prevent deterioration of vertical resolution and visual disturbance of a PAL signal by applying hue correcting processing when a large change does not exist taking into the code to signals at two points being an object of arithmetic into account and avoiding the hue correcting processing if a large change exists. CONSTITUTION:A C signal 112 inputted to a C signal processing circuit 554 is separated into a carrier U signal 514 and a carrier V signal 515 by a hue correcting circuit 301 and inputted to a decision circuit 512 together with the signal 112. The amplitude of the signals 514, 515 is halved by the circuit 501 and signals 512, 513 are obtained. Then the C signal 112 not applied with hue correction and the carrier U signal 512 subject to hue correction are inputted to a selection circuit 510, and when the relation of ¦CV¦>=K exists depending on the content of a comparison signal 508 representing the relation between the absolute value ¦CV¦505 of the signal and a reference value K507, the C signal 112 is outputted and when ¦CV¦<K, the carrier U signal 512 is outputted as a carrier signal 302 respectively. Then only the data of the phase U is extracted from the signal 306 at a U demodulation latch 308 by using a phiU303 and the U signal 117 is demodulated.
Patent JP-S53138746-A (JP)
Title: Fixing device
Inventor: SAITOU KIKUO
IPC: G03G15/20
Filed: 1977-05-10
Abstract: PURPOSE: To prevent the futile consumption of an oil quantity by independently actuating plural coating control members, respectively, in accordance with the frictional force resulting from the friction between control member and fixing roller in order to make the range of coating an offset preventive liquid on the fixing roller correspond to the horizontal width of a toner support. 
     COPYRIGHT: (C)1978,JPO&Japio
Patent JP-H01229254-A (JP)
Title: Image recorder
Inventor: KITAZAWA YOSHIHIRO
IPC: G03D13/00
Filed: 1988-03-09
Abstract: PURPOSE:To prevent high moisture in the title recorder by providing a forcedly exhausing means in a postheating device. CONSTITUTION:A heating roller 112, a nip roller 113, a separation pawl 114 and a fan 115 are provided in the postheating device 110. After image exposure and heat development are performed to a photosensitive material, the image is pressurized and transferred on image receiving paper, then the image receiving paper is heated by the device 110 to promote the coloring of the image. Since much water is vaporized from the image receiving paper in the device 110, internal air is exhausted through the fan 115 to prevent moisture condensation. Then, deterioration caused by the stain of the image on the image receiving paper can be prevented.
Patent JP-H09223318-A (JP)
Title: Disk device
Inventor: OMORI TAKASHI
IPC: G11B19/247
Filed: 1996-02-16
Abstract: PROBLEM TO BE SOLVED: To provide a disk device capable of performing the read-after-write at a high speed by contriving a high speed access of the disk. SOLUTION: The disk device is provided with a 1st servo system 6 controlling the rotation of the disk 1 taking a fixed clock as the reference and a 2nd servo system 7 controlling the clock taking the rotation of the disk 1 as the reference. The 1st servo system 6 is used at the time of recording, and the 2nd servo system 7 is used at the time of reproduction. Therefore, the read-out is started before the rotation of the disk 1 is stabilized, to enable a high speed read-out. Since the high speed read-out is carried out at the time of reproduction by using the 2nd servo system 7, the read-after-write is realized at a high speed.
Patent JP-S51132102-A (JP)
Title: A method of installing refractories for blast furnaces
Inventor: NOMURA TAKATERU
IPC: F27B1/14
Filed: 1975-05-06
Abstract: PURPOSE: Savings of sealants as a consuming material, simplification of installing works and shortening of work period are achieved in installation of refractories for blast furnaces. 
     COPYRIGHT: (C)1976,JPO&Japio
Patent JP-H10230439-A (JP)
Title: Centerless grinding machine and centerless grinding therewith
Inventor: YANO TAKESHI
IPC: B24B53/053
Filed: 1997-02-20
Abstract: PROBLEM TO BE SOLVED: To provide a centerless grinding machine which can manufacture a double-tapered roller which is a short rotating body involving non-cylindrical outer diameter surfaces at a low cost with high finishing accuracy by using a centerless grinding technique which has high processing precision and high processing efficiency. SOLUTION: This centerless grinding machine is used for centerless grinding, by in-feed, both the conical surfaces Wa, Wb of a double-tapered roller W, in which the grinding surface 1a of a grinding wheel 1 and the rotation supporting surface 2a of a regulating wheel 2 have profiles which meet both the conical surfaces Wa, Wb of the double-tapered roller W respectively, and at which supporting surfaces of a blade support both the conical surfaces Wa, Wb of the double-tapered roller W so that its rotational center line may be in parallel to the axis of the grinding wheel 1. A rotary dresser involves dresser surfaces with a profile which meets the grinding surface 1a of the grinding wheel 1 and the rotation supporting surface 2a of the regulating wheel 2.  As a result, the double-tapered rollers are ground in bulk without generating an inclination or the like in a stably aligning condition all the time, a plurality of them at a time. As a result, it is possible to execute mass-production process of a number of double-tapered rollers continuously and automatically, thus attaining large reduction in manufacturing cost largely by mass production processing.
Patent JP-S59178497-A (JP)
Inventor: HONJIYOU TERUBUMI
IPC: G10L25/00
Filed: 1983-03-30
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-S59180286-A (JP)
Title: Heat accumulator
Inventor: MATSUNAGA KOUJI
IPC: F28D20/02
Filed: 1983-03-29
Abstract: PURPOSE:To provide a heat accumulator which can accumulate the heat ranging from a relatively low temperature to a relatively high temperature by employing multiple number of latent heat accumulating materials having different melting points. CONSTITUTION:Heat insulating containers 1, 2 and 3 are provided with heat exchangers 11, 12 and 13 which are conduit for a thermal medium to flow in and out to input and output the thermal energy as well as to exchange the heat. The delivery port for the thermal medium of said heat exchanger 11 is connected to the feed port of the thermal medium of the heat exchanger 12 through a three way valve 21, while the delivery port for the thermal medium of the heat exchanger 12 is connected to the feed port for the thermal medium of the following exchanger 13 likewise through a three way valve 22. The heat insulating container 1 is filled with a heat accumulating material 31 having the lowest melting point and the heat insulating container 3 with a heat accumulating material 33 having the highest melting point while the heat insulating container 2 is filled with a heat accumulating material 32 having the melting point inbetween. When a heat output is desired for domestic heating etc. from the afore-described heat accumulator, a heat output at a suitable temperature is obtained by controlling the three-way valves connecting respective heat exchangers.
Patent JP-H01228215-A (JP)
Title: Power-on resetting circuit
Inventor: KANO TOSHIYUKI
IPC: H03K17/22
Filed: 1988-03-08
Abstract: PURPOSE:To surely output a reset signal by discharging electric charge stored in a capacitor in a power-ON reset circuit via the source and drain electrodes of a P-channel MOS transistor at the time of generating hit in a power source. CONSTITUTION:When a voltage is impressed on a positive power source VDD, the capacitor 2 is charged, then, the reset signal is cancelled with the rise of the potential of an output terminal 4. When the hit is generated in the power source VDD, the gate electrode 3g of the P-channel MOS transistor TR3 goes to the potential of a negative power source VSS, then, the TR3 is set at an ON state. The electric charge of the capacitor 2 is discharged to the power source VSS via the source electrode 3s and the drain electrode 3d of the TR3, and the potential of the output terminal 4 drops quickly as shown in waveform 6, then, the reset signal is outputted from the terminal 4. In such a way, the reset signal can be outputted surely.