baber/WOPTO huggingface dataset:
Patent JP-S58180537-A (JP)
Title: Water absorbing sponge and production thereof
Inventor: KOYAMA AKIHIKO
IPC: C08J9/40
Filed: 1982-04-16
Abstract: PURPOSE:To produce the titled sponge which has good affinity with water- and oil-based cosmetics and can retain hydrophilic property and water absorption properties over a long period of time, by immersing an open-cell NBR sponge in an aq. soln. of a specified salt and drying it. CONSTITUTION:An open-cell acrylonitrile/butadiene rubber (NBR) sponge (A) obtd. by blending 0.5-20pts.wt. carboxyl-modified NBR latex with 100pts.wt. NBR latex is immersed in an aq. soln. of a tertiary amine salt or a quaternary ammonium salt (B) of formula I , II, III, IV or V [wherein R1-R4 are each alkyl, benzyl or polyoxyalkylene of formula VI (wherein R' is H, CH3; m is 1- 30) with the proviso that at least one of them is a hydrophilic group such as OH, a 10-22C straight alkyl, benzene ring and the others are a 1-3C alkyl, monohydroxyalkyl; x is halogen, a 1-2C alkylsulfate; y is inorg. acid, lower fatty acid] to adsorb component B to saturation. Then the sponge is withdrawn from the aq. soln. and dried.
Patent JP-H07274561-A (JP)
Title: Shape-memory-alloy actuator controller
Inventor: ARAMAKI SHINJI
IPC: H02N10/00
Filed: 1994-03-31
Abstract: PURPOSE:To operate a temperature sensor positively without mounting the temperature sensor on a shape-memory-alloy actuator. CONSTITUTION:When a switch 106 is turned on and a switch 107 is turned off, a switch changing unit 110 changes over a switch 109 so as to output maximum voltage to a PWM driving signal generator 103. Consequently, a shape- memory-alloy actuator 101 is energized and heated and begins to shrink, both the switch 106 and the switch 107 are turned off, and the switch changing unit 110 changes over the switch 109 so as to output an input from a PID controller 108 to the PWM driving signal generator 103. Since the temperature of the shape-memory-alloy actuator 101 is kept in a critical temperature range at that time, it is controlled at a command resistance value by the PID controller 108. Accordingly, the displacement of the shape-memory-alloy actuator 101 is determined, and the driving of a manipulator joint section 111 is controlled.
Patent JP-S63232384-A (JP)
Title: Excimer laser apparatus
Inventor: GOTO TOSHIO
IPC: H01S3/097
Filed: 1987-03-20
Abstract: PURPOSE:To obtain a high speed vertical discharge by providing a set of electrodes opposed in a predetermined section as inserting electrodes of a laser tube, and the other set or more of opposed electrodes at a position separated at a predetermined distance in a tubular axis direction from the electrodes to efficiently perform preliminary ionization of sealing gas. CONSTITUTION:A set of electrodes P1, P2 opposed in a predetermined section as inserting electrodes of a laser tube, and the other set or more of opposed electrodes P3-P6 disposed at a predetermined distance in a tubular axis direction from the electrodes are provided. That is, the opposed electrodes P1, P2 provided in a predetermined section perpendicular to the laser tube axis are spark-discharged in case of pulse charging the capacitor C2 of a main discharge circuit, a preliminary ionization is generated in the tube axis direction with an ultraviolet light generated at this time, and a main discharge of the tube axis direction generated continuously, i.e., a vertical discharge is uniformly formed in the laser tube. The operation of the opposed electrodes provided on the other section is similar with said case.
Patent JP-H11245996-A (JP)
Title: Item holder
Inventor: SUZUKI MITSUO
IPC: B67C3/24
Filed: 1998-03-02
Abstract: PROBLEM TO BE SOLVED: To reduce production cost and improve the storage of parts in the case item holders are made to correspond with many kinds of items, by making a subsidiary stand, having an item-holding part, free to be attached/detached to/from a main stand, having attaching parts to item-processing equipment. SOLUTION: A main stand 11 has a subsidiary-stand loading part 21 which is open at the top, and a container-pull-out hole 22 made in its bottom. It also has, as attaching parts to container-processing equipment, a carrying-guide attaching part, a turning-guide attaching part 23B, and a reversely-rotated-support attaching part 23C and so on, which are commonly used for all kinds of containers to be processed. A subsidiary stand 11 has a container-holding part 31 which matches the outside shape of a specific kind of container and is open at the top, and a container-take-out hole 32, made in its bottom, which corresponds with the container-pull-out hole 22 of the main stand 11, and the stand 11 is individuated according to a container kind.  Further, the subsidiary stand 12 has pins 33 in two positions in the direction of its diameter, which jut out from the outer peripheral part of its upper end. And by the engagement of the pins 33 with the engagement grooves 24 of the main stand 11, the subsidiary stand 12 specifies the connecting-position relation of the subsidiary stand 12 with the main stand 11.
Patent JP-S59189342-A (JP)
Title: Color photosensitive silver halide material
Inventor: ONO MICHIO
IPC: G03C7/392
Filed: 1983-04-12
Abstract: PURPOSE:To obtain a color photosensitive material giving a stabilized color image free from fog and the deterioration of the hue by incorporating a compound synthesized by reacting a hydroquinone compound with a specified alkylating agent in the presence of an acid catalyst. CONSTITUTION:This color photosensitive silver halide material contains at least one kind of component selected among compounds represented by formula I and precursors thereof. In the formula, R is a group represented by formula II, R' is 1-20C optionally substituted alkyl, cycloalkyl, aryl, aralkyl or R, each of R1 and R2 is H or alkyl, both of them are not H, R3 is halogen, optionally substituted alkylthio, arylthio, sulfoxide, sulfonyl, acyl, ureido, urethane, sulfamoyl, nitro or the like, n is 1-10, and m is 1 or 2. The compounds represented by the general formula I are especially effective in preventing the fading of a magenta color image and the yellowing of the white ground.
Patent JP-H02242136-A (JP)
Title: Intermittent measurement for battery-operated type gas analyzer
Inventor: IMAKI TAKAO
IPC: G01N21/35
Filed: 1989-03-16
Abstract: PURPOSE:To lower a power consumption with a shorter measuring time of an intermittent measurement by a method wherein a measuring sequence of a sample gas is executed immediately after the turning ON of a power source and ended when a measured value becomes stable to omit of a warming up operation sequence. CONSTITUTION:Intermittent measuring operations are performed in the following procedure, a power source is turned ON. Immediately, a measuring sequence of a sample gas is executed. Then, when a measured value of the sample gas becomes stable, the measuring sequence of the sample gas is ended and a measuring sequence of a zero gas is executed. When the measurement of the zero gas becomes stable, a difference between a stable measured value Ms of the sample gas and a stable measured value M0 of the zero gas is outputted as measured value. Finally, the power source is turned OFF. This allows the omission of a warming up operation sequence normally conducted after the turning ON of the power source and the sampling gas measuring sequence itself after the turning ON of the power source concurrently performs a warming up operation.
Patent JP-S61224533-A (JP)
Title: Remote controlling device
Inventor: TAKASE HITOSHI
IPC: H04Q9/00
Filed: 1985-03-28
Abstract: PURPOSE:To attain connection with various slave devices transmitting a signal by providing a transmission means of a signal through plural transmission media and setting a medium for each slave set. CONSTITUTION:At first n input device 11 brings the mode to the setting mode of an address and transmission means of a slave set. A control circuit 12 displays it on a display device 13. Then the input device 11 designates an address and transmission means 16-19 at each slave set, and designates a port number to connect each slave set further when a transmission circuit 18 for power carrier or a wired signal transmission/reception circuit 19 is designated. A control circuit 12 stores the number of an address transmission means to a storage circuit 14 and then the setting of the address and the transmission means is finished. When a signal is sent from a master set to a slave set, its instruction is outputted from the control circuit 12 to a distribution circuit 15. The circuit 15 uses the address given to the transmission signal to read the transmission means and output port number from the storage circuit 14 and the transmission signal is sent to a prescribed transmission means. Then the signal is sent to the slave set from the transmission means receiving the signal through a specific medium.
Patent JP-H02241769-A (JP)
Title: Form cutting mechanism of printer
Inventor: INOMATA MITSUGI
IPC: B41J11/66
Filed: 1989-03-16
Abstract: PURPOSE:To make the automate cutting of the form after printing possible without the creation of a dead space by setting a cutting tool at a standby position above or close to a carrier, making the tool to protrude from a cutting section when the cutting position of the form arrives at a position for the tool, and moving the tool by movement of the carrier for cutting the form. CONSTITUTION:A cutting tool 9 is set at a standby position above or close to a carrier 2, and then is forced to protrude from a cutting section by a tool actuating device 8, if the cutting position of a continuous document 4 arrives at a position for the tool 9. Next the cutting tool 9 is moved by movement of the carrier 2 in a direction of units to cut the continuous document 4. After the completion of printing a single page of characters, for example, the perforation is fed to a position for the tool, and the tool is caused to protrude through the perforation using the tool actuating device. Then the tool is moved by moving the carrier in a direction of units for cutting. The tool is parked using the device after cutting. Consequently, the form is automatically cut after printing without the creation of a dead space.
Patent JP-H11247423-A (JP)
Title: Sound insulating floor material
Inventor: HANAJIMA HIDETAKA
IPC: E04F15/18
Filed: 1998-02-27
Abstract: PROBLEM TO BE SOLVED: To bring out a sound insulating effect to a wider frequency area without increasing the number of material layers by forming a cushion material, of a plurality of vertically laminated material layers constituting a sound insulating floor material, by mutually laminating and adhering a plurality of cushion material sheets having different densities. SOLUTION: This sound insulating floor material 1 has a 5-layer structure consisting of a decorative material 2, a first base material 3, a first cushion material 4, a second base material 5 and a second cushion material 6 in order from the surface layer side, and the second cushion material 6 is formed of three thermally pressure connected layers of urethane foam sheets 6a, 6b, 6c. The urethane foam sheets 6a, 6b, 6c have different densities, and irregularities 8a, 8b for enhancing the sound insulating performance are formed on the upper surface of the urethane foam sheet 6a and the lower surface of the urethane foam sheet 6c.  A vibration forming a sound source which is added to the decorative material 2 of the floor material 1 laid on a bed is propagated to the second cushion material 6 while gradually damped, and the sound absorbing effect to respective specified frequency bands possessed by the urethane foam sheets 6a, 6b, 6c are brought out in three stages by the difference in density among them, and the sound insulating performance can be thus improved.
Patent JP-S58188447-A (JP)
Inventor: ERITSUHI BARETSUTO
IPC: A61C1/18
Filed: 1983-04-14
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-S5622175-A (JP)
Title: Method and device for establishing matching degree between two data arrays utilizing multiplexing mechanism
Inventor: EDOWAADO RUISU GUREIZAA
IPC: G06F7/02
Filed: 1980-05-14
Abstract: Method and means (1012) are disclosed for determining a particular criterion value and an associated positional value forthe degree of match between the juxtaposition of a plurality of events of a query and a plurality of corresponding events of a stored data base entry. Plural processing means are utilized. Each processing means (1016) includes a plurality of data stores and a temporary store for each data store. Each data store stores a group of data values. The data values are priorly formed and represent the number of event positions between the occurrence of events in the query and the occurrence of the corresponding events in the stored data base. The plural processing means, working together using the plural data stores and the temporary stores, form determined data values and sum-of-distance values which are then used by a utilizing means for in turn deriving a criterion value and a positional value corresponding to the degree of match between the query and the data base.
Patent JP-S61269844-A (JP)
Inventor: FURIIDOHERUMU KORUTE
IPC: H01J49/06
Filed: 1986-03-22
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-H08229414-A (JP)
Title: Electromotive pipette holding and selecting apparatus
Inventor: SAKAI TOSHINORI
IPC: B01L3/02
Filed: 1995-02-28
Abstract: PURPOSE: To provide a small-sized electromotive pipette holding and selecting apparatus capable of rapidly performing liquid sucking, distributing and discharging work and tip replacing work. CONSTITUTION: An electromotive pipette holding and selecting apparatus his a frame member 10 housing a plurality of electromotive pipettes 9 to transfer them to predetermined place, a frame member support mechanism 14, a plurality of the pipette holding means 2O fitted to the frame member 10 and individually holding the respective electromotive pipettes 9 in an up and down movable manner and the pipette selecting and moving means 30 together attached to the pipette holding means 20 to be engaged with the electromotive pipettes 9 and moved up and down to set the pipettes 9 to an operable state.  A main body opening and closing plate 40 having through holes for the electromotive pipettes 9 is fitted to the lower end part of the frame member in a freely revolvable manner and a chip separating cap 43 having the chip separating and engaging holes corresponding to the electromotive pipettes 9 is formed to the main body opening and closing plate 40 at a predetermined place.
Patent JP-H03265145-A (JP)
Title: Manufacture of vertical type mos transistor
Inventor: TAKASU HIROAKI
IPC: H01L29/78
Filed: 1990-03-15
Abstract: PURPOSE:To increase the density of a device by a method a second conductivity type Si layer of a low concentration is epitaxially grown on a first conductivity type Si substrate of a high impurity concentration, a first conductivity type layer of a high concentration is epitaxially grown on this second conductivity type Si layer in the same way, an Si layer consisting of these three layers is isolated by an oxide film thicker than the substrate and a transistor is formed thereon. CONSTITUTION:A second conductivity type silicon epitaxial layer 2 of low concentration and a first conductivity type silicon epitaxial layer 3 of high concentration are continuously laminated on a first conductivity type Si substrate 1 of high impurity concentration by a molecular beam epitaxial technique or the like and the surface of the layer 3 is covered with an Si3N4 film 5 via a thermal oxide film 4. Then, this laminated material is formed into a columnar form by photolithographic method excluding the substrate 1, all the exposed surface of this laminated material is covered with a thermal oxide film 6, which is used as a base, and this film 6 is encircled with an Si3N4 film 5. After that, a gate oxide film 10 made utilizing the film 6 of an Si island 9, which is formed into an insular form and composed of a columnar material, is formed and a gate electrode 11 is mounted along this film 10. In such a way, a vertical type MOS transistor of a high integration density is obtained in a normal process.
Patent JP-H10261566-A (JP)
Title: Method for manufacturing through hole for measuring beam current
Inventor: TAKAMATSU JUN
IPC: H01L21/027
Filed: 1997-03-18
Abstract: PROBLEM TO BE SOLVED: To contribute to, for example, the improvement in drawing accuracy in an electron beam aligner by accurately forming a small through hole that is approximately 0.1 μmϕ being required for accurately measuring formation beams at a thin film for screening beams. SOLUTION: In a method for manufacturing a through hole for measuring a beam current used for measuring the beam current in an electron beam exposing device, a W thin film 63 is formed on the surface side of an Si substrate 61 and then the substrate 61 is selectively etched from the reverse surface side of the substrate 61 and an opening is provided. Then, a first opening 63b with a larger diameter than a desired through hole diameter is formed at the W thin film 63 by an etching using an FIB(focusing ion beam). After that, a second opening 63a with a desired through hole diameter is formed at the bottom of the first opening 63b by an etching using the FIB for penetrating through the opening.
Patent JP-H08230357-A (JP)
Title: Translation sheet for medical examination
Inventor: ITOU MOCHITAKA
IPC: A61B5/00
Filed: 1995-02-28
Abstract: PURPOSE: To facilitate clear transmission of information from a patient to a medical treater by a method wherein when a person having a medical examination answers successively interview items stated in a language capable of being understood by a person having a medical examination, in a translation sheet for medical examination used in having the medical examination at a foreign hospital, its entry items are so constituted as to be transferred. CONSTITUTION: In use of a translation sheet for diagnosis, a use method of the sheet by Japanese, interview items, and an entry column for information on a person having a medical examination are displayed on a first sheet. By entering necessary items on upper paper 1 by the person having the medical examination, the entry items are transferred onto a second sheet of middle paper 2. Since description is in English on the second sheet, and contents answered by the person having the medical examination are transferred to a part of corresponding description in English, a doctor confirms a condition of a disease or the like. If necessary, he diagnoses a patient by fever, pulse, etc., and enters a diagnostical results on middle paper 2. Besides, a necessary prescription is written. Information on the diagnostical items and directions of medicine is stated in Japanese on a third sheet of lower paper 3, and the entry items on the second sheet have been transferred into a diagnostical result column and a column for the directions of medicine.
Patent JP-H11253017-A (JP)
Title: Device for taking out seedling
Inventor: KINOSHITA EIICHIRO
IPC: A01C11/02
Filed: 1998-03-16
Abstract: PROBLEM TO BE SOLVED: To eliminate a problem that the posture of a transplanted seedling is liable to be backward (or forward) tilted, because the seedling tilted along the upper surface slope of a seedling-receiving plate is taken out and subsequently transplanted, when the upper surface of the seedling-receiving plate disposed behind or before a laterally and reciprocatively movable seedling carriage is backward (or forward) tilted, and a problem that a seeding group may smoothly not be delivered from the seedling carriage, when the upper surface of the seedling-receiving plate is horizontally disposed. SOLUTION: This device for taking out seedlings is obtained by disposing a seedling- taking port 40 formed in a U-shaped shape from the rear side (or the front side) in the center of a laterally long seedling-receiving plate 39, disposing a seeding carriage 41 disposed before or behind the seedling-receiving plate 39 so that the rear portion (or front portion) of a seedling group 45 loaded on the seedling carriage 41 is protruded on the seedling-receiving plate 39 and laterally and reciprocatively moved, disposing in the seedling-taking port 40 a shielding plate 61 which is opened, when a downward moved planting rod 28 passes through the seedling-taking port 40, backward (or forward) tilting the upper surface of the seedling-receiving plate 39, and horizontally disposing the upper surface of the shielding plate 61, when the seedling-taking port 40 is closed.
Patent JP-S51142532-A (JP)
Title: Inhibitors against microorganisms
Inventor: ENOMOTO SATOSHI
IPC: A61K8/00
Filed: 1975-06-02
Abstract: PURPOSE:Inhibitors against microorganisms having antimicrobial activity equal to or higher than sorbic acid and being useful for foods, etc.
Patent JP-S61225445-A (JP)
Inventor: OBARA SHUNPEI
IPC: E04B1/80
Filed: 1985-03-29
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-S57180434-A (JP)
Title: Silver catalyst for production of ethylene oxide
Inventor: NOJIRI NAOHIRO
IPC: C07D301/10
Filed: 1981-04-30
Abstract: PURPOSE: To improve the performance of a silver catalyst used for production of C 2 H 4 O by oxidation of C 2 H 4  considerably by contg. Br and/or F in combination with Na and Ca in said catalyst.  
     CONSTITUTION: Na is used in the form of salts, hydroxide, halide, etc. Ca is added as bromide, fluoride, hydroxide, or salts. Br, F are added in the form of salts of Na, Cs, Ba, etc. The amts. of addition are preferably about ≥1,000ppm Na with respect to the catalyst, about ≥10ppm and ≤0.5wt% Cs, about ≥5ppm and ≤0.1% Br and/or F, and further about ≤0.58 Na by atomic ratio of Ag. The above-mentioned compds. are deposited on a porous refractory carrier of 0.05W10m 2 /g surface area, and at least 15% apparent porosities by way of an aq. solvent. After the carrier is dried by heating, Ag is deposited thereon in the form of salts and the catalyst is dried; further, it is fired at about 100W1,000°C, whereby the catalyst is obtd. The amt. of deposition of Ag is preferably about 1W25% with respect to the carrier. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-S61224761-A (JP)
Title: Circuit for suppressing and integrating and controlling low frequency component
Inventor: FUKUDA EISUKE
IPC: H04L27/00
Filed: 1985-03-29
Abstract: PURPOSE:To decrease the circuit scale by providing an arithmetic logic operation unit comprising an instruction decoder, an address register, an I-ch register, a Q-ch register and an arithmetic section or the like and using it in common in time-division form. CONSTITUTION:The arithmethic unit ALU 21 consists of the instruction decoder 31, the address register 32, the I-ch register 42, the Q-ch register 43 and the arithmetic section 51 or the like and makes arithmetic based on a command given via the instruction decoder 31. The result of arithmetic of the arithmetic section 51 of the unit ALU 21 is set to a register 47 via a buffer 48, and the arithmetic is performed at each frame decided by a multi-value orthogonal amplitude modulation QAM system. Then the final result is fed to a comparator circuit of the I-ch system or the Q-ch system in time division via the register 42 or 43 depending on the gate signal on a gate line 37 from the register 32. Thus, the unit ALU 21 is used in common by the I-ch and the Q-ch system of the unit ALU 21 and the circuit scale is reduced.