baber/WOPTO huggingface dataset:
Patent JP-H07257945-A (JP)
Title: Transparent electric conductive laminated body and pen input touch panel
Inventor: AIZAWA MAMORU
IPC: G06F3/041
Filed: 1994-03-18
Abstract: PURPOSE:To obtain a transparent electric conductive laminated body maintaining high transmissivity over the entire visible light region by successively forming a silicon oxide film, a transparent electric conductive film and a transparent thin film having a low refractive index on a transparent substrate and specifying the transmissivity and surface resistance of the resultant laminated body. CONSTITUTION:A silicon oxide film, a transparent electric conductive film and a transparent thin film having a low refractive index of <=1.6 are successively formed on a transparent substrate and the transmissivity of the resultant three-layered laminated body at 550nm and the surface resistance are regulated to >=90% and 200-3,000OMEGA/squ., respectively, to obtain the objective transparent electric conductive laminate. This laminate is a transparent electric conductive laminate for a pen input touch panel having such high transmissivity as 290% transmissivity at 550nm and 280% transmissivity at 400nm and 200-3,000OMEGA/squ. surface resistance.
Patent JP-H11333653-A (JP)
Title: Tool spindle clamping device
Inventor: ZOSI MICHEL
IPC: B23B31/117
Filed: 1999-03-18
Abstract: PROBLEM TO BE SOLVED: To connect an additional spring assembly between a clamping device and a tool fixed on it by high tensile force by connecting it between a basic end part of a pulling bar and a basic end part of a sleeve in a manner in which pretension is applied thereon. SOLUTION: An additional spring bank or a spring assembly 15 is arranged in a sleeve collar 3. Preferably, it has a larger outside diameter than a sleeve 1. Pretension is applied to this additional spring assembly 15 by multipart fasteners 17/18 between the sleeve collar 3 and a basic end part of a pulling bar 4. Here, the multipart fastener; 17/18 have, for example, a head 16 on the basic end part of the pulling bar. The additional spring assembly 15 has an extremely higher spring constant than that of a first spring assembly 8 and is shrunk by an extremely high tensile force due to extremely small spring travel.
Patent JP-S58191312-A (JP)
Inventor: KOSAKAI YASUHIRO
IPC: F16B39/01
Filed: 1982-04-30
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-S62232267-A (JP)
Title: Dot output equipment
Inventor: NAGASHIMA SUNAO
IPC: H04N1/40
Filed: 1986-04-02
Abstract: PURPOSE:To improve resolution and gradation by taking the correlation density of plural corresponding image data as a picture element density and taking a position surrounded by the plural corresponding image data as a picture element position to generate an interpolation image data. CONSTITUTION:As a method deciding the picture element density of the interpolation image data, a method taking the correlation density of two picture elements corresponding to preceding lines is used as a picture element density of interpolation image data, a method using the correlation density of>=4 picture elements surrounding the picture element of the interpolation image data as the density of the interpolation image data, and a method using the correlation density of picture elements between preceding and succeeding lines as the density of the interpolation image data exist. As to the picture element position of the interpolation image data, a method forming a recording dot at a position deviated by a half dot width from the picture element position of the preceding line and a method forming the interpolation image data to the same picture element position as the image data of the preceding/succeeding lines exist. In selecting any method out of them, the resolution is improved.
Patent JP-H09265533-A (JP)
Title: Density histogram generating method and feature value calculating method for image
Inventor: KIKUMA HIROSHI
IPC: G06T7/00
Filed: 1996-03-28
Abstract: PROBLEM TO BE SOLVED: To generate a stable density histogram whatever combination of the number of pixels and a density resolution number digital image information obtained from a scanner has by generating the density histogram with the number of sections smaller than the density resolution number or the number of pixels which is smaller. SOLUTION: An image signal obtained by making a read through an image pickup part 16 is processed by an image processing part 22. To generate a density histogram of image data whose density resolution number is smaller than the number of pixels, the density histogram is generated with the number of sections smaller than the density resolution number, e.g. the number of sections which is an integral submultiple of the density resolution number. Consequently, the density histogram which is useful for a subsequent image analysis based upon the shape of a density distribution and its peak position. This method can be used even to generate a density histogram of image data whose density resolution number is larger than the number of pixels.
Patent JP-H10268802-A (JP)
Title: Manufacture of image display device
Inventor: SHIMAMURA TOSHIKI
IPC: H01J9/02
Filed: 1997-03-26
Abstract: PROBLEM TO BE SOLVED: To form a ultraviolet ray shielding film with a uniform and sufficient thickness and to prevent the contamination of the ultraviolet ray shielding film and an oriented film in the forming process, by forming the ultraviolet ray shielding film on a dielectric thin plate by means of a thin film forming method using a plasma generated in a plasma cell. SOLUTION: First, discharge electrodes (anode electrode 9A, cathode electrode 9K) and a partition 10 are formed on a lower substrate 8. A frit seal 1 is provided in the outer peripheral edge part of the lower substrate 8 on which discharge electrodes 9A, 9K and the partition 10 are provided and, by arranging a dielectric thin film 3 on which an oriented film 13 is formed through the frit seal 11, a plasma cell 2 is formed. Two vents of an introducing port and an exhaust port for gas exhaust or introduction are provided in the plasma cell 2. Consequently, after forming the plasma cell 2 in such a manner, a plasma is made to be generated in the plasma cell 2 and the ultraviolet ray shielding film 14 is formed on the dielectric thin plate 3 by a plasma CVD method.
Patent JP-H06290571-A (JP)
Title: Disk device for space flying body
Inventor: TSUYA NAOKI
IPC: G11B19/28
Filed: 1993-03-31
Abstract: PURPOSE:To provide a device in which a reproducing data speed is kept constant and which is suitable for the communication system of an earth satellite by constituting the device so as to combine and reproduce zones so that the sum of the data speed is held constant in spite of a ZCAV system. CONSTITUTION:Two heads 4a, 4b independent of each other are provided on the surface of the disk 1 of the ZCAV system. The heads 4a, 4b are moved on a head moving mechanism 5 independently by respective head motors 6a, 6b. After the heads 4a, 4b are set to a start point on a pair of zones according to the instruction of a pair of zone specification numbers 18a, 18b, reproduction is started. At this time, the constant data speed is held by a recording and reproducing signal 8 even when a reproducing zone is changed since the sum of the reproducing speeds from two zones is made 80 data blocks/revolution. Further, the data speed is made to coincide with the upper limit of a data transmission speed from the earth sattelite.
Patent JP-S63242200-A (JP)
Title: Methods for detecting stepout of magnet coupling and for restarting it after stepout
Inventor: KAKIZAKI TOSHIO
IPC: H02P15/00
Filed: 1987-03-30
Abstract: PURPOSE:To enable detecting surely the generation of a stepout of a magnet coupling composed of driving side and driven side magnets by judging that said magnet coupling has stepped out, when the number of revolutions of a motor driving said driving side magnet to rotate is more than a given value. CONSTITUTION:Directly under the bottom of an incubation tank 1, a driving side magnet 3 driven by a motor 2 to rotate and a driven side magnet 5 with a fixed agitating element 4 are provided in opposition to each other. On said driving side magnet 3 and driven side magnet 5, N and S poles are alternately arranged at equal pitches all over circumferentially. To the motor 2, electric current is supplied according to a torque necessary for rotating the driving side magnet 3. When the number of revolutions of said motor 2 is more than a given value during operation, the driving side magnet 3 and the driven side magnet 5 are judged to have stepped out so that the motor 2 is stopped. After that, the motor 2 is restarted with a low number of revolutions.
Patent JP-H05278486-A (JP)
Title: Four-wheel drive type work vehicle
IPC: B60K17/348
Filed: 1992-03-31
Abstract: PURPOSE:To provide a four-wheel drive type work vehicle capable of turning smoothly and also performing smooth turns at a high speed in making small turns by cutting off, during a turn, transmission to a rear wheel on the center side of the turn so that the vehicle can turn freely. CONSTITUTION:Power from a gear shifter 13 for front wheels is transmitted to right and left front wheels 1 via a front wheel deferential mechanism 27 while power from a gear shifter 13 for rear wheels is diverted to the right and left and transmitted to right and left rear wheels 2 via a pair of right and left hydraulic multiple disc side clutches 15, 16. As right and left maneuvering angles in the front wheels 1 relative to a straight forward direction become larger, torque transmitted from the side clutches 15, 16 that are the center of the turn is reduced successively, and opposing side clutches 15, 16 are kept in complete transmission state. During a fast travelling, transmission from the side clutches 15, 16 that oppose to the center of the turn is cut off.
Patent JP-H01245349-A (JP)
Title: Wait inserting system
Inventor: MUROI KIYOSHI
IPC: G06F13/42
Filed: 1988-03-28
Abstract: PURPOSE:To directly apply the same circuit to various microcomputer apparatuses by providing the title system with a wait controlling ROM for outputting a wait control signal and a waiting controlling circuit for outputting a WAIT signal. CONSTITUTION:The wait controlling ROM 16 inputs an address signal 21 and outputs '1' e.g. as a wait controlling signal 27 when one-time slot width is required for the wait cycle of addresses allocated to peripherals 13, 14 or '2' when two-time slot width is required. The wait controlling circuit 17 generates a WAIT signal 25 to a necessary wait cycle in accordance with the signal 27 and an access control signal 24. In case of inserting the wait cycle with the 2-time slot width, data '2' are outputted as the signal 27, so that the circuit 17 outputs the WAIT signal 25 only by the 2-time slot width. Since the constitution of the ROM 16 and the circuit 17 are independent from the constitution of the peripherals, the same circuit can be directly used for various apparatuses, as they are.
Patent JP-S52136-A (JP)
Title: Memory
Inventor: KUNO KAZUO
IPC: G11C14/00
Filed: 1975-06-21
Abstract: PURPOSE:To provide a memory cell with two transistors having multi-emitter to function as both nonvolatile ROM and volatile RAM.
Patent JP-S51151538-A (JP)
Title: Safety mechanism for the electric shutter of the camera
Inventor: SATOU AKIHIKO
IPC: G03B7/00
Filed: 1975-06-21
Abstract: PURPOSE: To make a shutter release to be inoperative at the time of running down of an electric cell with no use of an exclusive magnet in an electric shutter. 
     COPYRIGHT: (C)1976,JPO&Japio
Patent JP-H10262831-A (JP)
Title: Jar pot
Inventor: HASEGAWA YUICHI
IPC: A47J27/21
Filed: 1997-03-27
Abstract: PROBLEM TO BE SOLVED: To protect the fingers of a user from splashing of steam or hot water in the discharging operation. SOLUTION: An electric discharge type jar pot is designed to discharge hot water by an electric pump. In this case, a spout 13 for discharging liquid from the container body is positioned off the center of the body in the front view, with a discharge operation part 30 of a motor-driven pump positioned on the opposite side across the center from the spout 13, so that the spout 13 and the operation part 30 are kept from each other. In addition, a part where a discharge passage is bent downward is provided above the spout 13 and designed to take the highest position in the discharge passage.
Patent JP-S61236051-A (JP)
Title: Recording method for information of optical information recording and reproducing device
Inventor: TAMURA YASUYUKI
IPC: G11B11/10
Filed: 1985-04-11
Abstract: PURPOSE:To make possible recording and erasing simultaneously by irradiating two light beams onto a recording medium while giving magnetic field of one direction to the recording medium by an electromagnet and making recording of information by modulated light beam and making erasing of information by unmodulated light beam. CONSTITUTION:As shown in the figure (a), in adjoining track C and track D of a recording medium 1, the track C is magnetized upward and erased as initial state, while information of '1' and '0' is recorded in the track D. In the figure (b), downward magnetic field is given to the recording medium by an electromagnet 7, a laser driver 25 is driven to modulate a light beam A and the light beam A is irradiated onto the track C, and at the same time, a light beam B is irradiated onto the track D without modulation. Then, information is recorded successively in the track C by the light beam A, and information is erased successively in the track D by the light beam B. As shown in the figure (c), information is recorded in the track C and information in the track D is erased.
Patent JP-H04309274-A (JP)
Title: Laminated piezo-electric element
Inventor: SANO ATSUSHI
IPC: H01L41/083
Filed: 1991-04-08
Abstract: PURPOSE:To prevent external electrodes from being cut off at the ridge sections of the laminated body of a laminated piezo-electric element in which the external electrodes are extended to the upper and lower surfaces of the laminated body and conduction is obtained on the upper and lower surfaces. CONSTITUTION:This laminated piezo-electric element is formed by alternately piling up a plurality of piezo-electric ceramic layers 1 and electrode layers 2 and 3 and forming external electrodes 4a and 5a on two facing side faces of the laminated body and external electrodes 4b and 5b on the upper and lower surfaces of the laminate. When the electrodes 4b and 5b are formed, fixed roundness is given to the ridge sections E of the laminate so as to prevent the external electrodes from being cut off at the ridge sections.
Patent JP-2000273048-A (JP)
Title: Medicine for prophylaxis and treatment of virus infection
Inventor: KIYOSHIMA JIYUNKO
IPC: A61K31/00
Filed: 1999-03-19
Abstract: PROBLEM TO BE SOLVED: To obtain the subject medicine for and prophylaxis treatment of virus infection with the medicine other than vaccine and not giving side effects, by compounding a guava leaf extract. SOLUTION: This medicine for prophylaxis and treatment of virus infection contains a guava leaf extract as an active ingredient. The guava leaf extract is obtained by extracting, directly or after drying, the leaf of guava (Psidium Guajava Linn), with water, a hydrophilic organic solvent (such as alcohols, acetones and ethyl acetate), or their mixture in an extraction autoclave by an ordinary method, and preferably comprises a fraction having a fractionated molecular weight of >=12,000. Influenza virus is especially exemplified as the virus that is retarded to infect by the guava leaf extract. The medicine is administered 15 mg per dose as a solid to a human for many times, preferably, as frequently as possible. The guava leaf extract is prepared as it is, or in various preparations such as drinks, foods, medicines and quasi-drugs.
Patent JP-H01248040-A (JP)
Title: Liquid concentration sensor
Inventor: HATTORI HAJIME
IPC: G01N21/41
Filed: 1988-03-29
Abstract: PURPOSE:To enable the measurement of the concentration of a liquid with a simple construction, by forming a detecting section on one end side of a transparent solid rod while a light emitting section and a light detecting section are arranged integral on the other end side thereof. CONSTITUTION:A light emitting diode 13a is driven with a light emitting section driver 14 and an outgoing light beam propagates through a glass rod 11 and reflected on a reflection film 11a of a detecting section. A part of the light is transmitted through a liquid 19 to be measured and the remaining light beam is reflected to be incident on a photosensor 13b. An output signal of a sensor 13b is inputted on a CPU 16 via an A/D converter 15 and the concentration of the liquid being measured is computed to be shown on a liquid crystal display device 18. As transmittance of an incident beam through the reflection film 11a depends on a refractive index of the liquid 19 being measured, hence the concentration thereof 19, the measurement of the concentration of the liquid 19 is accomplished by gauging the quantity of reflected light.
Patent JP-S553248-A (JP)
Title: Composite lc filter and its manufacture
Inventor: SHIMADA MORIYOSHI
IPC: H01R13/719
Filed: 1978-06-22
Abstract: PURPOSE: To facilitate an easy assembling as well as to realize a miniature structure with facilitated manufacture for the composite LC filter obtained by forming a number of π-type filters into one body by improving the dielectric ceramic substrate which constitutes the capacitor block.  
     CONSTITUTION: Plural units of capacitor electrode 8 are formed independently near the pierced hole on one main surface of 1st dielectric ceramic substrate 5 on which several pierced holes are provided, and then capacitor electrodes 10 are formed in opposition to electrodes 8. Thus, the 1st capacitor block 1 is obtained. Then 2nd dielectric ceramic substrate 12 is formed with the pierced holes provided at the opposing positions to the pierced holes of block 1. Plural units of independent capacitor electrodes 15 are formed on the main surface of substrate 12, and capacitor electrodes 17 are provided on the other surface of substrate 12. Thus, 2nd capacitor block 2 is formed. Furthermore, plural units of circular ferrite 3 are distributed between blocks 1 and 2 to be connected electrically to electrodes 8 and 15 to be also fixed mechanically. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-S63240772-A (JP)
Title: Manipulator for glass electrode or the like
Inventor: NARISHIGE EIICHI
IPC: C12M1/00
Filed: 1987-03-27
Abstract: PURPOSE:To obtain a manipulator operable in micro units without thermal drifts, by mounting a substrate of fine adjusting mechanisms of X-, Y- and Z-axes on a fitting moving by motors of the respective X-, Y- and Z-axes and providing a holding mechanism of electrodes on the fitting at the tip thereof. CONSTITUTION:An X-axis motorized mechanism 46, Y-axis motorized mechanism 47 and Z-axis motorized mechanism 48 respectively provided with a motor, gear mechanism and slider are assembled to form a motorized manipulator (A). A connecting rod 70 is mounted on a fitting 50 at the tip thereof and an assembly of the X-axis fine adjusting mechanism 72, Y-axis fine adjusting mechanism 73 and Z-axis fine adjusting mechanism 71 is attached to the connecting rod 70. Holding tools 75-77 of an electrode 2 are then mounted on a fitting 74 at the tip thereof. The respective fine adjusting mechanisms 71-73 are constituted of a piezoelectric element 84, rocking plate 89, etc.
Patent JP-H09264703-A (JP)
Title: Magnetic circuit for permanent magnet type linear sensor
Inventor: SHIMIZU MOTOHARU
IPC: G01F23/62
Filed: 1996-03-29
Abstract: PROBLEM TO BE SOLVED: To achieve linearity between a variation and the density of a magnetic flux and a higher output of the density even when the displacement of a mobile part is in a wide range by setting the flux density as magnetic characteristic of a magnetic support of a magnetic circuit in a specified range for a permanent magnet type linear sensor. SOLUTION: For example, in the detection of a liquid level, a float rising or falling according to the liquid level of a container is connected to a mobile part 1 and a magnetic sensor senses a magnetic density from a magnetic support 3 in response to the movement of the float to detect the liquid level. As the density of a magnetic flux leaked from the support 3 depends on the distribution of the quantity of the magnetic flux passing through the support 3, it is necessary to increase the quantity of the magnetic flux at a coordinate point X for raising the density.  To realize a higher density of the support 3 by restricting the leaked magnetic flux involving the end part of the support 3, the intensity of a magnetic field working on the end part is held above 50e and the density B5 above 11,000 Gaus at the 50e in the intensity of the magnetic field as magnetic characteristic of the support 3. The density at 30e in the intensity of the magnetic field is held' below 4,000 Gaus to set a magnetic permeability lower thereby achieving higher outputs of a variation and the density of the magnetic flux sensed by a sensor.
Patent JP-H05236879-A (JP)
Title: Production of caramel with pattern
Inventor: ONEDA TORU
IPC: A23G3/34
Filed: 1992-02-28
Abstract: PURPOSE:To obtain the subject caramel suitable for appreciation of plural taste, having excellent appearance by unequally blending plural caramel doughs having different colors, etc., and then cooling. CONSTITUTION:Raw materials for caramel are blended, heated and concentrated under a normal pressure to give a brown caramel dough 2 and raw materials having the same composition as that of the caramel dough 2 is heated and concentrated to give white caramel dough 3. When the temperature of the caramel doughs is 60-90 deg.C, the caramel dough 3 of the latter is gradually added to the caramel dough 2 of the former in a ratio of 1.0/0.5-0.5/1.0 and unequally and partially mixed, formed into a sheetlike state and cooled to give the objective caramel 1.
Patent JP-S56646-A (JP)
Title: Transmitter for humidity data
Inventor: TAKEUCHI NOBUO
IPC: G01N27/12
Filed: 1979-06-15
Abstract: PURPOSE: To obtain a humidity data transmitter which is not affected by the atmospheric temperature, by constituting an electric circuit which compensates the  influence of temperatures and prevents DC components from being applied to a  humidity sensing element.  
     CONSTITUTION: The reference voltage where positive and negative half periods are equal to each other is given to temperature sensing resistance RT and humidity sensing resistance RH for measurement of temperatures and humidity, and capacity RC for polarization action prevention is connected in series to humidity sensing resistor RH. Outputs based on resistance value change of temperature sensing resistance RT and humidity sensing resistance RH become inputs of amplifiers 1 and 2, and outputs of amplifiers 1 and 2 are applied to amplifier 3 and are added, and further, the output is applied to analogue.pulse period converter 7, and a signal value which is subjected to temperature compensation so that it cannot be affected by temperature change of a range of 0W50°C is transmitted. Thus, a humidity transmitter which is not affected by the atmospheric temperature can be obtained. 
     COPYRIGHT: (C)1981,JPO&Japio