baber/WOPTO huggingface dataset:
Patent JP-H0969644-A (JP)
Title: Solar battery device
Inventor: MORITA YUJI
IPC: H01L31/042
Filed: 1995-08-30
Abstract: PROBLEM TO BE SOLVED: To provide a reliable solar battery device for maintaining a high breakdown voltage even if an entire device is made thin. SOLUTION: A solar battery device S consists of a solar battery body where a resin body in that a solar battery element 2 is sealed inside is provided at a square transparent substrate 1 so that the light reception surface of the solar battery element 2 faces the side of the transparent substrate 1 and a metal frame 8 for surrounding the peripheral edge part of the entire solar battery and a plurality of divided insulation resin bodies 7 are included between at least one side of the peripheral edge part of the solar battery body and the metal frame 8.
Patent JP-S58111814-A (JP)
Inventor: NIKORASU BURODOUEI
IPC: C08F210/02
Filed: 1982-12-20
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-S61101869-A (JP)
Title: Kanji code generator
Inventor: NAKAGAWA MITSUO
IPC: B41J5/00
Filed: 1984-10-24
Abstract: PURPOSE:To directly generate the kanji (Chinese character) code specified in the JIS without signal conversion in byte unit by operating a character key only or confined operation of the character key and the auxiliary key for bit conversion. CONSTITUTION:On the keyboard of the Kanji code converter, total 48 character keys 1 are arrayed in the 4 lines from the 1st-4th line and in the rows from other 11th row. On both ends in the direction of line, respective one auxiliary key for bit conversion (CO key) 2 is provided. Each key 1, from other row of the 1st fine to 11th row of the 4th line, are ordered by means of a combination of two serial numbers each from 0 to 47 and from 48 to 94 respectively which is expressed on the top surface of the key 1. Each output from the keys 1 is supplied to a code generator 3 of the code converter circuit that converts into bits 5-7. The output of bits 5-7 from the converter 3 is supplied to a change-ver part 6. The output from the keys 2 is supplied to an adding circuit 7 via a change-over command generator 5. The chanbge-over 6 is controlled by the command from this generator 5 to directly output the kanji code specified in JIS C6226 from an output terminal 4.
Patent JP-H1062627-A (JP)
Title: Illumination light adjusting structure for display part, and display device using it
Inventor: OTSUKA KOICHI
IPC: G02F1/13357
Filed: 1996-08-23
Abstract: PROBLEM TO BE SOLVED: To make it possible to freely adjust illumination light for a display part with no modifications of an electric circuit. SOLUTION: The illumination light adjusting structure for a display part is arranged on the rear side of the display unit of a liquid crystal display device, etc., and provided with a light-introducing member 2 on the back side of which diffusion prints 6 are made, a reflecting sheet 4 provided on the rear side of the light-introducing member 2, a reflecting tapes 5 provided around the light- introducing member 2, and a light source 1 part which is arranged along one end part of the light-introducing member 2 and formed into columnar shape to illuminate the display unit from the back side. Further, a light-reducing member 7 formed into a cylinder to cover the outer peripheral-circumferential surface of the light source 1 part so that the light reducing rate is different in the circumferential direction, and a turning part 8 for turning the light- reducing member 7, are provided.  By turning the light-reducing member 7 by the turning part 8, the light going from the light source 1 part toward the end face of the light-guiding member 2 transmits the light-reducing member 7 to continuously change the light reducing rate.
Patent JP-H0854207-A (JP)
Title: Method and apparatus for centering
Inventor: MINAZU KANICHI
IPC: G01B11/00
Filed: 1994-08-12
Abstract: PURPOSE:To reduce the manhour of procese by keeping the optical axes of a plurality of CCD cameras in parallel with each other and employing a movable optical axis and an optical axis, passing through one corresponding reference point of centering, as reference lines thereby matching the optical axis with each reference point. CONSTITUTION:Visibility reference points A1, A2,... on an initial block (a) do not match with the optical axes D1, D2,-... of CCD cameras d1, d2,.... The cameras d1, d2,... are then shifted to pass the reference points A1, A2,... thereof. That state is recognized by the images of A1 and D1, A2 and D2,... on the screen of a monitor television connected with the CCD cameras, and when they are superposed each other, the optical axes D1, D2,... are defined as reference lines. Visibility is then determined on the screen of monitor television between reference points B1, B2,... and C1, C2, ... by means of the optical axes D1, D2,... in the order of blocks (b) and (c) on the reference lines defined by the reference points A1, A2,... in the block (a) and the optical axes D1, D2,... of the cameras d1, d2,.... Centering is then performed by shifting the blocks (b) and (c). Consequently, the centering can be carried out by a single operator.
Patent JP-H1061921-A (JP)
Title: Incinerator
Inventor: MORIWAKI TAKASHI
IPC: F23G5/50
Filed: 1996-08-23
Abstract: PROBLEM TO BE SOLVED: To provide an incinerator, incinerating a matter to be incinerated more cleanly and substantially completely within a short period of time. SOLUTION: An incinerator is provided with a combustion furnace 6, provided with a combustion burner 10 projecting first combustion flame 12 and receiving a matter to be incinerated, an exhaust duct 25, connected to the combustion furnace 6, a smoke eliminating burner 21, projecting second combustion flame 24, and a smoke eliminating furnace 22, connected to the exhaust duct 25. The exhaust duct 25 is provided so as to be deviated from the smoke eliminating furnace 22 so that the center line of the exhaust duct 25, which can be seen when the exhaust duct is seen from a plane, is deviated from the center line of the smoke eliminating furnace 22, which can be seen when the furnace 22 is seen from a plane.
Patent JP-S6465424-A (JP)
Title: Spectrophotometer
Inventor: KOTO TAIJI
IPC: G01J1/16
Filed: 1987-09-04
Abstract: PURPOSE:To measure a spectral reflection factor almost in a general viewing state, and to increase the number of times of light emission per unit measurement time and obtain high-accuracy data by setting the input energy of a light source to >=0.03 and <=1.0 joule. CONSTITUTION:The input energy of the light source 1 is set to >=0.03 and <=1.0 joule. A sensor 5 for synchronization detects a rotary chopper 4 being at the position where sample light or monitor light is guided to a spectroscope 8 and outputs a trigger signal for turning on the light source and a gate signal for data input. Further, a lamp monitor sensor 10 monitors the emission intensity of light every time the light source 1 emits the light to obtain its lamp monitor value. The ratio of the monitor value and data value is calculated to compensate 'fluctuation' of the light emission intensity of the light source 1. Then the data signal output of a vector obtained by the spectroscope 8 and the monitor signal output of the sensor 10 are processed by amplication 9, A/D conversion 11, compensation 12, and reflection factor arithmetic 13 to output the reflected factor of a sample 2.
Patent JP-H09128882-A (JP)
Title: Method for centering disk and device therefor
Inventor: FUKUSHIMA TORU
IPC: G11B19/20
Filed: 1996-08-23
Abstract: PROBLEM TO BE SOLVED: To make the disk center and the rotational center coincide with each other with high accuracy in a simple structure without depending upon dimensional tolerance of a disk. SOLUTION: The center of the disk 1 is disposed on an x-axis passing over the rotational center 10a of a turntable 10 by two slide pins P1 and P2 and an actual radius of the disk 1 is measured by a laser displacement sensor 20, and based on the measured actual radius, a distance D of moving the center of the disk 1 to the rotational center 10a of the turntable 10 is obtained. Then, the center of the disk 1 is moved along the x-axis by this moving distance D to coincide with the rotational center 10a of the turntable 10.
Patent JP-S6282600-A (JP)
Title: Memory device capable of electrically erasing and writing
Inventor: SHIMIZU GIICHIRO
IPC: G11C29/04
Filed: 1985-10-08
Abstract: PURPOSE:To avoid such an inconvenient case where a writing frequency exceeds its maximum level with no awareness of a user and an unexpected error is produced, by setting a memory area for storage of the writing frequency to accumulate and monitor the writing frequencies each time at each writing and displaying an alarm in case the writing frequency exceeds its set level. CONSTITUTION:An EEP-ROM 14 contains a writing frequency memory area 20 for storage of a cumulative writing frequency N and a setting frequency memory area 21 for storage the allowable writing frequency NR. In an active mode a CPU 11 reads the frequency N and the frequency NR when the writing signal is detected on the EEP-ROM 14. When the value N is smaller than the value NR, the desired data is written (rewritten) and the address of the area 20 is designated to change the value N into (N+1). When the value N is equal to or larger than the value NR, a display/alarm device 17 is energized to warn that the writing frequency exceeds the allowable level.
Patent JP-H0663000-A (JP)
Title: Door apparatus
Inventor: SOMENO KIYOSHI
IPC: F26B25/12
Filed: 1992-08-21
Abstract: PURPOSE:To stabilize the jumping and opening condition of two doors by a method wherein the doors are connected in a freely rotatable manner by a hinge shaft passed through the two hinge bases, the door stay closed when they are developed by a coil spring having both the ends secured to the spring receiving parts of the bases and the doors stay open when they are folded by the coil spring. CONSTITUTION:A first door 8 and a second door 9 are connected in a freely rotatable manner by a hinge mechanism. The first door 8 is provided with a hinge base 16 in its rotating direction and the second door 9 is provided with a hinge base 18 disposed over the hinge base 16 in an overlapping manner. A hinge shaft 21 is passed through the center of the hinge bases 16 and 18, which are provided with spring receiving parts 17 and 19, respectively. A coil spring 23 is provided with the ends engaged with the spring receiving parts 17 and 19 and the door 9 is rotated relative to the door 8 in a toggle motion by the hinge mechanism. The coil spring 23 imparts the force in the direction where the doors 8 and 9 open when the doors 8, 9 are closed, and in the direction where the doors 8, 9 are folded when they are open.
Patent JP-H1065260-A (JP)
Title: Solid-state laser
Inventor: MIYAKE KAZUYUKI
IPC: H01S3/16
Filed: 1996-08-23
Abstract: PROBLEM TO BE SOLVED: To provide a multicolored solid-state laser, which switches easily to a plurality of kinds of wavelengths for laser beams and can output the laser beams, while the structure of the solid laser is compact and simple. SOLUTION: A rare earth-containing chloride, which makes a wavelength upward conversion light L1 from an excitation light source 1 and can emit the light L1 as a plurality of kinds of peak wavelengths of lights, is used as a laser active medium 2. A filter 4a, which transmits selectively the specified one peak wavelength of the light only from among the plurality of kinds of the peak wavelengths of these lights, is arranged on an optical path between the medium 2 and the optical oscillator mirror on one side of optical oscillator mirrors 3a and 3b, and the specified one peak wavelength of the light L2 is selected and a laser oscillation is made to take place for outputting.  It is preferable to use a filter unit 6 of a structure, wherein filters are prepared by the number of lights of peak wavelengths to be selected and only one of the filters can be arranged in a freely exchangeable state on the optical path from among these filters.
Patent JP-2000097636-A (JP)
Title: Device and method for positioning measuring head of non- contact three-dimensional measuring device
Inventor: CERRUTI PIERO
IPC: B25J9/16
Filed: 1999-08-05
Abstract: PROBLEM TO BE SOLVED: To provide a measuring device capable of easily moving a measuring head and setting it at a predetermined location to an object through the use of the image of the object on a monitor. SOLUTION: A measuring device is operated according to the first reference system (X, Y, Z), and a visual sensor 25 is operated according to the second reference system (X', Y', Z'). The irradiation with a laser beam 35 from a light source 33 forms a laser line 50 on an object. Its image is picked up by the camera 31 of a measuring head. When an operator moves a pointer with a mouse, etc., on the image displayed on a monitor to specify a point of note, the location of the laser line 50 in a Z'-axis is obtained on the basis of the location of the laser line 50 in the image and approximates the location of a physical point in the Z'-axis on the object corresponding to the point of note specifying the location of the laser line 50 in the Z'-axis.  The X'- and Y'-coordinates of the point of note obtained in the image and its Z'-coordinate obtained by the laser line 50 are transformed into coordinates in the above-mentioned first reference system. By this, the location of the physical point in the above-mentioned first reference system corresponding to the point of note is obtained, and the measuring head is moved so that the origin of the second reference system (X', Y', Z') may come to the location of the physical point.
Patent JP-H0387679-A (JP)
Title: Target detecting device
Inventor: OZAWA YUJI
IPC: G01S13/52
Filed: 1989-08-31
Abstract: PURPOSE:To easily detect the motion of a target by detecting a still target and a moving target by taking the correlation of image data of two screens of the still target and the moving target. CONSTITUTION:A moving amount calculating circuit 3 calculates a moving amount of a target detecting device itself in the n - 1 times scan and (n) times scan time by navigation data from a navigation sensor 1, and outputs it to an image correcting circuit 7. By the moving amount of the device itself from the circuit 3, the circuit 7 corrects data of an n - 1 scan image memory 5 and outputs it to a still target detecting circuit 8. An image generating circuit 4 generates image data from a video signal of a video sensor 2, and outputs it to an (n) times scan image memory 6. The circuit 8 takes the correlation of data of the memory 5 and 6, and outputs the part whose correlation is high as a still target to a still target symbol generating circuit 9. A moving target symbol generating circuit 10 inputs a difference between the image data of the memory 6 and the still target data of the circuit 8, and outputs position data of a moving target to a display part 11. By bringing the position data of the circuit 9 and 10 to symbol display on the display part 11, the motion of the target can be detected easily.
Patent JP-S60114785-A (JP)
Title: Time display apparatus of time differential clock
Inventor: TAKAMIYA KANJI
IPC: G04B19/23
Filed: 1983-11-28
Abstract: PURPOSE:To make it possible to simultaneously know two times or more by one clock, by always displaying times at two or more of places every hr by a clock having two or more of hands and a min hand comprising only one hand or one comprising two hands. CONSTITUTION:An hr hand B having two or more of hands is attached to an hr wheel A and a min hand D comprising only one hand or a min hand E having two or more of hands is attached to a cannon pinion C. As the hr hand, one, which has the same number hands as the number of districts having time differentials, for example, in order to display times at three places, is attached. When a time differential is in the case of only an 1hr unit such as 1hr or 3hr, the min hand D comprising only one hand is attached and, when a time differential includes 30min difference such as 3hr 30min of Japan and India, the min hand E having two hands is attached in order to display 30min difference.
Patent JP-H0968469-A (JP)
Title: Temperature detector
Inventor: ASADA KAZUHIRO
IPC: G01K11/12
Filed: 1995-08-31
Abstract: PROBLEM TO BE SOLVED: To detect abnormal temperature of an object to be measured by simple configuration freely select a light source without restriction and specify a temperature increase part of the object to be measured. SOLUTION: Light from a light source 1 is introduced to a first light receiving element 3 by an optical fiber 2, first-third temperature sensors 6a, 6b, 6c are provided on each dividing section 5 of the optical fiber 2, the light source 1 and a second light receiving element 15 are connected by an optical coupler 16, reflection light from each temperature sensor 6a, 6b, 6c is guided in the second light receiving element 15, and intensity of transmission light and reflection light both the light receiving elements receive is adapted to be detected by a discrimination circuit 18, each temperature sensor 6a, 6b, 6c is inserted in the inside of a cylindrical body 9, two water-proof caps 11 in which the end part of the dividing section 5 of the optical fiber 2 is introduced through a through hole 10 and a temperature sensitive part 12 in which a space between both the water-proof caps of the inside of the cylindrical body 9 is filled with a surface active agent and light absorption and scattering for light of a specific wavelength due to temperature increase is discolored to concentration easy to be changed are constituted.
Patent JP-H0627312-A (JP)
Title: Reflecting mirror
Inventor: SHIMADA MIZUHO
IPC: F21S2/00
Filed: 1992-07-09
Abstract: PURPOSE:To improve an illumination means and convergence capability for projection and to inexpensively manufacture a reflecting mirror by unifying the connection member of a reflecting mirror base material main body and a reflecting mirror auxiliary member by a fixing means. CONSTITUTION:The reflecting mirror base material main body A of a reflecting mirror main body M is comprised of the reflecting mirror base material main body A whose inner wall surface (a) is formed in curved shape and in which a light reflecting layer Br is applied on the inner wall (a) side in curved surface, and the reflecting mirror auxiliary member B extending from the side wall A' of the reflecting base material main body A and to which the light reflecting layer Br is applied. Also, the connection side A'' of the reflecting mirror base material main body A and the reflecting mirror auxiliary member B is fixed by the fixing means such as a screw 10 or a clip, or by applying spot welding, etc., via a frame 2 on which the reflecting mirror base material main body A is fixed, or it is fixed so that the reflecting mirror auxiliary member B can be directly unified with the side wall A' of the reflecting mirror base material main body A by the fixing means.
Patent JP-S6378142-A (JP)
Title: Copying machine
Inventor: SATONAKA SHINOBU
IPC: G03B27/62
Filed: 1986-09-20
Abstract: PURPOSE:To improve the efficiency of a copying work, by setting a divisional copying mode, and permitting bisected copying. CONSTITUTION:In a copying machine provided with an original automatic feeder which supplies an original one by one, to a prescribed exposure position on an original platen provided in a copying machine main body, a bisected copying mode is set, and the length of the original to be carried in a carrying direction is detected at time of the bisected copying mode, and a carrying time required for the carrying the original by the half length of the original, is calculated. Also, when the carrying of the original is restarted from an ordinary exposure position, and a carrying time required for the carrying the original by the half length of the original elapses, the carrying of the original is stopped, and simultaneously, the copying work of the original being placed at the ordinary exposure position, and that of the original being positioned at a position shifted by the half of the original length separating from the above original, are performed by moving a light source, or the original platen by the distance of at least half of the original length. In this way, it is possible to efficiently perform the bisected copying.
Patent JP-2001049892-A (JP)
Title: Supporting structure of vertical shaft in intermediate- layer vibration isolation structure
Inventor: TSUBAKI HIDEAKI
IPC: B66B7/00
Filed: 1999-08-06
Abstract: PROBLEM TO BE SOLVED: To provide the supporting structure of a vertical shaft in an economical intermediate-layer vibration isolation structure in which the cross section of a member supporting its own weight of a vertical shaft and a required space or the like in the lower section of the vertical shaft can be reduced by preventing working to the vertical shaft of the load of an upper structure and additional load by a vertical earthquake motion in the case of an earthquake. SOLUTION: In the intermediate-layer vibration isolation structure, the vertical shaft 2 installed extending over an upper structure and a lower structure is separated and constituted into a vertical shaft 2A on the upper structure side and a vertical shaft 2B on the lower structure side, the vertical shaft 2A is configured integrally with the upper structure, the vertical shaft 2B is connected to the upper structure under the slidable state in the vertical direction and under the state of pin fixing in the horizontal direction or the whole vertical shaft 2 is connected to the upper structure under the slidable state in the vertical direction and under the state of pin fixing in the horizontal direction,  and supporters 8 being brought to the slidable state in the horizontal direction and supporting load in the vertical direction are mounted between the lowermost section of the vertical shaft and the lower structure.
Patent JP-S59112305-A (JP)
Title: Position storing method
Inventor: KOJIYOU KAZUNOBU
IPC: B25J9/16
Filed: 1982-12-20
Abstract: PURPOSE:To actuate a servo system by real positional and to improve the accuracy of an automatic simulator by compensating an output value from a position detector in accordance with an output value from a deviation detecting system. CONSTITUTION:Positional deviation data corresponding to the movement of a detecting head 2 of a detecting sensor 1 in a deviation detector 6 are outputted from a differential transformer 3 and applied to an A/D converter 9 through an amplifier 8 and the converted digital signal is applied to a robot controlling device 11 through a deviation data adjuster 10. The deviation data from the amplifier 8 are inputted to a comparator 4 in a servo system 7 and compared with an output from a control system consisting of a servo amplifier 5, a servo- motor M and a tachometer generator TG. The output of the servo system 7 is applied to an up/down counter 12 through a pulse encoder PE, which applies a detector position data corresponding to the absolute rotating angle position of the motor M to a detector position adjuster 13. Thus, the real positional data are applied to the controlling device 11 and the accuracy of the automatic simulator is improved.