baber/WOPTO huggingface dataset:
Patent JP-H06295752-A (JP)
Title: Wiring board for electric junction box
Inventor: SHIMOJI EIJI
IPC: H01R9/22
Filed: 1993-04-09
Abstract: PURPOSE:To prevent the floating and dislocation of a wire at the time of or after a wiring work, and eliminate a wiring error such as overlapped wiring, regarding a wiring board for an electric junction box to form a circuit using the wire and a crimp-type terminal. CONSTITUTION:A plurality of rows of wire housing grooves 2 are formed in parallel on one side of a wiring board 1, and a press-in hole 4 corresponding to a crimp-type terminal 7 is provided at the desired position of each groove 2. Also, a wire engagement section 5 is provided at the intermediate section and one side of each groove 2. Furthermore, a wire dislocation preventing section 6 is provided at such a position as faced to the above-mentioned one side of each groove 2.
Patent JP-H0387041-A (JP)
Title: Method and device for picking data from intermittent functional trouble circuit
Inventor: KURISUTOFUAA GURAHAMU TARUBOTS
IPC: G01R31/302
Filed: 1990-03-31
Abstract: PURPOSE: To use data effectively for diagnosing the generating source of a trouble and/or a cause by rejecting data from a proper operation of a sample circuit and by sampling data that indicate an intermittent function trouble at the same time. CONSTITUTION: Data starts to be sampled by applying a test vector pattern to a sample circuit. One of buffers 208 and 210 is a sampling buffer, namely a proper data buffer. Newly adopted data are added to the proper buffer 208 by the control of multiplexers 128 and 220 during the repetition period of a test, and the sum is stored in the tentative buffer 210. Then, a test signal determines the presence or absence of a functional trouble. In the case of a trouble generation, the buffer 210 and the proper buffer 208 are again demarcated as the proper buffer and the tentative buffer, respectively. Then, a test pattern is repeated until data are completed, and the data are sampled. By sampling data that indicate intermittent functioning similar to this, the data can be used for diagnosing the cause.
Patent JP-S58201094-A (JP)
Inventor: TAKAHARA KUNIAKI
IPC: G21C19/30
Filed: 1982-05-19
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-H02261667-A (JP)
Title: Character generator
Inventor: NAGATA SATOSHI
IPC: G06F3/12
Filed: 1989-03-31
Abstract: PURPOSE:To enable a high working probability font further conforming to a will of a user to be placed on a font cash by a method wherein in a character generator equipped with an on-off free character pattern generator, a means selecting which font is preferentially developed in the font cash is established. CONSTITUTION:When a power source is made to a CPU board 101, a CPU 208 judges by sensing which font is pointed by a preferential font selective switch 212 immediately after a specific initializing treatment has been ended. The font which was pointed by the preferential font selective switch 212 is converted according to a specific rule, and is stored in a font cash memory 207 consisting of a RAM. Though this process requires comparatively much time, since this process is executed in warming-up of a printer engine part when the power source is made, this process never hinder the user.
Patent JP-S60226013-A (JP)
Title: Magnetic head holder
Inventor: YAGI MOTOI
IPC: G11B15/62
Filed: 1984-04-25
Abstract: PURPOSE:To eliminate the disadvantage that the influence of a cross field magnetic flux to a playback head increases even if a playback operation is executed during recording operation by partitioning a recording head and the playback head by means of a magnetic shielding plate and forming a recess to a wear resistant layer provided on the front surface of a tape guide. CONSTITUTION:An insulating material 7 electrically insulates between magnetic materials 6 and between the materials 6 and the inside surface of a groove 9. A recess 12 arriving at the front edge of the magnetic shielding plate 8 from the outside periphery of the wear resistant layer 10 formed over the entire front surface of the tape guide 2 is worked to said layer. The depth thereof is deeper than the film thickness of the layer 10 and both side edges of the recess 12 are chamfered 13 to a curved surface shape. The recording head 3 and the playback head 4 are shielded by the magnetic shielding plate 8 in such constitution and therefore the influence of the magnetic fluxes on each other is obviated. The conductive wear resistant layer 10 is also cut by the recess 12 and therefore even if the playback operation is executed during recording operation, the influence of the cross field magnetic flux from the head 3 to the head 4 is prevented.
Patent JP-H11278789-A (JP)
Title: Remote control device for truck crane
Inventor: AKITA MASATAKE
IPC: B60P1/54
Filed: 1998-03-30
Abstract: PROBLEM TO BE SOLVED: To eliminate the trouble that quantity of the data to be sent from a truck crane to an operation signal generating unit is large so that it takes a long sending time by providing a remote control device for truck crane capable of communicating in double way between the operating signal generating unit and the truck crane. SOLUTION: In the remote control device for truck crane capable of communication in double way between and operation signal generating unit and a truck crane, the operating signal generating unit is provided with a display device 56 for displaying the data related to the crane operating condition and a display selecting means 58 for selecting the display content of the data related to the crane operating condition to be displayed in the display device 56. A controller 4 (or a transmitter 3 provided in the truck crane) is provided with a sending data selecting means 43 for receiving the display selecting signal from the display selecting means 58 and for selecting the data corresponding to the display selecting signal among the data related to the crane operating condition, and the selected data is sent to the operating signal generating unit. Quantity of the data to be sent to the operating signal generating unit is thereby reduced.
Patent JP-S63248242-A (JP)
Title: Error generating circuit
Inventor: FUJIKI TAKASHI
IPC: H04L1/24
Filed: 1987-04-03
Abstract: PURPOSE:To obtain a circuit generating an error irregularly with a desired error rate by providing a count section outputting a carry signal, a pseudo random number generating section, a detecting section of the generating state of random number and generating an error in an input data when the period of a carry signal output and the said detection period are coincident. CONSTITUTION:A counter section 100 outputs a carry signal cr at a prescribed period and inputs it to an error generating section 400. A pseudo random number generating section 200 generates a prescribed kind of pseudo random number pn, a state detection section 300 detects the generating state of the pseudo random number pn and inputs the state detection signal st to the error generating section 400. The error generating section 400, when the output period of the signal cr and that of the signal st are coincident, generates an error in the input data di. The error occurrence probability depends on the product of output frequencies of the signals cr, st. Moreover, the error occurrence state is generated irregularly because the signal st is generated irregularly. Thus, the error is generated irregularly by a desired error rate by setting properly the signal cr production period and kinds of the random number pn.
Patent JP-S61243185-A (JP)
Title: Ion source
Inventor: SETOYAMA HIDETSUGU
IPC: C23F4/00
Filed: 1985-04-18
Abstract: PURPOSE:To attain the uniformness of the distribution of the gas pressure in the inside of a vacuum vessel joined to the ion sources by forming hollowly the drawing electrodes which are drawn from an ion beam plasma generating chamber and opening an exhaust pipe of the vacuum vessel in opposing to the above-mentioned hollow parts. CONSTITUTION:In an ionic milling apparatus, the following ion sources 12 are provided which are constituted so that a neutral gas 20 is introduced to the inside of the vessels 16 forming the plasma generating chambers 14 through the introduction ports 22 and the plasma is generated by the arc discharge of the cathodes 18 and the produced ion beams 36 are drawn with the drawing electrodes 26. The above-mentioned ion beams 35 are irradiated on the targets which revolve 78 and rotate on the axes in the inside of a vacuum vessel 38 and the surfaces thereof are finely worked. The above-mentioned drawing electrodes 26 are hollowly formed and the following opening end part 73 of an exhaust pipe 72 is fixed to the drawing electrodes 26 wherein the above-mentioned vessels 16 are perforated thereby and the opening end part is provided in opposing to the hollow parts of the drawing electrodes 26. Thereby the distance of the ion sources 12 and the targets 50 is shortened and the distribution of the gas pressure of the inside of the vacuum vessel 38 is made uniform and the scattering of the ion beams 36 is prevented and thereby the uniform milling performance is obtained.
Patent JP-H10284061-A (JP)
Title: Manufacture of carbon material for negative electrode of lithium ion secondary battery
Inventor: TAKAGI YOSHINORI
IPC: H01M4/587
Filed: 1997-04-02
Abstract: PROBLEM TO BE SOLVED: To make the negative electrode side of a secondary battery have large capacity, making the best use of practical merits of a graphite material. SOLUTION: In a method in which a mesophase carbon globule is manufactured by performing a heat treatment for coal tar, a solvent extraction, a heat treatment and a graphitization processing are performed for globule obtained and a carbon material for negative electrode of a lithium ion secondary battery is manufactured, organic compound imparting nongraphitization to the mesophase carbon globule to be organic compound containing oxygen atoms and/or nitrogen atoms is added to the coal tar and a heat treatment is performed for the coal tar.
Patent JP-H09274616-A (JP)
Title: Method and device for displaying syntax analyzed result
Inventor: TAKAHASHI TAKUYA
IPC: G06F17/28
Filed: 1996-04-05
Abstract: PROBLEM TO BE SOLVED: To efficiently confirm the syntax tree analyzed result in the case of performing machine translation. SOLUTION: The unit of the syntax analyzed result such as a word, for example, is stored in a syntax free storage part 40 in the form of syntax tree. On the other hand, a display control signal containing positive information to 'perform' 'display of modification relation' between these words or negative information 'not to perform' is stored in a user designation storage part 50 corresponding to the designation of a user. When displaying this syntax tree on a display part 70 as a structured sentence, this syntax tree is called from the syntax tree storage part 40 and display control information is called from the user designation storage part 50 respectively to a display control part 60. According to the display control information of user designation, the syntax tree is changed into structured sentence and displayed.  Since the modification relation is displayed by a straight line between words, no straight line is plotted between the words not to be displayed.
Patent JP-H04316292-A (JP)
Title: High efficiency coding device for video signal
Inventor: YAMADA MASAZUMI
IPC: H04N19/176
Filed: 1991-04-16
Abstract: PURPOSE:To achieve the coding abundant in the generalization without depending on an image by preparing a representative block list without any deviation when the coding is performed by the matching with a representative block. CONSTITUTION:The inputted image data are divided into blocks by a blocking device 1, divided into plural areas by an area divider 2, a representative block is selected from the boundary part of the area and the address is registered to a list 4. Next, the decoding picture element value of the representative block corresponds to the address of the list 4, stored into a representative block memory 5, and since the list represents the internal part and the boundary of each divided area, the deviation when matching is obtained is small, and the small coding block without the corresponding representative block is enough. When the coding is performed, in the registered order, a differential value of the representative block is counted by a subtracter 6, the size of an allowable error value is decided by a comparator 7, and the address of the selected representative block is transmitted to a quantizing device 8. When the representative block lower than the allowable value exists, the coding is performed in the block by using an auxiliary coder 9.
Patent JP-H09275078-A (JP)
Title: Silicon wafer retaining jig
Inventor: MINAGAWA KAZUHIRO
IPC: H01L21/22
Filed: 1996-04-05
Abstract: PROBLEM TO BE SOLVED: To provide a wafer boat where slip does not occur in the heat treatment of a large-bore silicon wafer. SOLUTION: A wafer boat 10 consists of a plurality of support bars 3a-3d and a roof plate 1 and a bottom plate to hold and fix the support bars 3a-3d roughly parallel. The wafer boat 10 is composed of the silicon carbide material consisting of 40wt.%-75wt.% silicon carbide and 60wt.%-25wt.% silicon. In this silicon carbide material, the content of the impurity elements noxious to the silicon wafer is 1ppm or under. Moreover, the surface roughness RA of the wafer boat 10 is less than 5μm.
Patent JP-S63249882-A (JP)
Title: Printer
Inventor: FUSE MASASHI
IPC: G03G15/16
Filed: 1987-04-06
Abstract: PURPOSE:To improve the accuracy of writing, to execute printing at a high speed, to save the energy, and to miniaturize the constitution, by providing a state control mechanism, a write mechanism, a transfer device and a fixing device so as to be freely movable in the longitudinal direction of a latent image carrier. CONSTITUTION:To a carriage 24 which is provided so that the reciprocating motion can be executed freely by the width of at least a form 2 in the width direction of the form 2, between a driving roller 22 and a driven roller 23, an electrostatic charger 25, an optical write head 26, a transfer roller 27 and a fixing roller 28 are attached so that the reciprocating motion can be executed together. Subsequently, in a state that a latent image carrier 21 has been stopped, the state control mechanism, the write mechanism, the transfer machine and the fixing device are moved simultaneously in the longitudinal direction of the latent image carrier 21, and first of all, by the state control mechanism, the latent image carrying body 21 is set to a state that a latent image can be written, write of the latent image is executed immediately by the write mechanism, and simultaneously, a toner image formed in the written latent image part is transferred to a recording carrier by the transfer device, the fixation of the toner image is executed simultaneously by the fixing device, and printing, etc. are performed.
Patent JP-S5420322-A (JP)
Title: Chopper controller for pump motor
Inventor: SUGIMOTO SHIYUNICHIROU
IPC: H02P5/68
Filed: 1977-07-15
Abstract: PURPOSE: To perform loading work efficiently by enabling control of travelling motor and pump motor with one chopper circuit. 
     COPYRIGHT: (C)1979,JPO&Japio
Patent JP-S59210806-A (JP)
Inventor: TAKANAMI TOYOYUKI
IPC: A01B39/16
Filed: 1983-05-16
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-S63249331-A (JP)
Title: Microwave plasma cvd system
Inventor: SANHONGI NORIMITSU
IPC: H01L21/31
Filed: 1987-04-06
Abstract: PURPOSE:To enable larger plasma to be generated, by providing a reaction chamber at the distal end of a waveguide, the reaction chamber having a specific construction capable of increasing plasma sufficiently. CONSTITUTION:A vacuum vessel 8 for generating plasma is provided at the tip end of a waveguide 1 guiding plasma generating microwaves, and a reaction chamber 9 having therein a tapered guide 5 for gradually enlarging the electric field of microwaves is provided within the vacuum vessel 8. Within the reaction chamber 9, there is arranged a table 10 for holding a substrate and there is also provided a resonance plate 11 for causing plasma to be generated efficiently on the substrate. The resonance plate has fan adjuster 12 so that it can be adjusted in the direction along which microwaves advance. In this manner, it is possible to generate plasma of a size of phi100-200 mm.
Patent JP-S568959-A (JP)
Title: Light-beam scanner
Inventor: AISAKA SHIGENORI
IPC: H04N1/04
Filed: 1979-07-03
Abstract: PURPOSE:To obtain an inexpensive light-beam scanner that provides a high-speed scan by forming straight scanning lines at a time by circle/straight-line converting optical fiber by turning light sources. CONSTITUTION:Light sources S1, S2, S3 and S4 and focusing optical systems O1,  O2, O3 and O4 are fixed on rotary disk 6 corresponding to each other and bearing  specific relation and light beams from those light sources are focused on circular  end surfaces 7' of circle/straight-line converting optical fiber 7. Here, rotary disk 6 is turned by motor 8 in direction B and recording medium 9, for example, is moved  in direction C, so that scanning lines L will be recorded on recording medium 9 at the same time.
Patent JP-H06292826-A (JP)
Title: Production of composite super fine particles
Inventor: KOYAMA TADASHI
IPC: B01J19/08
Filed: 1993-04-12
Abstract: PURPOSE:To increase the degree of freedom of the selection for making the composite material of super fine particles and to enable its use in a stable form by forming the super fine particles in vapor phase, sticking the obtained super fine particles on a substrate and depositing the material different from the super fine particles. CONSTITUTION:Gaseous argon is introduced into a vacuum chamber 8 from a gaseous argon introducing pipe 6, and YAG laser 5 is irradiated to a cadmium telluride single crystal target 2 under a prescribed pressure to evaporate the target material to form semiconductor super fine particles of the first material, and to stick the super fine particles 12 on a quartz glass substrate 1. Then, using gold powder as the second material, gold vapor is evaporated from a gold depositing gun 4 under the prescribed pressure in the vacuum chamber 8, and composite super fine particles 13 are formed on the super fine particles 12. Then, the gaseous argon is evacuated and gaseous oxygen is introduced, the SiO2 of a SiO2 target 3 evaporated by a laser evaporation to form a SiO2 thin film, and the composite super fine particles 13 are covered with a SiO2 glass 14.
Patent JP-H03282988-A (JP)
Title: Data storage device using memory card
Inventor: YONEDA MAKOTO
IPC: G06K17/00
Filed: 1990-03-30
Abstract: PURPOSE:To make it possible to store data and continuously sample data even when there is no data backup time by storing read traveling data in a memory card. CONSTITUTION:A CPU 151 is controlled by a program built in a program ROM 153 and fetched data are stored in a built-in RAM 155 for a temporary buffer and then stored in the memory card 156. The card 156 can be inserted/ejected into/from a data storage device body and has the storage capacity of about one megabyte(MB) consisting of an S-RAM, and when the card 156 is full with data, the card 156 can be replaced by another card. Even when the card 156 is ejected from the body, the data stored in the card 156 are backed up by a battery and still stored. Thereby, much data can be sampled by exchanging cards.
Patent JP-H05260655-A (JP)
Title: Power equipment for receiving both non-utility generated power and commercial power
IPC: H02J3/00
Filed: 1992-03-06
Abstract: PURPOSE:To make the electric power charge lower for commercial power supply even through power from a commercial power source is supplied to loads having high degrees of importance after power interruption of non-utility generated power. CONSTITUTION:A load 4 of non-utility generated power connected to a private power generating equipment 1 is constituted by a high importance load 5 and low importance load 6. Commercial power loads 12 connected to a commercial power supply 9 are constituted by a high importance load Q10 and low importance load Q11, and the total value of the load power is set to a value smaller than the power of standing change. The load power of the high importance load 5 at the non-utility power generation side is set to the value less than the load power of low importance load Q11 at the commercial side. A power receiving portion 10 of the commercial power supply 9 is selectively connected to the low importance load Q11 and high importance load 5 through a backup power distribution line 14 and a backup change-over device 15.
Patent JP-H09248379-A (JP)
Title: Trouble reporting device
Inventor: NAKAJIMA KEN
IPC: A63F7/02
Filed: 1996-03-13
Abstract: PROBLEM TO BE SOLVED: To provide a trouble reporting device capable of surely reporting the generation of a trouble, reporting trouble contents by characters or the like and coping with the increase of trouble display contents. SOLUTION: This trouble reporting device 1 is composed of a light emitting display part 3, a message display part 4, a calling lamp, a control part 6, a communication part 7, a power source part 8, a control board 9 and a setting part 10. Abnormality signals from a coin recovery device 21, an exchange machine 22, a ball counter 23, a ball grinder 24 and the other equipments are received by the control part 6. When the abnormality signals are inputted, the control part 6 immediately makes the light emitting display part 3 emit light. Also, the title of an abnormal equipment and the contents of abnormality are displayed at the display part 4. Thus, the generation of the abnormality and the contents of the abnormality are immediately recognized.  Also, when the equipments to be monitored are increased or when the contents of an abnormality message are changed, by performing presecribed setting from the setting part 10, they are coped with.
Patent JP-H02293089-A (JP)
Title: Method and apparatus for separating arsenic from waste water
Inventor: GEORUGE SHIYUUSUTAA
IPC: C02F1/52
Filed: 1990-03-29
Abstract: The process for removal of arsenic from waste waters is characterised by
 (A1) precipitation of the arsenic in the form of sparingly soluble calcium magnesium arsenates by addition of calcium compounds and magnesium compounds to the waste water at pH 2 to 12 and
 (A2) removal of the calcium magnesium arsenates
 and/or
 (B1) contacting the waste water with an ion exchanger at pH 2 to 12
 and optionally
 (B2) regeneration of the ion exchanger after reaching the limit of the capacity
 and/or
 (C1) adsorptive removal of the aresenic by contacting the waste water with activated carbon at pH 2 to 11
 and
 (C2) removal of the charged activated carbon alone or together with precipitation products. 
<??>The process permits removal of arsenic, in particular even in the case of waste waters that are difficult to treat and contain heavy metals such as lead, and also sulphate, to residual contents < 0.3 mg AS/l.