baber/WOPTO huggingface dataset:
Patent JP-H02253461-A (JP)
Title: Bus extension device
Inventor: SUGAWARA HIDEYUKI
IPC: G06F13/36
Filed: 1989-03-28
Abstract: PURPOSE:To easily detect whether or not the bus of a second system can be acquired with a simple circuit and to prevent undesired system down from occurring by informing the monitored result of an arbitration time monitoring circuit in a bus extension device to a first system. CONSTITUTION:An extension bus master control means 10 starts the acquisition sequence of the bus 2 of the second system according to the request of a device 3 connected to the bus 1 of the first system. When no bus use permission signal from a bus arbitor is received within prescribed time, an arbitration time monitoring means 12 outputs the interruption signal of bus acquisition sequence, and the extension bus master control means 10 interrupts the acquisition sequence of the bus 2 of the second system. When no device 4 that is an access destination is loaded on the bus 2 of the second system or access is impossible due to a fault, a bus cycle under execution by the extension bus master control means 10 is completed. In such a way, it is possible to inform the factor of abnormality and to prevent the undesired system down from occurring.
Patent JP-S59202275-A (JP)
Title: Ink composition for dry lithography
Inventor: NAGASE KOUICHI
IPC: C09D11/033
Filed: 1983-05-04
Abstract: PURPOSE:To provide the titled ink composition having excellent resistance to scumming and high fluidity, prepared by gelation of a base ink with a specified organic magnesium compd. and/or a specified organic boric acid compd. CONSTITUTION:Used as gelling agent is at least one compd. selected from among magnesium salts of 1-40C mono- (or di-) carboxylic acids (e.g. magnesium stearate) and organic boron compd. of the formula (where R, R' and R'' are each 1-10C alkyl) (e.g. triethyl borate). The gelling agent is added in an amount of 0.1-10wt% to a composition consisting of vehicle (e.g. rosin-modified phenolic resin), colorant, dispersant, solvent, etc., followed by mixing at room temperature -250 deg.C for 10-30min. The resultant gel varnish is kneaded between rollers, etc. to obtain the ink composition.
Patent JP-H11335713-A (JP)
Title: Production of reduced iron briquette
Inventor: FUJI KOUSHIRO
IPC: C21B13/10
Filed: 1999-03-23
Abstract: PROBLEM TO BE SOLVED: To provide a method for producing a reduced iron by which the reduced iron briquette having high average quality can be obtd in high productivity. SOLUTION: Iron oxide briquette containing carbonaceous material having almost 10-30 mm in the range of grain diameter, is laid on the furnace hearth of a shifting floor type heating furnace so that the laid density becomes <=1.4 kg/m<2> /mm, and thereafter, the iron oxide briquette is rapidly heated so that the surface temp. thereof becomes >=1200 deg.C within 1/3 of the staying time of this iron oxide briquette in the shifting floor type heating furnace. The, after making the reduced iron briquette by reducing until the metalloid ratio of the iron oxide briquette becomes >=85%, this reduced iron briquette is discharged from the moving floor type heating furnace.
Patent JP-S575359-A (JP)
Title: Semiconductor device
Inventor: OIKAWA SABUROU
IPC: H01L29/739
Filed: 1980-06-11
Abstract: PURPOSE:To provide high withstand voltage without loss of switching characteristic and to enable the interruption of large current in a field effect transistor having a buried gate layer by forming the density and thickness of the gate layer in two-stage structure. CONSTITUTION:A p<+> type anode layer 2 is formed on one surface of an n<-> type semiconductor substrate 1, and the first buried gate layer 31 of high impurity density and the second buried gate layer 32 for forming a channel 5 are formed on the other surface. After an n type epitaxial layer 4 is formed on the surface of forming the buried layer, an n<+> type cathode layer 6 is formed. Then, the part of the layer 4 is etched and removed, and a gate electrode leading recess is formed. Thereafter, a silicon oxidized film 7 is formed for protecting the surface, a gate electrode 81, a cathode electrode 82 and an anode electrode 83 are formed, and a field effect thyristor is completed. In figure, reference numeral 9 illustrates a cathode electrode pressing cathode electrode plate.
Patent JP-H05284368-A (JP)
Title: Method and device for encoding/restoring image data
IPC: H04N19/625
Filed: 1992-03-31
Abstract: PURPOSE:To enhance compressibility in the case that a variation between images is small, and to efficiently execute encoding and restoration by selecting and encoding only a block to which it is decided that there is a variation in the previous image and the present image. CONSTITUTION:Image data is divided into picture element blocks, one block is written in a buffer 10, and thereafter, compared with a picture element existing in the same position of a reference image of a buffer 14 by a variatioin calculating part 11, and whether a variation is an effective block or not is decided by a deciding part 12 and inputted to an information holding part 15. In the case it is the effective block, it is sent to the buffer 14 through a switch 13 and updates a reference image, and also, sent to a variable length encoding part 18 and held in a holding part 19 as a variable length code, and thereafter, sent out by a multiplexer 20. In the case of the restoring device, an ineffective block skips an address, and the effective block updates the image being in the corresponding position. In such a way, a continuous image which is scarcely varied is encoded and restored efficiently by a small scale circuit, and the efficiency can be enhanced.
Patent JP-H09269361-A (JP)
Title: Magnetic tunneling junction element
Inventor: KUMAGAI SEIJI
IPC: H01L43/00
Filed: 1996-03-29
Abstract: PROBLEM TO BE SOLVED: To provide a magnetic tunneling junction element by which a magnetic tunneling effect can be revealed stably. SOLUTION: An element is constituted in such a way that a first magnetic metal layer 1 and a second magnetic metal layer 2 are formed so as to be ferromagnetically tunnel-junctioned via an insulating layer and that the electric conductivity of a tunnel current is changed by the relative angle of the magnetization of the magnetic metal layers 1, 2. In this case, the junction area of their ferromagnetic tunnel junction is set at 1×10<-9> cm<2> or lower. In order to surely regulate the junction area of the ferromagnetic tunnel junction, e.g. the insulating layer is constituted of a first insulating layer 3 for the ferromagnetic tunnel junction and of a second insulating layer 8 which is formed on the insulating layer 3 and which regulates the junction area of the ferromagnetic tunnel junction.
Patent JP-H09270186-A (JP)
Title: Audio device
Inventor: OKANO KAZUNORI
IPC: G11B27/00
Filed: 1996-03-29
Abstract: PROBLEM TO BE SOLVED: To provide an audio device which enables the dubbing of track numbers. SOLUTION: Data is read from the MD(Mini Disk) 1 set in the MD reproducing device 100. After voice data is temporarily stored in the DRAM 6, it is dubbed to a recording/reproducing MD 20 set in the MD recording/reproducing device 20 in an analog fashion through converters 8, 21 and a switching section 80. The TOC(Table Of Content) data stored in the SRAM 9 is read out by the memory controller 23 of the MD recording/reproducing section 70. Based on the start address of this TOC data, each track of the voice data recorded in the MD 20 is introductorily reproduced. When user pushes the enter key of the operation section 35 during reproduction, the address data of the track is recorded into the MD 20. Accordingly, the same track number as the MD1 is dubbed into the MD 20, giving various kinds of convenient functions utilizing track numbers similarly to the MD 1.
Patent JP-H06292024-A (JP)
Title: Image forming system device
Inventor: SUGIYAMA MITSUGI
IPC: H04N1/413
Filed: 1993-04-05
Abstract: PURPOSE:To improve a data transfer efficiency by comparing original picture data with picture data after compression and selecting properly the compression method based on the result of comparison. CONSTITUTION:Original picture data stored in a storage section 11 are compressed by a data compression section 15 in the inside of a personal computer and stored again in the storage section 11. A data comparison section 14 compares the data 12 with the picture data 13 after compression during the compression to check the compression efficiency. When it is discriminated that the compression efficiency is not excellent, the information of the data 12 is checked and the other compression method offering more efficient compression is selected to compress the picture data, the data real transfer time is reduced by selecting a compression method optimized to the picture data thereby improving the data transfer efficiency in this way.
Patent JP-S61237159-A (JP)
Title: Loading processing method for subroutine
Inventor: ABE KENICHI
IPC: G06F9/46
Filed: 1985-04-12
Abstract: PURPOSE:To execute registration by each computer by transferring a procedure for registering a subroutine, to each computer from one computer on a network, when a re-registration and new registration of the subroutine by each computer on a network are required. CONSTITUTION:A computer for instructing re-registration and new registration of a subroutine transfers a file transfer request procedure, a registering procedure of the subroutine, and the procedure for sending back a result of registration of the subroutine to a request origin, to each computer on a network through a command procedure transmitting part 2 from a command interpreter 1. A result receiving task 5 receives a result of registration which is registered from each computer and processes it. As for the computer for instructing the re-registration and the new registration of the subroutine, a command interpreter 12 is started by a communication control part 10, the command procedure is received and the interpretation is executed. A result of the processing is transferred to the request origin computer from a result sending-back part 19. In such a way, the time required for a loading processing of the substrate can be shortened.
Patent JP-S534652-A (JP)
Title: Apparatus for facial treatment
Inventor: KAKINO KEN
IPC: A61H7/00
Filed: 1976-06-30
Abstract: PURPOSE: To provide an apparatus for facial treatment in which the delivery force is made weaker than the suction force thereby giving touch of both mas- saging and suction. 
     COPYRIGHT: (C)1978,JPO&Japio
Patent JP-S60222989-A (JP)
Inventor: TAKAHASHI HISASHI
IPC: G07D7/00
Filed: 1984-04-20
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-H08244753-A (JP)
Title: Returnable corrugated case
Inventor: SAITO MUNETOSHI
IPC: B65D5/10
Filed: 1995-03-09
Abstract: PURPOSE: To obtain a returnable corrugated case that can be orderly folded up thin in approximately the same size as an end plate as a whole and can be firmly retained in shape for use by a method wherein a side plate, a side plate-reinforcing plate, and a half part of a bottom plate can be folded inward by providing a folding line in the center thereof in the width direction. CONSTITUTION: End plate-side bottom plates 20, 21 to be overlapped as reinforcements on a top surface of a bottom plate are provided in end plates 2, 4, respectively. Cutout parts 22, 24 and 23, 25 are formed between the end plate-side bottom plates 20, 21 to form fastening grooves. Side plate-reinforcing plates 14, 15 provided with projected pieces 16, 17 to be fitted into the fastening grooves to be fastened are provided in side plates 3, 5, respectively. A folding line 36 is provided in the projected piece 16, the side plate-reinforcing plate 14, the side plate 3, and a half part 7 of the bottom plate in the center thereof in the width direction. A folding line 36 is provided in the projected piece 17, the side plate-reinforcing plate 15, the side plate 5, and the other half part 8 of the bottom plate in the center thereof in the width direction.  At the folding lines 36, 36, these are folded inward. The case can be folded up in approximately the same size as the end plates 2, 4 as a whole.
Patent JP-H09242291-A (JP)
Title: Design variable handrail device
Inventor: NAKATANI TOSHIMARO
IPC: E04B1/00
Filed: 1996-03-06
Abstract: PROBLEM TO BE SOLVED: To variegate a handrail design for each floor and within a single floor after securing strength of a handrail, etc. SOLUTION: Engagement grooves 14 are provided on four surfaces on the outside of a handrail support 10 making a setting standard, and an end part vertical frame of an interposed handrail 3 to interpose on the handrail support 10, a projecting bracket 30 of an outside handrail body 4 and an auxiliary handrail material, a connecting frame for connection of the handrail support 10, a blocking plate of the remaining engagement grooves 14, etc., are made free to interchangeably install. Additionally, the handrail bodies 3, 4 are respectively constituted as of different structures and dimensions, and stability of installation and freedom of design are secured by forming a handrail for each floor or a handrail A for one single floor by combining them.
Patent JP-H04289687-A (JP)
Title: Dc arc furnace arc deflection correction device
Inventor: NAKAJIMA TARO
IPC: F27D11/08
Filed: 1991-03-18
Abstract: PURPOSE:To prevent deflection of an arc of a DC arc furnace. CONSTITUTION:A magnetic field in the opposite direction to a magnetic field deflecting an arc 9 is made to be generated from an electromagnetic coil 12 in order to prevent deflection of the arc by providing time electromagnetic coil 12 outside an iron leather 11 while connecting aforesaid electromagnetic coil 12 to DC power supply so as to adjust the size of a conductive current.
Patent JP-H02260173-A (JP)
Title: Moving picture recorder
Inventor: HOSOKAWA HIROSHI
IPC: G11B7/004
Filed: 1989-03-31
Abstract: PURPOSE:To continuously record the moving picture information of large capacity by providing a scanning control means for controlling the seek and jump writing of a head on the basis of a specified seek and jump area. CONSTITUTION:When the moving picture information is inputted in a controller 8, it is converted into an optical signal, for example, by a conversion means. The optical signal is written on a storage medium (for example, an optical disk 1) which rotates at a constant speed from an optical head 3 while being scanned by a scanning means. At such a time, optional seek and jump area information for the disk 1 is specified. When the controller 8 detects that the head 3 reaches a seek and jump area starting point 11, it stops the output of an optical beam 6 and allows the head 3 to jump to a seek and jump area end point 12. Thereafter, the processing for writing the moving picture information is started again. Thus, the moving picture information obtained a fixed time ago is recorded while keeping the specified moving picture information.
Patent JP-H09268921-A (JP)
Title: Engine with supercharger
Inventor: KAWATANI SEI
IPC: F02B37/007
Filed: 1996-04-01
Abstract: PROBLEM TO BE SOLVED: To assure a predetermined output in an entire operating range of an engine with a supercharger and at the same time to prevent occurrence of surging. SOLUTION: A low volume turbo-supercharger 14 and a high volume turbo-supercharger which are different in their volumes are arranged in side-by-side relation. A driving force of a turbine 36 of the low volume turbo-supercharger 14 can be transmitted to a compressor 31 by a first transmitting means and at the same time a power of a crank shaft 25 of the engine is transmitted by a second transmitting means to the first transmitting means and then a compressor 31 of a low volume turbo-supercharger 14 can be driven by the power of the engine.
Patent JP-H01249477-A (JP)
Title: Printer
Inventor: IWATANI MITSUO
IPC: B41J13/10
Filed: 1988-03-31
Abstract: PURPOSE:To enable a printed printing paper to be easily taken out from a printer, by providing a discharged paper-pushing means for pushing out a printing paper, which is fed out to a first paper-discharging position of a paper- discharging part by a paper-discharging means, to a second paper-discharging position located on the outside of a main body of a printer. CONSTITUTION:After printing is finished, a printing paper 8 is fed out onto a paper-discharging tray support 6 by a paper-discharging roller 12, is guided and restricted in movement by a guide piece part 37a, and is set onto a higher bottom part 35 of the tray support 6. Thereafter, an operating plate 121 is moved in the opposite direction, and a pair of paper pushing-out parts 38a, 38b of a paper-discharging pushing-out pawl 38 operated in conjugation with the plate 121 are returned to their initial positions to protrude from a pair of opening parts 35a, 35a, whereby the paper 8 set on the bottom part 35 is pushed out onto a paper-discharging tray 45, and a paper-discharging operation is thereby completed. Thus, the printing paper 8 on the tray support 6 is forcibly pushed out to the tray 45, so that the printing paper 8 can be easily taken out on the front side of a printer.
Patent JP-H10235320-A (JP)
Title: Reuse of treatment solution used in coating film peeling treatment by immersion and stirring of coating film waste
Inventor: KADOMA MITSUKO
IPC: B09B5/00
Filed: 1997-02-24
Abstract: PROBLEM TO BE SOLVED: To repeatedly reuse an alkali aq. soln. used in coating film peeling treatment due to the immersion and stirring of waste of a coating film such as a magnetic film or a photosensitive film. SOLUTION: An aftertreatment soln. left after the coating film peeling treatment by an alkali aq. soln. being an initial treatment soln. is brought into contact with a corresponding amt. of active carbon to adsorb the solute such as the binder or gelatin dissolved in the aftertreatment soln. by active carbon to remove the same, and the filtrate restored in the effect of a chemical agent is used as the treatment soln. of the next peeling operation. In the same way, the treatment soln. for peeling treatment is repeated reused by the contact operation with active carbon.
Patent JP-H06325392-A (JP)
Title: Disk reproducing device
Inventor: SAKURAI JUN
IPC: G11B7/085
Filed: 1992-03-02
Abstract: PURPOSE:To stabilize the operation by prohibiting the operation of a scratch measure circuit at the time of rising disk rotation, stabilizing a focus servo system and a tracking servo system and validating the scratch measure circuit after the disk rotation becomes normal. CONSTITUTION:A signal read by an optical pickup 1 is divided into an RF signal, a focus signal and a tracking signal by an RF amplifier 2. The focus system is constituted of the amplifiers 3, 5 and a driver 6, and the tracking system is constituted of the amplifiers 7, 9 and the driver 10. Then, the scratch measure circuits 4, 8 are loaded on both systems respectively, and when a scratch exists according to the output of the scratch measure circuit 11, a switch is turned to a hold side (b), and in the other case, the switch is turned to the (a) side. Then, at the time of rising the disk rotation, that is, for a period when the disk rotation arrives at a prescribed rotation by a frame synchronism detection circuit 12 after the disk is rotated, the operation of the scratch measure circuits 4, 8 are prohibited by a mute circuit 14.
Patent JP-H11218349-A (JP)
Title: Operation control device of air conditioning system
Inventor: SAKAMOTO SHINICHI
IPC: F25B1/00
Filed: 1998-03-26
Abstract: PROBLEM TO BE SOLVED: To conduct an air conditioning operation control corresponding to the nonlinear characteristics of an air conditioning system by using a multivariable control unit based on one dynamic model. SOLUTION: A deviation correcting part 57 to which a deviation ΔT2 of a discharge temperature calculated by a first deviation calculating part 55 and a deviation ΔTe(ΔTc) of a refrigerant temperature calculated by a second deviation calculating part 56 are inputted is provided. This deviation correcting part 57 calculates a correction factor on the basis of the present value of an operation frequency of a compressor and leads out deviations ΔT2' and ΔTe'(ΔTc') after correction by multiplying the two deviations ΔT2 and ΔTe(ΔTc) by this correction factor. A multivariable control unit 53 receives the deviations ΔT2' and ΔTe'(ΔTc') after the correction led out by the deviation correcting part 57, as two inputs. Moreover, the multivariable control unit 53 leads out control amounts ΔHz and ΔEv of the capacity of the compressor and the valve travel of a motor operated expansion valve on the basis of one dynamic model in a standard state of an air conditioning operation and, making the capacity of the compressor and the valve travel of the motor operated expansion valve two outputs, outputs a frequency command signal to the compressor and a valve travel command signal to the motor operated expansion valve(EV) respectively.
Patent JP-S58195790-A (JP)
Title: Heat accumulating device
Inventor: TAKEDA TAKESHI
IPC: F28D20/02
Filed: 1982-05-10
Abstract: PURPOSE:To equalize the melting and solidification of heat accumulating materials by a method wherein a plurality of the latent heat accumulating materials of different melting points are arranged in a casing according to the degrees of their melting points and a high temperature heat medium and a low temperature heat medium are supplied into the casing from on the side of the highest melting point heat accumulating material and from on the side of the lowest melting point heat accumulating materials, respectively, in an alternative fashion. CONSTITUTION:The latent heat accumulating materials 7, 9 and 11 have melting points higher one another in that order and vessels 8, 10 and 12 filled with the materials 7, 9 and 11, repsectively, are arranged in the casing 3 in the order shown in the drawing. Further, the heat medium 6' is flowed into the casing 3 from a port 4 on the side of the high melting point heat accumulating material 11 in the direction of the dotted line arrow when the melting point of the heat medium 6' is higher than those of the heat accumulating materials 7, 9 and 11. As a consequence, the heat medium 6' melts the high melting point heat accumulating material 11 when the former is at a high temperature and then melts the lower melting point heat accumulating materials 9 and 7 in sequence as the temperature of the heat medium 6' lowers. Then the heat medium 6 having a melting point lower than those of the heat accumulating materials 7, 9 and 11 is flowed into the casing from a port 5 on the side of the low melting point heat accumulating material to thereby enable the heat accumulating materials to discharge heat. Thus, with the above structure, the melting and solidification of the heat accumulating materials are equalized.