baber/WOPTO huggingface dataset:
Patent JP-H1140332-A (JP)
Title: Ceramic art furnace
Inventor: KASAHARA TAIJIRO
IPC: H05B6/02
Filed: 1997-07-17
Abstract: PROBLEM TO BE SOLVED: To enhance the safety property of a ceramic art furnace. SOLUTION: A microcomputer 46 receives the information of a temperature inside a furnace sensed by a thermocouple 14 through a temperature sensing circuit 51 and judges whether the door of the furnace chamber is open or not by means of a sensing signal from a door switch 52 when the temperature in the furnace is within a range of 100 to 800 deg.C. If the door is open, it actuates an alarm circuit 49 in order to generate an alarm sound. When the temperature in the furnace is above 800 deg.C, it sends a control signal to a solenoid-driving circuit 53 so as to lock the door into a locked state and consequently, the door can not be opened even if a user pushes a release switch. Thus, an operator is kept from opening the door carelessly and touching a hot heating body during a heating operation or prevented from being exposed to an extremely hot heat wind from the furnace.
Patent JP-H0373027-A (JP)
Title: Vector register saving and restoring system
Inventor: OGURO TAKASHI
IPC: G06F17/16
Filed: 1989-08-14
Abstract: PURPOSE:To reduce the overheat of a VM (virtual computer) monitor by executing the use start declaration and use end declaration of a vector register by a VM, referring to these declarations, saving or restoring the vector register as needed and preventing the saving and restoring unnecessary for the contents of the vector register. CONSTITUTION:A VM 1 executes a task and executes the use start declaration and use end declaration of the vector register. When it is started to use the vector register, the VM 1 executes the use start declaration and when it is finished to use the vector register, the VM 1 executes the use end declaration. When a VM monitor 2 delivers a control right to the next VM 1 or when the use start declaration is executed during the processing of the VM 1, the preceding use start declaration is referred to and the contents of the vector register are saved when it is required. Further, the contents are restored as needed. Thus, the contents of the vector register with large capacity are prevented from being unnecessarily saved and restored and then, the overhead of the VM monitor 2 can be reduced.
Patent JP-H0492573-A (JP)
Title: Encoding device
Inventor: HORIE HITOSHI
IPC: H04N1/419
Filed: 1990-08-07
Abstract: PURPOSE:To attain an optimal encoding processing according to image data by providing a code inputting means which writes an arbitrary code table in a reloadable memory, and a means which selects the data of the reloadable memory and the data of a read only memory. CONSTITUTION:This device is equipped with a reloadable memory 15 provided apart from a read only memory 14, which stores the code table, code inputting means 19 which writes the code table in the reloadable memory 15, and means 16 which selects the data of the reloadable memory and the data of the read only memory as code data. Thus, it is possible to attain the encoding processing by using the code which is optimal for an image in the same hardware even in order to encode efficiently a halftone image (that is, a halftone) or the like different from a document image.
Patent JP-H0876797-A (JP)
Title: Signal synthesizing and decomposing device
Inventor: YAMAZAKI SHOICHIRO
IPC: G10L19/02
Filed: 1994-09-02
Abstract: PURPOSE: To decompose signals hierarchically into converting regions and to synthesize signals from the regions by performing synthesis/decomposition of the signals in the finite field of the Chinese remainder theorem. CONSTITUTION: Four bit signals expressed in terms of 3rd degree polynomials A2 (x) and B2 (x) are synthesized to obtain a 7-th degree polynomial A1 (x)' by the theorem in a synthesizer 1. Then, a coefficient K is multiplied by a multiplier 1 to generate eight bit signals of a 7th degree polynomial A1 (x). Then, A1 (x) and B1 (x) are synthesized. After that, they are divided into 0-th to 3rd degree four bits and 4th to 7th degree four bits by dividers 1 and 2, respectively. Then, x<-4> is multiplied to the 4th to 7th four bits by multipliers 2 and 3 and are converted into 0th to 3rd degrees. Then, a 7th degree polynomial A0.0 (x)' is obtained by a synthesizer 2 employing the theorem. Moreover, a 7th degree polynomial A0.0 (x)" is generated by a multiplier 4. Similarly, A0.1 (x)" is generated by a multiplier 5.  Finally, the A0.0 (x)" and the A0.1 (x)" are combined by a combiner 1 to obtain sixteen bit synthesized signals.
Patent JP-H0258678-A (JP)
Title: Moving fence
Inventor: FUJINO TOMIYOSHI
IPC: E04H17/16
Filed: 1988-08-24
Abstract: PURPOSE:To improve a shield function by providing an elevatable moving fence part and a slide moving part having a vent hole the opening width of which is regulatable. CONSTITUTION:A moving fence is formed with a lower fence 1, a moving fence part 2, a lower fence slide moving part 4, and a slide moving part 5 of the moving fence part. The moving fence part 2 located in the lower fence 1 and the slide moving part 5 of the moving fence part are moved upward by means of a drive device, and the height of a fence is adjusted to a desired value. By horizontally sliding the lower fence slide moving part 4 and the slide moving part 5 of the moving fence 2 within the lower fence 1 or the moving fence part 2, the opening width of a vent hole is reduced to a desired value or the vent hole is blocked. This constitution enables improvement of a shield function.
Patent JP-H0495505-A (JP)
Title: Radial tire
Inventor: MIYAZONO TOSHIYA
IPC: B60C9/20
Filed: 1990-08-10
Abstract: PURPOSE:To prevent degradation in durability of a tire due to the growth and development of cracks by dividing reinforcing elements in a rubber sheathed layer into bundles, each of which consists of several reinforcing elements, and enlarging the distribution spacing between the bundle and an adjacent reinforcing element. CONSTITUTION:The belt 2 of a radial tire 1 is generally used as a rubber- sheathed layer in which reinforcing elements made of steel monofilaments 3 arranged in parallel and diagonally to the equatorial face of the tire, are buried. In this case, with the above belt 2, in a conventional example shown in the upper column (a) in Figure, the arrangement of the steel monofilaments 3 in the rubber-sheathed layer is set for the monofilaments to be equally (s) spaced. Conversely, in an embodiment shown in the lower column (b), the steel monofilaments 3 are divided into bundles, each of which consists of several monofilaments and which are arranged at wider distribution spacing delta. Thus, the growth of cracks between adjacent reinforcing elements 3 located the distribution spacing delta apart is delayed depending on the distribution spacing delta, and thereby the enlargement of cracks capable of rapidly inducing belt-separation between laminated layers of the belt 2 can be effectively restricted.
Patent JP-S5999543-A (JP)
Title: Correction system for program
Inventor: NAKAMURA TETSUYA
IPC: G06F9/44
Filed: 1982-11-29
Abstract: PURPOSE:To correct a program by storing correction information in an area different from the area wherein a registered program is stored, and making a corrected position of the registered program corresponding to the correction information ineffective. CONSTITUTION:A correction processing part ZAP once its start is indicated detects, the capacity of a free area in a file of a program library PLIB where the registered program PROG is stored prior to the storage of correction information AMD to the program library PLIB. Then, the capacity M of the correction information is recognized by capacity information added to the correction information after the capacity N of the free area is detected. The capacity M is compared with the capacity N in magnitude, and when M<=N is established, program correction processing is performed for the first time.
Patent JP-2001030693-A (JP)
Title: Transfer sheet, transfer sheet having toner image and method for printing toner image to surface of heat resistant solid using the same
Inventor: KIMURA SHIGEAKI
IPC: C04B41/86
Filed: 1999-07-26
Abstract: PROBLEM TO BE SOLVED: To form and print a toner image without trouble by forming a water soluble paste layer and a resin film layer on a base, and specifying an adhesive force and an elongation at breakage of a sole resin film in the case of adhering the film to a glass surface by water applying transfer. SOLUTION: The transfer sheet for decorating in the case of transferring and printing a toner image obtained by developing an electrostatic latent image by a toner by means of a dry-type electrophotographic method or the like to a surface of a pottery, a tile or the like is formed by providing a water soluble paste layer and a resin film layer on a base. As the resin film, a resin film having an adhesive force in the case of adhering the film to a glass surface by water applying transfer of 2 g/20 mm in width or more and an elongation at breakage of the sole film of 6% or more is used. Further, in the film, a plasticizer and an antistatic agent are contained. According to this sheet, a dimensional shrinkage due to drying of the film can be absorbed by the elongation of the film itself, and a high adhesive force can be maintained.
Patent JP-S59100298-A (JP)
Title: Formation of patterned al-cu alloy layer
Inventor: IMAI YUUJI
IPC: H01L21/306
Filed: 1982-11-30
Abstract: PURPOSE:To form accurately a patterned Al-Cu alloy layer on an insulating substrate by carrying out electrolysis in a phosphoric acid soln. at a specified temp. of the soln. and a specified current density and by completing the electrolysis when the voltage or electric current changes suddenly. CONSTITUTION:A substrate body 6 is composed of a substrate 1 having an upper insulating layer 2, an Al-Cu layer 4 vapor-deposited on the layer 2, and a patterned mask layer 5 formed on the layer 4 by a photo process. DC electrolysis is carried out in an electrolytic soln. 11 contg. phosphoric acid as a principal component using the alloy layer 4 as a positive electrode and a platinum electrode 13 as a negative electrode. When the temp. of the electrolytic soln. and the current density are represented by Te ( deg.C) and Je (mA/cm<2>), respectively, constant-current or constant-voltage electrolysis is carried out under conditions which keep the right side of the equation larger, and the electrolysis is completed when the indication of a voltmeter 15 or an ammeter 16 changes suddenly. The electrolysis of the alloy layer 4 proceeds chiefly in the vertical direction under said conditions, and the layer 4 is hardly electrolyzed in the horizontal direction, so the mask pattern is accurately transferred to the layer 4.
Patent JP-S6366544-A (JP)
Title: Optical arithmetic unit
Inventor: ISHIDA YOSHIHIRO
IPC: G06E3/00
Filed: 1986-09-09
Abstract: PURPOSE:To increase the number of operations by leaps and bounds by constituting an optical arithmetic unit of a light source whose quantity of light is variable, filter whose light transmissivity or reflectivity is variable, and a photodetector and obtaining a first operand and the second operand by the quantity of light of the light source and the filter respectively and outputting the operation result from the photodetector. CONSTITUTION:An optical arithmetic unit 20 consists of an LED element 22 of face light emission which outputs the quantity of light corresponding to one operand of multiplication and division of optical operations, a collimator lens 24 which converts a divergent luminous flux to parallel rays of light, a filter 26 whose light transmittance or reflectivity is variable, and a photodetector 32 which detects the light transmitted through the filter 26. In this constitution, the first operand is obtained by the element 22 and the second operand is obtained by the filter 30, and they are operated and the result is the filter 30, and they are operated and the result is outputted from the photodetector 32. Thus, simple means are used to considerably increase the number of operations in comparison with a normal optical arithmetic unit.
Patent JP-H0636865-A (JP)
Title: Two-frequency power source high frequency induction furnace
Inventor: IWAKI KOICHI
IPC: H05B6/04
Filed: 1992-07-16
Abstract: PURPOSE:To reduce the output of an inverter while providing a desired stirring force in the stage for component regulation after completion of melting. CONSTITUTION:The frequency for mixing treatment work such as component regulation is reduced lower than the frequency at melting. In this case, a two- frequency power source high frequency induction furnace has the function for bypassing the circuit of a transformer 5 and functions 11-14 for increasing the capacitor capacity connected in parallel to a coil. When a determined mixing treatment is conducted to a fused metal in the induction furnace, each function 11-14 is operated. The frequency at treatment work is reduced to 1/2 or more of the frequency at melting.
Patent JP-H1052162-A (JP)
Title: Receiving apparatus for grain drying facility
Inventor: KANEKO AIJIRO
IPC: A01F25/14
Filed: 1996-08-09
Abstract: PROBLEM TO BE SOLVED: To remarkably simplify the structure, save the space and reduce the cost of a receiving apparatus by integrating and uniting the receiving, rough- selection and metering functions necessary for a receiving part of a grain drying facility. SOLUTION: A grain-receiving part 1 is produced by uniting a grain-receiving hopper 4 with a fluidized bed selection part 5. The grain-receiving hopper 4 receives grains from a transfer vehicle and the fluidized bed selection part 5 transfers the grains flowing down from the receiving hopper 4 in a layer to select and remove foreign materials. The receiving apparatus is provided with a load cell 6 to measure the weight of the grains charged into the receiving hopper 4 of the grain receiving part 1 as the weight of the whole receiving part. The fluidized bed selection part 5 is provided with a stone-checking weir 20 at the bottom face holding the flow of the grains in layers to inhibit the motion of foreign materials such as stones and iron pieces. The delivery part 9 is provided with a valve 12 to keep a constant flow rate per unit time at the fluidized layer selection part 5.
Patent JP-H0495946-A (JP)
Title: Silver halide photographic sensitive material
Inventor: HASEGAWA TAKUJI
IPC: G03C1/825
Filed: 1990-08-08
Abstract: PURPOSE:To improve the sharpness of images and the property to detect the presence or absence of a film by an IR sensor by giving a specific sensitivity difference to the emulsions of a surface A and a surface B, and incorporating an IR absorbing dye into at least one layer of constituting layers. CONSTITUTION:This photosensitive material has at least one layer of the photosensitive silver halide emulsion layers and hydrophilic colloidal layers on the respective surface A and surface B on both surfaces of a base and is so formed that the relation sA, sB, sA' and sB' satisfy sA/sA'>4.0 and sA/sB=1.5 to 20 where the sensitivity of the surface A is designated as sA and the sensitivity of the surface B as sB' when exposed only from the surface A side and where the sensitivity of the surface B is designated as sB and the sensitivity of the surface A as sA' when exposed only from the surface B side. The IR absorbing dye is incorporated into at least one layer of the constituting layers. The images having the excellent sensitivity and sharpness are obtd. in this way and the property to detect the IR sensor is improved.
Patent JP-H1147656-A (JP)
Title: Viscous material coating device
Inventor: UMEDA MASAYUKI
IPC: B05C5/00
Filed: 1997-08-05
Abstract: PROBLEM TO BE SOLVED: To enable to stop discharge of viscous material simultaneously with stopping action when stopping coating from the coating state of the viscous material. SOLUTION: On a piston rod 1 fitted in a body 2, a groove 5 around the outer periphery and a viscous material path 6 whose one end is opened to the nozzle side in the center axis direction and whose the other end communicates with the groove 5 are formed. Since when the piston rod 1 is advanced by a cylinder 8, the position of the groove 5 coincides with that of a viscous material feeding path 4 passing through the body 2 in the radial direction, the viscous material can be jetted from a nozzle 7 to be applied. When the piston rod 1 is backed off by the cylinder 8 on coating stoppage, the viscous material feeding path 4 and the groove 5 are disconnected to cut off the supply of the viscous material, and also by sack back effect by increased volume of a discharge space 11, the discharge of the viscous material is stopped.
Patent JP-H0373837-A (JP)
Title: Automatic correcting method for controlling o2 sensor
Inventor: FUJIMOTO HIROSHI
IPC: G01N27/04
Filed: 1989-08-16
Abstract: PURPOSE:To prevent sensing from being shifted by comparing the output of a controlling O2 sensor with that of an inspecting O2 sensor in the canceled state of controlling O2 sensor feedback control. CONSTITUTION:At the time of initializing an engine, the outputs of the controlling O2 sensor 1 and the inspecting O2 sensor 11 are simultaneously inputted and a sensor output relation table is formed and fixedly stored in a memory of a controller 8. The outputs of both the sensors 1, 11 are occasionally compared by the controller 8 to detect the deterioration of the sensor 1 and correct the feedback set point of the sensor 1. Namely, the controller 8 cancels the feedback control of the sensor 1 under the fixed conditions of engine load and rotational frequency to correct the feedback set point. Thereby, the controller 8 corrects the feedback set point of the sensor 1 and restarts the feedback control. When the sensor 1 is furthermore deteriorated, a correction value is added to the feedback set point of the sensor 1 to correct the set point.
Patent JP-H0376014-A (JP)
Title: Production of multitrack thin-film magnetic head
Inventor: NAKAMURA FUMIAKI
IPC: G11B5/31
Filed: 1989-08-16
Abstract: PURPOSE:To allow easy and exact registration by forming track grooves also on a thin-film head chip having a lower core. CONSTITUTION:The grooves are formed on a ferrite substrate 9 at a constant pitch in compliance with film forming patterns to about the depth at which the track grooves 5' of the lower core are not annihilated in spite of machining of the sliding surface S2 when the substrate is made into the single body of the thin-film magnetic head. A molding glass material is disposed on the grooves surface and is heated and melted by a high-temp. furnace. The excess molding glass 10 failing to flow into the track grooves is removed and the glass packed ferrite substrate 11 is obtd. This glass packed ferrite substrate 11 is cut to a desired lower core thickness along broken lines b-b, by which lower cores 12 are obtd. The easy and exact registration is executed at the time of butting of the cores in this way. The off-tracking is thus prevented as far as possible.
Patent JP-H0495569-A (JP)
Title: Steering wheel
Inventor: SUGIYAMA YUICHI
IPC: B62D1/10
Filed: 1990-08-09
Abstract: PURPOSE:To set both a rim part and a spoke part in the correct direction in a very easy manner by constituting a lower boss so as to make it rotatable to a taper part and an upper boss of a steering wheel by means of axial turning operation on the bolt of an angle adjusting mechanism. CONSTITUTION:In a steering wheel made up of fitting a boss 4 installed in a boss part 2 is a serration part 15 and a taper part 16 formed at the tip part of a steering shaft 11 and being clamped by a screw 12, the boss 4 is divided into an upper boss 21 and a lower boss 22 coupled with a spoke core bar 5 of a spoke part 3. A nut 42 with an internal thread part 45 along the tangential direction of this lower boss 22 is solidly installed at the side of the lower boss 22, and at the side of the upper boss 21, a bracket 43 is solidly installed there. A bolt 44 screwed with the internal thread part 45 of the nut 42 is installed in this bracket 43 tiltably with a screwing part with the nut 42 as the fulcrum point, and the bolt 44 is operated of its axial turning, thus each setting angle of a rim part 1 and the spoke part 3 is adjusted.
Patent JP-S6452774-A (JP)
Title: Amide derivative, production thereof and plant disease controlling agent containing said derivative as active ingredient
Inventor: ARASUGI KAZUE
IPC: A01N43/76
Filed: 1987-08-24
Abstract: NEW MATERIAL:An amide derivative expressed by formula I (X is O or S). EXAMPLE:2,4-Dimethyl-5-oxazolecarboamino-(2-furyl)-acetonitrile. USE:Useful as a plant disease controlling agent, capable of exhibiting excellent effects on various plant pathogenic germs, especially plant diseases, such as downy mildew or late blight, caused by phycomycetes and usable in farmland, paddy field, orchard, tee field, pasture, turf, etc. PREPARATION:One equiv. 2,4-dimethyl-5-oxazolecarboxylic acid chloride expressed by formula II is reacted with preferably 1-2 equiv. aminonitrile derivative expressed by formula III in the presence of preferably 1-2 equiv. base, such as pyridine, at a temperature within the range of normally at -30-+50 deg.C, preferably 0 deg.C- ambient temperature to afford the aimed compound expressed by formula I.
Patent JP-H10154657-A (JP)
Title: Manufacture of projection optical system, projection aligner, and semiconductor device
Inventor: KIMURA YOKO
IPC: G03F7/20
Filed: 1997-08-05
Abstract: PROBLEM TO BE SOLVED: To eliminate an aberration component of higher-order from a projection optical system without incurring the malfunction of optical parts and the projection optical system itself by a method wherein an spherical surface which corrects the optical system for higher-order aberration left in it is provided to the optical member basing on the surface shape of the optical member, a space between the optical surfaces of the optical member, and the optical design data of the projection optical system. SOLUTION: A plurality of optical members L1 to L5 are arranged in a prescribed order and assembled into a projection optical system PL. The projection optical optical system PL is corrected for aberration of higher-order by turning the optical surface (refracting surface of the like) of an optical member inside the projection optical system PL spherical (fine spherical surface) after one out of the plurality of optical members L1 to L5 comprising the projection optical system PL is moved (the optical members L1 to L5 are changed in space between them, moved in the direction of an optical axis or in the direction vertical to an optical axis, an tilted) to adjust the assembled projection optical system PL or the optical members L1 to L5 are assembled into a projection optical system PL.