baber/WOPTO huggingface dataset:
Patent JP-H11232471-A (JP)
Title: Numerical analysis result visualizing system and method therefor
Inventor: YAMAMOTO ASAO
IPC: G06T11/20
Filed: 1998-02-18
Abstract: PROBLEM TO BE SOLVED: To provide a means by which the degree of details is increased or decreased in accordance with a display range and also display is executed at high speed even by a display device inferior in performance in visualizing and displaying background data and the numerical analysis result of a physical amount distribution. SOLUTION: A numerical analysis part 13 analyzing a high precision numerical value within a whole object area range in order to change the degree of the details in visualizing physical amount distribution data and the degree of the details in background data information, a data storing part 14 provided with the physical amount distribution database 141 of the numerical analysis result and background database 142 having an information amount corresponding to the display range and a display processing part 15 for visualizing and displaying data corresponding to the display range are incorporated in a numerical analysis result visualizing system 10.  Proper physical amount data points are selected from the databases 142 and 141 in accordance with the display range and the physical amount distribution in the display processing part 15 so that the important physical amount such as the max. value or the min. value does not leak and also the data amount of the display range is made almost constant. Thus, the deterioration of the information amount with the reduction of the display range is evaded and, at the same time, visualizing precision in the analysis result is improved so as to execute display at high speed.
Patent JP-H03240073-A (JP)
Title: Image forming device
Inventor: TANIGAWA KOICHI
IPC: G03G15/043
Filed: 1990-02-19
Abstract: PURPOSE:To prevent the unevenness of density from occurring, to always stably obtain an excellent image and to simplify a device by controlling at least one of image forming means relating to the conveyance sequence of a transfer material. CONSTITUTION:A toner image obtained by applying toner to an electrostatic latent image formed on the surface of a traveling image carrier 1 is transferred to a transfer material 51 which abuts on the image carrier 1 and travels in synchronism with it. The set condition for forming an image of a primary electrostatic charging means 21 and at least either an exposing means or a developing means in the image area of the transfer material 51 and within a range which is a specified distance from the leading edge of the material 51 in a traveling direction is made different from that in other image area. As a result, the unevenness of density is prevented from occurring in the succeeding images according to whether the transfer material exists between the image carrier and a transfer member or not.
Patent JP-S60180537-A (JP)
Inventor: MIFUNE HIDEO
IPC: A01M13/00
Filed: 1984-02-27
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-H04255819-A (JP)
Title: Light beam scanning device
Inventor: FUJITA HIROO
IPC: G03G15/04
Filed: 1991-02-07
Abstract: PURPOSE:To measure a two-dimensional pattern in an optional direction by providing at least two scanning elements for performing the scanning of a light beam in X and Y axes directions and changing the geometrical arrangement of the scanning element in the Y axis direction. CONSTITUTION:The light beam which is allowed to scan in the X axis direction is made incident on the Y axis scanning element 13 and raster scanning is performed on a two-dimensional plane by moving a reflection surface in the Y axis direction. At such a time, the scanning in the X axis direction is made constant and the reflection surface of the element 13 is rotated centering around an optical axis to change the geometrical arrangement, so that the scanning direction of the light beam which is allowed to scan in the X axis direction is changed to the direction of the angle twice as large as the rotational angle. By shifting the relative position of the light beam, which is allowed to scan in the X axis direction and which is made incident on the element 13, to the Y axis direction, the light beam is shifted further in a parallel direction with respect to the scanning direction changed in accordance with the rotation of the reflection surface.
Patent JP-S61196336-A (JP)
Title: Interruption object recognizing system
Inventor: KUDO NORIMASA
IPC: G06F9/48
Filed: 1985-02-27
Abstract: PURPOSE:To eliminate the necessity for making preparations for plural same processing routines to same types of an interruption object device by storing identifying information to identify the interruption object device to a storing means. CONSTITUTION:A CPU 1, at the time of initial setting, reads the device data set through a bus 5 to respective interruption object devices 21, 22, 23... beforehand, selects the processing routine corresponding to said data, selects the prescribed interruption vector, and prepares the collating table of the selected interruption vector with the corresponding processing routine. After that, when the interruption is executed from the interruption object devices 21, 22, 23..., the CPU 1 executes the corresponding processing routine, base upon the collating table with the processing routine corresponding to the selected interruption vector. Consequently, when the same kinds of the interruption object device are plural, the interruption vector goes to be the figure corresponding to the device and the processing routine may be one.
Patent JP-H01212755-A (JP)
Title: Ion treatment equipment
Inventor: NOGAMI TSUKASA
IPC: C23C14/50
Filed: 1988-02-18
Abstract: PURPOSE:To apply ionic treatment to a wafer of arbitrary size with superior workability by conveying a wafer onto a cover by means of an arm with a vacuum chuck and moving the above wafer in a state held by a wafer holder into a treatment chamber together with the cover to carry out hermetical sealing with the cover. CONSTITUTION:An ion beam 2 is introduced into a vacuum vessel 32, and, by opening a vacuum valve 34, a wafer 20 disposed in a treatment chamber 36 is irradiated with the above beam 2 to undergo treatment. In the above ionic treatment equipment, the wafer 20 is taken out from a cassette 60 by means of a vacuum chuck 50 of an arm 56 in a wafer conveyance device 52. Subsequently, the arm 56 is operated and the wafer 20 is conveyed into a wafer holding device 42, where the wafer 20 is held between a base 47 and a clamper 48 of a wafer holder 46 on a cover 38. In the above state, a cover opening and closing apparatus 39 is operated by an air cylinder 40 and the wafer 20 is conveyed into the treatment chamber 36, which is hermetically sealed with the cover 38. Then, the inside of the treatment chamber 36 is evacuated and the above vacuum valve 34 is opened, and the prescribed ionic treatment is carried out.
Patent JP-H10232073-A (JP)
Title: Air conditioner
Inventor: MIYAJI KENICHI
IPC: F25B47/02
Filed: 1997-02-20
Abstract: PROBLEM TO BE SOLVED: To provide an air conditioner which can be defrosted even when it is frosted during a heating operation and stably maintain room temperature by dividing an indoor heat exchanger into two. SOLUTION: In a refrigerating cycle having a compressor 1, a four-way valve 2, an outdoor side heat exchanger, an expansion valve and an indoor side heat exchanger 5, the outdoor heat exchanger is divided into a first outdoor heat exchanger 3a and a second outdoor heat exchanger 3b provided in parallel with each other and first and second expansion valves 4a and 4b are respectively provided between the outlet side of the indoor heat exchanger 5 and the inlet side of the first and second outdoor heat exchangers 3a and 3b. The first and second outdoor heat exchangers 3a and 3b are respectively provided with temperature sensors 6a and 6b. When temperature detected by either of the temperature sensors reaches defrosting start temperature, the expansion valve corresponding to the outdoor heat exchanger is opened to carry out a defrosting operation.  When the defrosting operation finishes, the expansion valve is restricted. Then, the expansion valve corresponding to the other outdoor heat exchanger is opened to carry out a defrosting operation. When this defrosting operation finishes, the expansion valve is restricted. The respective expansion valves are alternately retricted to carry out the defrosting operation during a heating operation.
Patent JP-S60227734-A (JP)
Inventor: GERURITSUTO KONINGU
IPC: A61B5/1473
Filed: 1985-02-27
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-H04255326-A (JP)
Title: Sealing method for back-bonding
Inventor: TANAKA MIKIO
IPC: B29L23/00
Filed: 1991-02-06
Abstract: PURPOSE:To make it possible to perform continuously uniform joining by a method wherein a continuously delivered flat film is bent into a cylindrical shape and the laminated tightly contacting part is irradiated with a laser beam and then, pressure is applied on the tightly contacting part just after irradiation to perform pressure welding. CONSTITUTION:A synthetic resin-made flat film 1 continuously delivered is bent into a cylindrical shape by means of a forming plate 2 and a bending tool 3. This bent cylindrical film is laminated on the central upper part of the forming plate 2 and the tightly contacting part is irradiated from the upper part with a laser beam by means of a laser beam irradiating apparatus 4 to weld the film of that part. Outer force is immediately applied on the welded tightly contacting part to perform welding. It is possible to perform uniform joining by performing pressure welding just after welding even when welding of the tightly contacting part is not uniform as it is done before welded part is solidified.
Patent JP-S62195623-A (JP)
Title: Sticking method for spacer material
Inventor: NISHIKI TAMAHIKO
IPC: G09F9/35
Filed: 1986-02-21
Abstract: PURPOSE:To manage the sticking of a spacer material with uniform spraying density without leaving dirt on a board by irradiating ultrasonic waves to the mixed solution of the spacer material, boiling the mixed solution and dipping the board into the mixed solution. CONSTITUTION:An electrode is formed on the board 15 and an orientation film is formed on the electrode to obtain a dispersion tank 11 for forming a liquid crystal cell. Then, the spacer material is mixed to obtain the mixed solution 13 and the solution 13 is agitated and irradiated by ultrasonic waves so that the spacer material is uniformly dispersed in the mixed solution 13. Subsequently, the mixed solution 13 stored in the dispersion tank 11 is boiled by a heater 21 to maintain the uniform dispersion status of the spacer material. Then, the board 15 is dipped into the boiled mixed solution 13 by a lift 19 through a suspending means 17 so that the spacer material spraying surface is vertical to the liquid surface of the mixed solution 13. After the temperature of the board 11 has reached the boiling temperature of the mixed solution 13, the board 15 is lifted up from the mixed solution by the lift 19. At that time, only the spacer material is left on the surface of the board 11 and uniformly dispersed and stuck to the surface of the board 11 and isopropyl alcohol prevents the board 11 being dirtied.
Patent JP-S61196261-A (JP)
Title: Electrophotographic copying machine
Inventor: MATSUO HIROKAZU
IPC: G03G15/041
Filed: 1985-02-25
Abstract: PURPOSE:To vary magnification automatically and prevent miscopying even if the 1st original and the 2nd original differ in size by taking a copy automatically with an AMS function when a composite copy of the 2nd original is taken. CONSTITUTION:When two originals are copied on one surface of one sheet of copying paper together (in composite copy mode), the two originals are copied on one sheet of copying paper exactly if an operator seelcts wrong copying paper size or magnification. For te purpose, optimum copy magnification is set to the value obtained by dividing the half of the conveyance-directional length of the copying paper by the conveyance-directional length of the originals. For example, when the copying paper size is (A4 lateral) and the original size is (A4 lateral), the optimum magnification of the composite copy mode, i.e. (X0.707) is calculated and set. Further, when the copying paper size is (B4 longitudinal) and the original size is (A4 lateral), no proper copy magnification is provided, so the operator is urged to set copy magnification manually.
Patent JP-S53121896-A (JP)
Title: Preparation of novel modified cyclopentadiene resin
Inventor: CHINO YASUYOSHI
IPC: C09D11/00
Filed: 1977-04-01
Abstract: PURPOSE: To prepare a novel modified resin useful for printing inks, by adding a solution of a resol-type phenol-formaldehyde resin to a cyclopentadiene resin, and reacting on heating thereof. 
     COPYRIGHT: (C)1978,JPO&Japio
Patent JP-H06248488-A (JP)
Title: Metallic film and its forming
Inventor: TAKAGI TOICHI
IPC: C25D5/34
Filed: 1993-02-25
Abstract: PURPOSE:To obtain a metallic film having open cell pores or closed cell pores in spotted shape by executing an electroplating by specifying an forming process and a conduction treatment process of a nonconductive part. CONSTITUTION:When the surface of a substrate 1 is conductive, the metallic film 2 is formed by depositing metals by electroplating after forming nonconductive parts 3 in spotted shape. When the surface of the substrate 1 is nonconductive, the nonconductive parts 3 are formed thereon after conduction treatment or at the same time as the conduction treatment and then electroplating is applied. In order to form nonconductive parts 3 in spotted shape, nonconductive particles 6 are stuck to the substrate 1 or the conduction treated layer 8 or conductive pastes dispersed with nonconductive particles 6 are stuck to the substrate 1. Thus, the metallic film having open cell pores or closed cell pores in spotted shape is formed.
Patent JP-H03239372-A (JP)
Title: Manufacture of semiconductor device
Inventor: MURAKISHI TAKEO
IPC: H01L29/788
Filed: 1990-02-16
Abstract: PURPOSE:To keep processes being on after the formation of a first gate electrode being at low temperatures and having high dielectric strengths by forming two layers, into which impurities of low concentration and the ones of high concentration are implanted respectively, on a peripheral transistor part, utilizing the shape of a film for insulating between two gates (silicon nitride film). CONSTITUTION:A silicon nitride film 6 is used as a film for insulating between two gate electrodes 4, 13 of a memory cell part. When an appentice part 6a of the silicon nitride film 6 is formed by etching the silicon nitride film 6 and the first gate electrode 4 selectively, an appentice part 6b of the silicon nitride film 6 is formed on the gate electrode 4 of a peripheral transistor part simultaneously. Then, layers 9, 12, into which impurities of low concentration and the ones of high concentration are implanted respectively, are formed utilizing the appentice parts 6a, 6b respectively. By using the silicon nitride film 6 as the film for insulating between the two gate electrodes 4, 13 in this manner, the sidewall of the first gate electrode 4 can be oxidized using the film 6 as a mask for oxidizing. Thereby, the processes being on after the formation of the first gate electrode can be kept being at low temperatures and having high dielectric strengths.
Patent JP-H0235221-A (JP)
Title: Bearing fitting method
Inventor: KURACHI YASUHIKO
IPC: F16C43/08
Filed: 1988-02-19
Abstract: PURPOSE:To automate fitting of a roller by heating the bearing outer ring to be hot fitted up to a temp. within a specified extent precisely by means of induction heating, then demagnetizing by damping waves due to a resonance circuit, and at the same time performing hot fitting of rolling element. CONSTITUTION:The outer ring 2 of a bearing is placed on an outer ring seat mount 14 on an index table 10. This table 10 rotates in the direction of arrow to move the mount 14 to positions 14c and 14d, and the mount 14 is elevated into an induction coil 8. Then the mount 14 and outer ring 2 are rotated through a mount drive shaft 12a, and current is supplied to the coil 8, and thus an induction current is generated in the outer ring 2 to cause rise of the temp. to a specified level. Then the rollers 3 in a roller holding tool 13a are fitted in the heated outer ring 2 one by one from the lowermost one 3 at every turns of an eccentric rotary disc 12. When current supply to the coil 8 is shut off after the outer ring 2 is heated to specified temp., damping waves are generated in the coil 8, and the residual magnetism in the outer ring 2 is erased.
Patent JP-H04275454-A (JP)
Title: Manufacture of semiconductor device
Inventor: MASUDA YOKO
IPC: H01L27/10
Filed: 1991-03-04
Abstract: PURPOSE:To provide a manufacture of a semiconductor device which can make ruggedness hard to develop in the top face of a lower capacitor electrode, and field concentration hard to occur between the lower capacitor electrode and the upper capacitor electrode, and improve the reliability of capacitor dielectric film between these electrodes. CONSTITUTION:A manufacture of a semiconductor device which has a capacitor cell consisting of a lower capacitor electrode 8, a capacitor dielectric film 9, and an upper capacitor electrode 19 is so composed as to include the step of forming only the lower capacitor electrode 8 or the lower and upper capacitors 8 and 9 by depositing amorphous silicon through low temperature chemical vapor growth using Si2H6 gas as the reaction gas.
Patent JP-S5582619-A (JP)
Title: Method and device for extruding foamed plastic
Inventor: AASAA ERU FUITSUPUSU
IPC: B29C48/92
Filed: 1979-03-30
Abstract: A foamable extrudate is extruded through the orifice (25), preferably arcuate, of an extrusion die (24). Immediately adjacent and downstream of the die orifice are opposed sets of curved rollers (47, 48), each having substantially the same center of curvature as the die orifice. The roller set (48) on one side of the extrudate pass line is adjustable as a set with respect to and substantially parallel to the pass line, while the rollers of the set (47) on the opposite side are adjustable individually cach to float with controlled pressure against the extrudate as it expands and moves between the roller sets. Each roller is comprised of a plurality of thin, cylindrical, circular wafers (195) which are drivingly interconnected and journaled on curved cure shafts (50). The wafers of opposed rollers in each set are individually driven for rotation at a controlled speed so that each opposed pair of rolls acts as a traction drive for the extrudate as it exits radially from the die orifice, such rollers controlling the expansion and movement of the extrudate while minimizing cell distortion. A surface finisher (45) is provided downstream of the roll sets which comprises opposed extrudate engaging planar surfaces (120, 121) positioned on the opposite sides of the extrudate, one (121) being adjustably yet fixedly supported while the other (120) is adjustably and floatingly supported pivotally at its center of gravity to exert a controlled flating pressure on the extrudate.
Patent JP-H10230106-A (JP)
Title: Method and device for washing fibrous filter medium in filter
Inventor: KUNIGARA MASAO
IPC: B01D29/62
Filed: 1997-02-21
Abstract: PROBLEM TO BE SOLVED: To satisfactorily and efficiently perform washing of fibrous filter media in a filter in which a filtration layer is constituted of the fibrous filter media. SOLUTION: The inside of a filter tank 11 is partitioned into a middle part region 13 in which a filtration layer is formed and into the upper and lower regions 14, 15 by both a perforated plate 41 supporting the filtration layer consisting of fibrous media 3a and a perforated plate 8 arranged in its upper part. A part 17b of washing water 17 is circulated and supplied from the upper region 14 to the lower region 15 through a circulation path 18 and a booster pump 19 while forming a horizontal spiral flow along the inner peripheral face of the filter tank 11 . Simultaneously, cleaning air 22 is convergently spouted from the partition part 15a of the lower region 15 to the region part 13a of the middle part in the just above direction.  In the region 13 of the middle part, a strong ascending current 17e is formed in the region part 13a of the middle part by air lift effect and thereby the filtration layer is rapidly disentangled and also circulation currents 17f due to difference in density are formed in the intervals of the region parts 13b of other middle parts. The fibrous filter media 3a are mixed and agitated uniformly and sufficiently.
Patent JP-H07246812-A (JP)
Title: Upper arm of suspension system for vehicle
Inventor: KUROSU NORIKAZU
IPC: B60G7/00
Filed: 1994-03-08
Abstract: PURPOSE:To increase the rigidity of an upper arm without increasing the weight by setting the vertical dimension of an inside flange larger than the vertical dimension of an outside flange to provide a hole for mounting a joint connected to a car body frame on the proximal end side of the inside flange. CONSTITUTION:A press made upper arm UA is provided with a body part 1, an inside flange 2 extending inward after extending downward from the inner edge of the body and an outside flange 3 extending outward after extending downward from the outer edge. Holes 21, 21 for mounting a pair of front and rear rubber bushing joints J2, J2 connected to a car body frame are provided in the proximal end of the upper arm UA of the inside flange 2. The vertical dimension of the inside flange 2 is st larger than the vertical dimension of the outside flange 3. As a result, the center of the section of the upper arm UA is biased toward the inside flange 2 so that the offset of the center from load input lines L, L is reduced and a load acting on the upper arm UA can be effectively received.
Patent JP-S62208354-A (JP)
Inventor: AMAMIYA HIDEO
IPC: B65D8/04
Filed: 1986-02-24
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-H09207629-A (JP)
Title: Spring tension balancer
Inventor: NAKAMURA NOBORU
IPC: B60M1/26
Filed: 1996-01-31
Abstract: PROBLEM TO BE SOLVED: To prevent springs from being compressed to a preset size and more. SOLUTION: An outer cylinder 1 is connected to a rail car line or a building via a door pull 1a at one end. An inner cylinder 4 with one end inserted into the outer cylinder 1 to be relatively movable in the axial direction is connected to a building or a rail car line via a door pull 4c at the other end. A middle cylinder 2 located between the outer cylinder 1 and the inner cylinder 4 is inserted into the outer cylinder 1 to be relatively movable in the axial direction. Springs 3, 5 are provided in series among the outer cylinder 1, the middle cylinder 2 and the inner cylinder 4. A load bearing rod 6 with the base end fixed into the outer cylinder 1 is extended through the center in the axial direction, passed through the cover 4d of the inner cylinder 4 to be relatively movable in the axial direction and provided with an engagement portion 6a at the end.  When the inner cylinder 4 is pulled a preset size out of the outer cylinder 1 and the springs 3, 5 are compressed to a preset size, the engagement portion 6a is engaged with the cover 4a of the inner cylinder 4 and made into rigid form to prevent the springs 3, 5 from being compressed further more.