baber/WOPTO huggingface dataset:
Patent JP-H0832731-A (JP)
Title: Facsimile store and forward switching device
Inventor: MIYAGAWA TADASHI
IPC: H04N1/00
Filed: 1994-07-12
Abstract: PURPOSE:To obtain operation and management data without periodically performing supervision by a service engineer from an external remote console side. CONSTITUTION:An operation and management data part 12 is stored with the operation and management data such as staying document, information and fault information. With an instruction of a data transfer part 16-2, a local- side maintenance modem 3 originates to a remote-side maintenance modem 5 through a modem I/F 13a and a public telephone network 4, and the operation and maintenance data which are edited at a data editing part 16-1 are sent to the remote console 6. When the operation and management data can not be sent to the side of the remote console 6 owing to a busy state or communication error, a facsimile document in fixed format is sent to a specific FAX 80 with an instruction of an error information transmission part 16-3.
Patent JP-H0451218-A (JP)
Title: Liquid crystal display device
Inventor: KIRIYAMA NORIO
IPC: G02F1/133
Filed: 1990-06-20
Abstract: PURPOSE:To avert an increse in the number of picture elements and a decrease in visibility by flickering several times an illuminating means at every specified period and changing the omitted light colors thereof at every lighting of the illuminating means. CONSTITUTION:A liquid crystal panel 1 shuts off the light of a back light 2 during the period when the light 2 is lighted red and allows the transmission of the light 2 during the period when the light is lighted blue if the level of a liquid crystal driving signal 12 is designated as Vb during the red lighting of the back light 2 and the level of the above-mentioned signal during the period of green, blue lighting as Va. Eventually, the liquid crystal panel 1 flickers twice in order of green and blue during of the time T. The panel 1 is equiv. to the disposition of two light sources having light emission colors of green and blue and flickering at the time T in the same position. The color (water color) synthesized with these colors is visible if the time T is specified to about 17ms(60Hz).
Patent JP-H0778342-A (JP)
Title: Optical pickup
Inventor: EZAWA HIROSHI
IPC: G11B7/08
Filed: 1994-07-12
Abstract: PURPOSE:To obtain an optical pickup which is small in size and light in weight and in which tilt of an object lens can be adjusted. CONSTITUTION:This pickup is provided with a base 5 mounted with an object lens 1 and a carriage 20 holding the base 5 so as to be able to slide. The carriage 20 holds the base 5 in it, and is provided with a first sliding section 21 formed by the base 5 and the carriage 20, and a second sliding section 22 formed by the carriage 20 and the base 5. A first spherical face 7 centering a node of the object lens 1 or its vicinity is formed in at least one side out of the base 5 and the carriage 20 in the first sliding section 21. A second spherical face 8 having the center at the same position as the first spherical face is formed in at least one side out of the carriage 20 and the base 5 in the second sliding section.
Patent JP-S6141355-A (JP)
Inventor: SUZUKI SEIJI
IPC: D04G1/08
Filed: 1984-07-30
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-H04359154-A (JP)
Title: Automatic analyzer
Inventor: USHIKUBO MASAO
IPC: G01N35/10
Filed: 1991-06-05
Abstract: PURPOSE:To provide an automatic analyzer capable of making a high-precision analysis and effectively improving the processing capability without generating a carry-over between reagents. CONSTITUTION:Reagent container holding means 115, 117 holding multiple reagent containers 131, 137 having dispensess 127, 133 respectively and positioning means 119, 121, 123, 125 driving the reagent container holding means 115, 117 and selectively positioning the desired reagent containers 131, 137 at the preset reagent split injection positions R1, R2 on a reaction line are provided. Dispensor driving means 147, 149a, 149b, 151 driving the split injectors 127, 133 of the reagent containers 131, 137 positioned at the preset reagent dispensing positions R1, R2 and dispensing a desired quantity of reagent into a reaction container 33 conveyed along the reaction line is provided.
Patent JP-H0210649-A (JP)
Title: Sealed lead-acid battery
Inventor: AKABOSHI HIROSHI
IPC: H01M50/105
Filed: 1988-06-28
Abstract: PURPOSE:To increase the molding speed, reduce the material cost, and reduce production processes via the simplification of the structure by putting a group of cells in an acid-resistant bag with a small hole at the bottom, connecting these multiple cells, and assembling them in a battery jar with no partition wall. CONSTITUTION:An electrode plate group 1 welded at the upper section of current collecting lugs is put in a polypropylene bag 5 with the thickness of 100mum and having a hole 6 at the bottom, which is inserted into a battery jar 2. Cells are connected, a terminal is fitted, a middle cover 3 is welded. An electrolyte for three cells is concurrently filled through the hole of a safety valve 4. The battery jar is formed in a simple structure with no partition, thus the molding speed can be remarkably increased, and the resin for partitioning can be saved. A small hole is bored at the bottom of the bag, thus the electrolyte is concurrently filled and can be uniformly held for each cell. The valve of the middle cover is not required to be provided for each cell, only one valve is sufficient.
Patent JP-2000348053-A (JP)
Title: Analysis distribution system
Inventor: ONODERA KAZUO
IPC: G06F17/30
Filed: 1999-06-07
Abstract: PROBLEM TO BE SOLVED: To make operation optimum, efficient, to adequately and smoothly reuse results for totalization, retrieval, etc., by separately inspecting and registering the contents of an analysis request and an analysis result. SOLUTION: An input assisting means 11 inputs an analysis request from a data terminal 41 and an inspecting means 12 inspects whether or not the inputted request meets specific format conditions. An accepting processing means 13 registers a request, judged by the inspecting means 12 to meet the specific conditions, as an analysis accepted case in a common database 31. An input assisting means 21 inputs the analysis result of the analysis accepted case registered in the common database 31 from a data terminal 42 and an inspecting means 22 inspects whether or not the inputted analysis result meets specific format conditions. An accepting process means 23 registers the analysis accepted case, judged by the inspecting means 22 to meet the specific format conditions, as an analysis completion case in the common database 31.
Patent JP-S6221518-A (JP)
Title: Melting and extruding method for heat-reactive resin composition
Inventor: SUMIYA TAKASHI
IPC: B29C48/08
Filed: 1985-07-22
Abstract: PURPOSE:To prevent generation of foreign matter or foam, by making an agitating ratio at the screw head part of an extrusion machine to be 0.1-0.6. CONSTITUTION:An agitating ratio at the screw head part of an extrusion machine is made to be 0.1-0.6 which is desirably 0.18-0.4, in a method for melting and extruding a composition containing at least 10wt% heat reactive resin whose thickening index at the melting and extruding temperature is 1.1-10. When the agitating ratio is smaller than 0.1, a polymer whose reaction has progressed is generated suddenly at a staying part of the screw head part and when the agitating ratio exceeds 0.6, abnormal staying is generated in the center part of a circle drawn by the screw head and similarly the polymer whose reaction has progressed is suddenly generated.
Patent JP-S60109843-A (JP)
Inventor: HAABUEI SHII UONGU
IPC: B41J1/30
Filed: 1984-08-01
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-S6316373-A (JP)
Title: Dynamic table type picture display system
Inventor: KITAZAWA TOMOKO
IPC: G06Q10/10
Filed: 1986-07-08
Abstract: PURPOSE:To freely obtain a desired display style by changing interactively and dynamically the table style displayed on a display of a terminal equipment through this terminal equipment. CONSTITUTION:When the display position designating information is inputted from a terminal equipment 3, a picture frame generating means 11 produces the information on a picture frame equivalent to a single picture to be displayed on a display device from the display position designating information and the table information stored in a table information storing means. A picture object production means 12 produces the screen object equivalent to a single screen displayed on the display of the equipment 3 from the information displayed in each table out of the table information stored in the table information storing means as well as said information on the picture frame. A picture input/output means 14 inputs said picture object to display the picture of the contents corresponding to the picture object on the display of the equipment 3 and also inputs a reception image received from the equipment 3 after a replacement operation like deletion, etc. is applied to the displayed picture.
Patent JP-H0824219-A (JP)
Title: Endoscope apparatus
Inventor: FUKUNISHI SOHEI
IPC: G02B23/26
Filed: 1994-07-12
Abstract: PURPOSE:To provide an endoscopic apparatus capable of preventing the thermal damage of an endoscope caused by the heat from the light of a lamp regardless of the capacity of the individual lamp. CONSTITUTION:An endoscopic apparatus is equipped with an endoscope 1 and an apparatus main body 2. The apparatus main body 2 is equipped with an image processing part 11, an image display part 12 and a light source part 13 supplying illumination light to the light guide 6 in the endoscope 1. The light source part 13 is equipped with a lamp power supply 14 and a lamp 15 and an infrared cutting filter 16, an iris 17 and a condensing lens 18 are arranged between the lamp 15 and the incident port 6a of the light guide 6. The light source part 13 is constituted so that a sensor 19 detecting the reflected light (b) removed by the filter 16, a light quantity control processor 20 comparing the reflected light (b) from the sensor 19 with preset lamp data (light quantity upper and lower limit values) and a control device 21 adjusting the current I of the lamp. on the basis of the current adjusting commands S1, S2 from the processor 20 are provided to a control system of the quantity of light of the lamp.
Patent JP-S5860793-A (JP)
Inventor: MOCHIZUKI YASUO
IPC: G10F1/00
Filed: 1981-10-08
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-H0325785-A (JP)
Title: Memory device
Inventor: YOKOTA TAKASHI
IPC: G06F12/00
Filed: 1989-06-22
Abstract: PURPOSE:To delete a fast storage element and to effectively use a storage element large in capacity and low in speed by comparing the present input address with its history register by a comparison means, and controlling the storage element based on a comparison result. CONSTITUTION:When an access control signal 1 and address input 2 are supplied and access is started, a preceding row address 9a in a register 9 is compared with a present row address 2a in the input 2 at a comparator 7. When noncoincidence between the addresses 2a and 9a is obtained, the comparator 7 outputs (noncoincidence), and precharges a DRAM 6, and returns the row address 2a and a column address 2b sequentially, and performs prescribed access according to the signal 1. At this time, a control circuit 8 applies the optimum control on the storage element 6, and deletes the fast storage element. The large amount of storage is performed by arranging the memory devices in parallel, and also, memory capacity can be set and changed freely, which attains the effective use of the storage element with low speed.
Patent JP-H10329101-A (JP)
Title: Upright running circular sawing machine
Inventor: SHIRAI SHIGEHARU
IPC: B27B5/07
Filed: 1997-06-03
Abstract: PROBLEM TO BE SOLVED: To enable a cutting process to be performed without excess load and with high accuracy under a simple construction. SOLUTION: When this circular sawing machine is used, a work W supplied onto a horizontal ruler plate 4 is clamped under pressure on an almost perpendicular table face (a) and is caused to move, running in the longitudinal direction by a sawing table unit B and then is cut by a circular saw 9. In this case, a wire rope 27 is wound up/down, using a winding suspension and drive means C with the sawing table unit B connected to the suspended lower end of the wire rope 27 and thus the sawing table unit B is moved to ascend/descend. On the sawing table unit B, a plummet 29 which acts upon a direction in which the weight of the sawing table unit B is reduced, is arranged through the wire rope 27.
Patent JP-S6139430-A (JP)
Title: U-shape bending former for glass tube
Inventor: KANEKO OSAMU
IPC: H01J9/24
Filed: 1984-07-31
Abstract: PURPOSE:To make the bending of a glass tube performable in a highly accurate manner, by controlling the revolution of a moving side chuck with a first cam groove as well as controlling the rotation of the moving side chuck with a second cam groove. CONSTITUTION:A glass tube 60 is chucked with a fixed side chuck 55 and a moving side chuck 22, and simultaneously with making this fixed chuck 55 go down to a B position, a rocking block 5 is made go down. A first cam roller 18 is guided by a first cam groove 16 of a cam plate 15, while the moving side chuck 22 moves along a cam form of the cam groove 16, and the glass tube 60 is rolled on an outer surface of a mold 56. A second cam roller 35 is guided by a second cam groove 17 so that a lever 34 is turned round whereby the moving side chuck 22 is rotated through a shaft 30. With this constitution, since the clamped spot is always made to be directed to a bending center direction, such a possibility that the moving side chuck 22 and the glass tube 60 are relatively slidden and undesired twist is given to the glass tube 60 may not occur.
Patent JP-H09322574-A (JP)
Title: Semiconductor thermocell
Inventor: KO HIROSHI
IPC: H01L35/30
Filed: 1996-06-01
Abstract: PROBLEM TO BE SOLVED: To take out a stored thermal energy as an electrical energy whenever necessary, by a method in which the P-N junction part of a thermoelectric device consisting of P-type and N-type semiconductors is connected to a conductive material unit which has a large heat capacity. SOLUTION: A thermoelectric device 1 consists of a P-type semiconductor 2 and an N-type semiconductor 3. Lead terminals 4 and 5 are connected to the low temperature sides of the P-type semiconductor 2 and the N-type semiconductor 3 respectively by soldering, etc. On the other hand, the high temperature sides of the P-type semiconductor 2 and the N-type semiconductor 3 form a P-N junction part, and a large heat capacity conductive material unit 6 is connected to the thermoelectric device 1 at the P-N junction part by putting connection conductors 7 and 8 onto the conductive material unit 6.  With this constitution, an electrical energy is converted into a thermal energy by utilizing the thermoelectric effect of the thermoelectric device 1 consisting of the P-type semiconductor 2 and the N-type semiconductor 3 and stored, or a thermal energy is stored by heating and, whenever necessary, the stored thermal energy can be taken out as an electrical energy.
Patent JP-S5785627-A (JP)
Title: Controlling method for expanding of large diameter tube
Inventor: FUKADA YASUTO
IPC: B21D3/00
Filed: 1980-11-14
Abstract: PURPOSE: To improve accuracy of tube expansion and increase work efficiency by supporting a welded tube with a pair of cantilever V roller, and adjusting the position of the V roller detecting bending moment acting on each roller.  
     CONSTITUTION: A lifting stand 10 is installed at a specified position on the carrying line of a welded tube 1. A pair of holders 20 are attached on the lifting stand 10 allowing free sliding. Supporting shafts 30 are cantilevered horizontally at the upper end of the holders 20. Load detectors 31 are attached to the supporting end and V-rollers 3 are attached to the free end to allow free rotation. The welded tube 1 is guided and supported by V-rollers 3, and when the center O of carrying position of the welded tube 1 is shifted by Δx to a point O' due to defective shape of the welded tube 1 or defect of V-rollers etc., left and right load detectors 31 detect bending moment and send control signals by a controlling unit 40 to motors 50 so that Δx becomes zero. Thus, position of V-rollers 3 is adjusted. 
     COPYRIGHT: (C)1982,JPO&Japio
Patent JP-H0451111-A (JP)
Title: Optical scanning device
Inventor: IWASAKI TAKAO
IPC: G02B26/12
Filed: 1990-06-19
Abstract: PURPOSE:To enable optical scanning with small deterioration in picture quality by providing a light emission part array which emit light beams according to an image signals and also providing a light quantity compensating means which is formed of resin which thermosetting property at the projection port of the light emission part array. CONSTITUTION:A light beam which is converged by a condenser lens 13 by the rotation of a polygon mirror 14 is guided to incidence ports of respective optical waveguides which constitute an optical waveguide array 15 in order. The optical waveguide array 15 is constituted by arraying many optical waveguides for propagating the light beam from a light source 11 to a photosensitive drum 20, forming their incidence terminals 15a arcuately surrounding the polygon mirror 14, and arranging their projection terminals 15b linearly in parallel to the center axis of the photosensitive drum 20. The light quantity compensating means 16 formed of photosetting resin is provided at the projection terminals 15b and the light beams projected at the projection terminals 15b irradiate the photosensitive drum 20 without any variance in the quantity of light. Consequently, the variance in the quantity of light is suppressed and the optical scanning device which has no deterioration in picture quality is obtained.
Patent JP-H0810041-A (JP)
Title: Vibrissa cutter
Inventor: HAMASHIMA TETSUO
IPC: A45D26/00
Filed: 1995-06-27
Abstract: PURPOSE:To provide a vibrissa cutter which does not impair a mucous membrane even if the vibrissa cutter is inserted in a nostril, and can be inserted therein with smooth feeling. CONSTITUTION:This vibrissa cutter is provided with a stationary blade 8 which is formed into a cylindrical shape, and also formed into a comb teeth shape having blade grooves in the axial direction, a movable blade 7 which is rotated along the inner surface of the stationary blade 8, and with a comb made of synthetic resin, which has a comb teeth section 20 corresponding to the respective comb teeth of the stationary blade 8, and covers the outer circumference of the stationary blade 8. A bent section 20a covering the tip ends of the comb teeth of the stationary blade 8 is projected out of the tip end of the comb teeth section 20 of the comb 3.
Patent JP-H1110222-A (JP)
Title: Glass pad for hot extrusion
Inventor: MATSUO HIROSHI
IPC: B21C23/32
Filed: 1997-06-18
Abstract: PROBLEM TO BE SOLVED: To obtain an extruded product with a satisfactory outer surface property by forming at least inner peripheral surface part out of parts flowing and flowing into the hole of a die together with a material to be worked at the time of the extrusion forming, using the glass excellent in lubrication performance compared with the other parts. SOLUTION: For the glass pad to be used for the extrusion of a high alloy, with a high extrusion ratio and steel shapes, an inner peripheral surface part 5a is formed with the virgin powder of special glass represented as glass, and an outer peripheral part 5b is formed with the virgin powder of inexpensive window glass base glass, or is formed with the recycled powder of the window glass base glass obtained by crushing used glass pad and the special glass. Also, for the glass pad to be used for the extrusion of common steel and general special steel, the inner peripheral surface part 5a is formed with the virgin powder of the window glass base glass, and the outer peripheral part 5b is formed with the recycled powder of the window glass base glass to be obtained by crushing the used glass pad and the special glass.
Patent JP-S6317430-A (JP)
Title: Liquid crystal element and its production
Inventor: FUJIMURA FUMIE
IPC: G02F1/1343
Filed: 1986-07-10
Abstract: PURPOSE:To obtain a liquid crystal element having a stepless electrode layer by subjecting an ITO film to a treatment to selectively increase the resistance value thereof by the projection of an electron beam in an oxidizing agent or in an atmosphere contg. the oxidizing agent thereby forming patterns thereto. CONSTITUTION:The ITO film 12 of the relatively low resistance is formed by sputtering vapor deposition on a glass substrate 11. The substrate 11 is then exposed in the mixed oxygen-nitrogen atmosphere where laser light 13 is projected onto the film 12 surface. As a result, the ITO part irradiated with the laser light is a high-resistance region 12' where the resistance is increased by two digits. On the other hand, the resistance in the part not irradiated with the laser light 13 remains low. A polyimide as oriented film is thereafter coated on the substrate and two sheets of the resulted substrates are adhered to face each other by a sealant. A liquid crystal material is injected therebetween, by which a liquid crystal element is formed. The liquid crystal element which has the specified film thickness and desired patterns without having steps is thus formed.
Patent JP-H09314027-A (JP)
Title: Coating device
Inventor: NAKAMURA HITOSHI
IPC: B05B15/12
Filed: 1996-05-31
Abstract: PROBLEM TO BE SOLVED: To provide a coating device capable of uniformly executing coating by rapidly adsorbing residual coating material mists or the like to a 2nd filter at the down stream of a work and allowing mists to flow toward the downstream side of the 2nd filter. SOLUTION: In this coating device 1, the uniform flow of clean air flowing from a air supply unit 3 toward an air discharge unit 4 is formed by detecting the pressure of each chamber of a coating chamber 28, a 2nd air discharge chamber 27 and an discharge chamber 25 and adjusting the drive of an air fan 31 and the opening of a dumper 8 in the 2nd air discharge chamber 27 thereby controlling the pressure so as to decrease the pressure stepwise in the order of the coating chamber 28, the 2nd air discharge chamber 27 and the air discharge chamber 25. In this state, the coating material is injected toward the work 16 attached to a work holding structure 15 from an injection nozzle 14a of a reciprocator 9.  The residual coating material mist or the like not used for coating floating in the coating chamber 28 is rapidly adsorbed to the 2nd filter 26, or is passed through the 2nd filter 26 to enter into the 2nd air discharge chamber 27 and is prevented from flowing back to the coating chamber 28 by the 2nd filter 26 since the pressure of the coating chamber 28 is more positive than that of the 2nd air discharge chamber 27.