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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
41	Stencil printing method/device, ink container and stencil roll	JP2003033688	2003-02-12	JP2004243567A	2004-09-02	OSHIMA KENJI; ISOZAKI TAKASHI; IWAMOTO MANABU
<P>PROBLEM TO BE SOLVED: To perform stencil printing with stable print density from the time of starting a printing process, in a stencil printing method for performing the stencil printing using various kinds of inks having varying volatility and viscosity. <P>SOLUTION: Information indicating the volatility and viscosity of ink is stored in a storage means 8 of an ink container 10, and the stored information indicating the volatility and viscosity of the ink is read out. A suspension time lasting from the suspension of a stencil printing operation to its resumption, is measured and a printing pressure is controlled in accordance with information on the suspension time and the volatility and viscosity of the ink. <P>COPYRIGHT: (C)2004,JPO&NCIPI
42	Manufacture of thermal stencil, and original plate cartridge for printing the thermal stencil used for the manufacture	JP30438393	1993-12-03	JPH07156360A	1995-06-20	ANDO YOICHI; HIRANO KOICHI
PURPOSE: To provide a method for manufacturing a thermal stencil which can simply manufacture the stencil and an original plate cartridge for printing a thermal stencil to be used therefor. CONSTITUTION: The method for manufacturing a thermal stencil comprises the steps of mounting an original plate cartridge B for thermal stencil printing so contained in a cassette case 22 as to be delivered by winding an original plate 20 for printing with a tapelike thermal stencil in a cartridge container 13 of a thermal printer A having a thermal head 12 which can print a tapelike matter, and forming a print image set by inputting with a keyboard 10 on the printer or an external input on the plate 20 delivered from the cartridge B, thereby manufacturing the stencil in a suitable length. Thus, an utilizing range of an existing label word processor can be largely increased. COPYRIGHT: (C)1995,JPO
43	JPH0132788B2 -	JP12232282	1982-07-13	JPH0132788B2	1989-07-10	TANIGUCHI SEIICHI; TORIGOE MASAO; HATSUTORI SHUJI; IDA HARUO

44	JPS6255994B2 -	JP12232382	1982-07-13	JPS6255994B2	1987-11-24	TANIGUCHI SEIICHI; TORIGOE MASAO; HATSUTORI SHUJI; IDA HARUO

45	JPS6255993B2 -	JP12176882	1982-07-12	JPS6255993B2	1987-11-24	TANIGUCHI SEIICHI; TORIGOE MASAO; HATSUTORI SHUJI; IDA HARUO

46	Plate making and printing machine	JP12232382	1982-07-13	JPS5912892A	1984-01-23	TANIGUCHI SEIICHI; TORIGOE MASAO; HATSUTORI SHIYUUJI; IDA HARUO
PURPOSE:To automatically perform plate-making and printing operations by combining a plate feeding mechanism, a plate making mechanism, a printing mechanism, a plate discharge mechanism having a means to suddenly stop a fan motor, a paper feeding mechanism, and a paper discharge mechanism in such a way as to enable them to perform their specific actions. CONSTITUTION:A rolled manuscript paper 10 is cut into a given length by a cutter 16 after being passed through the inside of the cutter 16. In a combination of the manuscript paper 9 sent to the plate supply mechanism 3 and the rolled paper 10, the manuscript paper 9 separated is sent out to a manuscript discharge base 11, and the rolled paper 10 is sent to a printing cylinder 19. When the supply of plate is ended, the printing mechanism 4 begins to operate in response to a printing start signal. A printing paper 13 set on the paper supply base 12 is sent out to the printing mechanism 4 by the paper supply mechanism 6. After the ending of printing, the rolled manuscript paper 10 is separated from the printing cylinder 19 by the plate discharge mechanism 5 and treated. Since the plate discharge mechanism 5 is provided with a means to suddenly stop the fan motor by a regenerative control means, an armature 42 can be suddenly stopped.
47	Plate-making and printing machine	JP11716282	1982-07-06	JPS597082A	1984-01-14	TORIGOE MASAO; HATSUTORI SHIYUUJI; IDA HARUO; TANIGUCHI SEIICHI
PURPOSE:To obtain a plate-making and printing machine for mineographic printing, having totally automatized specific plate-making and printing mode of small-size and good applicability as well short first copying time. CONSTITUTION:A paper 3 for heat-sensitive perforated plate printing is rolled around a paper tube 4 and passed through two sets of paper-feeding rollers 6. The picture face of a manuscript 2 is contacted with the surface of a heat- sensitive film on the porous thin paper of the paper 3, the manuscript 2 and the paper 3 are both inserted between the glass 12 and a press plate 10 under a high pressure, and a xenon tube 14 is flashed for plate making. The manuscript 2 is then separated and directed to a discharge base 22, the paper 3 is attached to the screen 29 through a clamp unit 26, and mineographic printing is made on the paper 3 by using the main printing drum 27 and the printing sub-drum 28.
48	Master ejection box and stencil printing device	JP2007189651	2007-07-20	JP2009023253A	2009-02-05	SUZUKI KENJI; ISHII SHIGENORI
<P>PROBLEM TO BE SOLVED: To provide an easy-to-use master ejection box which can be removed one-handedly from a printing device, making intact vertical removal thereof smooth. <P>SOLUTION: The master ejection box 5 detachably mounted on a printing device for storing ejected masters S compressed by the compressing means of the printing device is detached from the printing device. When an operating lever 10 is pressed, a cover member 8 mounted on the upper surface opening of the body 7 moves upward to release the opening, and at the same time, the master carrying member 9 integrated therewith turns in an anterior superior direction from between the compressing ribs 18b, lifts and peels the ejected masters S pasted to the ribs 18a, 18b, 19 in the main body. Then the main body is leaned toward the ejection opening provided on one side of the main body (the front side in the drawing), enabling the ejected masters to be removed to the outside (vertical removal). <P>COPYRIGHT: (C)2009,JPO&INPIT
49	Plate discharge storage box of the printing apparatus	JP15841596	1996-06-19	JP3744599B2	2006-02-15	輝信大沼; 喜治菅野; 英之香川; 和久高橋; 貴之高橋

50	Stencil printing system, a computer readable recording medium storing a stencil printing method and a stencil printing program	JP2000003602	2000-01-12	JP3742268B2	2006-02-01	秀治米岡

51	Stencil printing system, stencil printing method and computer-readable recording medium storing stencil printing program	JP2000003602	2000-01-12	JP2001191626A	2001-07-17	YONEOKA HIDEJI
PROBLEM TO BE SOLVED: To improve the operation properties and efficiency thereof for printing. SOLUTION: A stencil printing system is provided with an operation standby state sensing section 13a for sensing the operation standby state of a controller, a printer operation state sensing section 13b for sensing the operation state of a stencil printer and a discriminating section 130 for referring to the operation state of the printer and the operation standby state of the controller, determining the processing carried out on the stencil printer and controlling the stencil printer. COPYRIGHT: (C)2001,JPO
52	Core pipe and holder for stencil base paper roll	JP4021099	1999-02-18	JP2000238936A	2000-09-05	OSHIMA KENJI
PROBLEM TO BE SOLVED: To provide a core pipe structure of stencil base paper roll that has a simple structure, is inexpensive, and can certainly prevent mounting error, and a holder adapting to this core pipe. SOLUTION: In a core pipe of stencil base paper roll R whose both ends are provided with holders H, H" having a guide plate 21, the both ends are provided with openings 14, 16 inserted with projections 22, 23 projecting from the guide plate, the both openings have mutually different inside measure sizes, projections 22, 23 with different sizes are inserted. The core pipe comprises a first pipe body 11, the opening 14 is one end opening of the pipe body 11, and the opening 16 is the opening 16 of a second pipe body 15 spectroscopically arranged adjacent to the other end opening of the pipe body 11. The pipe body 15 is placed inside a prescribed distance away from an end of the pipe body 11 to define a step portion 17, and the holder H" is provided with a shoulder portion 24 stored in this step portion 17. COPYRIGHT: (C)2000,JPO
53	Image reader for process printer	JP5821087	1987-03-13	JPS63224469A	1988-09-19	UEDA KENICHI
PURPOSE:To process images of originals individually and putting them together only by specifying areas on area specifying sheets with handwritten closed curves by providing an automatic document feeder and a two-surface successive copying mode. CONSTITUTION:When an area is specified, a translucent 1st-area specifying sheet 2 is superposed on a 1st original as a 1st surface and an image to be edited is encircled with a handwritten closed curve. Similarly, an area is specified on a 2nd area specifying sheet 4 as to a 2nd original 3 as a 2nd surface. Then those originals and area specifying sheets are superposed and set in pairs on the automatic document feeder with the image surfaces down. When a start key is pressed, the area specifying sheet 2 for the 1st surface enters a reader. Then, the 1st original 1 enters the device successively and automatically and its image data is processed according to a specified editing processing mode. When the plate making for the 1st original is completed, the image processing mode of the 2nd surface is specified.
54	JPS6230118B2 -	JP11433883	1983-06-27	JPS6230118B2	1987-06-30	HORII JUICHI; NAKAJIMA SHUICHI; TAKAHASHI EIJI

55	Automatic used-plate disposal treatment apparatus of rotary mineographic machine	JP11433883	1983-06-27	JPS606492A	1985-01-14	HORII JIYUICHI; NAKAJIMA SHIYUUICHI; TAKAHASHI EIJI
PURPOSE:To automatically perform the disposal treatment of used autographic stencil paper, by providing a pin roller to the side of the inlet provided to the upper end of a stencil paper disponal box while providing a roller pressing pawl for grasping used stencil paper in the gap with the pin roller so as to oppose the same to said pin roller. CONSTITUTION:When predetermined printing is finished, a rotary mineographic machine is automatically stopped and a cam apparatus 25 is operated by the operation of a disposal switch to bring a cam plate 26 to an internally protruded position by an electromagnetic plunger 28 while the end part of the arm 19 of a press metal fitting 16 is pushed to release the press metal fitting 16 from stencil paper 40. Because a cylinder 3 further slowly succeeds rotation in such a state that the head part 41 of the stencil paper 40 is separated from a screen 41, a pin roller 32 is rotated by motor through a gear when the head part 41 of the stencil paper 40 reaches said pin roller 32 and, therefore, the stencil paper 40 is sent into a stencil paper disposal box 30 by the pin roller 32 and the pressing pawl 34 and removed from the screen 4.
56	Stencil-making printing press	JP12176882	1982-07-12	JPS5911281A	1984-01-20	TANIGUCHI SEIICHI; TORIGOE MASAO; HATSUTORI SHIYUUJI; IDA HARUO
PURPOSE:To provide a stencil-making printing press of a full-automatic type not requiring any manual operation and free from staining of hands or cloths with a printing ink, wherein stencil-feeding, stencil-making, stencil-supplying, stencil-discharging, paper-supplying and paper-discharging mechanisms are provided, and stencil-making and printing operations are conducted automatically. CONSTITUTION:A copy 9 is inserted through an inserting table 8, and the copy 9 and a rolled form stencil paper 10 are laminated on each other and fed to the stencil-making mechanism 2 by the stencil-feeding mechanism 1. The copy 9 and the stencil paper 10 are pressed against each other, and a stencil is made by heat-sensitive flash process using an electronic flash discharge tube. The laminate of the copy 9 and the stencil paper 10 is treated to produce stencils in several sections, and the resultant stencil is fed to the stencil-supplying mechanism 3 by the stencil-feeding mechanism 1. The stencil 10 is cut to a predetermined length by a cutter 16, while the laminate of the copy 9 and the stencil paper 10 is fed to a discharging table 11. Then, a printing mechanism 4 is operated, a printing paper 13 provided on a paper-supplying table 12 is fed to the printing mechanism 4, and printed paper 15 is fed out to a paper-discharging table 14 by the paper-discharging mechanism 7.

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