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    • 1. 发明申请
    • PUNCHING SCRAP REMOVAL DEVICE AND BLADE MOUNT FOR ROTARY DIE CUTTER
    • 冲压切割装置和刀片安装用于旋转切割机
    • US20120111166A1
    • 2012-05-10
    • US13381627
    • 2010-06-21
    • Hironari YamadaOsamu Hatano
    • Hironari YamadaOsamu Hatano
    • B26D7/18
    • B26D7/1818B26F1/384Y10T83/2096Y10T83/2107Y10T83/2109Y10T83/2131Y10T83/9297
    • It is intended to improve work efficiency by eliminating the work of attaching and removing push rods during installing and dismounting the a blade mount and also to reduce abrasion of the push rods for pushing punching scrap out of a punching blade. The first push rods 18 are inserted movably in the first through-holes 16 formed in the knife cylinder and the second push rods 36 are inserted movably in the second through-holes 34 formed in the blade mount to permit the second push rods 36 to be abutted on the first push rods 18. A scrap push lever 30 is mounted on the outer end of the second push rod 36 to push out the punching scrap a and an eccentric cylinder 14 is provided inside of the knife cylinder 10 to push the first push rod 18 outward when pushing out the punching scrap a. The stroke of the first push rod 18 is controlled so that the outer end 18a of the first push rod 18 does not project from the outer periphery 10a of the knife cylinder. The first push rod 18 and the second push rod 36 are preferably made from one of self-lubricating resin and abrasion-resistant material.
    • 旨在通过消除在安装和拆卸刀片安装件期间附接和拆卸推杆的工作来提高工作效率,并且还减少用于将冲压件从冲压刀推出的冲压件的磨损。 第一推杆18可移动地插入形成在刀筒中的第一通孔16中,并且第二推杆36可移动地插入形成在刀片安装件中的第二通孔34中,以允许第二推杆36为 抵靠在第一推杆18上。废料推杆30安装在第二推杆36的外端上以推出冲压件a,偏心缸14设置在刀缸10的内侧,以推动第一推杆 杆18向外推出冲压件a。 控制第一推杆18的行程使得第一推杆18的外端18a不会从刀筒的外周10a突出。 第一推杆18和第二推杆36优选地由自润滑树脂和耐磨材料之一制成。
    • 3. 发明授权
    • Punching scrap removal device and blade mount for rotary die cutter
    • 用于旋转模切机的冲孔废料拆除装置和刀片支架
    • US08726775B2
    • 2014-05-20
    • US13381627
    • 2010-06-21
    • Hironari YamadaOsamu Hatano
    • Hironari YamadaOsamu Hatano
    • B26D7/06B26F1/46
    • B26D7/1818B26F1/384Y10T83/2096Y10T83/2107Y10T83/2109Y10T83/2131Y10T83/9297
    • It is intended to improve work efficiency by eliminating the work of attaching and removing push rods during installing and dismounting the a blade mount and also to reduce abrasion of the push rods for pushing punching scrap out of a punching blade. The first push rods 18 are inserted movably in the first through-holes 16 formed in the knife cylinder and the second push rods 36 are inserted movably in the second through-holes 34 formed in the blade mount to permit the second push rods 36 to be abutted on the first push rods 18. A scrap push lever 30 is mounted on the outer end of the second push rod 36 to push out the punching scrap a and an eccentric cylinder 14 is provided inside of the knife cylinder 10 to push the first push rod 18 outward when pushing out the punching scrap a. The stroke of the first push rod 18 is controlled so that the outer end 18a of the first push rod 18 does not project from the outer periphery 10a of the knife cylinder. The first push rod 18 and the second push rod 36 are preferably made from one of self-lubricating resin and abrasion-resistant material.
    • 旨在通过消除在安装和拆卸刀片安装件期间附接和拆卸推杆的工作来提高工作效率,并且还减少用于将冲压件从冲压刀推出的冲压件的磨损。 第一推杆18可移动地插入形成在刀筒中的第一通孔16中,并且第二推杆36可移动地插入形成在刀片安装件中的第二通孔34中,以允许第二推杆36为 抵靠在第一推杆18上。废料推杆30安装在第二推杆36的外端上以推出冲压件a,偏心缸14设置在刀缸10的内侧,以推动第一推杆 杆18向外推出冲压件a。 控制第一推杆18的行程使得第一推杆18的外端18a不从刀筒的外周10a突出。 第一推杆18和第二推杆36优选地由自润滑树脂和耐磨材料之一制成。
    • 7. 发明申请
    • METHOD OF AND SYSTEM FOR CLEANING OFF INK IN FLEXOGRAPHIC PRINTING MACHINE
    • 清洁打印墨水打印机的方法和系统
    • US20120167791A1
    • 2012-07-05
    • US13390298
    • 2010-10-28
    • Mitsuhiro NadachiOsamu Hatano
    • Mitsuhiro NadachiOsamu Hatano
    • B41F35/00
    • B41F35/04B41F31/027B41F31/20B41F35/00B41P2200/12B41P2231/20B41P2235/30B41P2235/50
    • It is an object is to improve the cleaning effect, to reduce the cleaning time, and to reduce the consumption of cleaning water during cleaning of an inside of an ink chamber of a flexographic printing machine. For cleaning an ink chamber 20, purge air “a” is supplied from pipes 46a-b to the ink chamber 20, and an ink “f” is collected from an ink supply pipe 26 and an ink recovery pipe 36 to an ink can 30. Subsequently, cleaning water “w” is supplied from the pipes 46a-b to the ink chamber 20, as well as defining a cleaning water circulatory passage 44 constructed from a three-way valve 24, an ink supply port 22, the ink chamber 20, excessive ink recovery ports 32, the ink recovery pipe 36, and a connecting pipe 40 for circulating cleaning water “w” through the circulatory passage 44 to clean inside the ink chamber 20. At the same time, compressed air “a” is supplied from a compressed air supply pipe 424 of an air gun 42 to generate bubbles in the cleaning water “w”, thereby improving the cleaning effect on the ink chamber 20 by the agitating action and the turbulent flow generating action of the bubbles.
    • 其目的是提高清洁效果,减少清洁时间,并且在清洁柔性版印刷机的墨水室内部时减少清洗水的消耗。 为了清洁墨水室20,从管道46a-b向墨水室20供给吹扫空气“a”,并且将墨水“f”从墨水供应管26和墨水回收管36收集到墨罐30 随后,从管46a-b向油墨室20供给清洁水“w”,并且形成由三通阀24,供墨口22,油​​墨室构成的清洗水循环通道44 20,墨水回收口32,油墨回收管36,以及用于使清洗水“w”通过循环通道44循环以清洁墨室20内的连接管40.同时,压缩空气“a” 由气枪42的压缩空气供给管424供给,以在洗涤水“w”中产生气泡,从而通过搅动作用和气泡的湍流产生动作改善对油墨室20的清洁效果。
    • 8. 发明授权
    • Thermographic material and recording method
    • 热成像材料和记录方法
    • US5994021A
    • 1999-11-30
    • US864131
    • 1997-05-28
    • Eisaku KatohShuji KidaOsamu HatanoKenzo Nakazawa
    • Eisaku KatohShuji KidaOsamu HatanoKenzo Nakazawa
    • B41M5/337B41M5/28B41M5/36G03C1/00G03C1/675G03C1/498
    • B41M5/287G03C1/002
    • A thermographic material is disclosed which comprises a support and provided thereon, a recording layer containing a photolytic free radical generating agent capable of providing a free radical on absorption of light, a dye decolored by the free radical, and an anti-decolorizing agent, the photolytic free radical generating agent and dye being contained in a microcapsule in the recording layer, and the anti-decolorizing agent being present outside the microcapsule in the recording layer, wherein an image is formed by imagewise heating the thermographic material to mix the anti-decolorizing agent with the photolytic free radical generating agent and the dye to form a latent image, and then exposing the heated material to light which the photolytic free radical generating agent absorbs, so that the dye at the latent image portions is not decolored and the dye at portions other than the latent image portions is decolored.
    • 公开了一种热成像材料,其包括载体并且设置在其上,包含能够提供吸收光的自由基的光解自由基产生剂的记录层,由自由基脱色的染料和抗脱色剂, 光解自由基产生剂和染料包含在记录层中的微胶囊中,并且防脱色剂存在于记录层中的微胶囊外部,其中通过成像加热热成像材料形成图像以混合防脱色 用光解自由基发生剂和染料形成潜像,然后将加热的材料暴露于光解自由基产生剂吸收的光,使得潜像部分处的染料未脱色,染料在 除了潜像部分之外的部分被去色。
    • 9. 发明授权
    • Method of and system for cleaning off ink in flexographic printing machine
    • 在柔版印刷机中清除墨水的方法和系统
    • US08915186B2
    • 2014-12-23
    • US13390298
    • 2010-10-28
    • Mitsuhiro NadachiOsamu Hatano
    • Mitsuhiro NadachiOsamu Hatano
    • B41F35/00B41F35/04
    • B41F35/04B41F31/027B41F31/20B41F35/00B41P2200/12B41P2231/20B41P2235/30B41P2235/50
    • It is an object is to improve the cleaning effect, to reduce the cleaning time, and to reduce the consumption of cleaning water during cleaning of an inside of an ink chamber of a flexographic printing machine. For cleaning an ink chamber 20, purge air “a” is supplied from pipes 46a-b to the ink chamber 20, and an ink “f” is collected from an ink supply pipe 26 and an ink recovery pipe 36 to an ink can 30. Subsequently, cleaning water “w” is supplied from the pipes 46a-b to the ink chamber 20, as well as defining a cleaning water circulatory passage 44 constructed from a three-way valve 24, an ink supply port 22, the ink chamber 20, excessive ink recovery ports 32, the ink recovery pipe 36, and a connecting pipe 40 for circulating cleaning water “w” through the circulatory passage 44 to clean inside the ink chamber 20. At the same time, compressed air “a” is supplied from a compressed air supply pipe 424 of an air gun 42 to generate bubbles in the cleaning water “w”, thereby improving the cleaning effect on the ink chamber 20 by the agitating action and the turbulent flow generating action of the bubbles.
    • 其目的是提高清洁效果,减少清洁时间,并且在清洁柔性版印刷机的墨水室内部时减少清洗水的消耗。 为了清洁墨水室20,从管道46a-b向墨水室20供给吹扫空气“a”,并且将墨水“f”从墨水供应管26和墨水回收管36收集到墨罐30 随后,从管46a-b向油墨室20供给清洁水“w”,并且形成由三通阀24,供墨口22,油​​墨室构成的清洗水循环通道44 20,墨水回收口32,油墨回收管36,以及用于使清洗水“w”通过循环通道44循环以清洁墨室20内的连接管40.同时,压缩空气“a” 由气枪42的压缩空气供给管424供给,以在洗涤水“w”中产生气泡,从而通过搅动作用和气泡的湍流产生动作改善对油墨室20的清洁效果。
    • 10. 发明申请
    • METHOD AND DEVICE FOR PRODUCING BOX OF CORRUGATED BOARD SHEET
    • 用于生产钢板的方法和装置
    • US20110092351A1
    • 2011-04-21
    • US12740176
    • 2009-06-23
    • Osamu HatanoKazuya SugimotoMitsuhiro Nadachi
    • Osamu HatanoKazuya SugimotoMitsuhiro Nadachi
    • B31B3/00
    • B31B50/00B31B50/006B31B50/042B31B50/16B31B50/20B31B50/22B31B50/256B31B50/36B31B50/624B31B50/88B31B2100/00B31B2120/30
    • Disclosed is a method for producing a board box by performing a box-making process of a corrugated board sheet which is formed to have dimensions of a plurality of board boxes wherein the yield of the board sheet and the production efficiency are enhanced and a countermeasure can be taken against paper powder. A method for making a box of a corrugated board sheet by performing a box-making process of a board sheet (S) which is formed to have dimensions of a plurality of board boxes and the cutting the board sheet (S) into dimensions of one board box comprises a step (I) for cutting the board sheet (S) into dimensions of one board box by a cut line (k) in the direction intersecting the conveyance direction (a) along a box making line (PL) after a ruling and grooving step (C) and before a pasting and folding step (E), and a speed increase step (J) for spacing the board sheets (S1) and (S2) thus cut by a set dimension following to the cutting step (I) by increasing the speed of the board sheets (S1) and (S2) while conveying toward a subsequent step.
    • 公开了一种通过进行波纹板片的制造工艺的方法,该波纹板片形成为具有多个板盒的尺寸,其中板片的产量和生产效率提高,并且对策可以 被采取反对纸粉。 一种制造波纹板片的方法,其特征在于,通过进行形成为具有多个板盒的尺寸并且将所述板片材(S)切割成一个尺寸的板材(S)的制盒工序 板盒包括:步骤(I),用于在裁定之后沿着盒子制作线(PL)沿着与输送方向(a)相交的方向通过切割线(k)将板材(S)尺寸切割成一个板盒的尺寸 和切槽步骤(C)以及粘贴和折叠步骤(E)之前的加工步骤(J),以及用于将如此切割的板材(S1)和(S2)分隔开的加速步骤(J) )通过在朝向后续步骤传送的同时增加板片(S1)和(S2)的速度。