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    • 31. 发明申请
    • PUNCHING UNIT
    • 冲压单元
    • US20110138980A1
    • 2011-06-16
    • US12957888
    • 2010-12-01
    • Kazuo NISHIMURAToshiyuki MajimaMegumi IchikawaSusumu Ishii
    • Kazuo NISHIMURAToshiyuki MajimaMegumi IchikawaSusumu Ishii
    • B23D25/12
    • B26F1/08B26D7/18B26D2001/006B26F1/14Y10T83/4836
    • The invention provides a rotary-type punching unit that solves a problem of a prior art rotary-type punching unit that its punching torque is highly peaked in beginning and ending punching, thus disabling to punch a heavy paper or the like and degrading the quality level of punch holes. A blade surface of a punch of the invention is formed as an inclined surface inclined with respect to the outer peripheral surface of a punch shaft or of a die shaft such that a leading edge thereof is higher than a trailing edge with an inclination angle within a range of 5° to 15° (preferably 10°). A die surface of the die is formed into a surface of a circular arc centering on a rotational axis of the shafts. Thereby, the peaks of the punching torque are reduced and the quality level of the punch hole is kept high.
    • 本发明提供了一种旋转式冲孔单元,其解决了现有技术的旋转式冲孔单元的问题,其冲压扭矩在起始和结束冲孔中高度高峰,因此不能打孔重型纸等而降低质量水平 的打孔。 本发明的冲头的刀片表面形成为相对于冲头轴或模轴的外周面倾斜的倾斜表面,使得其前缘高于后缘,其倾斜角度在 范围为5°至15°(最好为10°)。 模具的模具表面形成为以轴的旋转轴线为中心的圆弧的表面。 因此,冲压扭矩的峰值降低,并且冲孔的质量水平保持较高。
    • 32. 发明申请
    • Sheet stack cutter and finisher having the same
    • 纸张堆垛机和装订机具有相同的功能
    • US20090165625A1
    • 2009-07-02
    • US12216929
    • 2008-07-14
    • Susumu IshiiHiroshi Fukumoto
    • Susumu IshiiHiroshi Fukumoto
    • B26D5/00B26D7/01B26D1/02B65H33/00
    • B26D1/08B26D5/14B26D5/16B26D7/025Y10T83/7533Y10T83/8821Y10T83/9493
    • A sheet stack cutter cuts sheet stacks by means of a moving cutter edge and a stationary cutter edge disposed upward and downward along a predetermined cutting-plane line. The sheet stack cutter includes a sheet loading table for supporting the sheet stack, a press device for pressing and holding the sheet stack on the sheet loading table, a moving cutter edge disposed in up and down cutting directions for cutting the sheet stack on the sheet loading table along the cutting-plane line, a stationary cutter edge disposed to the side of the sheet loading table for pressing the moving cutter edge to cut the sheet stack, and an apparatus frame furnished with the press device and the moving cutter edge. A drive device moves the moving cutter edge in up and down cutting directions.
    • 片材堆垛机切割机通过移动的切割刃和沿着预定的切割线向上和向下设置的固定切割刃切割纸叠。 片材堆叠切割机包括用于支撑片材堆叠的片材装载台,用于将片材堆叠按压并保持在片材装载台上的加压装置,设置在上下切割方向上的移动切割刃,用于将片材堆叠切割在片材上 沿着切割线的装载台,设置在片材装载台的侧面的固定的切割刃,用于挤压移动的切割刃以切割纸张堆叠;以及装备有压榨装置和移动的切割器边缘的装置框架。 驱动装置沿上下切割方向移动移动的切割器边缘。
    • 33. 发明授权
    • Slide fasteners slider
    • 滑动紧固件滑块
    • US5086546A
    • 1992-02-11
    • US535585
    • 1990-06-11
    • Tsunetaka AokiSusumu Ishii
    • Tsunetaka AokiSusumu Ishii
    • A44B19/26
    • A44B19/26A44B19/262Y10T24/2586
    • A slider includes a slider body and a pull tab pivotally connected thereto. The slider body comprising a pair of upper and lower wings connected at their respective front ends by a diamond having a through hole formed longitudinally thereof, the upper wing having a recess in its upper surface close to the through hole; a holder post including a holder body and a crook portion bent rearwardly from the holder body; and a decorative pattern provided on the upper surface of the upper wing rearwardly of the recess. The holder body fits through the through hole and the crook portion has its lower end fit into the recess, thus defining with the upper surface of the upper wing an opening through which to pivotally join the pull tab to the slider body. The holder body is clinched to the slider body through the through hole.
    • 滑块包括滑动体和与其枢转连接的拉片。 滑块主体包括一对上翼和下翼,它们各自的前端由金刚石连接,金刚石具有纵向形成的通孔,上翼在其靠近通孔的上表面具有凹槽; 保持器柱,其包括保持器主体和从保持器主体向后弯曲的弯曲部分; 以及设置在上部翼的上表面上的装饰图案,其位于凹部的后方。 保持器主体穿过通孔并且弯曲部分具有其下端装配到凹部中,从而限定上翼的上表面是开口,通过该开口枢转地将拉片枢转地连接到滑块体。 保持体通过通孔固定在滑块体上。
    • 38. 发明授权
    • Slider for slide fastener
    • 拉链滑块
    • US4590648A
    • 1986-05-27
    • US603747
    • 1984-04-25
    • Hiroshi YoshidaSusumu Ishii
    • Hiroshi YoshidaSusumu Ishii
    • A44B19/26
    • A44B19/26Y10T24/2561Y10T24/258Y10T24/2584
    • A slide fastener slider includes a pair of parallel spaced wings each having a generally W-shaped front edge extending between a pair of flanges extending along the opposite lateral edges of the wing across a neck interconnecting the wings to define therebetween a substantially Y-shaped guide channel. The front edge has a pair of outer portions respectively disposed adjacent to the flanges and projecting forwardly beyond a pair of planes extending respectively between a front end of the neck and respective front ends of the flanges. Each of the wings has a pair of sloped interior guide surfaces extending respectively along the outer portions of the front edge and facing forwardly of a slider body of the slider. When a pair of rows of coupling elements is introduced into the guide channel in a tilted condition, the tilted individual coupling elements are substantially brought back into their normal position as their leg portions slide along the sloped guide surfaces on one of the wings prior to arrival to their coupling heads at the front edge of the other wing.
    • 拉链拉头包括一对平行间隔开的​​翼片,每个翅片均具有大致W形的前边缘,该前缘沿一对凸缘延伸,该对翼缘沿机翼的相对侧边缘延伸穿过互相连接机翼的颈部,以在其间界定基本上Y形的导轨 渠道。 前边缘具有分别邻近凸缘设置的一对外部部分,并且向前突出超过分别在颈部的前端和凸缘的相应前端之间延伸的一对平面。 每个翼具有一对倾斜的内部引导表面,其分别沿着前边缘的外部部分延伸并面向滑块的滑块体的前方。 当一排耦合元件在倾斜状态下被引入引导通道中时,倾斜的各个联接元件在其到达之前沿着其中一个翼上的倾斜引导表面滑动时,基本上返回到其正常位置 到另一翼的前缘的联接头。
    • 39. 发明授权
    • Apparatus for controlling operation of fluid pressure raising system
    • 控制流体升压系统运行的装置
    • US4295792A
    • 1981-10-20
    • US937806
    • 1978-08-29
    • Keiji TachibanaYoshihiko NakayamaJunichi KanekoSusumu Ishii
    • Keiji TachibanaYoshihiko NakayamaJunichi KanekoSusumu Ishii
    • F04D27/00F04D25/02F04D27/02F25B49/02F04B49/00F16D25/063
    • F25B49/022F04D25/02F04D27/0284
    • An apparatus for controlling the operation of a fluid pressure raising system having a motor and a centrifugal fluid machine adapted to be driven by the motor. The apparatus has an overdrive gear disposed between the motor, which is typically an electric motor suited for the commercially available electric power, and the centrifugal fluid machine. The overdrive gear consists of two gear trains or pairs having different overdrive ratios, each consisting of a gear and a pinion meshing with the gear, and a clutch adapted to selectively switch over the gear pair taking part in the torque transmission between the output shaft of the motor and the impeller shaft of the centrifugal fluid machine, from one gear pair to the other gear pair and vice versa. Thus, the overdrive gear can transmit the power of the motor to the impeller at two different overdrive ratios. The clutch is adapted to be actuated in response to a signal representative of an external condition of the fluid pressure raising system, which signal is delivered by a detector.
    • 一种用于控制具有马达的流体升压系统和适于由马达驱动的离心式流体机械的操作的装置。 该装置具有设置在电动机之间的过驱动齿轮,电动机通常是适用于市售电力的电动马达和离心流体机械。 超速传动齿轮包括两个具有不同过速传动比的齿轮系或对,每个齿轮系由齿轮和与该齿轮啮合的小齿轮组成,以及一个离合器,其适于选择性地切换齿轮对,该齿轮对参与扭矩传递, 离心流体机械的电机和叶轮轴,从一个齿轮对到另一个齿轮对,反之亦然。 因此,过驱动齿轮可以以两种不同的过驱动比传递电动机的动力到叶轮。 离合器适于响应于表示流体升压系统的外部状况的信号被致动,该信号由检测器传送。
    • 40. 发明授权
    • Lock slider for slide fasteners
    • 用于拉链的锁定滑块
    • US4130918A
    • 1978-12-26
    • US881114
    • 1978-02-24
    • Susumu IshiiTsunetaka Aoki
    • Susumu IshiiTsunetaka Aoki
    • A44B19/30
    • A44B19/305Y10T24/2568
    • A pull tab pivotally connected to a slider body is formed integral with a locking pawl which projects into the guide channel in the slider body through an aperture formed in its top wing. When the pull tab is turned to a recumbent position on the slider body, the locking pawl presses the fastener elements in the guide channel against the bottom wing of the slider body thereby locking the slider against movement. The point of contact of the locking pawl with the fastener elements is located forwardly of the axis of the pivotal motion of the pull tab when the latter is in the recumbent position. Further, when the pull tab is in the recumbent position, the tip of the locking pawl rests against an abutment on the inside surface of the top wing of the slider body.
    • 枢转地连接到滑块体的拉片与通过形成在其顶翼中的孔突入滑块体中的引导通道的锁定爪形成一体。 当拉片转动到滑块体上的卧位时,锁定爪将引导通道中的紧固元件压靠在滑块体的底翼上,从而锁定滑块以防止移动。 锁定爪与拉链元件的接触点位于拉片处于躺卧位置时的拉片枢转运动的轴线的前方。 此外,当拉片处于躺卧位置时,锁定爪的尖端抵靠滑块体的顶翼的内表面上的邻接处。