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    • 1. 发明授权
    • Strip guiding device
    • 带引导装置
    • US06290170B1
    • 2001-09-18
    • US09537766
    • 2000-03-30
    • Tetsuo SuzukiHideki Shigematsu
    • Tetsuo SuzukiHideki Shigematsu
    • B65H2304
    • B21D43/023B21C47/34
    • A strip guiding device for guiding a strip longitudinally along a feed path has a limiting mechanism for limiting the strip transversely at opposite side edges thereof to cause the strip to pass through a predetermined position in the feed path. The limiting mechanism has a pair of abutment members having respective abutment surfaces for abutting against the side edges of the strip along the feed path. The abutment members are movable in first directions toward and away from the side edges of the strip, and normally urged by a spring assembly to move away from the strip. The limiting mechanism also has a pair of pressing members having respective slanted surfaces held in sliding contact with respective sliding surfaces of the abutment members remote from the abutment surfaces. The pressing members are movable in second directions transverse to the first directions. The pressing members press the abutment members toward the strip against the urging means by sliding contact of the slanted surfaces with the sliding surfaces in response to movement of the pressing members in one of the second directions. The limiting mechanism further includes a displacing mechanism for displacing the pressing members in the second directions to move the abutment members in the first directions.
    • 用于沿着进给路径纵向引导条带的条带引导装置具有限制机构,用于在相对的两个侧边缘处横向地限制条带,以使条带穿过进给路径中的预定位置。 限制机构具有一对邻接构件,其具有相应的邻接表面,用于沿着进给路径抵靠条带的侧边缘。 邻接构件可沿第一方向朝向和远离条的侧边缘移动,并且通常由弹簧组件推动以远离带移动。 限制机构还具有一对按压构件,其具有保持与远离邻接表面的邻接构件的相应滑动表面滑动接触的相应倾斜表面。 按压构件可以在横向于第一方向的第二方向上移动。 按压构件响应于按压构件在第二方向之一的移动而将倾斜表面与滑动表面滑动接触,将邻接构件朝向推动装置压靠。 所述限制机构还包括用于沿所述第二方向移动所述按压构件的位移机构,以沿所述第一方向移动所述抵接构件。
    • 5. 发明授权
    • Laminated body manufacturing method
    • 层压体制造方法
    • US09178403B2
    • 2015-11-03
    • US13821140
    • 2011-09-28
    • Hideki ShigematsuUgeun ShinFumio TakeshimaKuniaki Akutsu
    • Hideki ShigematsuUgeun ShinFumio TakeshimaKuniaki Akutsu
    • H02K15/00H02K15/02B21D28/02
    • H02K15/024Y10T83/0448
    • A laminated body manufacturing apparatus for manufacturing an annular laminated body in which each layer is defined by a plurality of segments is provided with a feeding unit that sequentially feeds a plurality of parts to be processed on a band-like sheet material to a predetermined processing position; a processing unit that separates the segment from each part to be processed by a shearing processing in the processing position; and a laminating unit that receives the segment that is separated and lowered onto the plurality of segments that are lowered and defining one layer in advance and that rotates the received segment by a predetermined angle in a circumferential direction of the segment, each time when the shearing processing is performed, so as to place the sequentially lowered segment in a position to define the laminated body.
    • 一种用于制造每个层由多个段限定的环状层叠体的层叠体制造装置设置有馈送单元,其将多个待处理部分以带状片材顺序地馈送到预定的处理位置 ; 处理单元,其通过处理位置中的剪切处理将所述段与要处理的每个部分分离; 以及层叠单元,其接收分离和降低到下降的多个段上并且预先限定一层的段,并且使得接收的段在段的圆周方向上旋转预定角度,每次当剪切时 进行处理,以便将顺序降低的片段放置在限定层叠体的位置。
    • 7. 发明授权
    • Method of sorting out defect-free workpiece
    • 排除无缺陷工件的方法
    • US06870953B2
    • 2005-03-22
    • US09788648
    • 2001-02-21
    • Tetsuo SuzukiHideki Shigematsu
    • Tetsuo SuzukiHideki Shigematsu
    • G01B5/02B07C5/06B07C5/10F16G5/16G01B5/20G01B11/24G01B11/245G01B21/02G01B21/20G01N21/88G01N21/95G06K9/00G06K9/68
    • G01N21/8851F16G5/16G01N21/9515
    • A method sorts out defect-free elements blanked out of a metal sheet for a belt for use in a continuously variable transmission. Each of the elements has a body and a head joined to the body with a pair of recesses defined therebetween. The elements are stacked in a transverse direction thereof into an annular form and bundled together by an assembly of stacked endless metal rings inserted in the recesses into a belt for use in a continuously variable transmission. The elements are inserted into a passage having a predetermined width to sort out and deliver those elements which have passed through the passage to a feed path. Respective images of the elements which have been delivered to the feed path are analyzed while in the feed path to compare the images with a reference element image. Elements which have entrapped foreign matter, outer profile deformations, and defects are rejected from the feed path, and other elements are fed through the feed path. The fed elements are stacked and arrayed in a transverse direction thereof downstream of the feed path. The arrayed elements are passed through gages having a shape complementary to a required shape for the recesses of the elements, and those elements which have passed through the gage are sorted out as defect-free elements.
    • 一种方法排除了用于无级变速器中的用于皮带的金属板中的无缺陷元件。 每个元件具有主体和连接到主体的头部,其间限定有一对凹部。 这些元件在其横向方向上被堆叠成环形,并且通过将插入凹槽中的堆叠的环形金属环的组合成捆扎在一起,以用于无级变速器。 这些元件被插入到具有预定宽度的通道中以整理并将已经通过通道的那些元件输送到进给路径。 在馈送路径中分析已经传送到馈送路径的元件的相应图像,以将图像与参考元素图像进行比较。 夹杂异物,外形变形和缺陷的元件从进料路径中排出,其它元件通过进料路径进料。 馈送的元件沿进给路径下游的横向排列并排列。 排列的元件通过具有与元件的凹部的所需形状互补的形状的量具,并且已经通过计量的那些元件被分类为无缺陷元件。