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    • 1. 发明授权
    • Disc brake device
    • 盘式制动装置
    • US08783425B2
    • 2014-07-22
    • US13146213
    • 2010-04-23
    • Hiroshi IsonoMichio Suzuki
    • Hiroshi IsonoMichio Suzuki
    • F16D65/14
    • F16D55/22655
    • A disc brake device is configured to include friction pads facing the friction surface of a disc rotor, a caliper and a piston capable of pushing the friction pads against the friction surface of the disc rotor, and a mounting for supporting the caliper in a freely movable manner to a vehicle body side through a slide mechanism including a slide pin and a sleeve. A positioning mechanism capable of changing a relative position of the slide pin and the sleeve is arranged to appropriately change the position of the caliper according to the wear of the pad and ensure stable retract function.
    • 盘式制动装置被构造成包括面向盘式转子的摩擦表面的摩擦垫,卡钳和能够将摩擦垫推到盘形转子的摩擦表面上的活塞,以及用于将卡钳支撑在可自由移动 通过包括滑动销和套筒的滑动机构到车体侧。 能够改变滑动销和套筒的相对位置的定位机构布置成根据垫的磨损适当地改变卡钳的位置,并确保稳定的缩回功能。
    • 2. 发明申请
    • PAPERBOARD SHEET SLITTER-SCORER APPARATUS AND CONTROL METHOD FOR CORRECTING THE POSITIONS OF SLITTER KNIVES AND SCORERS THEREOF
    • 纸板剪切机设备和控制方法,用于校正切片机和定位器的位置
    • US20120031251A1
    • 2012-02-09
    • US13196319
    • 2011-08-02
    • Hiroki MomonakaMichio SuzukiKazuya Sawayama
    • Hiroki MomonakaMichio SuzukiKazuya Sawayama
    • B26D11/00
    • B26D1/245B26D3/085B26D5/00B26D7/2635B31F1/10Y10T83/0222
    • A slitter-scorer apparatus is provided, capable of effectively positioning slitter knives in the width direction so that a paperboard sheet of a desired sheet width can be obtained. The slitter scorer apparatus 1 of the present invention comprises a plurality of slitters 6 having slitter knives 80 and 82 paralelly disposed in the width direction relative to the supply direction of a paperboard sheet, for cutting the sheet; slitter width-direction moving means 90, 112, 104, 84, 114, and 16 for respectively independently moving the plurality of slitters in the width direction of the sheet; and a control means for selecting a utilized slitter from among the plurality of slitters based on a production order, calculating a width-direction correction amount relative to an initial position based on the desired paperboard sheet width-direction dimension according to the amount of shearing by the slitter knife, and controlling the slitter width-direction moving means so as to position the slitter knives at a position based on that calculated correction amount.
    • 提供了一种能够在宽度方向上有效地定位分切刀的分切机装置,从而可以获得期望的纸张宽度的纸板。 本发明的分切机装置1包括:多个切割器6,其具有相对于纸板的供给方向在宽度方向上设置的分切刀80和82的旁瓣,用于切割片材; 分切宽度方向移动装置90,112,104,84,114和16,用于分别在片材的宽度方向独立地移动多个切割器; 以及控制装置,用于根据生产订单从所述多个切割器中选择使用的分切机,根据所述纸板宽度方向尺寸根据剪切量根据所述纸张宽度方向尺寸计算相对于初始位置的宽度方向修正量 分切刀,并且控制分切宽度方向移动装置,以便基于该计算的校正量将切割刀定位在位置。
    • 8. 发明授权
    • Elements aligning/coupling apparatus and method
    • 元件对位/联接装置及方法
    • US5446541A
    • 1995-08-29
    • US925925
    • 1992-08-10
    • Osamu AkitaMichio Suzuki
    • Osamu AkitaMichio Suzuki
    • G02B6/42G01B11/00
    • G02B6/4226G02B6/4204G02B6/4245G02B6/4257G02B6/4225G02B6/4237
    • In order to provide an elements aligning/coupling apparatus which can more efficiently align and couple an optical element with a coupling part by providing a reliable close contact of them, an elements aligning/coupling apparatus according to the present invention in which a coupling part is brought into close contact with an optical element held by an element holder, in which the element holder is resiliently supported by a holder by means of resilient members radially extending from the outer circumference of the element holder. Even in such a situation where those elements are coupled in a state of poor parallelism between their coupling end faces, when those elements are made to press contact with each other, the optical element is tilted against the coupling end face of the coupling part. Accordingly, the resultant coupled component has no gap between the coupling end faces of them.
    • 为了提供一种元件对准/联接装置,其可以通过提供它们的可靠的紧密接触来更有效地对准和耦合光学元件与联接部件,根据本发明的元件对准/联接装置,其中联接部件是 与由元件保持器保持的光学元件紧密接触,其中元件保持器通过从元件保持器的外周径向延伸的弹性构件由保持器弹性地支撑。 即使在这些元件在它们的耦合端面之间的平行度差的状态下耦合的情况下,当这些元件彼此压接时,光学元件相对于耦合部分的耦合端面倾斜。 因此,所得到的耦合部件在它们的耦合端面之间没有间隙。
    • 9. 发明授权
    • High efficiency reduced-noise swash-plate-type hydraulic device
    • 高效减噪斜盘式液压装置
    • US5317873A
    • 1994-06-07
    • US836622
    • 1992-02-13
    • Akihito OkudaYoshihiro KanamaruToshiaki TaneMichio SuzukiHirohisa Ogawa
    • Akihito OkudaYoshihiro KanamaruToshiaki TaneMichio SuzukiHirohisa Ogawa
    • F04B1/20F16D39/00F15B3/00
    • F04B1/2042Y10T74/18336
    • A swash-plate plunger-type hydraulic device has a cylinder block with a plurality of plungers slidably fitted in cylinder bores, a swash plate confronting one end of the cylinder block, and a distribution valve plate slidably held against the other end of the cylinder block. The cylinder block has an even number of circularly arrayed connecting ports communicating with the cylinder bores and opening at the other end thereof. The distribution valve plate has inlet and outlet ports. The cylinder block is rotatable through an angular displacement .theta.1 in which the hydraulic pressure in one connecting port between the inlet and outlet ports increases from a lower pressure to a higher pressure, through an angular displacement .theta.2 in which the hydraulic pressure in one connecting port between the inlet and output ports decreases from the higher pressure to the lower pressure, and through an angular displacement .theta.3 from a position where the hydraulic pressure starts to increase to a position where the hydraulic pressure starts to decrease. The inlet and outlet ports are defined such that the angular displacements .theta.1, .theta.2, .theta.3 are expressed by:.theta.1=.theta.2 and .theta.3=180.degree..
    • 斜盘式柱塞式液压装置具有气缸体,其具有可滑动地装配在气缸孔中的多个柱塞,面对气缸体一端的斜盘和可滑动地保持抵靠气缸体的另一端的分配阀板 。 气缸体具有与气缸孔连通并且在其另一端开口的圆形排列连接口的偶数。 分配阀板有入口和出口。 气缸体可旋转通过角位移θ1,其中入口端口和出口端口之间的一个连接口中的液压压力从较低压力增加到较高压力,通过角位移θ2,其中一个连接中的液压 入口端口和输出端口之间的端口从较高的压力降低到较低的压力,并且通过从液压开始增加到液压开始减小的位置的角位移θ3。 入口端口和出口端口被定义为使得角位移θ1,θ2,θ3由以下表示:θ1 =θ2和θ3 = 180°。
    • 10. 发明授权
    • Network control method and apparatus therefor
    • 网络控制方法及其设备
    • US4920529A
    • 1990-04-24
    • US155416
    • 1988-02-12
    • Ryoichi SasakiTsutomu NakamuraMichio SuzukiKohsuke ShinnaiNobuhiko IdoTomoaki Tsunoda
    • Ryoichi SasakiTsutomu NakamuraMichio SuzukiKohsuke ShinnaiNobuhiko IdoTomoaki Tsunoda
    • H04L12/24H04M3/22H04M3/24H04Q3/00H04Q3/66
    • H04Q3/665H04L43/0811H04M3/2254H04M3/244H04Q3/0079H04L41/06H04L41/0836H04Q2213/13521H04Q2213/13541H04Q2213/13565
    • A network management system prepares an optimum configuration table corresponding to a failure of a transit trunk and distributes the same to each TDM, and thereby the optimization of reconfiguration of a high-speed digital network is enabled.User data are transmitted and received in accordance with route information table defined beforehand in each TDM. On the other hand, network management information is sent to all trunks other than a receiving trunk for the managing information when flooding is designated by the network management system. Accordingly, the management information can be sent without fail if any route to the TDM to be supplied with the management information exists. When source-routing is designated, the communications of the managing information can be implemented efficiently, since the route is set by the management information.Moreover, each packet exchanger provides route identifiers defined individually for correspondence to local trunks, and transit route information set in each packet is recorded by using the route identifiers of each packet exchanger. Route information determined in the flooding process is then used in subsequent source-routed communications.
    • 网络管理系统准备与传输中继的故障相对应的最佳配置表,并将其分配给每个TDM,从而实现高速数字网络的重新配置的优化。 根据TDM中预先定义的路由信息​​表,发送和接收用户数据。 另一方面,当由网络管理系统指定洪泛时,将网络管理信息发送到除了用于管理信息的接收中继线以外的所有干线。 因此,如果存在要提供管理信息的TDM的任何路由,则可以毫不费力地发送管理信息。 当指定源路由时,可以有效地实现管理信息的通信,因为路由是由管理信息设置的。 此外,每个分组交换机提供单独定义的路由标识符,用于对应于本地中继,并且通过使用每个分组交换机的路由标识符来记录在每个分组中设置的传输路由信息。 然后在洪泛过程中确定的路由信息​​用于后续的源路由通信。