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    • 15. 发明申请
    • CLAMPING APPARATUS WITH A CLAMPING CHUCK AND A WORK PIECE CARRIER RELEASABLY CONNECTABLE THERETO
    • 夹钳和夹钳可拆卸连接件的夹紧装置
    • US20030168795A1
    • 2003-09-11
    • US10385149
    • 2003-03-10
    • Karl Fries
    • B23Q003/00
    • B23Q3/18B23Q1/0072B23Q11/005Y10T279/1241
    • In a clamping apparatus for fixing a work piece carrier with a clamping pin in a clamping chuck, the clamping chuck is provided with a central opening for receiving the clamping pin and with a clamping mechanism firmly keeping the clamping pin in the central opening. The central opening has a conical inserting portion, and the clamping pin comprises a rear section with exposed aligning surfaces, engaging the conical inserting portion, to align the clamping pin with regard to the clamping chuck in X- and/or Y-directions. Circular seat portions on top of the clamping chuck constitute the Z-stop for the work piece carrier. For pneumatically cleaning the exposed aligning surfaces, the conical inserting portion is provided with gas outlet openings, located corresponding to the arrangement of the exposed aligning surfaces. The surface areas of the work piece carrier that will rest on the seat portions are pneumatically cleaned by gas outlet openings located in the center of the seat portions.
    • 在用于将具有夹紧销的工件载体固定在夹紧卡盘中的夹紧装置中,夹紧卡盘设置有用于接收夹紧销的中心开口和用于将夹紧销牢固地保持在中心开口中的夹紧机构。 中心开口具有锥形插入部分,并且夹紧销包括具有暴露的对准表面的后部部分,与锥形插入部分接合,以使夹紧销相对于夹紧卡盘在X和/或Y方向上对准。 夹紧卡盘顶部的圆形座部分构成工件托架的Z形止动件。 为了气动地清洁暴露的对准表面,锥形插入部分设置有气体出口,其对应于暴露的对准表面的布置。 将搁置在座椅部分上的工件托架的表面积被位于座椅部分中心的气体出口开口气动地清洁。
    • 16. 发明申请
    • Automatic positioning device
    • 自动定位装置
    • US20030160374A1
    • 2003-08-28
    • US10355573
    • 2003-01-31
    • Kabushiki Kaisha KOSMEK
    • Keitaro Yonezawa
    • B23Q003/00
    • B25B5/087B23Q1/009
    • A work pallet (3) is opened to provide a circular positioning hole (5). A plug member (12) is inserted into the positioning hole (5) and projects from a base plate (2). The plug member (12) is provided with a slant outer surface (13) which narrows upwards. An intermediate member (15) in the shape of a thin-walled cylinder is arranged outside the plug member (12). The intermediate member (15) is provided with a straight outer surface (16) which is fitted into the positioning hole (5) and with a slant inner surface (17) which opposes to the slant outer surface (13) of the plug member (12). A coned disk spring (34) moves down the intermediate member (15) for locking through a pull member (21).
    • 打开工作托盘(3)以提供圆形定位孔(5)。 插头构件(12)插入到定位孔(5)中并从基板(2)突出。 插头构件(12)设置有向上变窄的倾斜的外表面(13)。 一个薄壁圆柱形的中间构件(15)设置在插塞构件(12)的外部。 中间构件(15)设置有直的外表面(16),其被配合到定位孔(5)中并具有与插塞构件的倾斜外表面(13)相对的倾斜的内表面(17) 12)。 锥形盘簧(34)沿着中间构件(15)向下移动以通过拉构件(21)锁定。
    • 18. 发明申请
    • Hydraulic lock device
    • 液压锁装置
    • US20030098539A1
    • 2003-05-29
    • US09979363
    • 2002-02-13
    • Takayuki Kawakami
    • B23Q003/00
    • F15B15/262B23Q1/032B23Q1/28B25B5/061F15B3/00Y10T279/1021Y10T279/1037
    • A hydraulic cylinder (4) moves a rod (3) in the direction of the axial center. The interior of a casing member (2) has an annular pressure booster (7) for pressurizing the oil in an external hydraulic chamber (6). The casing member (2) has a pressurized oil feed port (27) for feeding pressurized oil to the rod-moving hydraulic cylinder (4) and the input oil chamber (16) of the pressure booster (7). A throttle valve (8) is interposed in an oil supply channel extending from the pressurized oil feed port (27) to the input oil chamber (16). An oil discharge channel, extending from the input oil chamber (16) to the pressurized oil feed port (27), is provided with a nonreturn valve capable of discharging pressurized oil from the input oil chamber (16). The nonreturn valve (9) is opened when the pressurized oil is discharged through the pressurized oil feed port (27). The resulting hydraulic lock device is exceptionally dependable and reliable, operating at a high output with a small size and low-pressure hydraulic supply source.
    • 液压缸(4)沿轴向中心方向移动杆(3)。 壳体构件(2)的内部具有用于对外部液压室(6)中的油进行加压的环形增压器(7)。 壳体构件(2)具有用于将加压油供给到杆移动液压缸(4)和增压器(7)的输入油室(16)的加压供油口(27)。 节气门(8)插入从加压供油口(27)延伸到输入油室(16)的供油通道中。 从输入油室(16)延伸到加压供油口(27)的排油通道设置有能够从输入油室(16)排出加压油的止回阀。 当加压油通过加压供油口(27)排出时,止回阀(9)打开。 所产生的液压锁定装置是非常可靠和可靠的,以高输出运行,具有小尺寸和低压液压供应源。
    • 19. 发明申请
    • Wire harness arranging-purpose wire holding member and wire harness arranging-method
    • 线束排列用电线保持构件和线束排列方法
    • US20030030206A1
    • 2003-02-13
    • US10199494
    • 2002-07-22
    • YAZAKI CORPORATION
    • Mamoru MasukawaMasayuki SatoHiroshi KishitaMitsuaki Saito
    • B23Q003/00
    • B60R16/0215
    • In a wire harness-arranging method, a wire group at a predetermined portion of a wire harness, comprising a plurality of wires bundled together, is untied, and is arranged so as to be coated with a water stop agent. The wire harness is supported above an installation plate through a plurality of wire group support jigs mounted upright on the installation plate, in spaced relation to this installation plate. Subsequently, U-shaped wire holding members, each having a slit of a uniform width over an entire length thereof, are brought respectively into gripping engagement with those portions of the wire group, disposed respectively at opposite ends of the predetermined portion of the wire harness spaced from each other in a wire-installing direction, from an upper side of the installation plate, so that the wire group at the predetermined portion is arranged along each of the slits in an upward-downward direction.
    • 在线束配置方法中,将捆扎在一起的线束的线束的预定部分处的线组解开,并且布置成涂覆止水剂。 线束通过安装在安装板上的与安装板间隔开的多个线组支撑夹具支撑在安装板的上方。 随后,分别在其整个长度上具有均匀宽度的狭缝的U形电线保持构件分别与设置在线束的预定部分的相对端处的线组的那些部分夹紧接合 从安装板的上侧沿导线安装方向彼此间隔开,使得预定部分处的线组沿着每个狭缝沿上下方向布置。