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    • 1. 发明授权
    • Pick-up head
    • 接送头
    • US4715112A
    • 1987-12-29
    • US944058
    • 1986-12-10
    • Mark F. JacksonStephen P. LawrukDallas E. SchlegelRichard V. Spong
    • Mark F. JacksonStephen P. LawrukDallas E. SchlegelRichard V. Spong
    • H05K13/04
    • H05K13/0404Y10T29/53174Y10T29/53183Y10T29/53191Y10T29/53261
    • A pick-up head (20) for a robot (2), comprises a body (28) having a plate (30) for attachment to the Z-axis shaft (18) of the robot (2). Two pick-up arms (34), pivotally attached to the body (2) each carry a riveting tool (26). The tools (26) are driven through a working stroke by a piston and cylinder drive unit (52) on the body (2), against the action of return springs (82). The tools (26) are inserted by the robot (2) lowering the pick-up head (20), into rivets at the ends of the leading electrical connector (25') at a pick-up station (21) and are arranged to be releasably secured to the rivets to allow the robot (2) to transfer the connector (24') to a circuit board (19) and to insert projecting ends of the rivets into holes in the board (10). The drive unit (52) is then actuated to cause the tools (26) to expand the projecting ends of the rivets, the tools (26) are released from the rivets, and the pick-up head (20) is raised by the robot (2). The pick-up arms (34) can be pivoted towards or away from each other and then fixed in a given angular position to allow for connector length.
    • 一种用于机器人(2)的拾取头(20),包括具有用于附接到机器人(2)的Z轴轴(18)的板(30)的主体(28)。 枢转地附接到主体(2)的两个拾取臂(34)各自承载铆接工具(26)。 工具(26)通过位于主体(2)上的活塞和气缸驱动单元(52)的工作行程,抵抗复位弹簧(82)的作用而被驱动。 所述工具(26)由将所述拾取头(20)下降的所述机器人(2)插入到所述引导电连接器(25')在拾取站(21)的端部处的铆钉中,并被布置成 可释放地固定到铆钉,以允许机器人(2)将连接器(24')传送到电路板(19)并且将铆钉的突出端插入板(10)中的孔中。 驱动单元(52)然后被致动以使工具(26)膨胀铆钉的突出端,工具(26)从铆钉释放,并且拾取头(20)由机器人 (2)。 拾取臂(34)可以彼此相对或远离地枢转,然后在给定的角度位置固定以允许连接器长度。
    • 7. 发明授权
    • Workpiece insertion depth adjustment means
    • 工件插入深度调整手段
    • US4718162A
    • 1988-01-12
    • US898166
    • 1986-08-18
    • Leo V. Schuppert, Jr.Richard V. Spong
    • Leo V. Schuppert, Jr.Richard V. Spong
    • H05K13/04
    • H05K13/0404Y10T29/53078Y10T29/53174Y10T29/53183Y10T74/18312
    • Apparatus for inserting components into a workpiece comprises a rotary disc cam having first and second communicating endless superposed, cam tracks for receiving a cam follower connected to a tool holder carrying a component insertion tool. Rotation of the disc cam drives to the tool through a component inserting stroke and a return stroke. Over tool driving lobes thereof, the cam tracks are offset from each other radially of the axis of rotation of the disc cam. The cam follower is carried by a slide in the tool holder, the slide being connected to a drive unit which is actuable selectively to move the slide between a first position in which the cam follower is engaged in one of the cam tracks and a second position in which it is engaged in the other. By virtue of the offset of the cam tracks, the component is inserted more deeply into workpiece in the second position of the slide than in the first.
    • 用于将部件插入工件的装置包括具有第一和第二连通的环形重叠的凸轮轨道的旋转盘式凸轮,用于接收连接到承载部件插入工具的工具架的凸轮从动件。 通过元件插入行程和返回行程将盘式凸轮驱动器旋转到工具。 在其工具驱动凸角上,凸轮轨道彼此偏离盘式凸轮的旋转轴线的径向。 凸轮从动件由工具夹具中的滑块承载,滑动件连接到驱动单元,该驱动单元可选择性地致动,以在第一位置和第二位置之间移动滑块,在第一位置,凸轮从动件与凸轮轨道之一接合, 在其中从事另一个。 由于凸轮轨迹的偏移,在滑块的第二位置比在第一位置更加深地插入到工件中。
    • 8. 发明授权
    • Disposable fluid delivery system
    • 一次性流体输送系统
    • US06890161B2
    • 2005-05-10
    • US10404963
    • 2003-03-31
    • Edward J. Paukovits, Jr.Janet J. HoffnerRichard V. Spong
    • Edward J. Paukovits, Jr.Janet J. HoffnerRichard V. Spong
    • F04B23/02F04B43/00F04B43/12
    • F04B43/1269F04B23/026F04B43/0072F04B43/1253
    • A fluid delivery system is provided having a disposable fluid reservoir that is integral with, and supported by, a pump housing. A peristaltic pump head is mounted within the pump housing. A length of flexible tubing is operatively engaged by the peristaltic pump, and includes a first end arranged in flow communication with the fluid reservoir and an accessible second end. A central portion of the tube is operatively engaged by the peristaltic pump head so that consecutive portions of the flexible tubing are successively collapsed to thereby propel fluid through the tubing so as to exit the second end. The disposable cartridge is preferably mateable with a recess in a base housing. A transmission system is mounted within the recess of the base housing and arranged to operatively engage the peristaltic pump head. A control module is disposed in control communication with the transmission system for selective operation of the fluid delivery system.
    • 提供流体输送系统,其具有与泵壳体成一体并由泵壳体支撑的一次性流体储存器。 蠕动泵头安装在泵壳内。 柔性管道的长度可由蠕动泵可操作地接合,并且包括与流体储存器流体连通地设置的第一端和可接近的第二端。 管的中心部分由蠕动泵头可操作地接合,使得柔性管的连续部分被连续地压扁,从而通过管推进流体从而离开第二端。 一次性盒优选地与基座壳体中的凹部配合。 传动系统安装在基座壳体的凹部内并且布置成可操作地接合蠕动泵头。 控制模块设置成与传动系统控制通信,用于选择性地操作流体输送系统。