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    • 1. 发明授权
    • Insulation displacement terminal wire insertion tool and method
    • 绝缘位移端子线插入工具及方法
    • US4617731A
    • 1986-10-21
    • US779100
    • 1985-09-23
    • Ross M. CarrellGeorge J. Whitley
    • Ross M. CarrellGeorge J. Whitley
    • H01R43/01H01R43/04B23P19/02
    • H01R43/01Y10T29/49181Y10T29/5187Y10T29/53213
    • A wire insertion tool includes a pair of fingers which are selectively cammed to different states. One finger supports the terminal as the wire is inserted into the terminal by the other finger avoiding reaction forces on the substrate to which the terminal is attached. The fingers have a state in which they keep the wire aligned with the insertion portion of the fingers as the fingers travel from terminal to terminal in a wiring cycle. The fingers have a wire sever state to sever the wire at the end of the wiring cycle in which a length of wire is attached to a plurality of terminals. A feed assembly feeds wire to the fingers as the wire is played out during the wiring cycle to minimize tensioning the wire as the tool travels.
    • 电线插入工具包括一对手指,其被选择性地凸轮到不同的状态。 当另一根手指将导线插入端子时,一个手指支撑端子,以避免端子所附着的基板上的反作用力。 手指具有这样的状态,即当手指在布线周期中从端子到端子行进时,它们使导线与指状物的插入部分对准。 指状物具有电线断开状态,以在布线周期结束时切断电线,其中一段电线连接到多个端子。 在接线周期中,当导线被弹出时,进给组件将电线馈送到手指,以尽可能减少当工具行进时钢丝的张紧。
    • 4. 发明授权
    • Robot end effector for processing component leads
    • 机器人末端执行器用于处理部件引线
    • US4691419A
    • 1987-09-08
    • US797132
    • 1985-11-12
    • Brian G. KeelerGeorge J. Whitley
    • Brian G. KeelerGeorge J. Whitley
    • H05K13/04B23P19/00
    • H05K13/0473Y10T29/515Y10T29/5154Y10T29/53174Y10T29/53183
    • A turret is rotatably secured to a housing adapted to be secured to a robot wrist having a reference orientation and axis. The turret has a plurality of interchangeable lead processing devices which are selectively aligned to the reference orientation and axis. When so aligned a lead processing device is engaged with a selected component and operated to cut and bend the lead of that component. A second component's lead may be processed by the same or a different lead processing device secured to the turret. The latter device is aligned to the reference orientation and axis prior to processing the second component's lead. The robot is programmed to align the reference axis and the corresponding processing device to the selected component whose lead is to be processed.
    • 转塔可旋转地固定到适于固定到具有参考取向和轴线的机器人手腕的壳体上。 转台具有多个可互换的引线处理装置,其选择性地与参考取向和轴线对准。 当这样对准时,引线处理装置与所选择的部件接合并操作以切割和弯曲该部件的引线。 第二部件的引线可以由固定到转台的相同或不同的引线处理装置来处理。 在处理第二部件的引线之前,后一个装置与参考方向和轴对齐。 机器人被编程为将参考轴和相应的处理装置对准到要被处理的导线的所选择的部件。
    • 8. 发明授权
    • Method of forming aperture with rounded edges in sheet material
    • 在片材中形成具有圆形边缘的孔的方法
    • US4248075A
    • 1981-02-03
    • US36189
    • 1979-05-04
    • George J. Whitley
    • George J. Whitley
    • H05K3/00B21D19/00B21D28/24H05K1/05H05K3/44B21D28/26B21D37/10
    • B21D19/005B21D28/24H05K3/445H05K1/053H05K2201/0382H05K2201/09827H05K2203/0108H05K2203/0323H05K3/005Y10T29/49124
    • A procelain on steel printed circuit board includes apertures whose edges are rounded. An aperture is formed by first punching or otherwise making an aperture in the uncoated steel of somewhat larger size than desired, then employing a pair of dies, each with rounded shoulders and a center region of smaller area than the aperture. When the board is placed between the dies with the center region of the latter aligned with an aperture, and pressure is applied to the dies, they engage and round the edges of the aperture. The excess displaced material is forced into space between the original peripheral edge of the aperture and the center region of the dies, thereby decreasing the size of the aperture to the desired size and forming a relatively smooth tapered transition region between opposite surfaces of the board and the outer circumference of the aperture of reduced size. The steel is coated with porcelain after the finished apertures are formed.
    • 钢印刷电路板上的一个原版包括边缘为圆形的孔。 通过首先冲压或以其它方式制造比所需的更大尺寸的未涂覆钢的孔,然后使用一对模具,每个模具具有圆形的肩部和比孔小的区域的中心区域来形成孔。 当板被放置在模具之间,其中心区域与孔对准时,并且压力施加到模具,它们接合并围绕孔的边缘。 过量移位的材料被迫进入孔的原始外围边缘和模具的中心区域之间的空间,从而将孔的尺寸减小到所需尺寸,并在板的相对表面之间形成相对平滑的锥形过渡区域,以及 孔径的外圆周减小。 在成型孔形成后,钢被涂上瓷。