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    • 31. 发明授权
    • Radiographic source connector with improved coupling mechanism
    • 射线源连接器,具有改进的耦合机制
    • US06481914B1
    • 2002-11-19
    • US09543920
    • 2000-04-06
    • Steven J. GrenierGeorge W. Parsons
    • Steven J. GrenierGeorge W. Parsons
    • F16C1106
    • F16C11/069F16C1/14Y10T24/45272Y10T403/32631Y10T403/32803Y10T403/57
    • A coupling mechanism secures a radiographic source connector to a drive assembly to prevent unintentional release. The source connector includes a cup sleeve with a sleeve slot cut along its axis. The sleeve is spring-loaded to capture the ball end of a drive assembly by applying a positive locking force from the spring. The sleeve slot provides clearance for the neck of the ball end of the drive connector ball. This clearance allows the source connector to pivot approximately 90° without detaching from the drive cable at any angle or orientation. The source connector cannot be disconnected from the drive assembly due to a force applied in any direction. The only mechanism for release is to intentionally move the sleeve in a direction opposite the urging of the spring and then remove the drive connector ball.
    • 耦合机构将射线源连接器固定到驱动组件以防止意外释放。 源连接器包括具有沿其轴线切割的套筒槽的杯套筒。 套筒是弹簧加载的,通过施加来自弹簧的积极锁定力来捕获驱动组件的球端。 套筒槽为驱动连接器球的球端的颈部提供间隙。 该间隙允许源连接器枢转大约90°,而不会以任何角度或方向从驱动电缆分离。 由于沿任何方向施加的力,源连接器不能与驱动器组件断开连接。 释放的唯一机制是有意地使套筒沿与弹簧的推动相反的方向移动,然后移除驱动连接器球。
    • 32. 发明申请
    • High strength ball end for a hitch link
    • 高强度球端为挂钩链接
    • US20020168122A1
    • 2002-11-14
    • US09851826
    • 2001-05-09
    • Deere & Company, a Delaware corporation
    • Daniel Benjamin KletzliShane Michael Boden
    • F16C023/08F16C025/04
    • F16C11/069A01B59/008B60D1/141F16C11/0614Y10T403/32631Y10T403/32704
    • A bearing assembly for a hitch link having a removable spherical bushing within a socket is arranged to be symmetrical about plane dissecting the socket lengthwise of the link. The socket is formed with laterally extending protrusion to increase the socket strength at the location of the greatest tension forces. The socket is configured with an entry slot for the bushing that is normal to the length of the link so that the slot does not interfere with the area of the contact wear surface between the busing and the socket. Once the bushing is installed in the socket, a sleeve is inserted into a bore of the bushing. One end of the sleeve has a raised retaining lip and the opposite end of the sleeve carries a snap ring groove. A snap ring is seated in the groove and retains the sleeve in the bushing.
    • 用于具有在插座内的可移除的球形衬套的搭接连杆的轴承组件被布置成关于在连接件纵向剖切插座的平面对称。 插座形成有横向延伸的突起,以在最大张力的位置增加插座强度。 插座配置有一个垂直于连接件长度的衬套进入槽,这样插槽不会干扰插座和插座之间的接触磨损表面的区域。 一旦衬套安装在插座中,套筒就被插入衬套的孔中。 套筒的一端具有凸起的保持唇,并且套筒的相对端承载卡环槽。 卡环位于凹槽中并将套筒保持在衬套中。
    • 40. 发明授权
    • Angle joint
    • 角接头
    • US4200405A
    • 1980-04-29
    • US32624
    • 1979-04-23
    • Hans J. Bauer
    • Hans J. Bauer
    • F16C11/06
    • F16C11/069Y10T403/32795
    • An angle joint or swivel joint, consisting principally of a ball and socket wherein the ball socket is constructed preferably of a tough plastic. The ball socket has a body which is bifurcated by a central slot, thereby permitting elastic yielding of the two constituent jaws when the spherical end of the ball pin is emplaced in the ball socket. In order to prevent subsequent relative movement of the two parts of the ball socket, the body of the ball socket has a transverse profiled channel which receives a mating locking bolt having the same profile. When the locking bolt has been driven home, the two previously yielding jaws are prevented from further relative motion, thereby imprisoning the ball in the socket. A cut-out in one of the jaws permits preassembly without locking and a protrusion of the locking bolt makes possible subsequent removal and disassembly.
    • 主要由球窝组成的角接头或旋转接头,其中球窝优选由韧性塑料构成。 球窝具有通过中心狭槽分叉的主体,从而当球销的球形端放置在球窝中时,允许两个构成爪的弹性屈服。 为了防止球窝的两个部分随后的相对移动,球窝体的主体具有横向成型通道,该通道容纳具有相同轮廓的配合锁定螺栓。 当锁定螺栓已经被驱动回家时,防止两个先前产生的卡爪进一步相对运动,从而将球挡在插座中。 其中一个颚板中的切口允许预组装而不锁定,并且锁定螺栓的突出可以随后的拆卸和拆卸成为可能。