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    • 1. 发明授权
    • Line connector
    • 线路连接器
    • US4845877A
    • 1989-07-11
    • US113925
    • 1987-10-27
    • John R. Koetje
    • John R. Koetje
    • A01K75/00A01K75/04
    • A01K75/00A01K75/04
    • A connector (10) for detachably interconnecting the intermediate portion of a first, primary line (16) and the end portions of secondary lines (24) includes two separate, identical opposing members (30) having complementary, substantially planar mating faces (32). Grooves (34) extend centrally across the mating faces (32) of the connector members (30) to cooperatively define a primary passageway (36) extending through the connector member at the interface of the two connector members to snugly receive the primary line (16) therein. A hollow post (50) extends transversely from the mating face (32) of each connector member to engage within a close fitting, aligned socket (52) formed in the opposite connector member thereby to clamp the two connector members together. The two opposing connector members (30) also have portions cooperatively defining a pair of secondary passageways (40) extending through the connector (10) at the interface of the two connector members (30). The secondary passageways (40) are composed of a first longitudinal section (44) extending alongside the primary passageway and transverse sections (46) interconnecting the longitudinal sections (44) with the outer exterior of the connector (10). The secondary passageways (40) are designed to detachably receive the end portions of connector lines (24), with the longitudinal sections (44) of the secondary passageways (40) sized larger than knots (45) formed near the ends of the connector lines (24) and the transverse sections (46) being large enough to receive the connector lines (24) but small enough to prevent passage of the knots 45 of the connector lines therethrough.
    • 用于可拆卸地互连第一主线(16)的中间部分和次级线(24)的端部的连接器(10)包括具有互补的,基本上平面的配合面(32)的两个分离的相同的相对构件(30) 。 槽(34)在连接器构件(30)的配合面(32)的中心延伸,以协同地限定在两个连接器构件的界面处延伸穿过连接器构件的主通道(36),以紧密接收主线 )。 空心柱(50)从每个连接器构件的配合面(32)横向延伸,以接合在形成在相对的连接器构件中的紧密配合的对准的插座(52)中,从而将两个连接器构件夹在一起。 两个相对的连接器构件(30)还具有协同地限定在两个连接器构件(30)的界面处延伸穿过连接器(10)的一对次通道(40)的部分。 次级通道(40)由沿着主通道延伸的第一纵向部分(44)和将纵向部分(44)与连接器(10)的外部外部互连的横向部分(46)组成。 第二通道(40)被设计成可拆卸地接收连接器线(24)的端部,其中副通路(40)的纵向部分(44)的尺寸大于在连接器线的端部附近形成的结(45) (24)并且横截面(46)足够大以接收连接器线(24),但足够小以防止连接器线的结45通过其中。
    • 2. 发明授权
    • Line connector
    • 线路连接器
    • US4693031A
    • 1987-09-15
    • US694055
    • 1985-01-22
    • John R. Koetje
    • John R. Koetje
    • A01K75/00A01K71/00A01K93/00
    • A01K75/00
    • A connector (12) for detachably interconnecting the intermediate portions of first and second lines includes a body (32) formed with a first cross hole (34) and a slit (36) extending from the outer periphery of the body crosswise through a portion of the body to intersect the first cross hole (34) along the length thereof. The intermediate portion of the first line (30) is slid transversely through the slit (36) into engagement within the first cross hole. A second cross hole (40) extends through the body at an orientation generally transversely to the first cross hole (34) to cross through slit (36). A groove (42) extends around the outer periphery of the body (32) and intersects the ends of the second cross hole (40). A second line (22), doubled upon itself, is threadably engaged through the second cross hole (40) and then looped around the body (32) to seat within groove (42), thereby preventing the second line from being detached from the body when the ends of the second line are drawn taut. Also the second line (22), being disposed between the first line (30) and the outer periphery of the slit (36), prevents the first line (30) from being disengaged from the body (32).
    • 用于可拆卸地互连第一和第二线的中间部分的连接器(12)包括形成有第一十字孔(34)的主体(32)和从主体的外周延伸穿过主体的一部分的狭缝(36) 所述主体沿着其长度与所述第一十字孔(34)相交。 第一线(30)的中间部分横穿狭缝(36)滑动到第一十字孔内。 第二十字孔(40)以大致横向于第一十字孔(34)的方向延伸穿过主体,以穿过狭缝(36)。 凹槽(42)围绕主体(32)的外周延伸并且与第二十字孔(40)的端部相交。 自身加倍的第二线(22)通过第二十字孔(40)螺纹接合,然后环绕主体(32)环绕在凹槽(42)内,从而防止第二线与主体分离 当第二条线的端部被拉紧时。 此外,设置在第一线(30)和狭缝(36)的外周之间的第二线(22)也防止第一线(30)从主体(32)脱离。