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    • 4. 发明申请
    • FIBRE OPTICS CONNECTOR AND A METHOD OF MAKING THE SAME
    • 光纤光学连接器及其制造方法
    • WO1992014179A1
    • 1992-08-20
    • PCT/US1992000516
    • 1992-01-22
    • AMP INCORPORATEDVAN WOESIK, Egbertus, Theodorus, Constantius, ...
    • AMP INCORPORATED
    • G02B06/38
    • G02B6/3858G02B6/382G02B6/3821G02B6/3846G02B6/3855G02B6/3863G02B6/3865G02B6/3877G02B6/3887
    • A fibre optics connector (2) comprises a moulded plastic housing (4, 104) with a through bore (14, 124). The bore (14, 124) has a first bore portion (16, 124) of small cross-section, opening into a forward end (18, 120) of the housing (4, 104) and communicating with a larger cross-section bore portion (20, 126). An intermediate fibre (6, 116) is bonded into the smaller cross-section bore portion (16, 124), a length (L) of the intermediate fibre (6, 116) projecting into the larger cross-section bore portion (20, 126). The intermediate fibre (6, 116) has at its forward end a first optically polished end face (44, 202) and at its rear end a second optically polished end face (42, 200). A longitudinally split, fibre alignment sleeve (8) is expansible radially and is positioned in the larger cross-section bore portion (20, 126). The sleeve (8) receives the projecting length (L) of the intermediate fibre (6, 116) and grips it. The rear optically polished end face (42, 200) of the intermediate fibre (6, 116) is covered by a refractive index matching material (10, 206) which has been injected into the sleeve (8). Thus, the unprepared end face of the cladded core (C) of an optical cable (OC) can be inserted into the sleeve (8) so as to be in light conducting relationship with the rear end face (42, 200) of the intermediate fibre (6, 116). The housing (104) can also have a rear cavity (123), receiving a fibre retaining housing (106) which grips the fibre (OC) by way of a clip (12). The housing (10b) is spring loaded forwardly by way of a coil spring (112) urging the fibre (OC) into the intermediate fibre (116).
    • 光纤连接器(2)包括具有通孔(14,124)的模制塑料外壳(4,104)。 所述孔(14,124)具有小的横截面的第一孔部分(16,124),所述第一孔部分开口到所述壳体(4,104)的前端(18,120)并与更大的横截面孔 部分(20,126)。 中间纤维(6,116)被结合到较小的横截面孔部分(16,124)中,中间纤维(6,116)的长度(L)突出到较大的横截面孔部分(20, 126)。 中间纤维(6,116)在其前端处具有第一光学抛光端面(44,202),并且在其后端处具有第二光学抛光端面(42,200)。 纵向分开的纤维对准套筒(8)可径向扩张并且定位在较大的横截面孔部分(20,126)中。 套筒(8)接收中间纤维(6,116)的突出长度(L)并且夹持它。 中间纤维(6,116)的后光学抛光端面(42,200)被注入到套筒(8)中的折射率匹配材料(10,206)覆盖。 因此,可以将光缆(OC)的包覆芯(C)的未准备的端面插入到套管(8)中,以便与中间件(8)的后端面(42,200)呈导通关系 纤维(6,116)。 壳体(104)还可以具有后空腔(123),其接收通过夹子(12)夹持光纤(OC)的光纤保持壳体(106)。 壳体(10b)通过将纤维(OC)推入中间纤维(116)的螺旋弹簧(112)向前弹簧加载。
    • 5. 发明申请
    • ELECTRICAL TERMINAL WHICH HAS MEANS TO PROVIDE A RELIABLE ELECTRICAL CONNECTION
    • 电气端子,意味着提供可靠的电气连接
    • WO1990007807A1
    • 1990-07-12
    • PCT/US1989005529
    • 1989-12-15
    • AMP INCORPORATEDKOURIMSKY, Friedrich, Alois, Josef
    • AMP INCORPORATED
    • H01R13/52
    • H01R13/5205H01R4/20H01R11/11H01R43/20
    • An electrical connector (2) has terminal receiving cavities (48) in which are provided terminals (4). Each terminal (4) has a mating end (10, 12) and a conductor receiving end (26) for receipt of a conductor (6) therein. The terminals have insulating cover means (8) which are positioned over the conductor receiving ends (26). The insulating cover means are secured to the terminals by securing means (22) which are integrally attached to the terminals. The configuration of the insulating cover means is such to eliminate air voids provided in the terminal receiving cavities (48) of the connector (2), thereby protecting the terminals from the corrosion which can occur due to the moisture provided in the air voids condensing when the connector is exposed to temperature fluctuation.
    • 电连接器(2)具有端子接收腔(48),其中设置有端子(4)。 每个端子(4)具有配合端(10,12)和用于在其中接收导体(6)的导体接收端(26)。 端子具有位于导体接收端(26)上方的绝缘覆盖装置(8)。 绝缘盖装置通过一体地附接到端子的固定装置(22)固定到端子。 绝缘盖装置的结构是消除设置在连接器(2)的端子容纳空腔(48)中的空气空隙,从而保护端子免受由于在空气中凝结的水分而产生的腐蚀 连接器暴露于温度波动。
    • 6. 发明申请
    • ELECTRICAL CONTACT
    • 电气联系
    • WO1990005392A1
    • 1990-05-17
    • PCT/US1989004322
    • 1989-10-10
    • AMP INCORPORATEDONOUE, Nobuaki
    • AMP INCORPORATED
    • H01R09/09
    • H01R12/585H01R4/2445H01R4/2466
    • An electrical contact comprising a holding section (2) formed of opposing side plates (6) bent from a bottom plate (5), a contact section (3) extending outwardly from the holding section (2) for electrical connection with a circuit board, a wire-connection section (4) between the side plates (6) for electrical connection to an insulated electrical wire (30), projections (18) at the sides of the wire-connection section (4) disposed in projection-receiving holes (8) in the side plates (6), and the side plates (6) having thermal-insulation holes (9, 9') adjacent the projection-receiving holes (8) to dissipate heat conducted along the contact section (3) and holding section (2) when the contact section (3) is soldered to the circuit board to obviate the melting or softening of the insulation of the electrical wire (30) in the wire-connection section (4).
    • 一种电触头,包括由从底板(5)弯曲的相对侧板(6)形成的保持部分(2),从所述保持部分(2)向外延伸用于与电路板电连接的接触部分(3) 用于与绝缘电线(30)电连接的侧板(6)之间的导线连接部分(4),设置在突起接收孔中的电线连接部分(4)的侧面上的突起(18) 8)和侧板(6)之间具有邻近突起接收孔(8)的热绝缘孔(9,9'),以散热沿接触部分(3)传导的热量并保持 当接触部分(3)被焊接到电路板上以消除电线(30)在电线连接部分(4)中的绝缘体的熔化或软化时,部分(2)。
    • 7. 发明申请
    • COMPLIANT PIN HAVING IMPROVED ADAPTABILITY
    • 合适的引脚具有改进的适应性
    • WO1990003050A1
    • 1990-03-22
    • PCT/US1989003153
    • 1989-07-25
    • AMP INCORPORATED
    • AMP INCORPORATEDPICKLES, Charles, Sands
    • H01R09/09
    • H01R12/585
    • Contact pin (2) has a compliant portion (6) having two spaced-apart openings (32) therein at locations adjacent to the ends of the compliant portion (6). The compliant portion (6) is sheared along a shear line (34) extending axially between the openings (32). The shear line (34) divides the compliant portion (6) into two side-by-side beams (36, 36'). The beams (36, 36') are displaced in opposite first directions away from the axis of the pin (2). The openings (32) and the shear line (34) define ears (44, 44') on each beam (36, 36') which extend towards the other beam (36, 36'). When the compliant portion (6) is inserted into a circuit board hole (10), the ears (44, 44') are moved into overlapping relationship and the beams (36, 36') are flexed in second opposite directions which are normal to the first opposite directions. The ears (44, 44') of each beam (36, 36') function as an intermediate support for the other beam. A high degree of adaptability as regards stock thickness and dimensions of the pin (2) is achieved by virtue of the fact that the beams (36, 36') are flexed parallel to their major surfaces and are supported intermediate their ends by the ears (44, 44').
    • 10. 发明申请
    • APPARATUS FOR CONNECTING ELECTRICAL CONNECTORS TO CABLE
    • 将电气连接器连接到电缆的装置
    • WO1989004557A1
    • 1989-05-18
    • PCT/US1988003202
    • 1988-09-19
    • AMP INCORPORATEDDEN OTTER, Johannes, Marinus, Jacobus
    • AMP INCORPORATED
    • H01R43/01
    • H01R43/01
    • The apparatus comprises a rotary jaw assembly (10) which is movable along a first axis (Y) between two rows of connectors (C1 and C2) and along a second axis (Z) to grasp a selected connector (C1 or C2) and then to retract, after which the jaw assembly (10) is rotatable about a third axis (X) to change the endwise orientation of the connector (C1 or C2) grasped by the assembly (10). This connector (C1 or C2) is then passed by a push rod (26) to a cover separating station (4) at which the cover (CO1 or CO2) is separated from the body (CB1 or CB2) of the connector (C1 or C2). Further push rods (36 and 38) transfer the connector body and the cover to a turntable (44) to rotate them about a vertical axis, and yet further push rods (46 and 48) transfer the connector and the cover to an application station (8) at which they are applied to a cable (FFC). Each connector (C1 or C2) can be thus applied to cable (FFC) in four different orientations.
    • 该装置包括可沿着两排连接器(C1和C2)之间的第一轴线(Y)和沿第二轴线(Z)移动以旋转所选择的连接器(C1或C2)的旋转钳口组件(10),然后 缩回,然后钳夹组件(10)绕第三轴线(X)旋转以改变由组件(10)抓持的连接器(C1或C2)的端向定向。 然后,该连接器(C1或C2)通过推杆(26)传递到盖分离台(4),盖子(CO1或CO 2)在该分隔站(4)处与连接器(C1或C2)的主体(CB1或CB2) C2)。 进一步的推杆(36和38)将连接器主体和盖子转移到转盘(44)以使其围绕垂直轴线旋转,并且还推动杆(46和48)将连接器和盖子传送到施加工位 8),它们被施加到电缆(FFC)。 因此,可以以四种不同的方向将每个连接器(C1或C2)施加到电缆(FFC)。