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    • 1. 发明授权
    • Lever lock mechanism for lever fitting type connector
    • 杠杆式连接器的杠杆锁定机构
    • US5630727A
    • 1997-05-20
    • US525426
    • 1995-09-07
    • Isao Kameyama
    • Isao Kameyama
    • H01R13/629H01R13/635H01R13/627
    • H01R13/635H01R13/62933
    • In a lever lock mechanism for a lever fitting type connector, the lever lock mechanism causes the lock arm to bend by engaging the spacer 6 with the guide rail of the housing, while the lever is connected by the lock arm of the connector housing. An interference portion having a slide contacting slope is formed on the spacer to a guide slope of the lock arm, and a contact projection part to the lever is formed, a piece having the contact projection part is protrusively formed at the spacer, an engaging projection part is formed on the inside of the guide rail to a loop piece formed on the spacer. As the other mechanism, the lever lock mechanism causes the spacer having lock arm to the lever to engage with freely slide condition at the guide rail. The spacer has a slide substrate to the guide rail, the lock arm has an extended projection pointed end part, a contact projection part to a claw portion of the lever is formed at the slide substrate.
    • 在用于杠杆配合型连接器的杠杆锁定机构中,杠杆锁定机构通过将间隔件6与壳体的导轨接合而使锁定臂弯曲,同时杆通过连接器壳体的锁定臂连接。 具有滑动接触斜面的干涉部分形成在锁定臂的引导斜面上,并且形成到杠杆的接触突出部分,具有接触突出部分的部件突出地形成在间隔件处,接合突起 部分形成在导轨的内侧,形成在间隔件上的环形件。 作为另一种机构,杠杆锁定机构使得具有锁定臂的间隔件到杠杆以与导轨处的自由滑动状态接合。 间隔件具有到导轨的滑动基板,锁定臂具有延伸的突起尖端部分,在滑动基板处形成到杠杆的爪部的接触突出部分。
    • 2. 发明授权
    • Meter module, connecting device thereof, wiring harness protector, and
connecting device of instrument wiring harness
    • 仪表模块,其连接装置,线束保护器和仪表线束的连接装置
    • US5711675A
    • 1998-01-27
    • US816886
    • 1997-03-13
    • Keizo NishitaniYoshiaki NakayamaMinoru KubotaKeiichi Ozaki
    • Keizo NishitaniYoshiaki NakayamaMinoru KubotaKeiichi Ozaki
    • B60R16/02B60R16/023H01R13/621H01R33/00
    • B60R16/0239B60R16/0215H01R13/6215
    • A meter module includes a meter panel in which meters and indication lamps are mounted, a centralized control circuit board in which control circuits for a vehicle's electrical devices (including meters and indication lamps) are installed, an electric junction box for distribution of power, input and output signals and for integration of earth lines, and a module case. The electric junction box is formed by setting a bus-bar circuit board and an insulator cover in the module case. The electric junction box is formed by setting a bus-bar circuit board and an insulator cover in the module case. The centralized control circuit board and the meter panel are fixed over the electric junction box, whereby the meter panel, the centralized control circuit board and the electric junction box are intensively incorporated. Thus, the electric wiring in the instrument panel portion of the vehicle is simplified and this facilitates setting and assembling of the electric devices such as the meter panel. Furthermore, a wiring harness protector includes a protector main body for protecting a wiring harness therein and a cover. A plurality of through holes are concentrated in the cover, and a plurality of connectors in the wiring harness set in the protector main body are set through the corresponding through holes in a direction perpendicular to the wiring harness extending direction. The connectors are fixed through a connector stopper to form a multipolar connector. The wiring harness protector simplifies the wiring harness, especially the wiring arrangement of instrument panel wiring harness, and facilitates setting and assembling of the wiring harness.
    • 仪表模块包括安装仪表和指示灯的仪表板,安装车辆电气设备(包括仪​​表和指示灯)的控制电路的集中控制电路板,用于分配电力的电接线盒,输入 并输出信号并集成地线,以及模块外壳。 电接线盒通过在组合箱中设置母线电路板和绝缘体盖而形成。 电接线盒通过在组合箱中设置母线电路板和绝缘体盖而形成。 集中控制电路板和仪表板固定在电接线盒上,集中控制仪表板,集中控制电路板和电接线盒。 因此,车辆的仪表板部分中的电线被简化,这便于诸如仪表板的电气装置的设置和组装。 此外,线束保护器包括用于保护线束的保护器主体和盖。 多个通孔集中在盖中,并且设置在保护器主体中的线束中的多个连接器沿垂直于线束延伸方向的相应通孔设置。 连接器通过连接器止动器固定以形成多极连接器。 线束保护器简化了线束,特别是仪表板线束的布线布置,便于线束的设置和组装。
    • 3. 发明申请
    • Double lock connector and spacer detecting method therefor
    • 双锁定连接器和间隔器检测方法
    • US20010001086A1
    • 2001-05-10
    • US09749528
    • 2000-12-28
    • Yasaki Corporation
    • Yasuhiro SasakiHiroshi Yamamoto
    • H01R003/00H01R013/40
    • H01R13/4361Y10S439/91
    • A double lock connector 1 having spacers 3,4 for engaging terminals is provided with detecting pin inserting portions 16,17 continuing from the front end of a connector housing 2 to the spacers 3,4. The detecting pin inserting portions are of slits. The detecting pin inserting portions 16,17 communicate with respective accommodating recesses 13,14 for base plate portions 9,10 of the spacers 3,4. Detecting pins are arranged opposite to the front end of the connector housing 2, and the detecting pins are inserted into the detecting pin inserting portions and abut against the respective spacers 3,4. The detecting pins are set inside a continuity testing portion of a terminal continuity testing member, and the continuity testing portion is moved toward the front end of the double lock connector 1. Thus, the presence of the spacers is securely detected.
    • 具有用于接合端子的间隔件3,4的双锁定连接器1设置有从连接器壳体2的前端延伸到间隔件3,4的检测销插入部分16,17。 检测销插入部分是狭缝。 检测销插入部分16,17与用于间隔件3,4的底板部分9,10的各个容纳凹槽13,14连通。 检测销与连接器壳体2的前端相对配置,检测针插入到检测针插入部分中并抵靠各个间隔件3,4。 检测销设置在端子导通性测试部件的连续性测试部分内,并且连续性测试部分朝向双锁定连接器1的前端移动。因此,可靠地检测到间隔件的存在。
    • 4. 发明授权
    • Engaging structure of a terminal and a connector housing
    • 端子和连接器外壳的接合结构
    • US5746628A
    • 1998-05-05
    • US553765
    • 1995-10-23
    • Masaya Yamamoto
    • Masaya Yamamoto
    • H01R13/11H01R13/42H01R13/436H01R13/447
    • H01R13/4362
    • Engaging structure of a terminal and a connector housing comprises a contact piece 5 and an electric wire connecting portion 7, and can be inserted into a terminal receiving cavity 23 of a housing 22, which includes a retainer 28 provided with a detecting protrusion 57. The terminal 1 is provided with a projecting portion 9 which allows the retainer to be moved to the primary locking position, by slipping off from a moving path of the detecting protrusion 57 toward the front side B of a terminal insertion direction, when the retainer is at the provisional locking position and the terminal is completely inserted at the normal position, and which prevents the retainer 28 to be moved to the primary locking position, by abutting against the detecting protrusion 57, when the terminal 1 is incompletely inserted before the normal locking position. The projecting portion 9 is provided with a detection hole 73 for detecting faulty insertion of the terminal. The detection hole is engaged with the detecting protrusion 57 when the terminal 1 is inserted with the retainer 28 located at the primary locking position. Thereby, easy detection for falsely insertion of a terminal into a housing with a retainer locked at a primary locking position can be ensured.
    • 端子和连接器壳体的接合结构包括接触片5和电线连接部分7,并且可以插入到壳体22的端子容纳腔23中,该壳体22包括设置有检测突起57的保持器28。 端子1设置有突出部9,当保持器处于位置时,突出部9通过从检测突起57的移动路径向端子插入方向的前侧B滑动而允许保持器移动到主锁定位置 临时锁定位置和端子完全插入到正常位置,并且当端子1在正常锁定位置之前未完全插入时,通过抵靠检测突起57防止保持器28移动到主锁定位置 。 突出部9设置有用于检测端子的错误插入的检测孔73。 当端子1插入保持器28位于主锁定位置时,检测孔与检测突起57接合。 因此,可以确保将端子错误地插入壳体中的容易检测,其中保持器锁定在主锁定位置。