Electrical fuse component and method of using same
    21.
    发明授权
    Electrical fuse component and method of using same 失效
    电熔丝元件及其使用方法

    公开(公告)号:US4689597A

    公开(公告)日:1987-08-25

    申请号:US857212

    申请日:1986-04-29

    Abstract: An electrical component has a plurality of paired contacts with spaced inner contact sections bridged by a fuse element. The paired contacts have outer contact sections enabling mounting to a circuit panel to complete circuit paths thereon. The component is used as a fuse component to protect the circuit panel by preventing overload of a circuit path by the respective fuse element. When the circuit paths have different design in-service currents and different levels of excessive electrical currents, the corresponding fuse elements can have correspondingly different in-service current-carrying capabilities and different melting points, in the same component. The component can be surface mountable and can have DIP configuration.

    Abstract translation: 电气部件具有多个成对的触点,其具有由熔丝元件桥接的间隔的内部接触部分。 成对的触点具有能够安装到电路板以完成其上的电路路径的外部接触部分。 该部件用作保险丝部件,以通过防止相应熔丝元件的电路路径过载来保护电路板。 当电路路径具有不同的设计使用电流和不同级别的过大电流时,相应的熔丝元件在相同的部件中可以具有相应不同的使用中的载流能力和不同的熔点。 该组件可以表面安装,并可以具有DIP配置。

    Method of making an electrical circuit package
    22.
    发明授权
    Method of making an electrical circuit package 失效
    制作电路封装的方法

    公开(公告)号:US4675989A

    公开(公告)日:1987-06-30

    申请号:US848651

    申请日:1986-04-07

    Abstract: An electrical circuit package comprises a stamped and formed lead frame to which is molded a dielectric housing member which includes openings having exposed electrical contacts, the housing member providing support for the lead frame. Some of the exposed contacts in the openings serve to support electrical components in the openings and to make electrical contact therewith while other of the exposed contacts in the openings electrically engage the electrical components and maintain them in the openings. Further exposed contacts electrically engage another electrical component and the housing member and the further exposed contacts maintain the other electrical component in the housing member. An electrical switch is part of the lead frame. The method involves molding a dielectric housing member on the lead frame with exposed circuit path parts in openings either stamped into pairs before molding or severed into pairs after molding, and further forming ones of the pairs of exposed path parts into cantilever contact members while the others of the pairs define stationary contact members.

    Abstract translation: 电路封装包括冲压成形的引线框架,模制成绝缘壳体构件,绝缘壳体构件包括具有暴露的电触点的开口,壳体构件为引线框架提供支撑。 开口中的一些暴露的触点用于支撑开口中的电气部件并与其电接触,而开口中的其他暴露的触点电接合电气部件并将它们保持在开口中。 进一步暴露的接触件电接合另一个电气部件和壳体部件,并且另外暴露的触头将另一电气部件保持在壳体部件中。 电气开关是引线框架的一部分。 该方法包括在引线框架上模制绝缘壳体构件,其中在模制之前模制成型或成对切割成对之间的开口中的暴露的电路路径部分,并且进一步将成对的暴露路径部件中的一对成形为悬臂接触构件,而其他 的对限定固定接触构件。

    Single in-line package switch
    23.
    发明授权
    Single in-line package switch 失效
    单列直插式封装开关

    公开(公告)号:US4612422A

    公开(公告)日:1986-09-16

    申请号:US671537

    申请日:1984-11-15

    CPC classification number: H01H23/006

    Abstract: A single in-line package switch comprises a dielectric frame along which movable electrical contact members are disposed. An electrical bus contact is mounted on support members of the dielectric frame, each of the movable contact members extending between a pair of the support members. Each of the movable contact members has a sinusoidal contact section, one end of the contact section being secured in the dielectric frame as a terminal section while the free end of the contact section is disposed within a recess of an actuating member pivotally mounted on the pair of support members between which the contact section is disposed. A housing member is secured onto the dielectric frame with actuating sections of the actuating members being operable from one surface of the housing member to one position thereby moving the sinusoidal contact sections in electrical engagement with the bus contact and to another position thereby moving the sinusoidal contact sections free of the bus contact, the spring forces of the sinusoidal contact sections maintaining the contact sections and the actuating members in the one or the other position.

    Abstract translation: 单个在线封装开关包括电介质框架,可移动电接触构件沿着该电介质框架布置。 电气总线触点安装在电介质框架的支撑构件上,每个可动触头构件在一对支撑构件之间延伸。 每个可动接触构件具有正弦接触部分,接触部分的一端作为端子部分固定在电介质框架中,而接触部分的自由端设置在可枢转地安装在对上的致动部件的凹部内 支撑部件之间设有接触部分。 壳体构件被固定在电介质框架上,致动构件的致动部分可从壳体构件的一个表面操作到一个位置,从而使正弦接触部分与总线接触件电连接并移动到另一位置,从而使正弦接触 没有总线接触的部分,正弦接触部分的弹簧力将接触部分和致动部件保持在一个或另一个位置。

    Push-push switch
    24.
    发明授权

    公开(公告)号:US4506124A

    公开(公告)日:1985-03-19

    申请号:US543667

    申请日:1983-10-19

    CPC classification number: H01H13/58 Y10T74/1531

    Abstract: A push-push switch comprises a dielectric housing in which electrical contact members are secured; contact sections of the contact members are in normal electrical engagement and terminal sections of the contact members are to be electrically connected to conductive members. An actuating member is mounted in the housing for reciprocal and rotational movement therein; a spring biases the actuating member to a normal rest position. Cam members on the actuating member engage the contact members in one position to disengage them and are out of engagement with the contact members in another position causing them to be normally engaged. First and second rows of cam segments are on the actuating member; the cam segments in each of the rows are spaced from one another and the cam segments in the first row are offset with respect to the cam segments in the second row so that cam surfaces of the cam segments of the first row face the cam segments in the second row and cam surfaces of the cam segments of the second row face the cam segments in the first row. Projections extend outwardly from the housing and are normally positioned between adjacent cam segments in the first row whereby, upon movement of the actuating-member from its normal rest position against the spring, the projections engage respective cam surfaces of the cam segments of the second row causing the actuating member to rotate so that the projections are in alignment with respective cam surfaces of the cam segments of the first row; and, upon movement of the actuating member back to the normal rest position, the projections engage the respective cam surfaces of the cam segments of the first row causing the actuating member to rotate further so that the projections are disposed between adjacent cam segments of the first row and the cam members move into engagement with the contact members to disengage the contact sections or move out of engagement with the contact members so that the contact sections are engaged.

    Electrical hook switch
    25.
    发明授权
    Electrical hook switch 失效
    电钩开关

    公开(公告)号:US4497983A

    公开(公告)日:1985-02-05

    申请号:US497381

    申请日:1983-05-23

    CPC classification number: H01H13/02 H04M1/08

    Abstract: A hook switch comprises a dielectric base member having series of stationary electrical contact members secured in aligned rows therein; the contact members in one row are offset with respect to the contact members in the other row and they include V-shaped contact sections and terminal sections. A dielectric cover member is latchably secured onto the base member. A movable contact assembly mounted in the cover member includes an operating member and a contact-carrying member. The operating member is linearly movable within an opening in the cover member from a normally inoperative position to an operative position against spring members extending betweeen the operating member and the base member. The contact-carrying member has switch segments isolated from one another, each of the switch segments including an electrical contact element of a specified length and the remaining length being dielectric material so that opposing sets of V-shaped contact sections engage respective switch segments to electrically connect the V-shaped contact sections together when engaging the electrical contact elements or to electrically disconnect the V-shaped contact sections when engaging the dielectric material in either of the inoperative or operative positions.

    Abstract translation: 钩开关包括电介质基底构件,其具有固定在其中的排列的一系列固定电接触构件; 一列中的接触构件相对于另一排中的接触构件偏移,并且它们包括V形接触部分和端子部分。 电介质盖构件可锁定地固定在基座构件上。 安装在盖构件中的可移动接触组件包括操作构件和接触承载构件。 操作构件可以在盖构件的开口内从正常的非操作位置线性移动到与操作构件和基座构件之间延伸的弹簧构件的操作位置。 接触承载构件具有彼此隔离的开关段,每个开关段包括特定长度的电接触元件,其余长度是电介质材料,使得相对的V形接触部分组将相应的开关段接合到电 当接合电接触元件时,将V形接触部分连接在一起,或者在将介电材料接合在不工作或操作位置中的任何一个时电气断开V形接触部分。

    Clamp for securing bar hanger to electrical wiring box
    26.
    发明授权
    Clamp for securing bar hanger to electrical wiring box 失效
    用于固定棒挂架到电气接线盒的夹具

    公开(公告)号:US4050603A

    公开(公告)日:1977-09-27

    申请号:US729967

    申请日:1976-10-06

    CPC classification number: H02G3/126 Y10S248/906

    Abstract: A clamp for securing an adjustable bar hanger to a molded thermosetting plastic electrical wiring box. The clamp includes a generally U-shaped portion having a deformable tab directed into the region defined by the U-shaped portion and a pair of side flanges integral with and on opposite sides of the U-shaped portion. A bar hanger is positioned within the U-shaped portion of the clamp and the wiring box is oriented with respect to the clamp and bar hanger assembly so that the bar hanger is captured between the clamp and a rear wall of the wiring box and the clamp is spaced a slight distance from the rear wall of the wiring box. Screws are then inserted through openings provided in the rear wall of the wiring box and threaded into corresponding threaded openings provided in the flanges of the clamp. As the screws advance into the openings in the flanges, the clamp is drawn toward the wiring box, causing the deformable tab of the U-shaped portion to deform and move in a direction away from the wiring box and toward the U-shaped portion of the clamp. The deformation of the tab serves to distribute the torque or energy applied to the screws throughout the entire clamp in a manner so as to prevent damage to the wiring box, such as cracking or shattering.

    Abstract translation: 用于将可调节棒衣架固定到模制的热固性塑料电气接线盒的夹具。 夹具包括大致U形的部分,其具有可变形的突片,引导到由U形部分限定的区域和与U形部分相反的两侧成一体的一对侧凸缘。 一个棒衣架位于夹具的U形部分内,并且接线盒相对于夹具和杆悬挂器组件定向,使得杆衣架被夹在夹具和接线盒的后壁之间,夹具 与接线盒的后壁隔开一段距离。 然后将螺钉插入设置在接线盒的后壁中的开口并拧入设置在夹具的凸缘中的相应的螺纹开口中。 当螺钉进入凸缘的开口时,夹具被拉向接线盒,使得U形部分的可变形凸片变形并沿远离配线箱的方向移动并且朝向U形部分的U形部分 夹具。 突片的变形用于以一定的方式分配施加到整个夹具上的螺钉的扭矩或能量,以防止接线盒的损坏,例如开裂或破碎。

    Electrical component having fuse element, and method of using same
    28.
    发明授权
    Electrical component having fuse element, and method of using same 失效
    具有熔丝元件的电气部件及其使用方法

    公开(公告)号:US4680568A

    公开(公告)日:1987-07-14

    申请号:US857204

    申请日:1986-04-29

    Abstract: An electrical component has a plurality of paired contacts with spaced inner contact sections bridged by a fuse element. The paired contacts have outer contact sections enabling mounting to a circuit panel to complete circuit paths thereon. The component can be used as a shunt for programming the circuit panel by programming the component prior to in-service use of the panel, by the method of deliberately opening the respective fuse element between one or more selected pairs of contacts by an electrical programming current thereon, leaving other fuse elements intact for in-service path connection of their respective circuit paths. The component can be surface mountable and can have DIP configuration.

    Abstract translation: 电气部件具有多个成对的触点,其具有由熔丝元件桥接的间隔的内部接触部分。 成对的触点具有能够安装到电路板以完成其上的电路路径的外部接触部分。 该组件可以用作分流器,用于通过在使用面板之前对组件进行编程来编程电路板,方法是通过电编程电流有意地在一个或多个选定的一对触点之间打开相应的熔丝元件 在其上留下其他熔丝元件,用于其各自的电路路径的在线路径连接。 该组件可以表面安装,并可以具有DIP配置。

    Electrical switch and actuating mechanism therefor
    29.
    发明授权
    Electrical switch and actuating mechanism therefor 失效
    电气开关及其驱动机构

    公开(公告)号:US4531030A

    公开(公告)日:1985-07-23

    申请号:US610179

    申请日:1984-05-14

    CPC classification number: H01H1/5805 H01H15/06

    Abstract: An electrical switch comprises an electrical contact assembly which includes a dielectric frame in which a series of aligned stationary contact members are disposed. Electrical contact sections of the stationary contact members are exposed in recesses in a top surface of the dielectric frame. A movable electrical contact member is pivotally mounted on one of the contact sections in each of the recesses to electrically connect the stationary contact sections in one position and to disconnect the contact sections in another position. A housing is latchably secured onto the dielectric frame and has linearly-movable actuating members mounted therein in operative association with respective movable contact members. Each of the linearly-movable actuating members comprises a slide member in which a spring is disposed. The slide member is movable to one position in the housing so that the spring moves the movable contact member to the one position electrically connecting the stationary contact sections and the spring and the housing maintain the slide member in this one position. The slide member is movable to another position in the housing so that the spring moves the movable contact member to another position disconnecting the stationary contact sections and the spring and the housing maintain the slide member in this other position.

    Abstract translation: 电开关包括电接触组件,其包括电介质框架,其中设置有一系列对齐的固定接触构件。 固定接触构件的电接触部分暴露在电介质框架的顶表面中的凹部中。 可移动电接触构件枢转地安装在每个凹部中的一个接触部分上,以将固定接触部分电连接在一个位置,并将接触部分分离在另一位置。 壳体可闩锁地固定到电介质框架上,并且具有安装在其中的线性可移动的致动构件,其可操作地与相应的可动接触构件相关联。 每个线性移动致动构件包括其中设置有弹簧的滑动构件。 滑动构件可移动到壳体中的一个位置,使得弹簧将可动接触构件移动到电连接固定接触部分和弹簧的一个位置,并且壳体将滑动构件保持在该位置。 滑动构件可移动到壳体中的另一位置,使得弹簧将可动接触构件移动到断开固定接触部分和弹簧的另一位置,并且壳体将滑动构件保持在该另一位置。

    Single in-line package switch
    30.
    发明授权

    公开(公告)号:US4496802A

    公开(公告)日:1985-01-29

    申请号:US485549

    申请日:1983-04-15

    CPC classification number: H01H23/006

    Abstract: A single in-line package switch comprises a dielectric frame along which movable electrical contact members are disposed. An electrical bus contact is mounted on support members of the dielectric frame, each of the movable contact members extending between a pair of the support members. Each of the movable contact members has a sinusoidal contact section, one end of the contact section being secured in the dielectric frame as a terminal section while the free end of the contact section is disposed within a recess of an actuating member pivotally mounted on the pair of support members between which the contact section is disposed. A housing member is secured onto the dielectric frame with actuating sections of the actuating members being operable from one surface of the housing member to one position thereby moving the sinusoidal contact sections in electrical engagement with the bus contact and to another position thereby moving the sinusoidal contact sections free of the bus contact, the spring forces of the sinusoidal contact sections maintaining the contact sections and the actuating members in the one or the other position.

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