Electric connector guide rail separation method and apparatus

Abstract

This invention discloses a rail segregation method and device of the electric connector, the pin or socket is fixed on the running body, another end is arranged on a fixing rail,the rail has two parallel rails, and the rail is composed of the parallel section and slope section, the running body runs along the parallel direction to drive the electric connector run to the parallel section and slope section intersection, the electric connector is arranged at one end of the rail, which slide along the rail's ramp, the other end fixing on the running body runs along the running body, and the electric connector's plug and socket separate automatically and synchronously. And this invention also discloses a device that operating this separation method. And the separation course is simple, the separation power is small, the installation and separation space is small.

Description

technical field [0001] The invention relates to the field of military electrical connectors, in particular to a method for separating guide rails of an electrical connector and an electrical connector applicable to the method. Background technique [0002] Foreign electrical connectors, such as the 8810 series products produced by the French SOURIAU company, use a cable-type separation method. When this type of electrical connector is separated, a special mechanism is required to pull the cable to achieve separation, and the separation force is also large ( greater than 300N). [0003] The separation methods used by existing domestic electrical connectors mainly include rod-type mechanical separation (such as JF3-256 products), electrical separation (such as JF5-231 products) and shear separation (such as YF7A products). When separating, it needs a special mechanism to pull the pull rod to realize the separation, the structure is more complex, and the required size and spac...

AI Technical Summary

Problems solved by technology

[0003] The separation methods used by existing domestic electrical connectors mainly include rod-type mechanical separation (such as JF3-256 products), electrical separation (such as JF5-231 products) and shear separation (such as YF7A products). When separating, it needs a special mechanism to pull the pull rod to realize the separation, the structure is more complex, and the required size and space are also large; products using electrical separation require complex circuits to control the separation of the plug and the socket and the synchronization of the body movement; and Although the products using the shear separation method can well ensure the synchronization between the separation of the plug and the socket and the movement of the elastic body, the separation force of this separation method is large (greater than 3000N), which is not good for the movement of the elastic body.

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