An electrical connection device with an automatic separation mechanism

Abstract

The invention provides an electrical connection device with an automatic separation mechanism, which includes a plug / socket and an automatic separation mechanism. The automatic separation mechanism includes a bracket, a floating plate, a locking mechanism, a connecting rod and an installation shell, and the bracket includes a top plate and a bottom plate. The top plate and the bottom plate are fixedly connected by a guide rod. The axial direction of the guide rod is perpendicular to the course of the missile body. The floating plate slides on the guide rod. There is a locking mechanism, one end of the locking mechanism is fixedly connected with the floating plate, the installation shell is hinged with the floating plate through the connecting rod, the plug / socket is fixed on the installation shell, and the directional movement of the projectile can push the installation shell to touch the locking mechanism to unlock, release Restrictions on the movement of the floating board. The invention provides an electrical connection device with an automatic separation mechanism, which realizes simultaneous launch of projectiles and separation of electrical connectors, saves launch time, and is more suitable for modern war requirements.

Description

technical field [0001] The invention belongs to the technical field of electrical connection, and in particular relates to an electrical connection device with an automatic separation mechanism, which is applied to an airborne weapon system. Background technique [0002] The common use mode of the separation connector used in the modern airborne weapon system is: the separation of the electrical connector (generally refers to the separation of the plug and the socket), the axis is perpendicular to the course of the missile body, and the electrical connector is a direct plug-in structure. The electromagnetic locking separation mechanism on the airborne pylon realizes the locking and separation of the electrical connectors. For example, the Chinese patent with the publication number CN108258519A provides a planar floating mechanism for separating the connectors in the airborne weapon system, which mainly consists of a base, Shell, guide rod, guide sleeve, rotating cam, locking...

AI Technical Summary

Problems solved by technology

[0002] The common use mode of the separation connector used in the modern airborne weapon system is: the separation of the electrical connector (generally refers to the separation of the plug and the socket), the axis is perpendicular to the course of the missile body, and the electrical connector is a direct plug-in structure. The electromagnetic locking separation mechanism on the airborne pylon realizes the locking and separation of the electrical connectors. For example, the Chinese patent with the publication number CN108258519A provides a planar floating mechanism for separating the connectors in the airborne weapon system, which mainly consists of a base, Shell, guide rod, guide sleeve, rotating cam, locking sleeve, locking end cover, locking spring, locking bushing, locking steel ball, locking ring, floating plate, power spring and other components, is A new type of purely mechanical, touchable plane floating mechanism solves the problem of mating and locking of the separation connector, but when it is separated, it needs to apply mechanical force to the locking sleeve to push the locking sleeve to unlock. The aircraft needs to provide additional power to the launch system, and the "electrical connector separation" and "weapon launch" must be carried out in sequence. Prolonging the launch time of weapons will be a fatal flaw in modern warfare where every second counts.

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