Improved relay structure

Abstract

The invention relates to an improved relay structure, comprising a pedestal as well as an input loop, a coil assembly, an output loop, a magnetic pole and an illustration which are arranged on the pedestal; wherein the input loop is electrically connected with the coil assembly, the coil assembly is connected with external electric power by virtue of the input loop, so as to generate a magnetic force absorbing the magnetic pole; the output loop is arranged in the interior of the pedestal and is provided with a first output contact, a second output contact and a middle shrapnel which is arranged between the first output contact and the second output contact, wherein the middle shrapnel is in normal elastic contact with the first output contact; one end of the illustration is arranged at the magnetic pole, the other end is arranged against the middle shrapnel, and the illustration is provided with an illustration auxiliary rib which is interlocked with the middle shrapnel. The inventionis an action auxiliary structure designed for electromagnetic type relay, so that the middle shrapnel thereof can be switched when the electromagnetic type relay acts.

Description

technical field [0001] The invention relates to an action auxiliary structure designed for an electromagnetic relay, so that when the electromagnetic relay operates, the shrapnel can be switched reliably, and in particular relates to an improved relay structure. Background technique [0002] The relay is an electronic control component, which has a control system (also known as the input circuit) and a controlled system (also known as the output circuit). The relay is usually used in the automatic control circuit, and its characteristics are controlled by the small current or voltage of the input coil. A kind of "automatic switch" of the current in the circuit, therefore, in the circuit, the relay is usually used for automatic adjustment, safety protection, conversion circuit and other applications; [0003] According to the structure and working characteristics, the relay is generally composed of two parts: the input sensing mechanism and the output actuator. The input sens...

AI Technical Summary

Problems solved by technology

[0008] Although the existing electromagnetic relay has the control effect applied to circuit switching, it may have the disadvantage of inaccurate switching after long-term use, because when the middle shrapnel is pushed by the insertion piece, it uses its own elasticity to produce a slight deflection and bending, and then makes The contact switching between the first output contact and the second output contact, when the relay has been switched for a long time, the shrapnel may be structurally fatigued, which will cause uncertainty when the middle shrapnel intends to retreat back to the first output contact

[0009] In view of the shortcomings of the existing electromagnetic relay structure, which is prone to inaccurate switching after aging, the inventors have introduced an improved relay structure, which is an action auxiliary structure designed for the electromagnetic relay, so as to facilitate the operation of the electromagnetic relay. , the shrapnel can actually switch

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