Wire harness anti-disconnection connection structure for high-frequency vibration structure of mechanical equipment

Abstract

The invention discloses a wire harness anti-disconnection connection structure for a high-frequency vibration structure of mechanical equipment in the technical field of equipment connection. ; Anti-drop unit, a rectangular sleeve is fixed at the periphery of the power port on the surface of the device body, and the bottom of the rectangular sleeve is fixedly connected to a concave support plate; the present invention pulls the wire and sets the anti-drop ring on the buckle plate. On the surface, when the equipment is working, the bearing plate is driven to rotate downward by pushing the rod, the support for the gravity block is cancelled, and the power head is prevented from being disengaged in the opposite direction. The contact area of ​​the abutting block exerts a stable limit force on the outward push of the power head, which further reduces the possibility of the power head coming off. According to the continuity of the vibration, the connection stability of the power head is continuously increased to prevent it from loosening. problem, and improve the stability of the equipment work.

Description

technical field [0001] The invention relates to the technical field of equipment connection, in particular to a wire harness anti-disconnection connection structure for a high-frequency vibration structure of mechanical equipment. Background technique [0002] Mechanical vibration refers to the regular reciprocating motion of an object or particle near its equilibrium position. The strength of vibration is measured by the amount of vibration, which can be the displacement, velocity or acceleration of the vibrating body. The strength of vibration is measured by the amount of vibration, which can be the displacement, velocity or acceleration of the vibrating body. If the vibration amount exceeds the allowable range, the mechanical equipment will generate large dynamic load and noise, which will affect its working performance and service life, and will lead to early failure of components in severe cases. For example, the breaking of turbine blades due to vibration can cause s...

AI Technical Summary

Problems solved by technology

[0003] Some large-scale equipment will generate high-frequency vibration during work, and because the connection part of the equipment line body is connected by a plug-in structure, the lateral vibration may cause the problem of unstable connection of the line body, and the equipment will continue to output high frequency when it is working Vibration, which in turn may lead to loosening of the connection end of the equipment line body, resulting in poor contact at the connection end and affecting the normal operation of the equipment. For this reason, we propose a wire harness anti-loosening connection structure for high-frequency vibration structures of mechanical equipment

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