Distributed line protection sleeve structure, installation method and electric device

Abstract

The invention provides a distributed line protection sleeve structure, an installation method and an electric device. The distributed line protection sleeve structure comprises a distributed line groove and a distributed line protection sleeve assembled on the distributed line groove, the distributed line groove is provided with two positioning protrusions that extend inward and are used for fixing the distributed line protection sleeve, and the two positioning protrusions which are used for a stopping function are respectively arranged at two end parts of the distributed line protection sleeve. The two end parts of the distributed line protection sleeve are stopped or clamped via the positioning protrusions, the distributed line protection sleeve is firmly fixed on the distributed line groove after being installed, the distributed line protection sleeve can be prevented from falling off, and the positioning protrusions also fulfill a positioning function; after the distributed line protection sleeve is enabled to pass through the positioning protrusions with pressure applied on the distributed line protection sleeve when being installed, a correct assembly state can be ensured when end parts of the distributed line protection sleeve are connected with the positioning protrusions in a clamped manner; if the end parts of the distributed line protection sleeve are not connected with the positioning protrusions in a clamped manner, the distributed line protection sleeve is not installed rightly; whether the distributed line protection sleeve is installed rightly can be easily determined; falling off, caused by incorrect installation, of the distributed line protection sleeve can be prevented.

Description

technical field [0001] The invention belongs to the technical field of electrical equipment components, and in particular relates to a wire routing sheath structure, a method for installing the wire routing sheath structure, and electrical equipment with the wire routing sheath structure. Background technique [0002] Electrical equipment (such as air conditioners, washing machines, refrigerators, etc.) are connected to external power sources through power cords. Generally, wiring troughs are set up on the casing of electrical equipment, and the wires pass through the wiring troughs and extend from the inside of the electrical equipment to the outside. . Relevant technical standards require that the wiring should not be in contact with the sharp corners and sharp edges of the appliance. The usual practice is to place a plastic wiring sheath at the position of the wiring trough to protect the wiring from scratches such as burrs on the wiring trough. damage the wires. [000...

AI Technical Summary

Problems solved by technology

However, because the groove width of the wiring sheath is not suitable, it will not be tightly clamped after being placed on the sheet metal parts of different thicknesses, and there will be gaps, and the wiring sheath often falls off.

In addition, when installing the wiring sheath, the operator installs it based on experience, and in order to improve assembly efficiency, there are often cases where the wiring sheath is not installed in place, but even if the wiring sheath is not assembled in place, it is not easy to find, resulting in later Easy to fall off during use

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