Shielded wire with lead wire and treatment process thereof

Abstract

The invention discloses a shielded wire with a lead wire and a treatment process thereof. The shielded wire comprises a jacket, a shielding layer and a shielded wire core wire, wherein the shielding layer is a netlike woven lead, the shielding layer is arranged outside the shielded wire core wire, the jacket wraps the shielding layer and the shielded wire core wire, the shielding layer is woven into a linear leading-out wire, a protection sleeve wraps the shielding layer leading-out wire, and the protection sleeve is a heat-shrinkable sleeve. The treatment process comprises the following steps of: calculating the section area of the shielding layer of the shielded wire; selecting the protection sleeve with corresponding performance according to the size of the shielding layer and the insulation, voltage resistance, length and using environment of the leading-out wire; peeling the jacket of the shielded wire, and weaving the shielding layer into the leading-out wire; shearing and trimming the tail of the shielding layer of the shielded wire; and blowing the heat-shrinkable sleeve to tightly wrap the shielding layer, wherein the protection sleeve adopts the heat-shrinkable sleeve. The shielded wire effectively avoids the problem that burrs puncture the lead to cause short circuit after the shielding layer is crimped or welded, and the leading wire of the connected shielding layer is not easy to drop under a high-temperature environment so as to reduce the manufacturing cost and the requirement on the operation process.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for better protection against electrical interference from external sources such as radio waves without adding extra layers on top. Additionally it prevents damage caused by heat during the bonding process due to excessive pressure applied over time.

Problems solved by technology

In this patented technical problem addressed in the patents text relates to improving the reliability and efficiency of electricity transmitting systems due to poor connections caused from faulty connectors during power supply lines. Current solutions involve either adding extra components like conductive tape layers around each connector or applying an external force to separate them before joining them. However these techniques have limitations including low precision, potential damage to sensitive equipment, increased labor costs associated with handling heavy materials, and difficulty in attaching leads without damaging their integrity.

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