Structure for preventing wire rod from twisting

Abstract

The invention provides a structure for preventing a wire rod from twisting. The structure comprises the wire rod, N magnets are arranged on the wire rod, N is not less than 2, and the magnets are fixedly connected with the wire rod. The magnets are arranged on the wire rod at certain intervals, a user only needs to twist the wire rod on a hand or on an article with a certain length in the use, theelectric wire can be automatically attracted as a tidy winding group by the magnetic fore due to the effect of the magnets; the winding group can be loosened as long as two ends of the electric wireare pulled open through light force, and the wire rod can be completely unfolded by overcoming the strength of the magnets; the structure disclosed by the invention has the advantages of being reasonable in structure, simple and convenient for use, time-saving and labor-saving, and good in applicability.

Description

technical field [0001] The invention relates to wire anti-winding technology, in particular to a structure for preventing wire entanglement. Background technique [0002] In daily life, when using longer wires, such as earphone wires, mobile phone charging wires, hair dryer wires, etc., winding and knotting are prone to occur during the unfolding and folding process, and it takes a long time to deal with the winding and knotting. Very inconvenient; In order to solve this problem, in the present technology, there are several anti-winding technologies as follows, for example, a kind of anti-winding earphone is provided on the market, and the earphone cable is covered with a tubular anti-winding tube, and the anti-winding tube There are two clips on the design; with this structure, the lengthy earphone wire can be wound on the sleeve, and then the earplugs can be fixed on the clip, which can prevent the tedious winding of the earphone wire; this anti-winding structure is simple...

AI Technical Summary

Problems solved by technology

[0002] In daily life, when using longer wires, such as earphone wires, mobile phone charging wires, hair dryer wires, etc., winding and knotting are prone to occur during the unfolding and folding process, and it takes a long time to deal with the winding and knotting. Very inconvenient; In order to solve this problem, in the present technology, there are several anti-winding technologies as follows, for example, a kind of anti-winding earphone is provided on the market, and the earphone cable is covered with a tubular anti-winding tube, and the anti-winding tube There are two clips on the design; with this structure, the lengthy earphone wire can be wound on the sleeve, and then the earplugs can be fixed on the clip, which can prevent the tedious winding of the earphone wire; this anti-winding structure is simple, but There are obvious inconveniences in use: it takes a long time to wind the wire on the casing piece by piece, and it takes a lot of time to unfold the wire when it needs to be used, and the wire cannot be folded and unfolded quickly, and the efficiency is low; In addition, there is also an anti-tangle earphone cable on the market, which includes the main body of the earphone cable. The cross section of the main body of the earphone cable is rectangular, and the surface of the main body of the earphone cable is evenly covered with Velcro. , which acts as a wire winder; this structure can only be applied to wires with rectangular cross-sections, and cannot be applied to the most commonly used wires with circular cross-sections, and its application range is narrow; The problem of viscosity drop, poor durability, poor bonding stability

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