Conductive cable with improved structure

Abstract

A conductive cable with an improved structure relates to the technical field of power lines, comprises a strip-shaped insulation wrapping object, a plurality of lead through holes which are arranged in the insulation wrapping object at intervals and are parallel to one another, and leads arranged in the lead through holes, and is characterized in that one or two shaping object through holes are arranged in the insulation wrapping object; the axis of the shaping object through hole and the axis of the wire through hole are located on the same plane, a shaping strip is arranged in the shaping object through hole, and the shaping strip is a strip-shaped rigid object capable of being bent around the long edge. Compared with the prior art, the utility model has the advantage that the power line is not damaged due to the fact that the lead is extruded out of the insulating wrapping object after the power line returns to the original state after being bent and shaped under the condition of not influencing the electricity taking by adopting the conductive needling technology.

Description

TECHNICAL FIELD

[0001] The utility model relates to a power line technical field, especially the improved structure of conductive cable. BACKGROUND

[0002] The material of the sheath of the existing power line is soft and easy to be pierced, such as silica gel. This technology is easy to pierce and take electricity, so it is widely used in low-power and small-current LED lamp power supply. The power line can be used to take electricity at any place, which is convenient for the layout of the electric light source. However, the material of the sheath cannot support stretching or maintain the stability of the shape. Therefore, the applicant uses a steel cable to improve the anti-tension performance of the power line. Although this technology solves the problem of the anti-tension of the power line, the power line is still a flexible cable that can only be straightened to maintain its shape. In actual use, the power line often needs to be designed in various shapes such as bending. Once these shapes are completed, they need to have a stable posture. However, due to the soft nature of the power line, it cannot maintain the stability of the shape. Chinese patent 202322639777.X discloses a conductive cable technology. The technology includes a long strip-shaped insulating wrapping, a plurality of separate and parallel through holes arranged in the insulating wrapping, a wire arranged in the through hole, a flat strip-shaped object with a length-to-width ratio greater than 2, the flat strip-shaped object is a rigid object that can bend around the long side, the insulating wrapping is provided with a flat strip-shaped hole with a cross section matching the cross section of the flat strip-shaped object, and the flat strip-shaped object is inserted into the flat strip-shaped hole. Alternatively, the side of the long side of the flat strip-shaped object is provided with an inlaid groove with a cross section matching the cross section of the insulating wrapping, and the insulating wrapping with the wire is inlaid in the inlaid groove. The patent technology is located on one side of the wire. When bending, the wire and the flat strip-shaped object have different deformation rates. After deformation, the wire often cannot return to its original state, while the flat strip-shaped object (such as a steel bar or a hard plastic strip) can return to its original state due to its material. The wire cable that returns to its original state cannot recover its original length and is damaged by the flat strip-shaped object. SUMMARY

[0003] The utility model discloses an improved structure of conductive cable that can overcome one or more of the above-mentioned shortcomings. After the power line is bent and shaped, it can return to its original state without being damaged by the wire extruding out of the insulating wrapping.

[0004] The utility model discloses a power cord with a strip-shaped rigid object and an insulating wrapping, wherein the strip-shaped rigid object is arranged in the insulating wrapping, and the strip-shaped rigid object is arranged in the insulating wrapping.

[0005] In use, the strip-shaped rigid object is bent along the long side to form a beautiful shape, and then the electric light source is connected to the power cord at a desired position by using the needle conductive technology, so that the desired light is displayed along the power cord with the beautiful shape.

[0006] The strip-shaped rigid object is bent to form a beautiful shape, and then the desired shape is fixed by using the fixing structure on the ceiling, wall or support.

[0007] The strip-shaped rigid object is bent to form a beautiful shape, and then the desired shape is fixed by using the fixing structure on the ceiling, wall or support.

[0008] The strip-shaped rigid object is bent to form a beautiful shape, and then the desired shape is fixed by using the fixing structure on the ceiling, wall or support. BRIEF DESCRIPTION OF DRAWINGS

[0009] Figure 1 FIG. 1 is a structure diagram of a power cord according to the utility model;

[0010] Figure 2 FIG. 2 is a cross-sectional structure diagram of the power cord according to the utility model.

[0011] The reference numerals are as follows: 1-Insulating wrapping material; 2-Wire penetration hole; 3-Wire; 4-Shaping material penetration hole; 5-Shaping strip. Detailed Implementation

[0012] The improved conductive cable of this utility model will now be described in further detail with reference to the accompanying drawings and embodiments:

[0013] Example 1: As Figure 1 As shown, the improved conductive cable of this utility model is implemented as follows: it includes a long strip-shaped insulating wrapping 1, several parallel and spaced conductor through holes 2 disposed within the insulating wrapping 1, and conductors 3 disposed within the conductor through holes 2. The special feature is that a rectangular shaping through hole 4 is provided within the insulating wrapping 1. The central axis of the shaping through hole 4 is on the same plane as the axis of the conductor through hole 2. The shaping through hole 4 is located at the center of the long strip-shaped insulating wrapping 1. A shaping strip 5 is provided within the shaping through hole 4. The shaping strip 5 is a rigid strip that can be bent around its long side. Its material is a steel strip, a rigid plastic strip, a strip of glass fiber board, or a strip of carbon fiber board.

[0014] In use, the power cord of this utility model is bent along its long side by taking advantage of the flexibility and rigidity of the rigid strip to create an aesthetically pleasing shape. Then, by using needle-punching conductive technology, the connector with an electric light source is connected to the position set on the power cord according to the design requirements. By utilizing the brightness and color of each electric light source, the desired aesthetically pleasing light is displayed along the aesthetically pleasing power cord.

[0015] Example 2: As Figure 2 As shown, this embodiment is based on embodiment 1, with two through holes 4 for the shaping material. The through holes 4 for the shaping material are square and located on both sides of the long strip-shaped insulating wrapping material 1 on the left and right sides of the through hole 2 for the conductor.

Claims

1. An improved construction conductive cable comprising an elongated insulating covering, a plurality of spaced apart and parallel conductive wire through-holes disposed within the insulating covering, and a conductive wire disposed within the conductive wire through-holes, wherein the conductive wire through-holes are formed by a plurality of spaced apart and parallel through-holes disposed within the insulating covering, and the conductive wire is disposed within the through-holes. The insulating wrapper is provided with one or two shaped object through holes, the axis of the shaped object through hole is in the same plane as the axis of the conductor through hole, and the shaped object through hole is provided with a shaped strip which is a strip-shaped rigid object capable of bending along the long side.

2. The improved conductive cable of claim 1, wherein, The shaped object through hole is located at the center of the long strip-shaped insulating wrapper.

3. The improved conductive cable of claim 1, wherein, The shaped object through hole is one and rectangular.

4. The improved conductive cable of claim 1, wherein, There are two or more shaped object through holes, and the two or more shaped object through holes are respectively located at the two side positions of the long strip-shaped insulating wrapper on the left and right sides of the conductor through hole.

5. The improved conductive cable of claim 4, wherein, The shaped object through hole is square.

6. The improved conductive cable of claim 1 or 2 or 3 or 4 or 5, wherein, The material of the shaped strip is a steel strip or a hard plastic strip or a strip-shaped glass fiber plate or a strip-shaped carbon fiber plate.

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