Nail clipper type wire stripper

Abstract

The invention discloses a nail clipper type wire stripper, comprising an upper clamping knife, a lower clamping knife, a pressing plate and a pivot, wherein the upper clamping knife and the lower clamping knife are symmetrically provided with a first wire jack, a second wire jack and a third wire jack for wire stripping; and the calibers of the first wire jack, the second wire jack and the third wire jack are different. The wire stripper disclosed by the invention is a common electrician tool, and provides convenience for stripping rubber or plastic insulating layers of wires, the stripping carried out by utilizing the nail clipper type wire stripper is rapid and safe, and also a wire core has less possibility of being damaged. The nail clipper type wire stripper has the advantages that the structure is simple, the cost is low, the carry and use are convenient and the like; and if the length of an edge is increased and holes are arranged only at partial areas, the function of cutting nails of the nail clipper type wire stripper can be remained still.

Description

Technical field: [0001] The invention relates to a wire stripper, in particular to a wire stripper whose shape is similar to that of a nail clipper. Background technique: [0002] The wires used for linear light sources such as EL optical fibers are composed of: outer coating; the inner light-emitting layer of the outer coating; located between the outer coating and the light-emitting layer, the wire is used to spirally wind the additional electrode around the outer circumference of the light-emitting layer; and the configuration Consists of the innermost core electrode. When the wires of this linear light source need to be processed for wiring connection, the structure is complicated, and it is not as simple as ordinary wires. In the past, it is generally necessary to use wire cutters to cut off the coating layer of the wire at a predetermined length, and then use a stripper to carefully peel off the outer coating of the wire to expose the luminous layer. At the same time,...

AI Technical Summary

Problems solved by technology

This is because the additional electrode itself is very thin and spirally wound along the light-emitting layer, which often makes it difficult for people to determine the correct position of the processed part.

Once the additional electrodes are also cut off, there is only re-cutting. This re-processing not only makes the work efficiency very low due to the aforementioned series of manual cutting operations, but also because of the wire material ratio of the linear light source, the general wire is expensive and will The reduction of cost-effectiveness, such as the stripping of expensive optical fiber cables, has a special stripper or stripper for stripping

[0003] However, the stripping method of ordinary wires in the prior art is to use a wire stripper or a wire stripper, which has the disadvantages of complex structure, large volume, inconvenient portability, and high price.

Images