Equidistant steel wire fiber cutting device

Abstract

The invention discloses an equidistant steel wire fiber cutting device in the field of fiber cutting equipment, and the equidistant steel wire fiber cutting device comprises a wire withdrawing assembly, a wire feeding assembly, clamping assemblies and a cutting assembly, the wire withdrawing assembly and the wire feeding assembly are used for continuous pay-off and conveying of steel wire fibers, the clamping assemblies are used for fixed-distance traction, and the cutting assembly is responsible for cutting the steel wire fibers. According to the specific working process, the steel wire fibers on a steel wire fiber roller are sent out through the wire feeding assembly, then the multiple steel wire fibers are collected through a guide cylinder of the wire feeding assembly, a belt conveyor provides power to feed the steel wire fibers into the clamping assemblies, and then the steel wire fibers are conveyed at equal intervals through alternate operation of the two sets of clamping assemblies; and finally, cutting is conducted by the cutting assembly to obtain equidistant steel wire fiber sections. The whole equidistant steel wire fiber cutting device is simple in structure, ingenious in design, capable of achieving equidistant cutting of the multiple steel wire fibers at a time, high in efficiency and safe and stable in work.

Description

technical field [0001] The invention relates to the field of fiber cutting equipment, in particular to an equidistant steel wire fiber cutting device. Background technique [0002] Composite materials are new materials made by optimizing the combination of materials with different properties by using advanced materials and advanced preparation technologies. The fiber reinforcement mechanism is one of the types of reinforced materials. Fiber reinforced composite materials are composed of high-strength, high Or composite of discontinuous fiber and matrix. The matrix effectively transmits the load to the reinforcement phase through the interface, but the matrix is ​​not the main load-bearing phase, and the fiber bears the effective load transmitted from the matrix, which belongs to the main load-bearing phase. The fibrous metal wire used for composite reinforcement generally requires high strength and good uniformity, and the metal wire can meet the production requirements thr...

AI Technical Summary

Problems solved by technology

The fibrous metal wire used for composite reinforcement generally requires high strength and good uniformity, and the metal wire can meet the production requirements through precise cutting. To achieve equidistant cutting of steel wire fibers, it must meet the requirements of the cutting environment and match the equidistance Cutting speed, etc. Currently, the more commonly used cutting machines on the market are either complex in structure or low in work efficiency.

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