Tower stay wire bending device suitable for large bending force

Abstract

The invention discloses a tower stay wire bending device suitable for large bending force. The tower stay wire bending device comprises a vertical support and a horizontal support. The horizontal support is provided with a stay wire lower clamp structure. The vertical support is provided with a stay wire upper clamp structure and a stay wire bending and positioning structure. The stay wire bending and positioning structure comprises a fixing shaft and a stay wire positioning sleeve. One end of a stay wire is matched with the stay wire lower clamp structure, and the other end is matched with the stay wire upper clamp structure. The stay wire upper clamp structure is connected with a slide block. The vertical support is provided with vertical guide rails. The slide block is matched with the grooves in the vertical guide rails. The stay wire lower clamp structure and the stay wire upper clamp structure comprise a fixing sleeve and a hollow shaft. The fixing sleeve is provided with an axial conical hole. The hollow shaft is provided with an external conical surface and an internal cylindrical hole which are matched with the conical hole. The hollow shaft is provided with multiple open slots which are open along the axial small end on the cone. The external conical surface of the hollow shaft and the small end of the conical hole are close to the stay wire bending and positioning structure. The vertical support is provided with an upper limiting structure between the vertical guide rails.

Description

technical field [0001] The invention relates to the technical field of cable bending processing equipment, in particular to a tower rod cable bending device suitable for large bending force. Background technique [0002] In the prior art, the wire bending equipment such as utility poles usually adopts manual bending and hand-held tools for bending. The defects of this bending method and structure are that the labor intensity of the operator is high, the work efficiency is low, and the bending and forming Poor accuracy and poor matching between the connected parts during installation and use will easily cause uneven force on the contact parts, affect subsequent use, local degeneration and damage, and even affect the safety of the person, gasket, circuit and equipment used. Since the backguy has a relatively large rebound force after being bent, it is unsafe to rebound easily and cause injury to the operator during operation. Contents of the invention [0003] The object of...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, the wire bending equipment such as utility poles usually adopts manual bending and hand-held tools for bending. The defects of this bending method and structure are that the labor intensity of the operator is high, the work efficiency is low, and the bending and forming Poor accuracy and poor matching between the connected parts during installation and use will easily cause uneven force on the contact parts, affect subsequent use, local degeneration and damage, and even affect the safety of the person, gasket, circuit and equipment used. Since the pull wire has a large rebound force after being bent, it is unsafe to rebound easily and cause personal injury to the operator during operation.

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