An unmanned high-altitude strapping machine with rack and pinion meshing transmission and its use method

Abstract

The invention discloses an unmanned high-altitude strapping machine with rack and pinion meshing transmission and its use method. The strapping execution structure includes a U-shaped first strapping hook, a U-shaped second strapping hook, a winding turntable and a pull rope. The first strapping The U-shaped mouth of the hook and the second binding hook is set oppositely, and one end of the first binding hook is connected with one end of the second binding hook through the first elastic member, and the first binding hook is fixed on the protruding end of the nth flexion and extension body The winding turntable is set on the gantry bracket for rotation, one end of the pull rope is wound and set on the winding turntable, and the other end is connected to the second binding hook near the first elastic member, the first binding hook and the second binding hook are provided with Groove, binding strap is installed in the groove. The binding machine of the invention has good reliability.

Description

technical field [0001] The invention belongs to the structural design field of high-altitude binding operation system of flexion and extension devices, and in particular relates to an unmanned high-altitude binding machine with gear and rack meshing transmission and a use method. Background technique [0002] In the field of conventional high-altitude construction machinery, long-distance flexion-stretch strapping devices have broad application prospects. Good and efficient transmission of flexion-stretch strapping devices will effectively ensure the stability and effectiveness of the output body. In the existing transmission mechanism, long-distance strapping machines can Structural systems are relatively few. [0003] At present, some remote flexion and extension strapping devices realize stretching and contraction through the alignment of the timing belts, and the expansion and contraction are realized through the alignment and engagement of the timing belts. The biggest ...

AI Technical Summary

Problems solved by technology

[0003] At present, some remote flexion and extension strapping devices realize stretching and contraction through the alignment of the timing belts, and the expansion and contraction are realized through the alignment and engagement of the timing belts. The biggest problem is that the force of the timing belts is poor. The strength of the connection point is not enough, it is easy to cause the long-distance flexion-extension strapping device to suddenly break and bend the output at a long distance, resulting in the strapping machine not working properly

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