Rapid peeling and impurity removing machine for wooden packaging box processing

Abstract

The invention discloses a rapid peeling and impurity removing machine for wooden packaging box processing. The rapid peeling and impurity removing machine comprises a front bracket, a rear bracket anda protecting cylinder, a rotating cylinder is connected into the protecting cylinder in a sleeved mode and driven by a motor to rotate in the front bracket and the rear bracket at a constant speed, acylindrical peeling cavity is formed in the rotating cylinder in the axial direction, four adjustable peeling assemblies are arranged inside the cylindrical peeling cavity, a peeling toothed cavity is defined by the four adjustable peeling assemblies in a combined mode, each adjustable peeling assembly can move in the cylindrical peeling cavity in the radial direction to change the size of the peeling toothed cavity, and an external compressed air pipeline and an internal compressed air pipeline are machined on the protecting cylinder and the rotating cylinder correspondingly. The rapid peeling and impurity removing machine is simple in structure and thorough in peeling, the peeled surface is smooth and uniform, the peeled skin can be directly smashed to be granular and directly collectedfor biological granulation, thus the purpose of secondary utilization is achieved, the peeling toothed cavity is adjusted for different wood, chippings generated by peeling are cleared in time, and long-time stable operation of a machine is maintained.

Description

technical field [0001] The invention relates to a fast peeling and removing miscellaneous machine for processing wooden packing boxes. Background technique [0002] Wooden packaging boxes are used in a wide range of applications, from daily life to mechanical devices, and then to the packaging of valuable handicrafts. Packing boxes are used; in the final analysis, as long as the items need to be shipped, they need to be packaged; if you want to protect the items in the box well, you will consider using wood packaging boxes with load-bearing, compressive and impact-resistant functions. . [0003] Most of the wooden packaging boxes are made of discarded or unqualified wood. This process requires the wood to be peeled first, then cut into square slices, and finally bound according to the size of the wooden box. Among them, although the existing peeling technology is very mature, there is still a problem that the peeling surface is not smooth and uniform during the use of the ...

AI Technical Summary

Problems solved by technology

[0003] Most of the wooden packaging boxes are made of discarded or unqualified wood. This process requires the wood to be peeled first, then cut into square slices, and finally bound according to the size of the wooden box. Among them, although the existing peeling technology is very mature, there is still a problem that the peeling surface is not smooth and uniform during the use of the peeling machine, and the existing peeling machine can only peel off the skin of the wood piece by piece, and then discard it. It cannot be reused, and it cannot be peeled into granules during the peeling process, because the granulated wood can also be directly bio-granulated, and the bark of the wood can be reused, but the existing peeling structure cannot achieve The purpose of directly peeling off the wood skin into particles

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