An automatic processing equipment for cylindrical polyethylene plastic film

Abstract

The invention relates to automatic processing equipment for tubular polyethylene plastic films. The automatic processing equipment for the tubular polyethylene plastic films comprises a bottom plate. A conversion support device is installed on the bottom plate and provided with clamping devices. A collecting device is arranged on the bottom plate. Supporting columns are installed at the front end of the bottom plate. A cutting device is installed at the upper ends of the supporting columns. The conversion support device, the clamping devices, the cutting device and the collecting device are used in cooperation to complete an automatic processing process of polyethylene film rolls. By means of the automatic processing equipment, the problems that existing tubular polyethylene films are prone to deformation in the cutting process as being wound around paper shells, the paper shells around which the polyethylene films are wound differ in internal diameter, the cutting precision of the tubular polyethylene films is poor, incisions are uneven, the processed tubular polyethylene films need to be conveyed and stacked manually, the labor intensity is high, operation is complex and the working efficiency is low can be solved, and the function of automatic processing of the tubular polyethylene plastic films can be achieved.

Description

technical field [0001] The invention relates to the technical field of plastic film processing equipment, in particular to an automatic processing equipment for cylindrical polyethylene plastic film. Background technique [0002] In daily life, polyethylene film is widely used. Different objects have different size requirements for polyethylene film. During the production process, polyethylene film needs to be wound on a tubular structure of paper shell. According to different requirements, it needs to be Cutting the cylindrical polyethylene film, in the process of cutting the existing cylindrical polyethylene film, because the paper shell is relatively soft and easy to deform, resulting in uneven cuts of the cylindrical structure polyethylene film, polyethylene film rolls with different requirements The diameters of the inner walls of the wound tubular paper shells are different. Cutting the tubular polyethylene film requires manual replacement of the corresponding supporti...

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Problems solved by technology

[0003] In order to solve the above problems, the present invention provides an automatic processing equipment for cylindrical polyethylene plastic film, which can solve the problem that the existing cylindrical polyethylene film is wound on the paper shell during cutting. Deformation is easy to occur during the process. The inner diameter of the paper shell wound with polyethylene film is different, and the corresponding supporting parts need to be replaced manually. Moreover, the cutting size accuracy of the cylindrical polyethylene film is poor, and the cut is uneven. It is necessary to manually adjust the processed tube Carrying and stacking the cylindrical polyethylene film, which is labor-intensive, complex operation and low work efficiency, can realize the automatic processing function of the cylindrical polyethylene film, which will not affect the effect of the polyethylene film, and does not need manual handling and stacking processing The final cylindrical polyethylene film has the advantages of simple operation, flat cut, low labor intensity and high work efficiency.

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