A film sticking machine

Abstract

A film sticking machine is disclosed. The film sticking machine comprises a rack, a film fixing and conveying device, a stainless steel or aluminum section conveying device, film pressing wheel devices and a film cutter device. The film fixing and conveying device comprises a fixing plate, a first runner for mounting and fixing a film coil, a second runner, a third runner, a fourth runner and a fifth runner, with the second to fifth runners being used for straightening and conveying film. The stainless steel or aluminum section conveying device comprises a section feeding wheel device, a section discharging wheel deice and a feeding wheel device fixing plate. Each of the film pressing wheel devices comprises a first pressing wheel, a second pressing wheel, a first pressing wheel shaft, a second pressing wheel shaft, a first shaft connecting block, a second shaft connecting block, a first fixing bar, a second fixing bar, a first bar sleeve, a second bar sleeve, a connecting plate, a spring and a spring loop bar. The angle of the feeding wheel device fixing plate can be adjusted. The film sticking machine is advantageous in that the angle of the section conveying device can be adjusted, and the film pressing wheel devices ensure that film is tightly pressed on the surface of a section all the time.

Description

technical field [0001] The invention relates to the technical field of film laminating machines, in particular to a film laminating machine for laminating a protective film on the surface of stainless steel or aluminum profiles. Background technique [0002] At present, the existing film laminating machine is composed of a frame, a film fixed transmission device, a stainless steel or aluminum profile transmission device, a film pressing wheel device and a film cutter device. The film fixed transmission device sends the film to be pasted to the stainless steel or aluminum profile transmission device. On the surface of the device, the film clings to the surface of the stainless steel or aluminum profile under the action of the film pressing wheel device and moves under the push of the stainless steel or aluminum profile conveying device to complete a whole strip of stainless steel or aluminum profile surface film, and then the film cutter The device cuts the film and completes...

AI Technical Summary

Problems solved by technology

[0002] At present, the existing film laminating machine is composed of a frame, a film fixed transmission device, a stainless steel or aluminum profile transmission device, a film pressing wheel device and a film cutter device. The film fixed transmission device sends the film to be pasted to the stainless steel or aluminum profile transmission device. On the surface of the device, the film clings to the surface of the stainless steel or aluminum profile under the action of the film pressing wheel device and moves under the push of the stainless steel or aluminum profile conveying device to complete a whole strip of stainless steel or aluminum profile surface film, and then the film cutter The device cuts the film and completes the film application; however, the stainless steel or aluminum profile conveying device of the existing film lamination machine is fixed, and when it is necessary to apply films with different angles on the surface of the stainless steel or aluminum profile, it is necessary to adjust the guiding device of the film material. Therefore, it is easy to cause the disadvantages of crooked film sticking and wrinkling, and it is not easy to operate; and the film pressing wheel device of the existing film laminating machine also has the problem that it cannot always ensure that the film is pressed tightly on the surface of the stainless steel or aluminum profile

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