Structure for welding processing of non-slip strip on tray

Abstract

The invention provides a structure for the welding processing of a non-slip strip on a tray and relates to the field of plastic tray hot-plate welding structures. The structure comprises a chain group, wherein a plurality of hot air guns are erected on the upper side of the chain group and connected to an air blower; each hot air gun corresponds to one non-slip strip winding drum; the feeding direction of the chain group is utilized as the positive direction; a workpiece cutting device is arranged on the downstream sides of the hot air guns and comprises a cutter erected above the chain group;the cutter is capable of sliding on a transverse rail which is horizontally perpendicular to the chain group; the transverse rail is mounted on a synchronous rail; the synchronous rail and the chaingroup are arranged in a parallel and same-direction manner; and a reading mechanism which runs synchronously with the chain group is also arranged on the chain group and capable of feeding back running data of the chain group to a power source utilized for driving the transverse rail. The structure is reasonable in coordination and can be aimed at the welding of the non-slip strip during the traywelding processing process; and by the adoption of the structure, the non-slip strip can be welded to the surface of the tray during the pipelined transportation process.

Description

technical field [0001] The invention relates to the field of plastic tray hot plate welding structure, in particular to a welding processing structure of anti-slip strips on the tray. Background technique [0002] In daily life or mechanical processing occasions, it is often necessary to use a plastic pallet with compact texture, high hardness and high strength. Generally, the grid-shaped hollow structure is the main one, which is used to store various items, such as mechanical parts and so on. The processing of this type of pallet requires hot plate welding, especially for the processing of the anti-slip strip on its surface, which needs to be fixed together after hot melting. Batch processing is carried out on the assembly line, and at the same time, the product needs to be cut into units to ensure each individual finished product. In the prior art, manual methods are mostly used, and the anti-skid strips are manually welded to the designated positions and then the produ...

AI Technical Summary

Problems solved by technology

[0003] The main technical problem to be solved by the present invention is to provide a welding processing structure for the anti-slip strip on the pallet, which solves the problem that the integrated welding of the anti-slip strip and the separation and cutting of the product are carried out automatically in sequence during the welding process of the pallet

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