Door plate processing mechanism

Abstract

The invention belongs to the field of door processing technology, and relates to a door plate processing mechanism. The door plate processing mechanism comprises a door plate conveying platform, a trimming device used for trimming a door plate, a strip binding device used for binding edge sealing strips on the trimmed door plate, and a feed device used for feeding edge sealing strips to the strip binding device. The trimming device comprises a support disposed under the conveying platform, a trimming chamber mounted on the support, and trimming disc disposed on a sidewall of the trimming chamber and driven by a motor. The conveying platform penetrates the trimming chamber, and the trimming chamber is provided with a wood chip suction structure. By adopting the door plate processing mechanism, wood chips generated when doorframes are trimmed can be sucked up, so the wood chips can be prevented from influencing on adhering connection between the edge sealing strips and the doorframes, the adhering quality of the edge sealing strips can be raised, a trimming point can be aligned, so the wood chips can be effectively sucked up. The edge sealing strips can be quickly and stably conveyed, and a plurality of conveying positions of the edge sealing strips are finely adjusted, the conveying quality can be ensured, so the edge sealing strips can be adhered in high quality in the later process.

Description

technical field [0001] The invention belongs to the field of door processing and relates to a door panel processing mechanism. Background technique [0002] In the process of manufacturing doors, one of the steps is to add edge banding to the edge of the door panel. Before adding the edge banding, it is necessary to trim the added position. In order to make the edge banding stronger and smoother, but the existing trimming During the processing of the structure, the wood chips produced have a great influence on the effect of the edge banding; and the transportation of the edge banding has a great influence on the quality of the edge banding. In order to stick the edge banding on the door panel more firmly and smoothly, the sealing The conveying of the edge strips must also be fast and stable, but the existing conveying structure generates large vibrations during the processing, which cannot ensure the smooth attachment of the edge strips to the door frame, which has a great i...

AI Technical Summary

Problems solved by technology

[0002] In the process of manufacturing doors, one of the steps is to add edge banding to the edge of the door panel. Before adding the edge banding, it is necessary to trim the added position. In order to make the edge banding stronger and smoother, but the existing trimming During the processing of the structure, the wood chips produced have a great influence on the effect of the edge banding; and the transportation of the edge banding has a great influence on the quality of the edge banding. In order to stick the edge banding on the door panel more firmly and smoothly, the sealing The conveying of the edge strips must also be fast and stable, but the existing conveying structure generates large vibrations during the processing, which cannot ensure the smooth attachment of the edge strips to the door frame, which has a great influence on the sticking effect of the edge strips. These are not conducive to the production of high-quality fire doors

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