Engineering door gluing hot-pressing production line and material distribution method thereof

Abstract

The invention discloses an engineering door gluing and hot-pressing production line and a material distribution method thereof, and the engineering door gluing and hot-pressing production line comprises a glue spraying line for performing glue spraying processing on materials and a plurality of hot-pressing processing lines for performing hot-pressing processing on the materials after glue spraying processing. Automatic conveying after multi-station manual feeding before hot-pressing processing of the coated heavy door is achieved, uninterrupted automatic conveying and distribution of materials under the condition that multiple production lines conduct processing at the same time are adapted, the situation that the materials are accumulated possibly due to different production efficiencies of different processing devices is avoided, the multiple hot-pressing processing lines can work in a full-load mode, and the production efficiency of the hot-pressing processing lines is improved. The production efficiency is greatly improved, and the labor cost is reduced.

Description

technical field [0001] The invention relates to the technical field of door production equipment, in particular to an engineering door gluing hot pressing production line and a material distribution method thereof. Background technique [0002] The existing engineering door gluing hot pressing production line adopts a single-line arrangement, which can only be adapted to the material conveying of a single hot pressing machine. [0003] There are several problems in adapting multiple heat press machines in the same production line: [0004] 1. Different processing stations, such as artificial core material filling station, hot pressing processing station, hot bending station and manual unloading station, have different processing efficiencies. The existing engineering door gluing hot pressing production line is arranged in a single line In the case of efficient operation of the entire production line, material accumulation will inevitably occur; [0005] 2. Since the effici...

AI Technical Summary

Problems solved by technology

[0004] 1. Different processing stations, such as artificial core material filling station, hot pressing processing station, hot bending station and manual unloading station, have different processing efficiencies. The existing engineering door glued hot pressing production line is arranged in a single line In the case of efficient operation of the entire production line, it is inevitable that material accumulation will occur;

[0005] 2. Since the efficiency of the automatic line is much higher than that of the manual line, the feeding efficiency of a single manual core material filling station under a single line arrangement is far from meeting the processing efficiency of the automatic line, which will inevitably cause the hot pressing processing line to fail to work at full load. Greatly reduce production efficiency;

[0006] 3. The weight of the engineering door before the hot pressing process is relatively large and covered with a film. The self-weight of the engineering door can easily cause damage to the surface coating of the engineering door during the conversion process between different conveying components.

Images