Multi-station full-automatic combined processing system and processing technology for cement shoes

Abstract

The invention relates to a multi-station full-automatic combined processing system and processing technology for cement shoes. The processing steps are: (1) starting the system, and synchronously installing to-be-processed shoe soles and uppers; (2) performing sandblasting and fluffing, performing fluffing processing on the uppers which enter the system, performing polishing processing on the shoe soles which enter the system; (3) spraying glue, including upper glue spraying and shoe sole glue spraying; (4) drying, that is, after glue spraying is completed, an annular transmission mechanism driving the uppers and the shoe soles to go through a plurality of drying mechanisms in sequence; (5) bonding, that is, taking off the uppers and the shoe soles which complete drying, assembling and matching and fastening the uppers and the shoe soles which complete drying by manual work, to complete a cold bonding process. The system and the technology thoroughly change shoemaking production technology for cement shoes in market, and the system is high in automation degree, workers are librated from heavy and dangerous work. The whole process is completed under control of program of an electrical control system, and the system creates safe, convenient, environmentally-friendly, energy-saving, labor-saving, and perfect work.

Description

technical field [0001] The invention belongs to the field of shoe-making production equipment, in particular to a multi-station fully automatic cold-bonded shoe composite processing system and processing technology. Background technique [0002] At present, the treatment process for the shoe upper in the shoe-making industry is to first draw a fuzzing line on the outer circumference of the shoe upper, and then raise it according to the raising line, then manually apply the adhesive to the raised part with a brush, and then send it to the oven to dry for a specified time, Bond the dried upper to the sole. The whole process is cumbersome, with low work efficiency and many labors, and the odor emitted by harmful substances contained in the adhesive will have adverse effects on the environment and workers. It does not meet the requirements of environmental protection, nor does it meet the development trend of cold-stained shoes in the future. [0003] In the cold-bonded shoema...

AI Technical Summary

Problems solved by technology

If the sole is polished carefully and in place, the adhesion is good. Otherwise, it is easy to be bonded weakly or to be glued, and this process has certain risks. Once the quality of the grinding wheel is not good enough, the grinding wheel may disintegrate under high-speed rotation. of workers suffer catastrophic trauma

Moreover, the efficiency of this artificial grinding process is low, the scrap rate is high, and the dust pollution generated by grinding is serious, which does not meet the requirements of environmental protection, and there is a fire hazard

[0004] In the current shoe-making industry, there is a lack of automated production systems, strong dependence on labor, low production efficiency, and potential safety hazards

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