Intelligent sorting and sanding center applied to furniture part machining

Abstract

The invention relates to the technical field of furniture processing, in particular to an intelligent sorting and sanding center applied to furniture part processing. The intelligent sorting and sanding center applied to furniture part processing comprises a sanding machine, a material guide frame, a positioning detection mechanism, a transverse moving and conveying mechanism and a sorting mechanisms. The sanding machine is used for sanding furniture parts. The material guide frame is erected at the output end of the sanding machine and used for guiding out the furniture parts treated by the sanding machine. The transverse moving and conveying mechanism is erected at the output end of the material guide frame and used for conveying clamp parts guided out of the material guide frame. The positioning detection mechanism is erected above the transverse moving and conveying mechanism. The pair of sorting mechanisms are erected on the two sides of the end, away from the material guide frame, of the transverse moving and conveying mechanism correspondingly and used for guiding out and sorting qualified furniture parts and unqualified furniture parts conveyed on the transverse moving and conveying mechanism correspondingly. The intelligent sorting and sanding center applied to furniture part processing can automatically detect the sanded clamp parts, and qualified and unqualified furniture parts are sorted, so that the processing efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of furniture processing, in particular to an intelligent sorting and sanding center applied to the processing of furniture parts. Background technique [0002] In the furniture industry, sanding and grinding are synonymous words, which refer to the physical removal of materials and objects that are uneven, uneven in thickness, and do not meet the process requirements through abrasive cloth, grinding wheel, sandpaper, scouring pad, non-woven polishing wheel, etc. A way to make it smoother, more uniform in thickness, and a method to make it up to standard. According to the operation mode, sanding equipment is divided into machine sanding equipment and manual sanding equipment; at present, machine sanding equipment and manual sanding equipment in furniture manufacturing enterprises are generally single-machine operations, and after machine sanding equipment is sanded, manual sanding is required for special part...

AI Technical Summary

Problems solved by technology

According to the operation mode, sanding equipment is divided into machine sanding equipment and manual sanding equipment; at present, machine sanding equipment and manual sanding equipment in furniture manufacturing enterprises are generally single-machine operations, and after machine sanding equipment is sanded, manual sanding is required for special parts Lighting operation, after the sanding of the standby sand equipment, it is manually transported to the manual sand inspection workbench for manual sanding treatment. After manual sanding treatment, it is collected collectively and transported to the quality inspection workbench for quality inspection. For piecework reporting, unqualified products need to be collected in a centralized manner, and then manually transported to the manual sand inspection workbench for sanding treatment again; in summary, the current single-machine operation requires multiple manual handling of materials, which leads to low production efficiency , there are many staffing, it is impossible to realize real-time online reporting, and the labor intensity is relatively high; therefore, we propose an intelligent sorting and sanding center for furniture parts processing in order to solve the above-mentioned problems

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