Cabinet door plate modeling automatic production process and device

Abstract

The invention discloses a cabinet door plate modeling automatic production process. A connection system with the following structure is used by the process, and comprises a large plate supplying system, a large plate back face machining system, a plate overturning system, a door plate conveying system, a plurality of door plate sorting machining system and a finished product sorting system. The process adopting the system to perform door plate machining includes the following steps that a to-be-machined large plate is fed into the large plate back face machining system by the large plate supplying system to be subjected to marking and hole punching; the large plate is push out to the plate overturning system, and is overturned to the front face; the large plate is conveyed into a large plate sorting system and a large plate front face machining system, and the large plate is cut into independent door plates; and the door plates are collected in a classified manner. The process system is high in automation degree, manual labeling is converted into automatic labeling by a machine, the manpower investment is reduced, and the work efficiency is improved; a correction device is arranged, and the machining precision is improved; and it can be achieved that the door plates in different shapes can be automatically machined on one device at the same time, the equipment utilizing rate is increased, and the production efficiency is improved.

Description

technical field [0001] The invention belongs to the technical field of numerical control machining, and in particular relates to an automatic production process and device for processing and molding cabinet door panels. Background technique [0002] With the improvement of people's living standards, the aesthetic requirements for indoor furniture are gradually increasing, and the requirements for the appearance of cabinets are also getting higher and higher, which requires high precision in the process involved in production and processing. In the existing processing technology, it mainly includes the following steps: (1) Manually obtain the production list from the data center; (2) Input the list into the software and convert it into the program code required by the processing center, and according to the large board to be processed can be Print the corresponding label for the number of processed cabinet doors; (3) Store the converted program code and wait for use; (4) Manu...

AI Technical Summary

Problems solved by technology

The above processing technology has the following problems: the production volume of cabinet door panels is very large and no two door panels are the same. Most of the door panels have the same or similar shapes, and the size difference is only 1MM. It is necessary to manually find out the corresponding labels and paste them. Large size, high error rate, multi-process turnover requires a lot of manpower, site, corner drilling and connecting holes are all done manually with poor precision; moreover, door panel drilling has multiple sizes, which is prone to errors

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