Automatic production device for cabinets

Abstract

The invention discloses an automatic production device for cabinets. The automatic production device for the cabinets comprises a system control computer, an ink jet printer, a plate shear, a numerical control press, a bender, a welding platform, an assembly platform, scanners and a conveying belt. The ink jet printer, the plate shear, the numerical control press, the bender, the welding platform and the assembly platform are sequentially connected through the conveying belt; the plate shear, the numerical control press, the bender, the welding platform and the assembly platform are respectively connected with one scanner; and the ink jet printer, the plate sheer, the numerical control press, the bender, the welding platform and the assembly platform are connected with the system control computer respectively. According to the technical scheme, individual devices are combined together to form a production network control system, and production auxiliary equipment such as automatic transporting equipment, automatic conveying equipment, automatic checking equipment, automatic discriminating equipment and automatic operating equipment is added. The device has high automation degree, remarkably lowered labor costs, good promptness, simple and convenient data transmission, and high equipment utilization, and can reduce errors caused by manual transmission.

Description

technical field [0001] The invention relates to a cabinet production device, in particular to an automatic cabinet production device. Background technique [0002] The production of the existing cabinets is mostly completed by multiple independent equipments. There is no connection between each equipment, and they are all controlled separately. Each equipment is an independent control system, and each system is different. [0003] Since each piece of equipment needs to be operated separately, this requires that each piece of equipment requires relevant skilled operators to operate separately, such as inputting relevant processing parameters, handling, positioning workpieces, etc.; in order to achieve a higher yield rate, it is also required The technical level and personal quality of the workers are relatively high, and the related management costs are also relatively high. [0004] More personnel participate, which increases the uncertainty of production; there is no clear...

AI Technical Summary

Problems solved by technology

[0004] More personnel participate, which increases the uncertainty of production; there is no clear identification for each workpiece, which increases the connection and misoperation between processes; manual input of control parameters increases production time and increases misoperation; There is a waste of storage and handling, no real-time performance, no remote controllability, no online remote monitoring of equipment operation status and production status, and no way to understand and adjust production status in time

[0005] Inventory cannot be queried in real time, and the adjustment of production volume per unit time is not flexible

There is time difference in the transfer of design and production process, and the real-time performance is not good

There is a waste of communication between designers and production workers, and information transmission is prone to errors

The randomness of manual operation is large, the production speed of each equipment is low, and the efficiency is poor

Images