Intelligent flexible slotting system for boards

Abstract

The invention discloses an intelligent flexible slotting system for boards. The intelligent flexible slotting system comprises automatic conveying roller paths, a board flexible slotting system positioned between the two automatic conveying roller paths, a truss sucking disc system for moving to-be-processed boards, an automatic refuse removal system for removing refuse generated by slotting, an electrical control system and a numerical-control system, wherein the truss sucking disc system is connected to a pneumatic system. According to the intelligent flexible slotting system for boards disclosed by the invention, an existing low-efficient lagged sheet metal slotting line is highly integrated. Existing artificially-participated carrying, positioning and slotting can be replaced as an efficient automatic integrated operation process, so that sheet metal processing rhythm and efficiency of various industries is improved, labor cost is reduced, and land output of unit area is increased,and therefore, a novel processing process for intelligent and flexible sheet metal processing is realized, and domestic blank is filled.

Description

technical field [0001] The invention relates to the technical field of sheet metal processing, in particular to an intelligent sheet metal flexible slotting system. Background technique [0002] At present, in the field of metal sheet metal processing, such as the elevator industry, home appliance industry, cabinets, etc., most of the processing that needs to be slotted is manual loading, manual positioning, and manual blanking with the help of a single device. The processing is still manual single processing and reprocessing. In view of the characteristics of the sheet metal industry, such as thin sheets and diverse shapes, the discontinuous production line and system with manual participation have the following problems and shortcomings: [0003] 1. Manual handling, sorting and positioning, grooving and other processes have high labor costs and low production line efficiency. At the same time, semi-finished product inventory is required, which increases the usable area of ...

AI Technical Summary

Problems solved by technology

[0003] 1. Manual handling, sorting and positioning, slotting and other processes have high labor costs and low production line efficiency. At the same time, semi-finished product inventory is required, which increases the usable area of ​​the factory building and reduces land output per unit area.

[0004] 2. The lack of reprocessing intelligent equipment in the sheet metal production line leads to the lag of the sheet metal production line process, and the key processes such as plate slotting cannot be automated and intelligent, and it is difficult to meet the growing process demand

[0005] 3. The flexible and highly intelligent production line of the slotting system in the sheet metal industry is still blank in China at present, and the existing system has low energy and low efficiency, many manual participation, high energy consumption, long production cycle, and cannot achieve high efficiency. It is highly integrated and affects the flexibility of the entire sheet metal processing process

[0006] 4. The biggest difficulty of the grooving system is the disposal of waste chips. The waste chips cannot be processed automatically, which leads to the inability to realize automation, labor saving and flexible production.

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