Automatic steel plate cutting production line

Abstract

The invention provides an automatic steel plate cutting production line, and belongs to the field of steel plate machining equipment. The production line comprises a feeding part, a cutting part and areceiving part which are linearly arranged, the feeding part comprises a feeding guide rail, a feeding trolley, a transverse moving assembly and a lifting assembly, the lifting assembly is arranged on the transverse moving assembly and is in sliding connection with the transverse moving assembly, the cutting part comprises a pushing assembly, a cutting assembly and a receiving belt which are sequentially arranged in an assembly line, the pushing assembly comprises a pushing frame, a guiding assembly for guiding the two sides of a steel plate and an advancing assembly for pushing the steel plate, the advancing assembly is arranged in the middle of the pushing frame, the receiving assembly comprises a discharging guide rail, a discharging trolley, a lifting trolley and a positioning assembly, and the lifting trolley is arranged below the discharging trolley and corresponds to the discharging area. According to the invention, continuous feeding can be achieved, the fed steel plates can be accurately pushed after being guided, and materials can be conveniently transferred after being received. The whole structure is higher in cutting precision and wider in applicability.

Description

technical field [0001] The invention belongs to the field of steel plate processing equipment and relates to a steel plate automatic cutting production line. Background technique [0002] The cutting of steel plate is common in the industrial production of mechanical processing, mold manufacturing and other industries. The process of steel plate cutting is not only related to the accuracy of subsequent processing but also related to the processing cost of steel plate cutting enterprises, so steel plate cutting is very important. [0003] Among the common equipment at present, the fully automated steel plate cutting machine equipment is high in metal, but the price is relatively expensive. For many equipment that are still in good operation, if the new production line is directly replaced, it will greatly increase the cost for many enterprises. The production cost is unrealistic, and the production volume of steel plates in some enterprises has not yet reached the level of pr...

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Problems solved by technology

[0003] Among the common equipment at present, the fully automated steel plate cutting machine equipment is high in metal, but the price is relatively expensive. For many equipment that are still in good operation, if the new production line is directly replaced, it will greatly increase the cost for many enterprises. The production cost is unrealistic, and the production volume of steel plates in some enterprises has not yet reached the level of practical large-scale automation equipment. If it is used rashly, it will cause waste of equipment and is not suitable for the development of enterprises. At present, there are common cutting machines. The following questions

[0004] At present, the commonly used steel plate cutting machine is difficult to realize continuous feeding. During the cutting process, the machine has a process of stopping and feeding, which affects the processing efficiency, and the speed of feeding is relatively slow, and the motor screw is used to lift and lower. About 3 steel plates are loaded in one minute, the speed is slow, which affects the cutting efficiency

[0005] At present, the commonly used steel plate cutting machine often encounters the situation that the last steel plate falls during the process of pushing and cutting. If you want to cut a smaller width specification, there will also be material drop

[0006] At present, the commonly used steel plate cutting and splicing machine is mostly set up with the cutting machine. After the splicing is completed, the unified transfer is carried out. The structure is relatively complicated, and it is not conducive to subsequent operations. The transfer process after splicing also takes up a lot of manpower. Increased labor intensity

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