An automatic assembly machine for electrical cabinets

Abstract

The invention provides an automatic assembly machine for an electrical cabinet, including an installation bottom plate, a support foot, a positioning mechanism, an assembly mechanism and a limit mechanism. The invention solves the need to manually place the bottom plate of the electrical cabinet on the work when the electrical cabinet is assembled and fixed. On the table, the other panels of the electrical cabinet are then manually installed and fixed. The electrical cabinet requires many panels to be assembled, and often requires multiple workers to work together to complete the positioning and assembly of the panels. This operation method increases the number of panels. The labor intensity of workers reduces the work efficiency of the electrical cabinet assembly operation. At the same time, it is difficult to assemble and position multiple plates at the same time, and it is also difficult to clamp and fix the plates before assembly, and it cannot be automatically released after the assembly operation is completed. Problems such as clamping operation of electrical cabinet plates.

Description

technical field [0001] The invention relates to the technical field of electrical cabinet assembly, in particular to an automatic assembly machine for electrical cabinets. Background technique [0002] Electrical cabinets are usually spliced ​​and assembled with bakelite boards to protect the normal operation of components. When assembling and splicing electrical cabinets, each piece of bakelite board needs to be positioned to avoid defective products caused by excessive dimensional assembly errors. However, the existing electrical cabinets have the following problems when assembling and splicing operations. a. When assembling traditional electrical cabinets, the bottom plate of the electrical cabinet is usually placed on the workbench manually, and then the other parts of the electrical cabinet are manually placed. The boards are installed and fixed, and the electrical cabinet needs to assemble more boards, often requiring multiple workers to work together to complete the p...

AI Technical Summary

Problems solved by technology

[0002] Electrical cabinets are usually spliced ​​and assembled with bakelite boards to protect the normal operation of components. When assembling and splicing electrical cabinets, each piece of bakelite board needs to be positioned to avoid defective products caused by excessive dimensional assembly errors. However, the existing electrical cabinets have the following problems when assembling and splicing operations. a. When assembling traditional electrical cabinets, the bottom plate of the electrical cabinet is usually placed on the workbench manually, and then the other parts of the electrical cabinet are manually placed. The boards are installed and fixed, and the electrical cabinet needs to assemble more boards, often requiring multiple workers to work together to complete the positioning and assembly of the boards. This operation method increases the labor intensity of the workers and reduces the assembly of the electrical cabinet. The working efficiency of the operation, and the size of the board is usually wide, manual positioning is difficult to ensure that the assembly error between the board surfaces is within a reasonable range, which will affect the later use; b, when the existing electrical cabinet is assembled, it is difficult to Multiple panels are assembled and positioned at the same time, and it is difficult to clamp and fix the panels before assembly, and it is impossible to automatically release the clamping operation on the electrical cabinet panels after the assembly operation is completed, which is convenient for manual removal

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