Multi-station can making equipment

Abstract

The invention belongs to the technical field of can making machines, and particularly relates to multi-station can making equipment. The multi-station can making equipment comprises a workbench, wherein a sleeve and an edge curling unit are arranged on the workbench, and the edge curling unit comprises an air cylinder and a first motor; and clamping rods are in arc shapes and are hinged into a clamping groove between a first disc and a second disc. According to the multi-station can making equipment, in an initial state, the distance between one ends of the adjacent clamping rods is larger than the diameter of the clamping groove, and the push rods fixedly connected to the other ends of the adjacent clamping rods are mutually close but do not make mutual contact; through cooperation of theedge curling unit and a clamping mechanism, edge curling of a can opening of a can body is achieved; and the can body is placed on the first disc and the second disc to be transferred, and a curled edge is curled out of an upper can opening of the can body, so compared with the mode that the can body is manually placed below a rotary plate, the can body can be transferred below the rotary plate through the first disc and the second disc, and accordingly efficiency is higher, and meanwhile the situation that danger occurs when a mechanical hand is manually touched due to the fact the can bodyis manually placed below the rotary plate can be avoided.

Description

technical field [0001] The invention belongs to the technical field of can making machines, in particular to a multi-station can making equipment. Background technique [0002] At present, in the processing of stainless steel tank products, it is necessary to curl the stainless steel tank to obtain finished stainless steel products. However, the existing device for crimping stainless steel tanks has simple structure and single function, and the equipment can only complete the crimping operation of one tank body, and it is necessary to manually place the tank body in the crimping equipment, which will Increase the danger of manual work; and when the tank body needs to be processed with stretching flare, cone expansion, punching mouth, expansion ribs and other processes, the tank body needs to be positioned. The traditional can making machine is hugged by a manipulator Due to the large deviation of the can body, the tight positioning and inaccurate alignment of the can body l...

AI Technical Summary

Problems solved by technology

However, the existing device for crimping stainless steel tanks has simple structure and single function, and the equipment can only complete the crimping operation of one tank body, and it is necessary to manually place the tank body in the crimping equipment, which will Increase the danger of manual work; and when the tank body needs to be processed with stretching flare, cone expansion, punching mouth, expansion ribs and other processes, the tank body needs to be positioned. The traditional can making machine is hugged by a manipulator Due to the large deviation of the can body, the tight positioning and inaccurate alignment of the can body lead to low processing accuracy and high scrap rate.

[0003] At the same time, when using can making equipment to manufacture tanks, in order to position and clamp the tanks that need to be processed, a can holding hand is required. Manual can making machines need to manually put the processed tanks into the working platform, and use the can holding manipulator to hold them It clamps and then uses machining to process the tank body, but this processing method has low production efficiency and low utilization rate of can making machinery

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