Lifting method for anti-rust copper foil coil lifting appliance

Abstract

The invention belongs to the technical field of copper foils, and particularly relates to a lifting method for an anti-rust copper foil coil lifting appliance. The two surfaces of an anti-rust copperfoil are provided with anti-rust treatment layers, and the anti-rust treatment layers are composed of zinc. The anti-rust copper foil coil lifting appliance comprises a cross beam, a hanging device, adjusting mechanisms, lifting mechanisms, a synchronizing device and the like, wherein the hanging device is mounted in the middle of the cross beam; the two adjusting mechanisms are symmetrically mounted on the cross beam in a sliding manner; the two lifting mechanisms are respectively mounted on the two adjusting mechanisms; the two adjusting mechanisms move inwards or outwards at the same time through the synchronizing mechanism so that the distance of the two adjusting mechanisms is adjusted; the function of extending out or retracting of bearing rods in the lifting mechanisms can be ensured by utilizing the transmission of corresponding gears and shafts in the adjusting mechanisms; the retraction of the bearing rods can effectively reduce the workload of adjusting the distance of the two bearing rods, so that the work efficiency is improved; and longer extension amount of the bearing rods can maintain the stability during lifting the copper foil coil better, which is beneficial tosafe lifting of the anti-rust copper foil.

Description

technical field [0001] The invention belongs to the field of copper foil, and in particular relates to a hoisting method of an antirust copper foil roll hanger. Background technique [0002] As an important raw material, copper foil is widely used in the machinery industry. Generally, copper foil is processed into rolls for production line processing. Some copper foil coils are transported manually, which has disadvantages: more manpower is consumed, labor intensity is high, safety accidents are prone to occur, and work efficiency is low. Some copper foils are also carried by nylon slings, but the nylon slings are easy to damage the copper foil, and the copper foil is easy to cut the nylon slings, and it needs to be transposed twice, and the lifting is unstable, posing unsafe risks. During the lifting process, the lifting process is complicated and the efficiency is low. There are also copper foil rolls that use two lifting rods to insert into the round holes formed by the...

AI Technical Summary

Problems solved by technology

Some copper foil rolls are transported manually, which has disadvantages: more manpower is consumed, labor intensity is high, safety accidents are prone to occur, and work efficiency is low

Some copper foils are carried by nylon slings, but the nylon slings are easy to damage the copper foil, and the copper foil is easy to cut the nylon slings, and it needs to be transposed twice, and the lifting is unstable, posing unsafe risks

During the lifting process, the lifting process is complicated and the efficiency is low

There are also copper foil rolls that use two lifting rods to insert into the round holes formed by the copper foil rolls at both ends of the copper foil roll, and then use a lifting machine to lift the lifting rods, so that the copper foil is not easy to damage, but in order to To insert the lifting rods into copper foil rolls of different lengths, the existing technology needs to lengthen the distance between the two lifting rods to suit the length of the copper foil coils of the corresponding length, and the reciprocating elongation between the two lifting rods is also necessary. It is very laborious. In order to reduce the working intensity of the workers as much as possible, it is necessary to design a new hoisting copper foil coil hoist that can reduce the distance between the two hoisting rods.

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