Sheet material separating mechanism

Abstract

The invention relates to the technical field of sheet material separation in material stacks, in particular to a sheet material separating mechanism. The sheet material separating mechanism comprisesa rack, a first separating assembly and a second separating assembly, wherein the first separating assembly comprises a driving part, a movable plate and a separating piece; the driving part is arranged on the rack and drives the movable plate to reciprocate in a direction close to or away from an external material stack; the separating piece is in shaft connection with the movable plate and usedfor carrying out single sheet separation on the external material stack; the second separating assembly comprises a plurality of magnetic pieces which are sequentially and vertically stacked on the rack; and the separating piece is provided with a plurality of sawteeth which are arranged along the length direction of the separating piece. According to the sheet material separating mechanism, the separating piece is arranged and provided with the plurality of sawteeth, and the driving part drives the separating piece to reciprocate, so that the separating purpose of the nonmetal material stackis achieved; and through arranging the second separating assembly composed of the magnetic pieces, the separating purpose of the metal material stack is achieved, and thus the sheet material separating mechanism meets the separating requirements of the material stacks of different materials.

Description

technical field [0001] The invention relates to the technical field of sheet material separation in material stacks, in particular to a material sheet separating mechanism. Background technique [0002] The raw materials in the production process from the coil state to the finished product usually need to go through the following processes: coil uncoiling, leveling, material opening, material stacking, conveying, unstacking, conveying, processing and forming, and several plates are piled up in a stack called Material stacking, removing individual plates from the material stacking one by one and transferring them to the next process is called depalletizing. The production line is usually equipped with a depalletizing mechanism, and the depalletizing mechanism is equipped with an adsorption component. However, during the depalletizing process, usually encounter The phenomenon of absorbing two or more sheets at a time will affect the subsequent normal production. Therefore, the...

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Problems solved by technology

[0002] The raw materials in the production process from the coil state to the finished product usually need to go through the following processes: coil uncoiling, leveling, material opening, material stacking, conveying, unstacking, conveying, processing and forming, and several plates are piled up in a stack called Material stacking, removing individual plates from the material stacking one by one and transferring them to the next process is called depalletizing. The production line is usually equipped with a depalletizing mechanism, and the depalletizing mechanism is equipped with an adsorption component. However, during the depalletizing process, usually encounter The phenomenon of absorbing two or more sheets at one time will affect the subsequent normal production. Therefore, the unstacking process needs to be equipped with a splitting mechanism. The traditional splitting mechanism can only meet the problem of splitting metal or non-metallic stacks. , when splitting stacks of different materials, it is necessary to replace different splitting mechanisms. This frequent replacement of splitting mechanism production methods affects production efficiency

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