Paperboard stacking device

Abstract

The invention discloses a paperboard stacking device. The paperboard stacking device comprises a bracket, a partition board, a collecting carrier, a pushing plate and a lifting plate, wherein baffles capable of sliding forwards and backwards are arranged at the front and rear sides of the bracket; both the collecting carrier and the partition board are arranged on the baffles; the partition board is arranged above the collecting carrier; the lifting plate is arranged below the collecting carrier and is in sliding fit with the bracket; and the pushing plate is arranged on the bracket, a conveyor belt is arranged below the lifting plate, and a plurality of through grooves for helping the conveyor belt be in contact with a paperboard stack are arranged in the lifting plate at intervals. The paperboard stacking device is simple in structure and can collect paperboards with different sizes and at the same time tidily stack the paperboards, thereby facilitating the following operation.

Description

technical field [0001] The invention relates to the technical field of cardboard production and processing, in particular to a stacking device for counting cardboard. Background technique [0002] After the production of cardboard is completed, it is usually necessary to calculate the quantity according to the customer's demand for unified packaging. It is difficult to adapt to corrugated sheets of different sizes and is not suitable for automatic pick-up. It is easy to wrinkle and damage the cardboard, causing unnecessary economic losses. Therefore, the current stacking of cardboard is usually done manually by workers. Similarly, for large sheets of cardboard, stacking is more difficult. The workload is also large, and the labor cost is high, which reduces the economic benefits, and it is also very difficult to stack a large number of cardboards, requiring multiple people to operate, further increasing the production cost. Contents of the invention [0003] Aiming at the...

AI Technical Summary

Problems solved by technology

[0002] After the production of cardboard is completed, it is usually necessary to calculate the quantity according to the customer's needs for unified packaging. Before packaging, the cardboard needs to be neatly stacked to facilitate packaging. However, the size of the cardboard required by the customer is different. It is difficult to adapt to corrugated sheets of different sizes and is not suitable for automatic pick-up. It is easy to wrinkle and damage the cardboard, causing unnecessary economic losses. Therefore, the current stacking of cardboard is usually done manually by workers. Similarly, for large sheets of cardboard, stacking is more difficult. The workload is also large, and the labor cost is high, which reduces the economic benefits, and it is also very difficult to stack a large number of cardboards, requiring multiple people to operate, further increasing production costs

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