Device for conveying paperboards in batches

Abstract

The invention discloses a device for conveying paperboards in batches. The device for conveying the paperboards in batches comprises a support, a feeding mechanism and a lifting mechanism, wherein thelifting mechanism comprises a bottom plate and a lifting motor for lifting a bottom plate; the bottom plate is slidably arranged on the support; the feeding mechanism comprises a discharging frame; the discharging frame is arranged close to the bottom plate; a roller is arranged on the discharging frame; a move loading mechanism is arranged between the bottom plate and the discharging frame and comprises a move loading frame and a move loading push plate; the move loading push plate is arranged on the move loading frame; a move loading longitudinal beam is arranged on the support along the length direction; a move loading horizontal beam and a first move loading belt wheel assembly are slidably arranged on the move loading longitudinal beam; a move loading lifting beam is arranged on themove loading frame; a move loading lifting groove is arranged on the move loading lifting beam; the move loading horizontal beam is in sliding fit to the move loading lifting groove; and a second moveloading belt wheel assembly is further arranged on the move loading lifting beam. The device for conveying the paperboards in batches is simple and reasonable in structure, convenient to adjust the position of the push plate, capable of realizing synchronous adjusting, and beneficial to improving the use efficiency of the equipment.

Description

technical field [0001] The invention relates to the technical field of cardboard production and processing, in particular to a device for transferring cardboard piles. Background technique [0002] Cardboard is a thick paper sheet made of various pulps and interwoven fibers. In the process of cardboard production and processing, it is necessary to transport the produced cardboard in batches, then bundle the piles of cardboard in each batch, and finally turn the pile of cardboard upside down according to the interval between batches. Each batch can be counted. Although the counting of piles of cardboards is not accurate compared to counting one by one, piles of cardboards can be counted through the grating device, or the cardboards can be counted directly by measuring the thickness of the sent cardboards. Batch conveying and counting has better counting efficiency, and can also maintain a relatively intact stacking form of the cardboard pile, which is convenient for subseque...

AI Technical Summary

Problems solved by technology

In the process of cardboard production and processing, it is necessary to transport the produced cardboard in batches, then bundle the piles of cardboard in each batch, and finally turn the pile of cardboard upside down according to the interval between batches. Each batch can be counted. Although the counting of piles of cardboards is not accurate compared to counting one by one, piles of cardboards can be counted through the grating device, or the cardboards can be counted directly by measuring the thickness of the sent cardboards. Batch conveying and counting has better counting efficiency, and can also maintain a relatively intact stacking form of the cardboard pile, which is convenient for subsequent bundling and flipping. The target cardboard pile is gradually lifted by the lifting mechanism, and the transfer mechanism pushes away the cardboard that is higher than the discharge track. , so that the cardboard pair enters the discharge track and enters the follow-up process, but the current transfer mechanism is difficult to achieve height adjustment and level adjustment at the same time, and the synchronization is also poor. It is impossible to adjust the horizontal position while adjusting the height, which reduces the efficiency. It is easy to adapt to cardboards of different widths and sizes, reducing the use effect

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