Paperboard counting, bundling and turning device

Abstract

The invention discloses a paperboard counting, bundling and turning device. The paperboard counting, bundling and turning device comprises a support, a counting mechanism, a pushing mechanism, a bundling mechanism, a turning mechanism and a lifting mechanism. The lifting mechanism comprises a base plate and a first driving part. The base plate is slidably arranged on the support. The pushing mechanism comprises a discharging frame. The bundling mechanism comprises a collection frame. A collection platform is arranged on the collection frame and is flush with the discharging frame. The turningmechanism comprises a turning frame and a conveying frame. Turning bases are slidably arranged on the turning frame and are located on the two sides of the conveying frame. A turning clamping piece isrotatably arranged on each turning base. The base plate, the discharging frame, the collection frame and the conveying frame are sequentially arranged. The counting mechanism comprises a pressing assembly and a transfer assembly. The pressing assembly comprises a pressing plate and a mounting base. The mounting base is arranged on the support. The pressing plate is slidably arranged on the mounting base. A positioning table is formed on the mounting base and is located below the pressing plate. A counter is arranged on the positioning table. By adoption of the paperboard counting, bundling and turning device, paperboards can be accurately counted, bundled and finally turned to be stacked.

Description

technical field [0001] The invention relates to the technical field of cardboard production and processing, in particular to a device for flipping cardboard after counting and bundling. Background technique [0002] Cardboard is a thick paper sheet made of various pulps and interwoven fibers. In the process of cardboard production and processing, the produced cardboard needs to be counted or counted, and then packaged and transported to meet the customer's order requirements. However, the number of customer orders is usually huge, and manual counting is inefficient and labor-intensive. At present, there is a counting device that counts the cardboards one by one through adsorption and sends out the cardboards one by one. After this equipment counts and sends out the cardboards, the speed of the cardboards is relatively high. Deformation reduces the strength of the cardboard, and at the same time the product becomes very unattractive, and because of the light weight of the ca...

AI Technical Summary

Problems solved by technology

In the process of cardboard production and processing, the produced cardboard needs to be counted or counted, and then packaged and transported to meet the customer's order requirements. However, the customer's order is usually huge, and manual counting is inefficient and labor-intensive.

At present, there is a counting device that counts the cardboards one by one through adsorption and sends out the cardboards one by one. After this equipment counts and sends out the cardboards, the speed of the cardboards is relatively high. Deformation reduces the strength of the cardboard, and at the same time the product becomes very unattractive, and because of the light weight of the cardboard, the cardboard sent out is relatively floating, and it is difficult to stack it accurately, which makes the pile of cardboard behind the pile uneven, and needs to be corrected, reducing the Effect

After the counting is completed, the cardboards need to be bundled. However, due to the different widths and sizes of the piles of cardboards, it is difficult for the existing strapping mechanism to adapt well. After the bundling is completed, each stack of cardboards needs to be turned over and stacked At the same time, since each stack of cardboards has its own weight, it will bend when stacking. When a large number of cardboards are stacked together, the bending deformation will be enlarged due to its own weight, thereby reducing the strength of the cardboard. In order to avoid bending and deformation of the cardboard stacks, it is necessary to flip the cardboard stacks sent out one by one at intervals, so that each stack of cardboard stacks is stacked together in a way of forward bending and reverse bending, so that Realize that the stacked cardboard can be flattened under its own gravity, making the obtained cardboard smoother, better in quality, and improving economic benefits

The existing methods usually turn over the pile of cardboard manually, but this is labor-intensive and inefficient, which is not conducive to improving production efficiency and reducing production benefits

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