Cardboard high-speed transfer and negative pressure dehumidification production line

Abstract

The invention relates to a paperboard high-speed transferring and negative-pressure dehumidifying production line. A lifting platform device is connected with a paperboard production line in a butt joint mode. A lifting platform is installed on the lifting platform device. The lifting platform is maintained at the same height with a first conveying device and connected with the first conveying device in a butt joint mode after falling to the ground. A transferring conveying device is connected with the first conveying device in a butt joint mode. A driving wheel is installed at the bottom of the transferring conveying device. The driving wheel is matched with an inner side arc-shaped track and an outer side arc-shaped track which are installed on an arc-shaped transferring area. A second conveying device is connected with the arc-shaped transferring area in a butt joint mode. A third conveying device is connected with the second conveying device in a butt joint mode. A negative-pressure dehumidifying device is installed on the ground of an extension section of the third conveying device. The paperboard high-speed transferring and negative-pressure dehumidifying production line can be connected with a high-speed board cutting machine in a butt joint mode, transfer small cut paperboards, remove glue moisture of gaps of corrugated paper through negative pressure and convey the cut paperboards to multiple later-stage work procedures to complete the high-speed transferring conveying of the whole paperboards.

Description

technical field [0001] The invention relates to the technical field of carton production equipment, in particular to a high-speed cardboard transfer and negative pressure dehumidification production line. Background technique [0002] With the improvement of automation, the production of cartons is mostly produced by automated equipment. The raw material of the cartons is multi-layer corrugated paper. After combining and bonding the multi-layer corrugated paper, a whole piece of cardboard is formed, and then the whole piece of cardboard is cut. Form small pieces of cardboard that meet the requirements for the next step of processing. Due to the use of automated production, a large number of small pieces of cardboard can be cut and formed within a unit of time. The small pieces of cardboard need to be further sent to the next process for further processing. The problems in the above process are: (1) Using automated production equipment, a large number of small pieces of cardb...

AI Technical Summary

Problems solved by technology

The problems in the above process are: (1) Using automated production equipment, a large number of small pieces of cardboard can be produced in a short period of time. Traditionally, only manual handling can be used. Due to the heavy weight of cardboard, manual handling is required. Larger, lower work efficiency and higher labor cost; (2) Glue moisture remains between the gaps of multi-layer corrugated paper after glue bonding, and the moisture needs to be removed before the next process, otherwise it will affect For the next processing procedure, the traditional method is to use manual control to turn on the fan for dehumidification. This method increases the cost of employment, and the operation process is cumbersome; (3) In order to improve the production efficiency of cardboard, there are many subsequent parallel processes, in order to save the workshop Occupies an area, the production line of the follow-up process is perpendicular to the cardboard cutting production line, so the transportation direction of the cardboard needs to be changed, which cannot be realized by traditional transshipment

Images