Perpendicular steering device for packaging box

Abstract

The invention relates to a perpendicular steering device for a packaging box. The perpendicular steering device comprises a driving mechanism, a supporting plate, a rubber plate and a ball baffle. Theoutput end of the driving mechanism and the back face of the supporting plate are fixedly mounted, and one ends of two cantilevers are symmetrically and fixedly mounted at the two ends of the front face of the supporting plate. The ball baffle is fixedly mounted at the other end of the left cantilever. The ball baffle is located above a conveying belt and is vertically mounted, and a fixed frameis fixedly mounted at the other end of the right cantilever. The rubber plate is fixedly mounted on the fixed frame. The rubber plate is located on one side of the conveying belt, and the bottom faceof the rubber plate is slightly higher than the top face of the conveying belt. According to the perpendicular steering device, a box steering action is completed through dual control of the frictionrubber plate and the ball baffle. The packaging box steers by 45 degrees or above when reaching the ball baffle and continues to steer to reach 90 degrees along the baffle, and the precise steering of90 degrees of the packaging box is guaranteed. Operation is convenient, the labor cost and operation cost are reduced, and the one-time investment cost is reduced.

Description

technical field [0001] The invention belongs to the field of packaging, and relates to packaging box conveying equipment, in particular to a packaging box vertical steering device. Background technique [0002] In order to ensure that the entire stack is firmly placed, the packaging boxes often need to be stacked in different directions when stacking, and a steering device is required to turn some of the packaging boxes vertically. Traditional steering devices have steering devices such as differentials, baffles, and robots to complete the steering action. Single differential speed and single baffle steering are greatly affected by speed, packaging materials, and conveyor belts, and cannot fully guarantee 90-degree steering, while the cost of steering robots is too high. [0003] The traditional single friction plate cannot fully guarantee the steering to 90 degrees due to the influence of conveying speed, friction force, and friction plate height. Because the traditional ...

AI Technical Summary

Problems solved by technology

Single differential speed and single baffle steering are greatly affected by speed, packaging materials, and conveyor belts, and cannot fully guarantee 90-degree steering, while the cost of steering robots is too high

[0003] The traditional single friction plate cannot completely guarantee the steering to 90 degrees due to the influence of conveying speed, friction force, friction plate height, etc.

Because the traditional single ball baffle will collide with the finished box, it cannot guarantee the impact deformation of the products in the finished box, resulting in unqualified products

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