Backstop device and transmission equipment for gypsum board transmission

Abstract

The embodiment of the present invention discloses a backstop device for gypsum board transmission and transmission equipment, including a mounting mechanism, and a backstop mechanism arranged on the installation mechanism, and the backstop mechanism includes at least a reverse rotation stopper, and The transmission part connected between the reverse rotation stop part and the gypsum board transmission belt; and, the reverse rotation stop part is driven in one direction; the transmission part is connected to the transmission belt of the gypsum board transmission belt. The present invention drives the transmission parts and further drives the gypsum board conveyor belt to stop slipping by setting the reverse rotation stopper, thereby effectively preventing the gypsum board from rubbing and equipment from being damaged.

Description

technical field [0001] Embodiments of the present invention relate to the field of gypsum board transmission structures, and in particular to a backstop device and transmission equipment for gypsum board transmission. Background technique [0002] During the transmission process of gypsum boards, the processed gypsum boards are generally stacked on the board storage machine. When the stacking volume reaches the set value, it is then transported to the finished product pushing device through the belt conveyor and completed on the stacking platform in the later stage. stacking. In the actual stacking process, in order to reduce the depth of the pit for placing the stacking platform, this makes the height of the surface of the stacking platform above the plane relatively high, so that the belt conveyor needs to be transported in the process of using a belt conveyor. The conveying surface of the machine is inclined upward at a certain angle. [0003] During the transmission pr...

AI Technical Summary

Problems solved by technology

[0003] During the transmission process, when the stacks on the stacking platform are full, the stacks on the stacking platform need to be unstacked. Temporary storage of gypsum boards. At this time, because the conveying surface of the belt conveyor has a certain inclination angle, and the belt conveyor stops driving during the temporary storage process, the static friction between the surface of the gypsum board and the belt conveyor will generally be greater than that caused by the gravity of the gypsum board. Therefore, the gypsum board temporarily stored on the belt conveyor will often cause the entire conveyor belt of the belt conveyor to rotate due to gravity, causing the gypsum board to slip back. Once the gypsum board slips back, it will It will cause rubbing phenomenon, which will not only affect the quality of gypsum board, but also cause overall damage to the equipment

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