Rubber stripping and cutting machine

Abstract

The invention discloses a rubber stripping and cutting machine in the field of rubber manufacturing equipment. The rubber stripping and cutting machine comprises a frame-type base, a boosting device, a feeding device and a dynamic blade device and is externally connected with an independent material coiling device and a control electric box, wherein the boosting device, the feeding device and the dynamic blade device are mounted on the base, the boosting device is disposed at the rear end of the base and boosts the base forwards via a screw transmission mechanism, the dynamic blade device is disposed in front of the boosting device and comprises a driving wheel, a driven wheel, a cutter rest, a driving motor for driving the driving wheel and a soft blade for connecting the driving wheel with the driven wheel, and when the boosting device boosts forwards, a rubber coil driven to rotate by the feeding device contacts with a blade edge of the soft blade so as to be laterally stripped and cut by the soft blade rotating at a high speed. The dynamic blade device is added, stripping and cutting precision is higher, the soft blade rotating at the high speed can strip and cut rubber in a wider hardness range, and the rubber stripping and cutting machine is applicable to all waste rubber materials.

Description

[0001] technical field [0002] The invention relates to the field of rubber production equipment, in particular to a rubber stripping and cutting machine. [0003] Background technique [0004] In the production process of rubber flooring, it is necessary to use a stripping machine to peel and cut layer by layer, so as to produce a certain thickness of sheet rubber flooring. The traditional rubber peeling and cutting machine consists of a fixed blade, a hanging wheel propulsion device, a feeding device and a receiving device. There are the following defects in the production process of traditional technology: 1) The fixed blade has a small adaptability range, and can only peel and cut waste rubber with a hardness higher than 50 degrees, but cannot peel and cut waste rubber that is too soft; 2) If the fixed blade encounters a Sand, stone, metal wire and other hard materials, the blade is prone to chipping. After the chip is chipped, it needs to be shut down to remove the...

AI Technical Summary

Problems solved by technology

There are the following defects in the production process of traditional technology: 1) The fixed blade has a small adaptability range, and can only peel and cut waste rubber with a hardness higher than 50 degrees, but cannot peel and cut waste rubber that is too soft; 2) If the fixed blade encounters a Sand, stone, metal wire and other hard materials, the blade is prone to chipping. After the chip is chipped, it needs to be shut down to remove the blade and then re-grinded with an external grinder, which affects work efficiency and affects the yield; 3)

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