Device for automatic dehydration in vulcanization process of latex products

Abstract

The invention discloses a device for automatic dehydration in the vulcanization process of latex products. The device comprises a vehicle body, and a vulcanization water storage chamber is arranged inthe vehicle body. A vulcanization water conveying pipe with a brake valve is arranged at the bottom of the vulcanization water storage chamber, and a filter screen is arranged in the vulcanization water storage chamber. Connection lines of the ends of the filter screen form an inverted square frustum-shaped body in the vulcanization water storage chamber, and the distance between the bottom surface of the inverted square frustum-shaped body and the bottom of the vulcanization water storage chamber is not less than 300mm. A horizontal baffle plate is arranged on the vulcanization water storagechamber, the lower edge of the filter screen is fixed on the baffle plate, and the upper edge of the filter screen is fixed to the upper top wall of the vulcanization water storage chamber. The overlap part of the baffle plate and the lower bottom surface of the inverted square frustum-shaped body is a movable baffle plate which is detachably connected with the baffle plate. A water suction pipeand a negative-pressure air suction pipe are arranged on the vulcanization water storage chamber. The device has low cost and high practicality and can reduce the labor intensity of workers. By usingthe negative pressure technology, the device can improve the production efficiency of the vulcanized latex products.

Description

technical field [0001] The invention relates to mechanical technology and latex vulcanization technology, in particular to an automatic dehydration device used in the vulcanization process of latex products. Background technique [0002] In the production process of latex products, after completing a series of production processes such as raw material procurement, compounding, and forming, the last production process is vulcanization, which can improve the elasticity and toughness of the product. After the vulcanization process of latex products, the existing operation is usually when the vulcanization equipment stops running. One treatment method is to use manual operations to remove the product from the vulcanization pool. The effect of this operation method is that the labor intensity of the workers Large size, low efficiency, and harsh working environment. Another solution is to use existing mechanical devices to separate latex products and vulcanized water. However, the...

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Problems solved by technology

After the vulcanization process of latex products, the existing operation is usually when the vulcanization equipment stops running. One treatment method is to use manual operations to remove the product from the vulcanization pool. The effect of this operation method is that the labor intensity of the workers Large size, low efficiency, and harsh working environment. Another solution is to use existing mechanical devices to separate latex products and vulcanized water. However, the existing mechanical devices are complex in structure and prone to mixed numbers in actual operation, especially When multiple vulcanization equipments work at the same time, it will seriously reduce the efficiency of vulcanization and dehydration of latex products

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