Core type oxygenation infiltration dewatering device

Abstract

The invention discloses a core type oxygenation infiltration dewatering device which comprises a body triangle bracket, wherein a roller is arranged on the body triangle bracket, the roller can be closed with a water outlet nozzle, and a telescopic device used for lifting is arranged on a connecting rod of the water outlet nozzle. According to a water inlet of the core type oxygenation infiltration dewatering device, a traditional side single water inlet mode is changed, spraying is performed from the top, and low-speed rotation of a chamber body is matched, so that core type products can be uniformly and efficiently oxygenated; high and low rotating speeds are set, so that low-speed oxygenation and high-speed dewatering of the core type products can be realized; during dewatering, the products are fixed by dividing plates and fixed plates, so that the original shapes of the products can be kept to the maximum, and the deformation caused by mutual entanglement and winding of the core type products can be avoided during high-speed operation; a water circulation system is arranged, so that oxygenation liquid can be recycled, and the core type oxygenation infiltration dewatering device has the advantages of environmental friendliness and energy conservation.

Description

technical field [0001] The present invention relates to a kind of machine for adding nourishment and dehydration of textiles, in particular to a device for adding nourishment and dehydration of cores. Background technique [0002] Textile core products need to be nourished, infiltrated, and dehydrated in the finishing stage. The traditional related machinery is to add nourishment on the side of the drum, and the rotation of the drum drives the rotation of the content, so that the liquid is sprayed into the drum. The content is infiltrated and nourished, and the disadvantage of this is that the core product is relatively thick and the volume is relatively large, and the liquid is not easy to infiltrate the fabric evenly, and it does not have a good effect. When dehydrating, a simple drum with high speed is generally used. Spin dehydration can easily cause the content in the core fabric to gather in a certain part, changing the shape of the original core fabric. In addition,...

AI Technical Summary

Problems solved by technology

[0002] Textile core products need to be nourished, infiltrated, and dehydrated in the finishing stage. The traditional related machinery is to add nourishment on the side of the drum, and the rotation of the drum drives the rotation of the content, so that the liquid is sprayed into the drum. The content is infiltrated and nourished, and the disadvantage of this is that the core product is relatively thick and the volume is relatively large, and the liquid is not easy to infiltrate the fabric evenly, and it does not have a good effect. When dehydrating, a simple drum with high speed is generally used. Spin dehydration can easily cause the content in the core fabric to gather in a certain part, changing the shape of the original core fabric. In addition, some flocs will inevitably be produced during the finishing stage of the textile, which is easy to block in the pipeline , for a long time, it will block the pipeline and it is difficult to clean

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