Vat cooling water circulation apparatus

Abstract

The invention provides a vat cooling water circulation apparatus, comprising slide grooves, a carrier plate, switch I, an alarm, a float plate, a cylinder, a through hole, a universal ball, a circulargroove, switch II and a moving rod. Both the inner left and right sides of a water tank are provided with the slide grooves, the carrier plate is connected with the slide grooves via sliders, the switch I is mounted in the lower middle of the inside of the water tank, the alarm is mounted on the left end of the water tank and is connected with the switch I through a wire, and this design implements that when water in the water tank is insufficient, a warning is sent out. The float plate is fixed to the lower end of the cylinder, the upper end of the cylinder is fixed to the lower end of the universal ball, the universal ball is fitted in the through hole, the circular groove is arranged in the inner circular side of the through hole, the moving rod is fixed to the upper end of the universal ball, the switch II is disposed on the right of the moving rod, and this design implements that when water is interrupted, a cooling column automatically stops. The vat cooling water circulation apparatus is simple in structure, can effectively save water and prevent energy waste, and is highly reliable.

Description

technical field [0001] The invention relates to a dye vat cooling water circulation device, which belongs to the technical field of textiles. Background technique [0002] The original cooling water of the dyeing vat is directly discharged to the sewage treatment plant after going around in the cooling circulation pipe, which wastes water and increases the cost of sewage. Therefore, the cooling method is indirect cooling, which does not pollute the product and cooling water and consumes a lot of water. For manual operation, if the operator delays due to other affairs or forgets to turn off the cooling water, the clean water will be directly discharged to the sewage tank, which will increase the waste of water resources, so the use of the water circulation system has appeared. [0003] In the prior art, during the use of the dye vat water circulation system, due to the water circulation, it is not necessary to regularly inject cold water into the pool. During the use of the w...

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Problems solved by technology

[0002] The original cooling water of the dyeing vat is directly discharged to the sewage treatment plant after going around in the cooling circulation pipe, which wastes water and increases the cost of sewage. Therefore, the cooling method is indirect cooling, which does not pollute the product and cooling water and consumes a lot of water. For manual operation, if the operator delays due to other affairs or forgets to turn off the cooling water, the clean water will be directly discharged to the sewage tank, which will increase the waste of water resources, so the use of the water circulation system appears.

[0003] In the prior art, during the use of the dye vat water circulation system, due to the water circulation, it is not necessary to regularly inject cold water into the pool. During the use of the water flow, due to pipeline leakage and other reasons, the water flow will continue to decrease, and the staff cannot find it in time. The reduction of water flow affects the cooling effect; in the prior art, the cooling tower is closed by manual operation during use, and it is easy to forget to close the shutdown, resulting in energy waste, so a cooling water circulation device for dyeing vats is needed to solve the above problems

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