Overflowing level height adjusting device

Abstract

The invention discloses an overflowing level height adjusting device which comprises a power source support, a power source, a first connecting rod mechanism, a transmission shaft, a second connectingrod mechanism and a flow guide pipe, wherein the power source support is fixedly connected with a cylinder cover, the power source is fixedly arranged on a power source connecting plate, the transmission shaft is in transmission connection with a rocker, the second connecting rod mechanism comprises a crank and a middle rod, the crank is in transmission connection with the transmission shaft, themiddle rod is hinged to the crank, the flow guide pipe is located in a dye vat and comprises a flow guide inlet and a flow guide outlet in communication with a vat cover water outlet in the vat cover, and the side wall of the flow guide pipe is hinged to the other end of the middle rod so that the flow guide pipe can swing back and forth around a rotating shaft of the flow guide pipe. According to the overflowing level height adjusting device, the power source outside the body of the dye vat is used, the inclination angle of the flow guide pipe in the body of the dye vat is adjusted through transmission of a first transmission mechanism and a second transmission mechanism, and then the height of the water level is automatically adjusted. When the water level is adjusted to a proper height, floating particles such as fluff, impurities and dye flooding can be removed.

Description

technical field [0001] The invention relates to the technical field of dyeing machine machinery, in particular to an overflow water level adjustment device used in a dyeing machine to adjust the liquid level in a dye vat. Background technique [0002] During the dyeing process of fabrics, yarns and other products, the dyeing machine needs to discharge the fluff, impurities and dye floating colors suspended on the liquid surface. If the overflow outlet of the dyeing vat is located at the bottom of the vat, during the drainage process, the fluff, impurities, and floating colors of the dye suspended on the liquid surface will be blocked by the cloth and yarn, and it is difficult to follow the liquid to be discharged from the outlet, causing the cloth, yarn Quality problems such as unclean cleaning and staining require a lot of water resources for cleaning. Traditional dyeing machines cannot control the water level in the dyeing vat when the dyeing machine is equipped with fabri...

AI Technical Summary

Problems solved by technology

If the overflow outlet of the dyeing vat is located at the bottom of the vat, during the drainage process, the fluff, impurities, and floating colors of the dye suspended on the liquid surface will be blocked by the cloth and yarn, and it is difficult to follow the liquid to be discharged from the outlet, causing the cloth, yarn Quality problems such as unclean cleaning and staining require a lot of water resources for cleaning. Traditional dyeing machines cannot control the water level in the dyeing vat when the dyeing machine is equipped with fabrics. In order to meet the dyeing requirements, the overflow can only be drained. The nozzle is set at a high position, and too much water is injected, resulting in waste of resources

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