Dyeing dehydration device for package yarn used in production

Abstract

The invention aims at providing a dehydration device used after bobbin yarn is dyed and for production. The dehydration device comprises a base, a control cabinet, dehydration barrels and a lifting rotary frame, wherein the control cabinet and the dehydration barrels are located on the base, and the lifting rotary frame is located on the base. At least four bobbin yarn frames are arranged on the lifting rotary frame through a support, and the number of the dehydration barrels is at least two. Each bobbin yarn frame comprises a center strut, bobbin yarn stringing columns and a barrel cover, the bobbin yarn stringing columns are arranged on the periphery of each center strut on multiple layers up and down, the bobbin yarn stringing columns on adjacent layers are arranged in a staggered mode, and the height of each bobbin yarn stringing column is 4 / 5 to 5 / 6 that of the bobbin yarn. The barrel covers are located above the corresponding bobbin yarn stringing columns, rotary motors are arranged on the support, the top ends of the center struts penetrate through the corresponding barrel covers and the support to be connected with rotary shafts of the rotary motors, fixing columns are arranged at the bottom portions of the dehydration barrels, and fixing holes matched with the fixing columns are formed in the end faces of the bottom portions of the center struts. Dehydration efficiency can be effectively improved, the dehydration effect is enhanced, and the bobbin yarn is more convenient to demount and mount.

Description

technical field [0001] The invention relates to the field of yarn dyeing production, in particular to a dehydrating device for cheeses used for production after dyeing. Background technique [0002] In order to ensure the drying efficiency of the cheese after the cheese is dyed, the drying operation should be carried out after dehydration. In the patent document CN202898778U, a cheese dehydrator is proposed. By adopting the lifting and rotation of the double-cage lifting frame, it can be realized that when one of the bobbin creels is in the dehydration cylinder for dehydration, the other bobbin creel can be operated. It is very convenient for workers to unload and feed materials. Each time, a bobbin creel is intelligently dehydrated. However, with the increase of output, the dehydration efficiency is required to be improved. This double-cage structure has obviously been unable to meet mass production operations. However, the dehydration efficiency is low, which restricts th...

AI Technical Summary

Problems solved by technology

In the patent document CN202898778U, a cheese dehydrator is proposed. By adopting the lifting and rotation of the double-cage lifting frame, it can be realized that when one of the bobbin creels is in the dehydration cylinder for dehydration, the other bobbin creel can be operated. It is very convenient for workers to unload and feed materials. Each time, a bobbin creel is intelligently dehydrated. However, with the increase of output, the dehydration efficiency is required to be improved. This double-cage structure has obviously been unable to meet mass production operations. The dehydration efficiency is low, which restricts the overall efficiency of production

At the same time, since multiple packages are stringed on the stringing creel at the same time, the dehydration effect of the yarn on the package near the center of the creel is lower than that of other parts, resulting in uneven dehydration of the package, which increases the difficulty of the later drying process, and The length of the stringing column is long, and the efficiency of disassembly and assembly is low. Therefore, this dehydrator needs to be improved to improve the dehydration efficiency, enhance the dehydration effect, and meet the continuous increase in production.

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