Liftable winding cooling mechanism

Abstract

The invention provides a liftable winding cooling mechanism comprising a cooling rack, a plurality of upper cooling rollers, a lower cooling frame, a plurality of lower cooling rollers, and lifting assemblies, wherein the two ends of the lower cooling rollers are movably connected in the lower cooling frame by bearings; the two ends of the upper cooling rollers are movably connected at the top of the cooling rack by bearings; the lifting assemblies are arranged on two sides of the lower cooling frame; each lifting assembly comprises a lifting chain, a lifting gear I, a lifting gear II and a lifting motor; the side parts of the lower cooling frame are connected with one ends of the lifting chains; the other ends of the lifting chains bypass the corresponding lifting gears I and the lifting gears II in sequence and then are connected onto the lower cooling frame. The liftable winding cooling mechanism can be arranged for cooling waterproof cloth, and achieving temporary storage of the waterproof cloth with certain length; by using the liftable winding cooling mechanism, the waterproof cloth can be fed continuously when the waterproof cloth is in automatic packaging, and the production interruption is avoided, so that the production efficiency is ensured.

Description

technical field [0001] The invention relates to a liftable winding cooling mechanism. Background technique [0002] Waterproof building materials are materials that prevent rainwater, groundwater, industrial and civil water supply and drainage, corrosive liquids, and moisture and steam in the air from intruding into buildings. The parts of buildings that need to be waterproofed are mainly roofs, walls, floors and basements. [0003] During the production and processing of tarpaulins, when the base is transferred, the transfer direction of the base is prone to deviation, and the transfer deviation will affect the subsequent processing such as splicing, film covering, and film covering. The direction is adjusted, but because the tire base is in a conveying state, there is a problem that it is not easy to adjust it. [0004] In addition, since the length of each roll of base is limited, the base needs to be spliced ​​during continuous production. In the process of splicing t...

AI Technical Summary

Problems solved by technology

In the process of splicing the tire base, it is necessary to heat the tire base before heat bonding. In this way, due to the high temperature, in traditional production, the tire base is manually fed and then thermally bonded. Risk of injury to persons

In addition, when the tire base is fed, personnel are required to monitor whether the tire base needs to be continued, and personnel negligence is prone to occur, and it is impossible to accurately monitor the situation that the tire base needs to be continued.

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