Vacuum drum drying equipment for production of chemical fibers

Abstract

The invention discloses vacuum drum drying equipment for production of chemical fibers. The vacuum drum drying equipment comprises a drying tank; a drying inner cylinder is installed inside the dryingtank; the two ends of the drying tank are each provided with a shaft sleeve; a first motor is installed above a protective sleeve; an extension rod is installed below the first motor; fan blades areinstalled below the extension rod; the two sides of the upper portion of a sealing cover are correspondingly provided with a feeding opening and an air pressure meter; a material distribution bottle is installed on the feeding opening; and a conveying pipe is installed at one end of the material distribution bottle. According to the vacuum drum drying equipment disclosed by the invention, the drying tank is installed on a fixing frame through the shaft sleeve; the fixing frame is installed on a storage box through a rotating shaft; by the design, the drying tank can be controlled to rotate; the drying inner cylinder is also installed inside the drying tank and is rotationally connected with a main shaft of a second motor; by virtue of the drying inner cylinder, a material can be dried andcan be controlled to rotate at a high speed as well; and thus the drying uniformity and the drying efficiency are improved.

Description

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AI Technical Summary

Benefits of technology

This new device has two technical features: it uses an existing drum for storing materials during production or processing; instead relies solely upon its own movement when being dried by another machine called a power source. By controlling the rotation of one part (the dryer) within the other part(s), better control over how much water needs to evaporate from each section becomes possible without affecting their overall performance.

Problems solved by technology

This patented technical problem addressed in this patents relates to improves the efficient and consistently achieved dryness of chemically-fiberglass fibers produced through various methods like spinning processes, airflow measurement devices, grain mills, and others that involve drums containing materials being processed.

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