Novel energy-conservation silk drying system of automatic silk reeling machine

Abstract

The invention relates to an automatic silk reeling machine in the technical field of raw silk production in the silk reeling industry, in particular to a novel energy-conservation silk drying system of an automatic silk reeling machine. The novel energy-conservation silk drying system comprises a compensation drum wheel, a traverse rod, a silk arranging drum wheel and a small silk-collecting tool. The technical scheme of the invention is as follows: a silk drier inlet drum wheel is arranged at the silk outlet of the compensation drum wheel, a far infrared silk drier is arranged adjacent to the silk drier inlet drum wheel, a photoelectric automatic silk moving mechanism is arranged at the silk outlet of the far infrared silk drier, and the silk outlet of the photoelectric automatic silk moving mechanism is provided with the silk arranging drum wheel. In the invention, less air is heated to heat wet raw silks, the raw silks are evenly dried at a high speed, and silk drying can be finished in the silk reeling machine once, thus the novel energy-conservation silk drying system not only saves energy, but also is favorable for lowering the workshop temperature, the silk reeling operation environment is improved, the problems of multiple working procedures, large energy loss and high workshop temperature of the traditional silk steam drying system for silk reeling production can be thoroughly solved, and according to incomplete statistics, the silk reeling energy consumption is greatly reduced compared with the silk coal-fired steam drying process.

Description

technical field [0001] The invention relates to an automatic silk reeling machine in the technical field of raw silk production in the silk reeling industry, in particular to a new energy-saving silk drying system of the automatic silk reeling machine. Background technique [0002] The raw silk products used for weaving silk and satin are composed of a few to more than ten cocoon monofilaments. When raw silk is produced, silkworm cocoons are infiltrated to absorb water, cooked at high temperature, sericin swells and cocoons are dissociated. On the automatic silk reeling machine, multiple cocoon silks are extracted from the cocoons, assembled and glued to form raw silk products. This reeling process needs to dry the moisture of the silk sliver and wind it into shape. The wet silk extracted from the automatic silk reeling machine is removed part of the water through the silk sheath under the action of reverse high-speed movement, friction, twist and centrifugal force. At th...

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Problems solved by technology

[0013] The problem to be solved by the present invention is to overcome the defects existing in the existing silk reeling and drying system relying on boilers to bu

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