Continuous rolling type airflow dyeing machine applied to clothing production

Abstract

The invention discloses a continuous rolling type airflow dyeing machine applied to clothing production. The continuous rolling type airflow dyeing machine comprises a rack and a rack table top. A drying chamber and an airflow control chamber are formed in the middle of the rack. A heating device is arranged at the right side of the dyeing chamber. A dyeing work table is arranged in the dyeing chamber and provided with a rolling and dyeing device. The rolling and dyeing device comprises an upper rolling and dyeing device and a lower rolling and dyeing device. The upper rolling and dyeing device is connected with the rolling and dyeing transmission device. A rolling and dyeing adjustment device is connected below the lower rolling and dyeing device and collected with an adjustment drive device. A control box and an airflow atomizing device are arranged in the airflow control chamber. The airflow atomizing device is connected with an airflow nozzle assembly located above the dyeing chamber. The machine is simple in structure, scientific, convenient, and high in pertinence and automation degree, and well solves the problem of dyeing cloth and fabric.

Description

technical field [0001] The invention relates to a continuous pad type airflow dyeing machine applied to garment production. Background technique [0002] Compared with the traditional liquid flow dyeing, the air-flow dyeing fabric is circulated by means of the air channel containing moisture or water vapor, without the need for dyeing liquid or water medium to transport the fabric, almost all fiber materials and their mixtures can be bleached and dyeing. The biggest feature is that it greatly reduces the consumption of dyes, chemical additives and energy. [0003] At present, the airflow dyeing machine with traditional structure is mainly used in the market. This traditional dyeing machine uses a fan connected to the nozzle through a long pipe. Because the wind will generate a lot of energy loss when flowing in the pipe, As a result, the power consumption of the fan increases and a large amount of electricity is wasted. Another structure of the airflow dyeing machine is t...

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Problems solved by technology

[0003] At present, the airflow dyeing machine with traditional structure is mainly used in the market. This traditional dyeing machine uses a fan connected to the nozzle through a long pipe. Because the wind will generate a lot of energy loss when flowing in the pipe, As a result, the power consumption of the fan increases and a large amount of electricity is wasted

Another structure of the airflow dyeing machine is to equip each nozzle with a fan, so that the number of fans is the same as the number of nozzles. This improvement makes the structure of the airflow dyeing machine complicated, and accordingly increases the manufacturing cost and maintenance cost. In addition, one nozzle is equipped with one fan, which also results in low efficiency and waste of electric energy.

In addition, the airflow dyeing machine of the prior art dyes unevenly, resulting in a greatly increased defective rate

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