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Xinjiang arid , semi-arid areas , climate and the mainland are very different , the summers are hot and dry , indoor enthalpy than outdoor enthalpy . Of this thesis is to study for a textile factory in Xinjiang range of temperature and humidity control , and the relationship between temperature and humidity spinning , the purpose is to improve the quality of the production of a textile factory in Xinjiang in order to have a similar device , based on the process of textile enterprises , in order to to better grasp the knowledge of the textile . In this thesis, scatter plots , correlation analysis , the The Matlab software analysis carding, drawing , roving, spinning moisture regain and temperature of the process , the relationship between the relative humidity . Frequency distribution table and histogram analysis Blowroom article , roving, spinning process moisture regain and semi-finished products of the process where the main indicators of the range , correlation analysis Blowroom bar , roving , spinning the process of the relationship between moisture regain and yarn quality . Through research found carding workshop temperature should be controlled at 240C ~ 280C, to control the relative humidity between 50 % to 55% the lap the moisture regain control in about 5.5% to 6.5% . And bars and roving workshop temperature should be controlled between 240C ~ 290C , and the relative humidity of the bar and roving workshop should be controlled between 55 % to 60% , sliver and roving moisture regain control in the 5.0% to 6.5% of between . Spinning workshop temperature should be controlled between 280C ~ 320C , relative humidity should be controlled between 46% to 52% , should be spun moisture regain control of between 4.5% to 6.0% . Spun moisture regain and neps particles analysis , spun moisture regain and neps, the number of particles is a linear relationship , the As the spun Regain increase neps particles also increases .
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