At present, the tobacco leaf moisture in the silk workshop is severely lost due to changes in the temperature and humidity of the environment, causing great instability for the subsequent processing. The effect of the temperature and humidity monitor on the real-time monitoring of the processing process is to adjust the process of the pine chip rejuvenation. The proportion of water added to provide a theoretical basis will greatly increase the moisture stability of tobacco leaves in the silk manufacturing workshop, which will be more conducive to the preservation and storage of tobacco leaves.
Through establishing a simulation model for calculating the proportion of water, the data measured by the temperature and humidity monitor are mainly used to analyze the accumulated data using mathematical statistics analysis tools, and the water loss in the process of changes in ambient temperature and humidity in each process is studied to establish the correlation control. Chart, formed according to the value of temperature and humidity monitor changes, simulated calculation of loose regain and water ratio set value, and adjust the verification and optimization, and finally reached the moisture content before baking and finished product cigarette moisture control stability and compliance.
Set up a real-time plane monitoring application system to establish a real-time monitoring system for environmental temperature and humidity control points on the layout diagram of the IFIX system, which facilitates the timely monitoring of the temperature and humidity control by the temperature and humidity monitor, and passes through the establishment of the data mining system. Observations can be used to guide the adjustment of the proportion of water refilled with pine flakes.
The reasonable arrangement of environmental temperature and humidity controlled points, the use of data mining monitoring system for effective deployment control; temperature and humidity monitoring changes in the determination of tobacco in the product moisture content and storage time correlation curve established; to achieve loose regain water ratio automatic measurement function; To reduce the inter-batch extremes of moisture content of the dried inlet leaflet and to ensure that the moisture content of the finished product is stable.
Through establishing a simulation model for calculating the proportion of water, the data measured by the temperature and humidity monitor are mainly used to analyze the accumulated data using mathematical statistics analysis tools, and the water loss in the process of changes in ambient temperature and humidity in each process is studied to establish the correlation control. Chart, formed according to the value of temperature and humidity monitor changes, simulated calculation of loose regain and water ratio set value, and adjust the verification and optimization, and finally reached the moisture content before baking and finished product cigarette moisture control stability and compliance.
Set up a real-time plane monitoring application system to establish a real-time monitoring system for environmental temperature and humidity control points on the layout diagram of the IFIX system, which facilitates the timely monitoring of the temperature and humidity control by the temperature and humidity monitor, and passes through the establishment of the data mining system. Observations can be used to guide the adjustment of the proportion of water refilled with pine flakes.
The reasonable arrangement of environmental temperature and humidity controlled points, the use of data mining monitoring system for effective deployment control; temperature and humidity monitoring changes in the determination of tobacco in the product moisture content and storage time correlation curve established; to achieve loose regain water ratio automatic measurement function; To reduce the inter-batch extremes of moisture content of the dried inlet leaflet and to ensure that the moisture content of the finished product is stable.
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