Threshing and destemming process that can detect and control the quality of threshing air on-line
A technology for leaf threshing, air separation and quality, which is applied in the direction of comprehensive factory control, electrical program control, tobacco, etc., can solve the problems of less information, difficulty in realizing online detection, poor real-time performance, etc., and achieve automatic control and online detection Effect
A technology for leaf threshing, air separation and quality, which is applied in the direction of comprehensive factory control, electrical program control, tobacco, etc., can solve the problems of less information, difficulty in realizing online detection, poor real-time performance, etc., and achieve automatic control and online detection Effect
CN103393211BActive Publication Date: 2016-01-13YUNNAN KUNMING SHIPBUILDING DESIGN & RESEARCH INSTITUTE
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[0013] like figure 1 As shown, the threshing and destemming process that can detect and control the quality of threshing wind in the present invention includes one or more threshing units, and each level of threshing units includes at least one defoliating unit. Defoliator or two or more parallel defoliators, each defoliator is equipped with at least one or more air separators in series behind each defoliator, and the blade summary conveyor belt and the After the last wind separator of the last stage of leaf threshing unit, the tobacco stem conveyor belt that outputs the tobacco stems is respectively equipped with a leaf sampling detection point and a tobacco stem sampling detection point, and each stage of the leaf threshing unit is equipped with a sampling The detection and summary conveyor belt is equipped with a sampling device at the outlet of the leaf topper of each stage of leaf-threshing unit and the outlet of each air separator, and the sample is transported to the sa...
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Disclosed is a leaf-threshing and stem-removing technology with leaf-threshing wind separation quality capable of being detected and controlled on line. A sampling detecting gathering conveyor belt is arranged on each level of leaf-threshing unit, a sampling device is respectively arranged on an outlet of a leaf-threshing device of each level of leaf-threshing unit and a discharge port of each wind separating device and sends samples to the sampling detecting gathering conveyor belt in the corresponding region, sampling devices used for sampling and sending samples to a prior level of sampling detecting gathering conveyor belt are also arranged at inlets of leaf-threshing devices of a second-level leaf-threshing unit and following-up leaf-threshing units, and a leaf and stem separating quality detecting device which can detect the samples on the sampling detecting gathering conveyor belts on line is arranged near each level of sampling detecting gathering conveyor belt. According to the leaf-threshing and stem-removing technology, intelligent control over the leaf-threshing devices in the section of the leaf and stem separating technology is realized, and leaf and stem separating quality is improved.
Description
technical field [0001] The invention belongs to the technical field of tobacco threshing and destemming technology. Background technique [0002] Leaf threshing and redrying is the process of separating the leaves and stems of the tobacco leaves after the initial roasting, and then adjusting the moisture content to meet the requirements of storage and aging. Threshing and redrying is the "link" connecting raw tobacco and cigarettes, and is a key process before tobacco leaves are put into storage for aging. In the leaf threshing and redrying process, the leaf stem separation process section (i.e. the leaf threshing unit) is the only main process that affects the product shape, and its processing quality has a greater impact on the silk quality, and the latter determines the quality of cigarettes (such as single important factors such as cigarette weight, cigarette density, tip droop volume, short rate and rolling quality stability). Therefore, how to improve and stabilize t...
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Patent Timeline
13 Jan 2016
Publication
CN103393211B
- IPC
- A24B5/06; G05B19/418
- Inventors
- 李涛; 卯彦