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Quantitative classification frame system of crude tobacco and frame technology of crude tobacco

A technology for framing and emptying cigarettes, which is applied in the fields of tobacco, tobacco preparation, loading/unloading, etc., and can solve the problems of low framing accuracy, automatic quantitative framing system, low degree of informatization, and many manual links

Active Publication Date: 2013-11-20
YUNNAN KUNMING SHIPBUILDING DESIGN & RESEARCH INSTITUTE +1
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Problems solved by technology

However, the current quantitative framing system in the pretreatment section of the threshing and redrying line in the tobacco industry cannot realize quantitative framing and mixed framing of the leaf base and non-leaf base parts at the same time, and the quantitative framing system is automated and informatized. The accuracy of the frame is not high, and there are too many manual participation links.

Method used

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  • Quantitative classification frame system of crude tobacco and frame technology of crude tobacco
  • Quantitative classification frame system of crude tobacco and frame technology of crude tobacco
  • Quantitative classification frame system of crude tobacco and frame technology of crude tobacco

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Embodiment Construction

[0018] The invention provides a method for the pretreatment section of the threshing and redrying line in the tobacco industry. The original tobacco after being cut by a two-way leaf-matching cutting and unbarring machine can realize the classification of the leaf base and the non-leaf base part, respectively, and quantitatively frame them. , and can carry out mixed quantitative framing of leaf base and non-leaf base, and can ensure a certain quantitative framing accuracy, a system with information tracking and management functions. The two-way leaf arranging, cutting, and unbonding machine of the present invention means that the feed is divided into two paths, but at the same time, it enters a leaf arranging, cutting, and untangling machine to cut and untie, and the output is divided into two paths, but finally merged into one path. Such as Figure 1 to Figure 7 As shown, the raw tobacco sorting and quantitative framing system of the present invention includes a two-way leaf-...

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Abstract

Disclosed are a quantitative classification frame system of original cigarettes and a frame technology of the crude tobacco. The quantitative classification frame system comprises a double-line leaf distributing, cutting and releasing machine, a first leaf base conveyor and a first non-leaf base conveyor, wherein the double-line leaf distributing, cutting and releasing machine is used for cutting off the original cigarettes and classifying the same into leaf bases and non-leaf bases, and the first leaf base conveyor and the first non-leaf base conveyor are contrary in conveying direction. By the quantitative classification frame system, both quantitative classification frame and quantitative mixed frame can be performed upon leaf base parts and non-leaf base parts.

Description

technical field [0001] The invention relates to the technical field of threshing and redrying in the tobacco industry, in particular to the technology of classifying and quantitatively framing the cut and unbroken raw tobacco in the pretreatment section of the threshing and redrying line. Background technique [0002] At present, with the domestic fine threshing and redrying process becoming more and more mature, new process requirements are put forward for the pretreatment section of the threshing and redrying line. Tobacco is divided into leaf-based and non-leaf-based parts. In order to facilitate the processing of subsequent processes, it is necessary to classify the leaf-base and non-leaf-base parts, quantitatively frame them separately or mix and quantitatively frame the leaf-base and non-leaf-base parts, and carry out information tracking and management on them. However, the current quantitative framing system in the pretreatment section of the threshing and redrying ...

Claims

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Application Information

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IPC IPC(8): B65G65/32B65G69/00A24B3/16
Inventor 张俊荣李艳华杨芳陆劲旭李大庆徐春梅李劲松赵威宇王晓燕
Owner YUNNAN KUNMING SHIPBUILDING DESIGN & RESEARCH INSTITUTE
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