Tobacco bale leaf identity calibration method and tobacco bale leaf identity identification system

Abstract

The invention discloses a tobacco bale leaf identity calibration method and a tobacco bale leaf identity identification system. The calibration method comprises the steps of information collection, writing-in into electronic labels, placing into a tobacco bale and encapsulation. The identification system comprises a detection passage arranged on a path required to be passed by the tobacco bale, the electronic labels are arranged in the tobacco bale, two electronic label reading and writing antennas are respectively erected and arranged above the two sides of a detection passage inlet, the height from the antennas to the ground is 1.7 to 2.3m, the axial line of the antennas and the edge line of the detection passage form an included angle beta being 40 to 50 degrees in the horizontal direction, the center point axial line of the antennas and the horizontal plane form an included angle gamma being 40 to 50 degrees, the antennas are connected with the reading and writing device through connecting wires, and the reading and writing device is connected with a computer system through a data wire. When the carried tobacco bale marked with the tobacco leaf identity passes through the detection passage, the tobacco bale data can be fast, accurately and reliably identified and read, in addition, the environment pollution is reduced, and the cost is saved.

Description

technical field [0001] The invention relates to a tobacco bale identity calibration method and a cigarette bale identification system, which are used for data collection in various tobacco logistics links such as cigarette bale storage, transportation and transaction in the tobacco industry, and belong to the technical field of tobacco leaf logistics. Background technique [0002] Tobacco leaves are stored and flowed with cigarette packs as the basic unit in the logistics process. The characteristic indicators of cigarette packs are place of origin, grade, gross weight, net weight, inspector, packing date, packer, customer, and box code. During the entire life cycle, as long as the package is not unpacked, the characteristic data should be accompanied by the cigarette package; therefore, the characteristic data of the cigarette package will be formed after the characteristic index is assigned; the characteristic data can identify each package of tobacco leaves and indicate t...

AI Technical Summary

Problems solved by technology

This method requires the porters to orientate each pack of tobacco leaves, which increases the process links and greatly affects the handling efficiency. The actual operation is difficult due to the loss of cigarette packs

[0007] It can be seen from the above that the above-mentioned existing cigarette pack identification system obviously has defects in actual use and needs to be improved.

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