Yarn coil automatic marking method and system

Abstract

The invention discloses a yarn coil automatic marking method. The yarn coil automatic marking method comprises the following steps: yarn coils are placed on trays by using a transfer module; the appearance, heights and Tex indexes of the yarn coils are detected by using a detecting module; the yarn coils are weighed by using a weighing module, and yarn coil information, detecting results and weighing results are bound with corresponding tray information and sent to a server; the tray information is obtained through a marking module, and is sent to the server; the server obtains the yarn coil information, detecting results and weighing results bound with the tray information, and generates coding information; a marking CPU receives and prints the coding information to generate yarn coil labels for labeling; a code reading module reads the bonded yarn coil labels to judge the yarn coil label printing and labeling quality; and when unqualification is judged, the abnormal alarm is given. The invention further provides a yarn coil automatic marking system. The problem of influence on the production efficiency and the economical benefit by low manual marking efficiency, weak marking quality and easy generation of errors in marking of multiple types of yarn coils is solved.

Description

technical field [0001] The invention relates to the technical field of glass fiber marking, in particular to an automatic marking method and system for yarn rolls. Background technique [0002] In the current production process of fiber inspection and packaging process, it is necessary to distinguish yarn rolls according to the requirements of different customers or different varieties and specifications. There are many types of yarn roll information, such as pallet information, yarn roll weight, yarn roll position, Yarn car information, etc. The existing method adopts manual marking one by one, and the marking labels are pasted on the appropriate position of each yarn roll one by one. This process involves many operating links and personnel, and consumes a lot of manpower and material resources. Moreover, the efficiency of manual marking is relatively low, and the marking quality is poor. Marking for many types of yarn rolls is prone to errors, which seriously affects prod...

AI Technical Summary

Problems solved by technology

[0003] In order to overcome the problems of low manual marking efficiency, poor quality, and error-prone marking of multi-type yarn rolls, the present invention provides an automatic marking method for yarn rolls. The specific steps include:

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