Intelligent electronic counting system and method applied to pre-sewing processes

Abstract

The invention discloses an intelligent electronic counting system and method applied to pre-sewing processes. The system comprises a server, information acquisition and release terminals and an access terminal used for accessing to a server; both the access terminal and the information acquisition and release terminals are in communication connection with the server; the server acquires identity information, quantity information and instruction codes of employees from the information acquisition and release terminals and executes data recording operation and data feedback operation by identifying the instruction codes; the data recording operation refers to storing identity information of one employee, quantity information inputted by the employee, material information to be processed by the employee and process information corresponding to the material information in a database in a recording manner; the access terminal is used for accessing to the database in the server so as to view the recorded information. The intelligent electronic counting system and method applied to the pre-sewing processes is high in counting efficiency and far superior to a traditional manual counting mode by adopting an electronic counting mode.

Description

technical field [0001] The invention relates to an intelligent electronic counting system and method used in the pre-sewing process. Background technique [0002] The garment industry includes the sewing process and the pre-sewing process. In the sewing process, the use of a mature electronic work ticket system can well solve the counting problem. The electronic work ticket system, RFID EPRS (Electronic Productive Recording System), is a system that uses electronic RFID cards to replace barcode paper and uses electronic radio frequency identification technology for production counting. Electronic work tickets use RFID radio frequency induction cards instead of traditional paper barcode work tickets to collect production process data in real time, helping enterprises to obtain real-time production progress, employee production output, material processing flow information, quality information, etc., according to on-site analysis Make scheduling and adjustments in time based o...

AI Technical Summary

Problems solved by technology

[0013] There are many subdivisions in the pre-sewing process. If a unique material label is added to each material in each process, the operation is extremely cumbersome, such as pad printing the front piece (the material on the front side of the garment) \ the back piece (the material on the back side of the garment) Clothing material) \ collar embroidery requires 3 different id material labels, which increases the workload of issuing labels, swiping cards and recycling labels, and also increases the cost of the label itself

[0014] In view of the above reasons, manual counting is generally used for counting management in the pre-sewing process. This method is inefficient and cannot perform real-time and rapid statistics on the counts of each process and each material, which has become the biggest bottleneck in the entire garment production process. Sewing Pre-process counting is also a big problem to be solved in this field

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