Abstract
At present, the epidemic situation of COVID-19 is raging rampantly in the whole world, affecting the hearts of billions of people. The new coronavirus has been detected in many foods and agricultural products. At the same time, vaccines and medicines to prevent or treat COVID-19 are also stepping up research and development and gradually put into use. The quality and safety of foods, medicines, and agricultural products are directly related to the lives and health of people. There are many potential dangers and hidden risks of accidents in the production, sale, and transportation of dangerous goods and special equipment. Therefore, it is necessary to effectively monitor and record the workflow of the above productions or goods. In this paper, we developed an important product traceability public service cloud platform (IPTPSCP) based on batch identification and record keeping with International Two-Dimensional Code Object Identifier System (IDcode) coding rules. Through a case study of the tea factory that produces and sells Xinyang Maojian tea, a test and implementation of IPTPSCP was shown by designing a colorful QR code to prevent the traceability information from being forged in batches. Judging from the overall effect of the practical application of more than a dozen settled enterprises, IPTPSCP has improved the efficiency of data collection and monitoring by about 13%. The results show that the IPTPSCP can be considered as an effective tool to guarantee the quality and safety of products. Besides, since it is not required for the enterprise to invest much money and manpower to develop software, IPTPSCP reduces the cost of implementing product traceability by about 36%.
Highlights
In the current global market, product quality has increasingly become an important factor influencing the customers’ purchase intention
The coding systems or coding rules currently adopted in various traceability systems are different, and a unified standard has not yet been formed, which is not conducive to information sharing and dissemination. erefore, it is of considerable significance for both academia and industry to explore and develop an important product traceability public service cloud platform (IPTPSCP) with the most widely used coding and identification standards in the world
E system test and experiment evaluation proved itself as an effective production quality management tool that leads to a flexible setting of various production workflow monitoring and recording
Summary
In the current global market, product quality has increasingly become an important factor influencing the customers’ purchase intention. It is clear that the publication and implementation of the six national standards will effectively improve the standardization of the construction and management of important product traceability systems. Is paper aims to establish an important product traceability public service cloud platform (IPTPSCP) by combining IDcode coding rules and colorful QR code technology applications. (1) Using the IDcode coding system, a public service platform for traceability of important products based on the cloud computing model is developed. It can flexibly customize the process and granularity of product traceability for different products and different user needs, which reduces the cost of platform development and improves the application efficiency of the platform.
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