Plastic packaging material detection system constructed based on network technology

Abstract

The invention relates to a plastic packaging material detection system constructed based on a network technology. The system comprises a sample information acquisition unit, a sample detection unit, a storage unit and terminal equipment, wherein, the sample information acquisition unit acquires sample information and then transfers the sample information to the sample detection unit via a network; the sample detection unit completes testing samples, summarizes the sample information and detection data and then sends the summarized information to the storage unit via the network; the terminal equipment is connected with the storage unit via the network; and the sample information acquisition unit, the sample detection unit, the storage unit and the terminal equipment are provided with an independent data sending device and an independent data receiving device respectively. The detection system can complete transferring the sample information and test data via the network without manualoperation, thus greatly improving the automation degree of data transfer and fully ensuring the accuracy of the data and sample information, while the time consumption can almost be negligible; and meanwhile an energy monitoring device is additionally arranged to a detection device, thus realizing energy monitoring and management of single equipment and the whole detection system.

Description

technical field [0001] The invention relates to a plastic packaging material detection system constructed based on network technology and having information collection and sending capabilities constructed by using network technology. Background technique [0002] With the continuous improvement of the level of science and technology, the society's quality requirements for commodity packaging and the cost performance and environmental protection performance of packaging materials are constantly increasing. The production and development of packaging materials are gradually moving towards lighter, thinner, more convenient and more economical directions. develop. Therefore, in order to ensure the stability of the actual packaging effect, it is necessary to increase the testing items of packaging materials, and the use of functional packaging materials has further increased the scope of routine testing items for packaging materials. For example, for packaging materials that we ...

AI Technical Summary

Problems solved by technology

However, it is currently easy to monitor the overall energy usage of the laboratory, but it is difficult to monitor the energy usage of each device individually

[0004] It can be seen that for the current plastic packaging material detection system, the low degree of automation of data transmission, poor accuracy, long time consumption, and lack of equipment energy monitoring have become the main problems affecting the healthy development and use of the detection system.

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