Waste information collection system and device with two-dimensional code identification function

Abstract

The invention discloses a waste information collection system and device with a two-dimensional code identification function. The system comprises a main control module, a communication module, a weight information collection module, a two-dimensional code label scanning module, a two-dimensional code label output module and a power module which are integrated on a main board, wherein the main control module is used for receiving the weight information of the weight information collection module, receiving a two-dimensional code for identifying an identity label and sending the two-dimensionalcode to a server for identity authorization authentication, and sending a two-dimensional code printing instruction to the server and receiving a two-dimensional code label generated by the server after the identity authorization authentication is passed. According to the invention, it is ensured that the identity of a medical waste handover worker has collection and handover permission, it is ensured that a person in charge can be traced conveniently when problems occur in the medical waste circulation process, two-dimensional code scanning and two-dimensional code generation are integrated,additional printer generation and printing equipment are not needed to be introduced, and the size of the whole collection device is reduced.

Description

technical field [0001] The invention relates to the field of medical waste management, in particular to a waste information collection system and device with a two-dimensional code identification function. Background technique [0002] The main function of medical waste (hereinafter referred to as medical waste) data collection is to conduct comprehensive information registration on medical waste, and to identify medical waste data through medical waste labels. Existing medical waste data is usually collected manually. Medical waste bags are gooseneck-packed, and hook-type spring scales are used to obtain weight data. Then, the type of medical waste is manually identified. The data is manually filled in on the medical waste label, and the data is recorded by manually filling in the medical waste transfer form during the handover and warehousing stages of medical waste. [0003] The main process nodes of the existing medical waste collection are: medical waste packaging, med...

AI Technical Summary

Problems solved by technology

[0003] The main process nodes of the existing medical waste collection are: medical waste packaging, medical waste handover, medical waste storage and medical waste discharge. Weighing will increase the workload of personnel. At the same time, the deviation of the weighing data of the hook-type spring scale is relatively large, which is likely to cause the following adverse consequences: when the deviation of the weighing data is large, medical waste is often lost, but it cannot be found, such as During the internal circulation process, the weights of the handover node and the storage node are inconsistent. In this case, once there is a loss of medical waste, it may cause cross-infection in the hospital, and the inconsistency of the data at the front and rear nodes may also cause data deviations, which will lead to inability to trace back the source data. Verification will eventually lead to inconsistencies in the internal management data of the hospital, disrupting the misalignment of the hospital's internal general affairs and infection department management data

[0004] To sum up, the existing medical waste management mode limits the quality of medical waste management within the hospital, and a large amount of manual operation is invested in the process, which easily leads to an increase in the error rate, making the error rate of medical waste management remain high. Increased hospital labor costs

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