Internet of Things based intelligent liquid sampler system and liquid sampling method

Abstract

The invention provides an Internet of Things based intelligent liquid sampler system and a liquid sampling method. The system comprises a plurality of intelligent liquid samplers, a plurality of moveable chip cards and a regional authorization configuration device, wherein the intelligent liquid samplers are used for driving and extruding a liquid draining nozzle of a disinfectant container; each of the moveable chip cards has a unique code data; the code data is read by the intelligent liquid samplers once the moveable chip cards enter into the card communication scope of the intelligent liquid samplers; if the intelligent liquid samplers receive the code signal and drive and extrude the liquid draining nozzle of the disinfectant container, a liquid sampled signal is generated; if the intelligent liquid samplers receive the code signal but does not drive and extrude the liquid draining nozzle of the disinfectant container, a liquid unsampled signal is generated; the liquid sampled signal and the liquid unsampled signal are sent to the corresponding moveable chip cards by the intelligent liquid samplers; the regional authorization configuration device is used for configuring a preset duration and sending the preset duration into the moveable chip cards; when the liquid unsampled signal is received by the moveable chip cards and the time exceeds the preset duration, the moveable chip cards can generate a warning signal and perform on-chip warning; when the liquid sampled signal is received, the moveable chip cards can eliminate the warning signal.

Description

technical field [0001] The invention relates to the technical field of the intelligent liquid extractor of the Internet of Things, in particular to an intelligent liquid extractor system of the Internet of Things and a liquid extraction method. Background technique [0002] In the medical field, medical workers need to use disinfectant to take liquid before entering the operation process. The disinfectant container used is generally a liquid nozzle squeeze type or a liquid nozzle open type disinfectant bottle. The traditional way of taking liquid requires medical staff to manually squeeze or open the disinfectant bottle, but it will pollute the disinfectant. Problems such as bottle discharge nozzles and cross-infection of germs lead to secondary pollution. [0003] At present, there is also a method of directly opening the bottle cap of the disinfectant solution by non-human hands. For example, the utility model patent "Medical Nursing Disinfection Bottle" with the publicat...

AI Technical Summary

Problems solved by technology

[0004] Even so, there are still defects in the current prosecution of disinfectant containers: there may be medical staff, pharmaceutical staff, food processing staff, etc. who are too lazy to wash their hands or forget to wash their hands. However, the existing liquid-taking devices cannot solve this problem. For For surgery, food, and medicine, there are greater safety hazards

[0005] In addition, there are counterfeit and shoddy products in disinfectant; disinfectant has a certain shelf life, and there is a possibility that it will be used after it expires without being noticed

The use of the above two disinfectants cannot achieve the effect of disinfection and sterilization, and the same safety hazard is greater

In addition, there is a serious problem of wasting disinfectant

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