Intelligent liquid soap supply system

Abstract

The invention provides an intelligent liquid soap supply system. The intelligent liquid soap supply system is used for storing and providing liquid soap, detecting a parameter, presenting the residueamount of the liquid soap, in sewage and judging the hand washing progress and / or controlling the hand washing process according to the magnitude and / or dynamic change of the parameter. The system comprises a liquid soap supply and control device and a liquid soap residue detection device. The liquid soap residue detection device is used for detecting the parameter, presenting the residue amount of the liquid soap, in the sewage; the liquid soap supply and control device is used for storing and providing the liquid soap and judging the hand washing progress and / or controlling the hand washingprocess according to the magnitude and / or dynamic change of the parameter, presenting the residue amount of the liquid soap, detected by the liquid soap residue detection device. According to a bolt fastening maintenance system and method, through the liquid soap residue detection device, the liquid soap residue amount in the sewage after cleaning is detected in real time, the hand washing progress can be precisely determined in real time, and more intelligent and convenient service such as following drying is provided.

Description

technical field [0001] The invention relates to the field of sanitary ware, in particular to an intelligent soap liquid supply system. Background technique [0002] Various pathogenic bacteria and viruses are distributed in nature. The hand is the part with the largest range of human activities, and it is in close contact with nature all the time. Every time your hands touch an object, you will be exposed to many bacteria and viruses. According to a research team at the University of Colorado Boulder, each person has about 150 species of bacteria on each hand. Another study shows that unclean hands are very easy to breed bacteria, and there are up to 800,000 bacteria on a pair of unwashed hands. Therefore, bacteria without washing hands can easily spread, induce and infect multiple diseases, and pose a threat to the health of individuals and families. [0003] However, there is no need to panic, as long as the correct hand washing method is used, such a huge number of ba...

AI Technical Summary

Problems solved by technology

Moreover, the hands of this system are very wet after cleaning, and it is still impossible to prevent users from wetting the ground and countertops.

The function of this system is too single, not universal, and unable to meet the different needs of different users. Forcing to stop the water at a fixed time may cause the user to not finish cleaning, and when the user uses the system again, he must use hand sanitizer , very troublesome, unable to provide more intelligent and convenient cleaning services

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