Grading and quantitative taking method for shared direct drinking mineral water machine

Abstract

The invention discloses a grading and quantitative taking method for a shared direct drinking mineral water machine and belongs to the technical field of shared drinking water. The grading and quantitative taking method for a shared direct drinking mineral water machine comprises the following steps: firstly, a required water type is selected on a shared direct drinking mineral water machine through a palm vein payment system; after selection, an automatic cup falling device is used for ejecting a disposable water cup with a bidirectional quantitative cup sleeve into a water selling room, thebidirectional quantitative cup sleeve is used, so that consumers do not need to pay attention to the water taking process while taking water on the shared direct drinking mineral water machine, the quantitative water taking effect can be achieved, the situation that the water taking amount overflows the water cup is greatly reduced, and the waste of the water resource is effectively controlled; meanwhile, magnetizing balls and millimeter wave radars are used, so that the shared direct drinking mineral water machine can achieve the grading water taking effect, and the users can select to take magnetized water or common filtered water according to needs.

Description

technical field [0001] The invention relates to the technical field of shared drinking water, and more specifically, relates to a method for grading and quantitatively taking mineral water for shared direct drinking. Background technique [0002] At present, the problem of safe drinking water has not been solved in densely populated places. In real life, people usually use water dispensers with cartridges for bottled water. This common water dispenser cannot establish an accurate relationship between the water output and the price. If it is used for commercial purposes, it needs to be supervised by a special person, so it is difficult to be widely used in drinking water in public places. Therefore be badly in need of a kind of present making and selling that can realize direct drinking water at present, can produce clean up to standard drinking water rapidly, facilitate the public water dispenser that consumer buys independently. [0003] The shared direct drinking mineral...

AI Technical Summary

Problems solved by technology

[0004] In the process of getting water from shared direct drinking mineral water machines, there are generally two ways to get water. The first is to pay first, and then receive the corresponding amount of water. However, this way of getting water cannot intuitively see the water volume, which is easy The other is to fetch water first, and then calculate the payable price according to the amount of water fetched. This method of water fetching is not easy to control the amount of water, and people need to pay attention to the water fetching process all the time, otherwise it is very easy to cause the amount of water received. Too much overflows the water cup, causing a waste of water resources, and too much water is collected, and there is a situation where it cannot be drunk and discarded, resulting in a large waste of water resources. For the existing shared direct drinking mineral water machines, people only Hot or cold water can be selected, and water intake cannot be graded according to different groups of people

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