Intelligent drinking water integrating device and system

Abstract

The invention relates to an intelligent drinking water integrating device and system. The device comprises a frequency conversion control cabinet, a main water feeding valve, a front purifying device and an emergency water supplying and secondary pressurizing device, wherein the main water feeding valve is connected with a water inlet of the front purifying device through a pipeline; a water outlet of the front purifying device is connected with the emergency water supplying and secondary pressurizing device through the pipeline; the frequency conversion control cabinet is connected with the front purifying device and the emergency water supplying and secondary pressurizing device; the emergency water supplying and secondary pressurizing device is of three structures. The invention further relates to an intelligent drinking water integrating system. The system comprises the intelligent drinking water integrating device, a property monitoring cabinet, a head office central monitoring cabinet, a server, a user drinking water terminal detecting instrument and a user mobile terminal. With the adoption of the device and system, the quality of municipal water entering the main water feeding valve until reaching the consumption end of the user as well as the device operation condition can be monitored on real time, so that the water quality, safety and normal water supply of the device can be ensured; the acquired water quality information can be sent to the user, and thus the user can conveniently know the state of drinking water.

Description

technical field [0001] The invention relates to the field of water supply, in particular to an intelligent drinking water integrated device and system. Background technique [0002] At present, the secondary water supply of urban high-rise buildings is generally divided into high-level water supply (secondary pressurized water supply) and low-level municipal direct supply (generally 1-5 floors). However, there are several disadvantages in the existing water supply mode: [0003] 1. Tap water is transported from the water plant to various water supply districts for a long distance. Due to the corrosion of the water supply pipes, there will be water pollution such as more particulate impurities and high calcium and magnesium ion content in the tap water, which will affect the health of users. If you choose to buy barrels Installing pure water is expensive and the water quality is not guaranteed; if the way of purchasing water by swiping the card in the community is used, it is...

AI Technical Summary

Problems solved by technology

[0003] 1. Tap water is transported from the water plant to various water supply districts for a long distance. Due to the corrosion of the water supply pipes, there will be water pollution such as more particulate impurities and high calcium and magnesium ion content in the tap water, which will affect the health of users. If you choose to buy barrels Installing pure water is costly and the water quality is not guaranteed; if you use the method of swiping the card to buy water in the community, it is troublesome to use and the water quality cannot be guaranteed

[0004] 2. The control cabinet and the main water supply equipment in the pump room are located in the basement pump room. The personnel in the property duty room need to visit the pump room every day to know the operation status of the equipment. When the equipment is abnormal, it cannot be known in time and the repair time will be delayed.

[0005] 3. When the incoming water is unexpectedly cut off by the municipal government, the users in the low area will have no water available immediately. If the secondary water supply is provided by non-negative pressure equipment, the water in the high area will also be cut off immediately. For example, it is in the form of water tank frequency conversion water supply equipment. When the water is gone, we know that the water is also cut off. In the state of sudden water cutoff, it will bring great inconvenience to the user.

[0006] 4. When the water quality of the municipal water is abnormal and after the abnormality is eliminated, such as the sudden break of the pipeline and the emergency repair connection, the user cannot be informed of the water quality change in time

[0007] 5. End users drink water blindly. First, they don’t know whether the water they drink is polluted. Second, they don’t know whether the water they drink and their drinking habits are suitable for their physical constitution.

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