Internet of things system used in water purification device

Abstract

The invention relates to an internet of things system used in a water purification device. The internet of things system comprises a cloud server, a device terminal arranged on the water purificationdevice, and a client terminal for a client, wherein the device terminal comprises a purified water volume sensor, a sold water volume sensor, a heating controller, a water purifier detection module, an ozone sterilizing controller and a water using control module, the cloud server comprises an operation management module, an after-sale management module, a financial management module and a messagemanagement module, and the client terminal comprises a client module, a service provider module, a manager module, an operator module and a financial staff module. The internet of things system brings convenience to users, and enables the users to recharge and report the loss of the card at any time and any place; an investor can learn the background data more accurately and delivers an after-sale maintenance service conveniently; the user can report after-sale maintenance on the system, then the internet of things system dispatches staff according to the repair report condition, so that a problem of checking first and reporting repair then is solved; and the internet of things system can control the device remotely, so that the device can be maintained conveniently.

Description

technical field [0001] The invention belongs to the technical field of the Internet of Things, relates to an Internet of Things system, and in particular to an Internet of Things system applied to water purification equipment. Background technique [0002] At present, there are many types of water purifiers on the market, and each of them generally uses a credit card to get water. Card swiping requires a water card per person. When using the water card to get water, it is very inconvenient to go to the designated place and time to recharge after there is no charge in the water card. Moreover, you need to go to the designated place to report the loss in person. At the same time, when there is a problem with the water purifier itself, it is necessary to send someone to find out the problem before it can be repaired, which wastes manpower and material resources. Furthermore, the existing water purifiers can only be operated by a single machine, which cannot realize unified man...

AI Technical Summary

Problems solved by technology

Swiping the card requires a water card per person. When using the water card to get water, if there is no fee in the water card, you need to go to the designated place and time to recharge, which is very inconvenient, and you need to go to the designated place to report the loss in person

At the same time, when there is a problem with the water purifier itself, it is necessary to send someone to find out the problem before it can be repaired, which wastes manpower and material resources

Furthermore, the existing water purifiers can only be operated by a single machine, and it is impossible to realize the unified management of the network

The consumption data and machine operation data can only be counted by a single machine and then input into the computer to calculate the operation cost. In this way, the consumption data and machine operation data of each water purification equipment are opaque to investors and can only rely on the data of service providers

Moreover, some water purifiers cannot monitor the operating status of the machine in real time, and cannot be found in time after a fault occurs, and cannot realize Internet of Things payment such as WeChat

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