Claims:WE CLAIM:
1) A water control system based on IoT to maintain quality comprising of;
a. data gathering layer;
b. data analysis and Control layer;
c. Operating through sensor collection, and pass through IoT and transferred to data gathering layer.
2)The water control system based on IoT to maintain quality as claimed in claim 1, wherein the said system is with water equipment includes one or more in water dispenser, water heater, tap. water quality sensor is installed.
3) The water control system based on IoT to maintain quality as claimed in claim 1, wherein the said system with water quality sensor is used for detection includes that pH value, ORP, fluorescence method are molten on water dispenser Solution oxygen oxygen concentration, conductance, salinity, temperature.
4) The water control system based on IoT to maintain quality as claimed in claim 1, wherein the said system with Temperature Humidity Sensor, Temperature Humidity Sensor is used for water temperature detection, pressure, consumption Parameter, and it is provided with low water level, low hydraulic pressure warning function.
5) The water control system based on IoT to maintain quality as claimed in claim 1, wherein the said system is with water sensor is installed on tap.
, Description:FIELD OF THE INVENTION:
The present invention relates to water management techniques. The present invention more particularly relates to a kind of that water control system based on IoT.
BACKGROUND OF THE INVENTION:
It is well known that drinking water and family other use water, live a requisite part as everyone, increasingly. It is subject to people's attention more. Today's society, in all kinds of scientific and technical high speed developments for improving people's life, improving quality of the life. On the premise of, people increasingly focus on health and easily life style And in the middle of existing domestic water, the problem for existing is relatively more, mainly including it is following some:
1) household drinking water mostly is filter water or outsourcing bottled water, has no the inspection machine of specialty, is deposited safely with water quality. It is larger to healthy threat than larger risk.
2) mostly by manually control, (wash water etc. is directly entered by switching tap for the control of domestic water Row control), waste time and energy, not enough intelligently, easy.
3) cannot Intelligent statistical water consumption with the data such as water time, easily there is the situation of water resource waste.
The subproblem that above-mentioned simply current domestic water is present, needs badly by state-of-the-art technology to solve the above problems. At present, such technology is also related in document disclosed in Chinese patent.
Above-mentioned each art solutions, though respectively there is its advantage, each art solutions are a certain of solution water Aspect problem, its function is more single, and in the daily water consumption of people, the purposes for being related to water is very more, prior art but without Method integral type is solved. With the development in epoch, the progress of science and technology, health is easily lived, outstanding intelligent household, increasingly into For the target that people pursue.
water has become a big issue because of less rain fall, increase in population many cities are facing this problem people have to suffer from this problem they don’t have sufficient amount for their daily needs. Due to lack of monitoring water can’t be supplied properly, some areas in city get water while other some areas can’t so, there is a need of continuous monitoring, water supply scheduling and proper distribution another problems are excessive consumption, overflow of tanks, leakage in pipeline, interrupted water supply. Water is a basic need of every human being everyone has to save the water many times with lack of monitoring, overflow of these overhead tanks can occur because of this lots of water get wasted, another thing because of overflow in the pipelines with more pressure there is possibility of pipeline damage, leakage detection is one more problem all these problems are because of lack of monitoring, manual work, less man power.
So there is a need for a water control system based on IoT technologies to maintain quality make in real time monitoring with control, to guarantee the quality of drinking water, enable users to trust, safely use. The system carries out function by calculating the water yield of daily water consumption, with water time etc and a low cost embedded system for real time monitoring of water distribution in Internet of things (IOT) platform. The present invention have both saved water resource, reduce again Family's expense, facilitates life, meets the demand of Modern Live.
OBJECTS OF THE INVENTION:
The main object of the present invention is to guarantee the quality of drinking water, enable users to trust, safely use and to provide a low cost embedded system for real time monitoring of water distribution.
Another object of the present invention is to carry out function by calculating the water yield of daily water consumption, with water time etc.
Yet another object of the present invention is to save water resource, reduce again Family's expense, facilitates life and meets the demand of Modern Live.
SUMMARY OF THE INVENTION:
Accordingly, a water control system based on IoT technologies to maintain quality is disclosed. A water control system based on IoT to maintain quality comprising of; data gathering layer; data analysis and Control layer; Operating through sensor collection, and pass through IoT and transferred to data gathering layer (database of the website).
DESCRIPTION OF THE DRAWINGS:
Fig 1 is the flowchart for the water control system based on IoT technologies to maintain quality.
DETAILED DESCRIPTION OF THE INVENTION WITH RESPECT TO DRAWINGS:
The present invention provides guarantee to the quality of drinking water, enable users to trust, safely use. The present invention carries out function by calculating the water yield of daily water consumption, with water time etc and to save water resource, reduce again Family's expense, facilitates life and meets the demand of Modern Live. The present invention is a low cost embedded system for real time monitoring of water distribution.
The present invention provides an Efficiency increase: water powers that be organizations and associations can act with regard to real-time operational approach and account sensors and actuators to respond and enhance water management architecture, making them more practicable by minimizing energy costs, handling costs and human involvement. Cost savings: water powers that be organizations and users can gain from improved asset operation by reduction cost. Asset utilization: companies can easily locate assets and run preventive assistance on troublesome pieces of common people and accessories by practicable tracking of assets. Productivity increase: IoT has the capacity to do process knowledge, resource stability, and utility lead depletion globally and it further allows real-time approach and new business models. it balances executed vs. accessible skills and improving effort efficiency. Expansion of new and existing enrollment models: IOT is convenient in whole of the three defined layers. In the subsystem enclose, IOT subsystems influence via standard package interface and accomplished to observe processes in the coordination enclose, it designs beautiful coordination applications by permitting SME'S. in the management and malfeasance layer, IOT identification capabilities roll over to issue altered wrinkle services for an at variance water distribution join community. As we explained once, IoT stake, Internet angle, capacity orientation, and development orientation pillars. We couple these pillars by all of the strength of objects to (i) be identifiable , (ii) communicate and (iii) to unite, in turn among themselves, fabricating networks of interlinked objects, or by all of end-users or various entities in the network. The exposed MEGA ideal includes these properties: Internet-oriented: The three layers are communicated by all of two World Wide Web interfaces allowing the definition of a flexible and scalable communication course of action for situated the larger subsystems that are incom
In one embodiment, a kind of use water control system based on NB-IoT, including data gathering layer, analysis and Control layer. Its application is operated to water equipment, the corresponding parameter of sensor collection, and pass through NB-IoT is transferred to data gathering layer. The Data gathering layer collects the data that operation application layer is transmitted to, and is uploaded to analysis and Control layer. Analysis and Control layer is analyzed process to data, and provides corresponding operation process.
Preferably, water equipment includes one or more in water dispenser, water heater, tap. water quality sensor is installed, water quality sensor is used for detection includes that pH value, ORP, fluorescence method are molten on water dispenser Solution oxygen oxygen concentration, conductance, salinity, temperature.
Preferably, install on water heater and include Temperature Humidity Sensor, Temperature Humidity Sensor is used for water temperature detection, pressure, consumption Parameter, and it is provided with low water level, low hydraulic pressure warning function.
Preferably, water sensor is installed on tap.
Preferably, data gathering layer includes one or more in PC, smart mobile phone.
Preferably, analysis and Control layer realized by described PC and/or smart mobile phone, by the control software of PC Or the APP of smart mobile phone is analyzed process to data. data gathering layer also includes Cloud Server, and described PC or smart mobile phone is simultaneously uploaded to data Cloud Server. analysis and Control layer collects the Cloud Server also including the high in the clouds data statistics function of Cloud Server Data be analyzed process.
Preferably, high in the clouds data statistics is write based on Python.
Preferably, analysis and Control layer include place an order automatically, APP inquiry with control function operation in one or more.
The present invention provides many clear advantages such as narrow frequency, low-power consumption, wide coverage, low time delay, holding equipment enormous amounts. The present invention It is based on currently domestic booming IoT (arrowband Internet of Things) technology, one kind water control system of proposition, It goes for family, hotel, office space etc..
The present invention is based on IoT (arrowband Internet of Things) this technology, indispensable with average family, hotel, office space etc. Water dispenser, water heater, PC (PC), smart mobile phone are basic module, and corresponding interactive terminal of arranging in pairs or groups respectively is realized daily With the Based Intelligent Control of water such that it is able to realize energy-conservation, health, easily use water purpose.
In another embodiment, A water control system based on IoT to maintain quality comprising of; data gathering layer; data analysis and Control layer; Operating through sensor collection, and pass through IoT and transferred to data gathering layer (database of the website).