CN205485536U - Running water thing networking management system based on internet - Google Patents

Running water thing networking management system based on internet Download PDF

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Publication number
CN205485536U
CN205485536U CN201620280935.4U CN201620280935U CN205485536U CN 205485536 U CN205485536 U CN 205485536U CN 201620280935 U CN201620280935 U CN 201620280935U CN 205485536 U CN205485536 U CN 205485536U
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China
Prior art keywords
water
unit
internet
monitoring unit
valve
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CN201620280935.4U
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Chinese (zh)
Inventor
蒋晓阳
翟计红
薛林海
马敏杰
吴国华
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China Railway Design Corp
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China Railway Third Survey and Design Institute Group Ltd
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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02BCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B10/00Integration of renewable energy sources in buildings
    • Y02B10/50Hydropower in dwellings

Abstract

The utility model discloses a running water thing networking management system based on internet, including hydroelectric power generation system, automatic control valve, multi -functional teletransmission water gauge system and internet application system, the hydroelectric power generation system comprises miniature hydroelectric power generation machine, rectifier, battery and dc -to -ac converter, multi -functional teletransmission water gauge system comprises water yield monitor cell, water pressure monitor cell, quality of water monitor cell, valve automatic control unit and wireless communication unit, internet application system comprises online payment unit, data query unit, statistical analysis unit, remote monitoring unit, water early warning unit and information communication unit. The utility model discloses utilize that the water conservancy kinetic energy more than needed of rivers carries out hydroelectric power generation among the water supply line, for multi -functional teletransmission water gauge system and the domestic electric energy of supplying with of user, realize the on -line monitoring of the water yield, water pressure, quality of water to and zero among valve automatic control and the wireless communication consume, realizes automated control, is favorable to improving water supply security and convenience, makes water management integration ization, intellectuality, suitable water intelligent terminal facility in networking as the urban water supply thing.

Description

Running water management system for internet of things based on internet
Technical field
The utility model relates to water resource management system.
Background technology
When public supply mains system designs, its water supply least favorable point is often in the distance farthest of water factory or physical features Eminence, for ensureing that at least favorable point, the hydraulic pressure of user, the water yield meet national regulation requirement, when municipal water supply pressure is unsatisfactory for requirement Often need to carry out second pressure water supply, thus building water supply be often divided into municipal administration pressure direct-furnish feedwater, second pressure water supply and the two Combine three kinds of forms of water supply, confession hydraulic pressure when user's hydraulic pressure meets water supply requirement at least favorable point, at other domestic consumers Power just has a surplus capacity in various degree, and the registering one's residence of low layer user in and second pressure water supply relatively low near water factory, physical features Pressure even can use, much larger than pressure of supply water needed for it, the pressure-reducing valve that the loss of flood peak is the biggest in existing a lot of skyscrapers Prevent the excessive pipeline caused of pressure and annex from leaking, damage and the adverse effect such as low layer outflow is big, noise, cause The waste of the energy.
In public supply mains system, for a long time, the monitoring of hydraulic pressure is often specific according to city by water sector Pressure tap is monitored, and this pressure monitoring mode is suitable only for urban area property water pressure monitoring on a large scale, it is difficult to cover Particular user, when the hydraulic pressure of user causes deficiency or the abnormal conditions such as hydraulic pressure is excessive for some reason, its hydraulic pressure information tends not to One time fed back to water sector and user itself, and then was just commonly using water to user to make troubles, even cause water resource waste, Affect pipe network water supply security problems;When city occurs water contamination accident, usually there is hysteresis quality in user on information is known, because of This most easily drinks the running water at pollution initial stage, during simultaneously because water pollution occurs, even if final pollution entering the water head is controlled Reason, but in pipe network still can residual contaminants, therefore reuse need before by pipe network remaining polluted water emptying after can Use, but user to be difficult to oneself water quality of intuitive judgment the safest, up to standard.
Current domestic main flow intellectual water meter mainly has photoelectric direct-reading meter, camera shooting type direct-reading gage, work formula pulse table, IC card type (pre-payment) water meter and radio remote transmitting water meter, water meter is as the connection terminal between water sector and user, at internet and thing Under the background of networking technology high speed development, its major function still is limited to monitor user's water yield at present.At existing water affairs management In system, user is difficult to its water consumption of real-time query, hydraulic pressure and water quality information easily, systematically analyze self watering law with Be easy to form custom of preferably economizing on water, it is more difficult to the water yield, water quality, hydraulic pressure occur bigger abnormal time the most remotely close register one's residence to Waterpipe valve, in order to Inspection and maintenance water supply system in time, thus avoid water resource waste and improve water supply security.
Utility model content
The deficiency existed for existing city water-supply pipe network system and user's water utilities monitoring technology, the utility model provides one Plant utilization and make full use of running water kinetic hydraulic energy, real time on-line monitoring user's hydraulic pressure, water quality and the water yield, preferably utilize internet Realize remote automation control with technology of Internet of things, save the energy, advanced technology, practicality higher based on internet from Water management system for internet of things.
For solving technical problem present in known technology, the technical scheme that the utility model is used is as follows:
A kind of running water management system for internet of things based on internet, it is characterised in that: include hydroelectric power system, automatic control Valve, multi-functional remote transmitting water meter system and Internet application system, hydroelectric power system, Self controlling valve and multi-functional remote transmitting water meter System is installed successively along feedwater piping water (flow) direction.
Described hydroelectric power system is made up of minisize hydroelectric generator, rectifier, battery and inverter, described multi-functional Remote transmitting water meter system is by water quantity monitoring unit, water pressure monitoring unit, water quality monitoring unit, valve Automatic Control Unit and wireless telecommunications list Unit composition, described Self controlling valve is electrically operated valve, described Internet application system by on-line payment unit, data query unit, Statistical analysis unit, remote monitoring unit, use water prewarning unit and information communication unit composition.
The minisize hydroelectric generator of described hydroelectric power system is arranged on feedwater piping, minisize hydroelectric generator, rectification Device, battery connect successively, battery respectively with water quantity monitoring unit in multi-functional remote transmitting water meter system, water pressure monitoring unit, DC load in water quality monitoring unit, valve Automatic Control Unit, radio communication unit and user's life connects;Described battery with Inverter is connected and is followed by the AC load to user.
Water quantity monitoring unit in described multi-functional remote transmitting water meter system, water pressure monitoring unit, water quality monitoring unit, valve Automatic Control Unit is all connected with radio communication unit, and valve Automatic Control Unit is connected with Self controlling valve.
On-line payment unit, data query unit, statistical analysis unit in described Internet application system, remotely monitor Unit, use water prewarning unit are all connected with information communication unit.
Described multi-functional remote transmitting water meter utilizes its radio communication unit, by wireless network with Internet application system even Connect;Described Internet application system is connected with Cloud Server and user respectively by its information communication unit.
Native system also includes stand-by power supply, described stand-by power supply respectively with water quantity monitoring unit, water pressure monitoring unit, water quality Monitoring means, valve Automatic Control Unit, radio communication unit connect.
During running water management system for internet of things based on the internet application that the utility model relates to, hydroelectric power system, Self controlling valve and multi-functional remote transmitting water meter system are installed along feedwater piping water (flow) direction successively, and first running water enters through feedwater piping Enter the minisize hydroelectric generator in hydroelectric power system, on the premise of ensureing that user's hydraulic pressure meets water supply requirement, miniature hydraulic Generator utilizes the kinetic energy more than needed of running water to carry out hydroelectric generation, and the alternating current of generation is passed through rectifier by minisize hydroelectric generator It is stored in battery after being processed as direct current.Battery is respectively water quantity monitoring unit, water in multi-functional remote transmitting water meter system DC load in pressure monitoring means, water quality monitoring unit, valve Automatic Control Unit, radio communication unit and user's life provides electricity Energy;Meanwhile, battery also connects with inverter, is alternating current by inverter by DC conversion, the AC in living for user Load supply of electrical energy.When current pass through Self controlling valve through multi-functional remote transmitting water meter system, its water yield, hydraulic pressure and water quality information All can respectively by the water quantity monitoring unit in multi-functional remote transmitting water meter system, water pressure monitoring unit and water quality monitoring unit institute in real time Monitoring, valve control unit connects with Self controlling valve and controls it and opens and closes.
Water quantity monitoring unit, water pressure monitoring unit and water quality monitoring unit in multi-functional remote transmitting water meter system are monitored Information is transferred to radio communication unit, and by radio communication unit, by wireless network, monitoring information is transferred to the Internet, applications System.Self can be carried out by water number evidence by user by the statistical analysis unit in Internet application system and data query unit Statistical analysis and real-time query;Realize remote online by on-line payment unit and pay water rate;When remote monitoring unit monitors When the water yield of user, hydraulic pressure and water quality occur abnormal, early warning information can be informed user in time and remind it by water prewarning unit Checking water supply system, user on-the-spot can be closed valve and be checked its water supply system, or utilizes remote monitoring unit to control multifunctional watermeter Valve Automatic Control Unit in system implements valve pass valve and unlatching;Internet application system in real time will be from multi-functional remote transmitting water meter system The information that system obtains is delivered in Cloud Server storage by information communication unit;User can be checked by Internet application system Information in Cloud Server.
When the kinetic energy deficiency more than needed of running water, starting stand-by power supply is water quantity monitoring list in multi-functional remote transmitting water meter system Unit, water pressure monitoring unit, water quality monitoring unit, valve Automatic Control Unit, radio communication unit supply of electrical energy.
The utility model has the advantage that with good effect: makes full use of the waterpower more than needed of current in water supply pipe and moves Can generate electricity, while multi-functional remote transmitting water meter system and user household supply of electrical energy, it is achieved the water yield, hydraulic pressure, water quality Zero consumption in on-line monitoring, and valve automatic control and wireless telecommunications, is that one can preferably utilize internet and Internet of Things skill Art realizes using water terminal in remote automatic control, energy-saving and emission-reduction, high efficient and reliable, eco-friendly city water Internet of Things.
Accompanying drawing explanation
Fig. 1 is the structural representation of running water management system for internet of things based on internet described in the utility model.
Description of symbols in figure:
1, hydroelectric power system 2, multi-functional remote transmitting water meter system
3, minisize hydroelectric generator 4, water quantity monitoring unit
5, water pressure monitoring unit 6, feedwater piping
7, rectifier 8, Self controlling valve
9, water quality monitoring unit 10, inverter
11, battery 12, valve Automatic Control Unit
13, AC load 14, DC load
15, radio communication unit 16, stand-by power supply
17, Internet application system 18, on-line payment unit
19, wireless network 20, data query unit
21, statistical query unit 22, Cloud Server
23, remote monitoring unit 24, use water prewarning unit
25, user 26, information communication unit
Detailed description of the invention
For content of the present utility model, feature and effect can be further appreciated that, in conjunction with accompanying drawing to technology of the present utility model Scheme is described further:
The running water management system for internet of things based on internet that the utility model relates to include hydroelectric power system 1, from Control valve 8, multi-functional remote transmitting water meter system 2 and Internet application system 17, hydroelectric power system 1, Self controlling valve 8 and multi-functional Remote transmitting water meter system 2 is installed successively along feedwater piping 6 water (flow) direction.Described hydroelectric power system 1 by minisize hydroelectric generator 3, Rectifier 7, battery 11 and inverter 10 form, and described Self controlling valve 8 is motor-driven valve, described multi-functional remote transmitting water meter system 2 By water quantity monitoring unit 4, water pressure monitoring unit 5, water quality monitoring unit 9, valve Automatic Control Unit 12 and radio communication unit 15 groups Becoming, described Internet application system is by on-line payment unit 18, data query unit 20, statistical analysis unit 21, remotely monitor Unit 23, form with water prewarning unit 24 and information communication unit 26.
The minisize hydroelectric generator 3 of described hydroelectric power system 1 is arranged on feedwater piping 6, minisize hydroelectric generator 3, rectifier 7, battery 11 connect successively, battery 11 respectively with water quantity monitoring unit 4 in multi-functional remote transmitting water meter system 2, DC in water pressure monitoring unit 5, water quality monitoring unit 9, valve Automatic Control Unit 12, radio communication unit 15 and user 25 life Load 14 connects;Described battery 11 is connected with inverter 10 and is followed by the AC load 13 to user 25.
Water quantity monitoring unit 4 in described multi-functional remote transmitting water meter system 2, water pressure monitoring unit 5, water quality monitoring unit 9, Valve Automatic Control Unit 12 is all connected with radio communication unit 15, and valve Automatic Control Unit 12 is connected with Self controlling valve 8, Self controlling valve 8 For electrically operated valve.
On-line payment unit 18 in described Internet application system 17, data query unit 20, statistical analysis unit 21, Remote monitoring unit 23, use water prewarning unit 24 are all connected with information communication unit 26.
Described multi-functional remote transmitting water meter utilizes its radio communication unit 15, by wireless network 19 and Internet application system 17 connect;Described Internet application system 17 is connected with Cloud Server 22 and user 25 respectively by its information communication unit 26.
Native system also includes stand-by power supply 16, described stand-by power supply 16 respectively with water quantity monitoring unit 4, water pressure monitoring unit 5, water quality monitoring unit 9, valve Automatic Control Unit 12, radio communication unit 15 connect.
During running water Internet of Things intelligent management system based on the internet application that the utility model relates to, hydroelectric generation system System 1, Self controlling valve 8 and multi-functional remote transmitting water meter system 2 are installed along feedwater piping 6 water (flow) direction successively, and running water is through feed pipe Road 6 initially enters the minisize hydroelectric generator 3 in hydroelectric power system 1, before ensureing that user 25 hydraulic pressure meets water supply requirement Putting, minisize hydroelectric generator 3 utilizes the kinetic energy more than needed of running water to carry out hydroelectric generation, and minisize hydroelectric generator 3 is by generation Alternating current is stored in battery 11 after being processed as direct current by rectifier 7.Battery 11 is respectively multi-functional remote transmitting water meter Water quantity monitoring unit 4, water pressure monitoring unit 5, water quality monitoring unit 9, valve Automatic Control Unit 12, radio communication unit in system 2 15 and user 25 life in DC load 14 offer electric energy;Meanwhile, battery 11 also connects with inverter 10, passes through inverter DC conversion is alternating current by 10, and the AC in living for user 25 loads 13 supply of electrical energy.When current are by Self controlling valve 8 warp When crossing multi-functional remote transmitting water meter system 2, its water yield, hydraulic pressure and water quality information all can be respectively by multi-functional remote transmitting water meter systems 2 Water quantity monitoring unit 4, water pressure monitoring unit 5 and water quality monitoring unit 9 monitor in real time, valve control unit and Self controlling valve 8 connect and control it opens and closes.
Water quantity monitoring unit 4, water pressure monitoring unit 5 and water quality monitoring unit 9 in multi-functional remote transmitting water meter system 2 are by it Monitoring information is transferred to radio communication unit 15, and is transferred to by wireless network 19 by monitoring information by radio communication unit 15 Internet application system 17.User 25 can be by the statistical analysis unit 21 in Internet application system 17 and data query unit 20 pairs self carry out statistical analysis and real-time query by water number evidence;Realize remote online by on-line payment unit 18 and pay water Take;When remote monitoring unit 23 monitor the water yield of user 25, hydraulic pressure and water quality occur abnormal time, can be by by water prewarning unit 24 Early warning information is informed user 25 in time and reminds it to check water supply system, and user 25 on-the-spot can be closed valve and be checked its water supply system, or Utilize remote monitoring unit 23 to implement valve to the valve Automatic Control Unit 12 controlling in multifunctional watermeter system and close valve and unlatching;Mutually The information obtained from multi-functional remote transmitting water meter system 2 is delivered to cloud by information communication unit 26 by working application system 17 in real time Server 22 stores;User 25 can check information in Cloud Server 22 by Internet application system 17.
When the kinetic energy deficiency more than needed of running water, starting stand-by power supply 16 is water yield prison in multi-functional remote transmitting water meter system 2 Survey unit 4, water pressure monitoring unit 5, water quality monitoring unit 9, valve Automatic Control Unit 12, radio communication unit 15 supply of electrical energy.

Claims (5)

1. a running water management system for internet of things based on internet, it is characterised in that: include hydroelectric power system, internally piloted valve Door, multi-functional remote transmitting water meter system and Internet application system, hydroelectric power system, Self controlling valve and multi-functional remote transmitting water meter system System is installed successively along feedwater piping water (flow) direction;Described hydroelectric power system by minisize hydroelectric generator, rectifier, battery and Inverter forms, and described multi-functional remote transmitting water meter system is by water quantity monitoring unit, water pressure monitoring unit, water quality monitoring unit, valve Door Automatic Control Unit and radio communication unit composition;Described Internet application system is by on-line payment unit, data query unit, system Count analytic unit, remote monitoring unit, form with water prewarning unit and information communication unit;Described minisize hydroelectric generator is installed On feedwater piping, minisize hydroelectric generator, rectifier, battery connect successively, battery respectively with multi-functional remote transmitting water meter Water quantity monitoring unit, water pressure monitoring unit, water quality monitoring unit, valve Automatic Control Unit, radio communication unit and use in system DC load in the life of family connects;Described battery is connected with inverter and is followed by the AC load to user;Described multi-functional teletransmission Water quantity monitoring unit in water meter system, water pressure monitoring unit, water quality monitoring unit, valve Automatic Control Unit all with wireless telecommunications list Unit is connected, and valve Automatic Control Unit is connected with Self controlling valve;On-line payment unit in described Internet application system, data query Unit, statistical analysis unit, remote monitoring unit, use water prewarning unit are all connected with information communication unit.
Running water management system for internet of things based on internet the most according to claim 1, it is characterised in that: described many merits Remote transmitting water meter system its radio communication unit can be utilized to be connected with Internet application system by wireless network.
Running water management system for internet of things based on internet the most according to claim 1, it is characterised in that: described interconnection Net application system is connected with Cloud Server and user respectively by its information communication unit.
Running water management system for internet of things based on internet the most according to claim 1, it is characterised in that: described automatic control Valve is electrically operated valve.
Running water management system for internet of things based on internet the most according to claim 1, it is characterised in that: this system is also Including stand-by power supply, described stand-by power supply respectively with the water quantity monitoring unit in multi-functional remote transmitting water meter system, water pressure monitoring list Unit, water quality monitoring unit, valve Automatic Control Unit, radio communication unit connect.
CN201620280935.4U 2016-04-06 2016-04-06 Running water thing networking management system based on internet Active CN205485536U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201620280935.4U CN205485536U (en) 2016-04-06 2016-04-06 Running water thing networking management system based on internet

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201620280935.4U CN205485536U (en) 2016-04-06 2016-04-06 Running water thing networking management system based on internet

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106682896A (en) * 2016-12-20 2017-05-17 臧艳丽 Water meter charging system based on Internet of Things
WO2018228539A1 (en) * 2017-06-17 2018-12-20 福建闽东电机股份有限公司 Remotely monitorable smart and highly efficient user water supply system

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106682896A (en) * 2016-12-20 2017-05-17 臧艳丽 Water meter charging system based on Internet of Things
WO2018228539A1 (en) * 2017-06-17 2018-12-20 福建闽东电机股份有限公司 Remotely monitorable smart and highly efficient user water supply system

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CP01 Change in the name or title of a patent holder
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Address after: 300142 Hebei District, Zhongshan Road, No. 10,

Patentee after: China Railway Design Group Limited

Address before: 300142 Hebei District, Zhongshan Road, No. 10,

Patentee before: China Railway Third Survey and Design Institute Group Ltd.