CN102360469B - Intelligent and comprehensive management system for water, electricity, gas and heat meters based on internet of things - Google Patents
Intelligent and comprehensive management system for water, electricity, gas and heat meters based on internet of things Download PDFInfo
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Abstract
The invention discloses an intelligent and comprehensive management system for water, electricity, gas and heat meters based on an internet of things, belonging to an energy source charging management system; the system comprises a plurality of water, electricity, gas and heat meters; the plurality of water, electricity, gas and heat meters are connected with a system management centre through data concentrators; the water, electricity, gas and heat meters in the system and the data concentrators form an internet of things; each one of the water, electricity, gas and heat meters is provided with a data transmission module and is capable of performing wireless or wired data transmission with the data concentrators; the data concentrators are accessed to the internet; the system management centre is used for realizing communication and data exchange with the data concentrators through the data concentrators; the system management centre is integrated with a special virtual module used for managing the functions of the water, electricity, gas and heat meters in the internet of things. The system management centre is applied in a modularization manner to enable the users to pay via a network payment platform, which optimizes the energy source charge manner.
Description
Technical field
The present invention relates to a kind of energy charging administration system, say more specifically a kind of Internet of Things water, electricity, gas, heat energy meter intelligent total management system.
Background technology
Development along with China's science and technology, necessary energy facilities are also constantly updated the replacement in the various lives, and the also more and more hommization of the mode of its charging, count the appearance of the intelligent pre-charge system of artificial counting cost by gas meter IC-card finally from initial stem-winder, make the Fare Collection System of the various energy more precisely with intelligent, substantially having stopped to pay occurs with using situation about not being directly proportional.But, in the prepaid management of the various energy, still have problems, at present, water, electricity, gas, heat management, although can realize intelligent metering by computing machine, charge, but all be independent immethodical management system, there are many defectives in this independent management system, for example for water, electricity, gas, the various energy resources such as heat energy can not satisfy the demand of its integrated management, can not be by utilizing the Internet of Things that has begun to use in other field at present to water, electricity, gas, heat energy meter information is identified timely, the location, follow the tracks of, monitoring and management, simple pass through the generation that IC-card or other transmission of wireless signals also can cause the unreliability situation of the instability of data transmission and data, in addition because present most of user uses various energy resources simultaneously, fare payment system separate management such as every kind of energy also can be made troubles to subscriber payment, also increase in addition management equipment cost and other managerial cost etc., therefore be necessary to make for the payment management system of the energy improvement in a step.
Summary of the invention
The object of the invention is to solve above-mentioned deficiency, a kind of Internet of Things water, electricity, gas, heat energy meter intelligent total management system are provided.
For solving above-mentioned technical matters, the present invention by the following technical solutions:
A kind of Internet of Things water provided by the present invention, electricity, gas, the heat energy meter intelligent total management system, comprise a plurality of water in the system, electricity, gas, heat energy meter, a plurality of water, electricity, gas, heat energy meter links to each other with the system management center by data concentrator, water in the described system, electricity, gas, heat energy meter and the networking of data concentrator constituent, and each water, electricity, gas, all be provided with data transmission module on the heat energy meter, and can and data concentrator between carry out wireless or cable data transmission, the data concentrator accessing Internet, the system management center can be by communicating and exchanges data between internet and the data concentrator; Be integrated with in the heart in the system management for realizing the water, electricity, gas of Internet of Things, the particular virtual module that the heat energy meter various functions manages.
Further technical scheme is: the data concentrator in the described system is divided into centre data concentrator and a plurality of node data concentrator, wherein a plurality of node data concentrators form unified Internet of Things with a plurality of water, electricity, gas, heat energy meter respectively, a plurality of node data concentrators and centre data concentrator are set up meshed network, other data concentrator of adjacent level communicates and exchanges data by wireless or wired mode, and centre data concentrator accessing Internet.
Further technical scheme is: between the data transmission module and data concentrator that arranges on described water, electricity, gas, the heat energy meter, and the data transmission between a plurality of node data concentrator and the centre data concentrator is all by microwave communication and exchanges data.
Further technical scheme is: between the data transmission module and data concentrator that arranges on described water, electricity, gas, the heat energy meter, and all communicate and exchanges data by in the middle of infrared signal, power carrier, photosignal, ultrasonic signal, the GPRS signal any one between a plurality of node data concentrator and the centre data concentrator.
Further technical scheme is: also communicate and data transmission by hand-held set between described data concentrator and the system management center, and hand-held set is by USB interface reading out data in the heart from data concentrator and system management.
Further technical scheme is: also comprise the IC-card read/write circuit in described water, electricity, gas, the heat energy meter, transmit data and system administrative center by IC and carry out exchanges data.
Further technical scheme is: all comprise cpu controller in described water, electricity, gas, the heat energy meter, and the data transmission module in each water, electricity, gas, heat energy meter and IC-card read/write circuit all access the cpu controller in each water, electricity, gas, the heat energy meter.
Further technical scheme is: described water meter comprises valve module, mechanical type meter, cpu controller, valve module control circuit, IC-card read/write circuit, liquid crystal display circuit and data transmission module at least, wherein is provided with water delivering orifice and water inlet on the valve module; Described ammeter comprises cpu controller, relay, voltage detecting circuit, control relay circuit, liquid crystal display drive circuit, IC-card reading circuit, VI pulse buffer amplifier, analog multiplier, V/F converter, impulse meter, EPPRPM storer and data transmission module at least; Described gas meter comprises base table, tongue tube counting circuit, electromechanical valve control circuit, IC-card read/write circuit, liquid crystal display circuit, cpu controller and data transmission module at least, wherein be provided with electromechanical valve in the base table, by the keying of electromechanical valve control source of the gas outlet with entrance; Described heat energy meter comprises at least supplying media temperature measuring equipment, reflux medium temperature measuring equipment, solenoid valve, heat and turns device, A/D conversion equipment, cpu controller, liquid crystal display drive circuit, IC-card reading circuit, EPPROM storer, flow counting device and data transmission module, wherein flow counting device and solenoid valve are respectively by I/O interface access cpu controller, and supplying media temperature measuring equipment and reflux medium temperature measuring equipment are respectively by A/D converter access cpu controller.
Further technical scheme is: described system management center comprises at least service management module, basic data management module, Internet Transmission administration module, Report Server Management module and system administration module is set.
Further technical scheme is: described service management module is used for realizing the function of all kinds of gauging table service management, hand-held set data management, network trading platform service management, other terminal payment transaction management, remote data management and IC-card service management; Described basic data management module is used for realizing the function of the setting of Internet of Things data concentrator website, region division, meter type setting, the type of paying the fees setting and data transmission setting; Described Internet Transmission administration module is used for realizing the functions such as network topology management, the management of data concentrator website and the collecting and distributing centre management of data; Described Report Server Management module is used for realizing that client's essential information Report Server Management, client's payment information Report Server Management and client mend the card information Report Server Management, and daily sheet, month form and chronology generate the function of management; Described system arranges the function that administration module is used for realizing Administrator, menu setting, password setting, invoice format setting and serial port setting.
Compared with prior art, the invention has the beneficial effects as follows:
1, setting up Internet of Things by data concentrator carries out intellectuality identification, location, follows the tracks of, monitors and management intelligent water, electricity, gas, heat energy meter, satisfied the actual demand of Integrated Energy management, the stability of reception and the transmission of signal has been strengthened in the simultaneously use of data concentrator, guaranteed the reliability of the data, and the promptness that ensures exchanges data, can be round-the-clock, needs that all the period of time is satisfied user and management.
2, integrated modules in the middle of the system management center, the use of complex networking and IC-card can make management system realize the diversification charge, use the selectivity of energy subscriber payment approach higher.
3, water, electricity, gas, heat energy Internet of things system administrative center have realized water, electricity, gas, heat energy integrated management, have reduced the quantity of management equipment, have reduced operation cost and managerial cost.
4, the modular applications at system management center can be paid the fees by the network payment platform user, has further optimized the pay charge way that the energy uses.
Description of drawings
Fig. 1 is Internet of Things framework synoptic diagram of the present invention;
Fig. 2 is water meter structure block diagram among the present invention;
Fig. 3 is ammeter structured flowchart among the present invention;
Fig. 4 is gas meter structured flowchart among the present invention;
Fig. 5 is heat energy structure block diagram among the present invention;
Fig. 6 is the system management centre frame composition among the present invention.
Embodiment
The present invention is further elaborated below in conjunction with accompanying drawing.
As shown in Figure 1, a kind of Internet of Things water provided by the present invention, electricity, gas, the heat energy meter intelligent total management system, comprise a plurality of water in the system, electricity, gas, heat energy meter, a plurality of water, electricity, gas, heat energy meter links to each other with the system management center by data concentrator, water in the described system, electricity, gas, heat energy meter and the networking of data concentrator constituent, and each water, electricity, gas, all be provided with data transmission module on the heat energy meter, and can and data concentrator between carry out wireless or cable data transmission, the data concentrator accessing Internet, the system management center can be by communicating and exchanges data between internet and the data concentrator.
In Internet of Things on the framework of arranging of data concentrator, be the manageable taximeter maximization of the many data concentrators of the unit of making, and in order stable transmitting of assurance data, the technical scheme of comparative optimization is that data concentrator is set to respectively centre data concentrator and a plurality of node data concentrator, wherein a plurality of node data concentrators respectively with a plurality of water, electricity, gas, heat energy meter forms unified Internet of Things, a plurality of node data concentrators and centre data concentrator are set up meshed network, other data concentrator of adjacent level communicates and exchanges data by wireless or wired mode, and centre data concentrator accessing Internet, and water, electricity, gas, between the data transmission module and data concentrator that arranges on the heat energy meter, and the data transmission between a plurality of node data concentrator and the centre data concentrator is all by microwave communication and exchanges data.
A kind of distortion as above-mentioned wireless transmission of the present invention substitutes, described water, electricity, gas, between the data transmission module and data concentrator that arranges on the heat energy meter, and also can adopt the wireless signal transmission of other form to carry out data transmission between a plurality of node data concentrators and the centre data concentrator, infrared signal for example, power carrier, photosignal, ultrasonic signal, any one all alternative above-mentioned microwave transmission in the middle of the GPRS signal, even the mode that can also adopt ethernet line or USB to turn string between node data concentrator and the centre data concentrator is carried out data transmission.
Not only can carry out data transmission by the internet between centre data concentrator among the present invention and the system management center, also can communicate and data transmission by hand-held set, and hand-held set is by USB interface reading out data in the heart from centre data concentrator and system management, and also comprise the IC-card read/write circuit in water, electricity, gas, the heat energy meter, transmit data and system administrative center by IC and carry out exchanges data, each gauging table has been kept adopt IC-card to carry out the function that pre-payment is used.
And as water, electricity, gas, the heat energy meter in intelligent total management system of the present invention, used, it can adopt can incorporate Internet of Things into behind existing intelligent water, electricity, gas, the heat energy meter integrated data transport module and be used, for water, electricity, gas, heat energy meter are successfully incorporated in the management system, all kinds of gauging tables of setting up Internet of Things with data concentrator preferably adopt following structure at this:
As shown in Figure 2, described water meter comprises valve module, mechanical type meter, cpu controller, valve module control circuit, IC-card read/write circuit, liquid crystal display circuit and data transmission module at least, wherein is provided with water delivering orifice and water inlet on the valve module; By the mechanical type meter water yield of passing through is taken a sample, again sampling result is sent to cpu controller, utilize cpu controller internal clocking function, arrange and the storage water meter powers on out start time of valve by compiling, in advance begin from power on cycle to first collection signal by program setting, after valve module is opened, if the mechanical type meter is without collection signal then pass through in this setting cycle, the order that CPU sends closing valve comes shut-off valve assembly to the valve module control circuit, thereby close the input port, water source, stop and to flow through valve module and avoid that the user continues to use under without the state of metering, prevent the straight-through not closing valve of water meter, and cpu controller is by data transmission module or IC-card read/write circuit reading information, and by liquid crystal display circuit information exchange is crossed liquid crystal display and show, check at any time thereby be convenient to the user, purchase in advance.Comprise solenoid valve in the valve module, the mechanical type valve-off, it is little to start power consumption, and flexibly power saving no longer needs power electric.Solenoid valve then is used for the emergency cut-off valve, has on its spool to run through the up and down through hole of both ends of the surface, has solved spool in the excessive problem of the course pressure that moves up and down.Current by the time then begin the metering.
As shown in Figure 3, described ammeter comprises cpu controller, relay, voltage detecting circuit, control relay circuit, liquid crystal display drive circuit, IC-card reading circuit, VI pulse buffer amplifier, analog multiplier, V/F converter, impulse meter, EPPRPM storer and data transmission module at least; Wherein whether voltage detecting circuit detection power supply meets the requirements, power supply is input to VI pulse buffer amplifier, improve load capacity and reduce load to the impact of signal source, have the increase antijamming capability concurrently, then realize two mutual uncorrelated signal multiplications by analog multiplier, be that output signal is directly proportional with two input signal phase products, be transferred to buffer counter by the V/F converter again, behind the buffer counter counting, passing to cpu controller processes, and cpu controller receives the data message that comes from the Internet of Things by IC-card read/write circuit reading information or by data transmission module, by liquid crystal display circuit information exchange being crossed liquid crystal display shows, thereby being convenient to the user checks at any time, the upper information of inducing sweat, also can be in ammeter integrated buzzer, when surplus is differentiated when setting in advance minimum, buzzer call, can play reminding effect, and with cpu controller in integrated EPPROM memory stores data, guaranteed the safety and integrity of data, when unexpected outage, after voltage detecting circuit detects signal, send signal to cpu controller, cpu controller sends order, data are saved in the EPPROM storer automatically, after surplus finishes using in the table, and the user do not continue to buy, and cpu controller will be ordered control relay circuit, and then by relay operating circuit pilot relay, thereby close input power.
As shown in Figure 4, described gas meter comprises base table, tongue tube counting circuit, electromechanical valve control circuit, IC-card read/write circuit, liquid crystal display circuit, cpu controller and data transmission module at least, wherein be provided with electromechanical valve in the base table, by the keying of electromechanical valve control source of the gas outlet with entrance, and base table also links to each other with the counting tongue tube; Cpu controller links to each other with the counting tongue tube by the tongue tube counting circuit: the electromechanical valve control circuit links to each other with electromechanical valve; Cpu controller and data transmission module and IC-card read/write circuit, liquid crystal display circuit are connected, and the counting tongue tube that wherein adopts is antimagnetic counting tongue tube, make its not counting failure or have error in strong magnetic environment; By the IC-card read/write circuit make IC-card realize and CPU between data interaction, by the counting tongue tube combustion gas tolerance of passing through is taken a sample, and the result that will take a sample is sent to cpu controller, recycling cpu controller internal clocking function, arrange and store the start time of establishing valve by cable on the gas meter, flow meter by compiling, in advance begin from power on cycle to first collection signal by program setting, after electromechanical valve is opened, if tongue tube is without collection signal then the order of sending closing valve by CPU is closed electromechanical valve to the electromechanical valve control circuit in this setting cycle, thereby close the source of the gas input port, avoid gas meter, flow meter user under the state of nothing metering to continue to use combustion gas to stop gas-flow to cross base table, situation to the super flow of combustion gas, be sampled to cpu controller by the counting tongue tube, utilize CPU computing function synchronometer to calculate mean value between three sampled signals and be stored in advance this model specification in cpu controller standard time interval when allowing maximum metered flow and compare, thereby whether this gas meter, flow meter metering of automatic decision surpasses maximum flow, when surpassing maximum flow, cpu controller can send the instruction of valve-off and close electromechanical valve to the electromechanical valve control circuit, thereby close the source of the gas input port, stop gas-flow to cross base table and prevent that gas meter, flow meter from error in dipping occurring under super stream mode, guarantee the gas meter, flow meter accurate measurement, in actual use, cpu controller receives the data message that comes from the Internet of Things by IC-card read/write circuit reading information or by data transmission module, and can information exchange be crossed liquid crystal display by liquid crystal display circuit and show.
As shown in Figure 5, described heat energy meter comprises at least supplying media temperature measuring equipment, reflux medium temperature measuring equipment, solenoid valve, heat and turns device, A/D conversion equipment, cpu controller, liquid crystal display drive circuit, IC-card reading circuit, EPPROM storer, flow counting device and data transmission module.Flow counting device places on the medium pipeline that needs metering, and connects cpu controller by the I/O interface; Supplying media temperature measuring equipment and reflux medium temperature measuring equipment connecting media pipeline, and by A/D conversion equipment connection cpu controller; Cpu controller connects the control solenoid valve by the I/O interface, and connection IC-card read/write circuit and data transmission module, when supplying media is transferred in the process that heat turns device, supplying media temperature measuring equipment and flow measurement device collection signal, through A/D conversion equipment and I/O interface, be transferred to cpu controller, cpu controller utilizes the internal clocking function, arrange and store the start time of establishing valve by cable on the heat energy meter by compiling, in advance begin from power on cycle to first collection signal by program setting, if in this setting cycle, pass through without collection signal, CPU gives an order, by I/O interface shut electromagnetic valve, avoid that the user continues to use under without the state of metering, and cpu controller receives the data message that comes from the Internet of Things by IC-card read/write circuit reading information or by data transmission module, by liquid crystal display drive circuit information exchange being crossed liquid display panel again shows, thereby being convenient to the user checks at any time, all data are stored in the EPPROM storer, when outage, then automatically preserve, when medium back flow, the reflux medium temperature measuring equipment gathers the reflux medium temperature signal, again transmit it in the cpu controller, thereby calculate the used heat of user and show.
And the data concentrator of setting up Internet of Things among the present invention adopts be STM32F107 as main MCU, amplify radio receiving transmitting module by the SPI tape splicing, add Ethernet and USB and turn string, LED light.DC power supply with 9V/2A.Can be with the data acquisition of the water, electricity, gas in the range of control, heat energy meter, the wired mode that turns string by wireless mode or Ethernet, USB is sent in the system management in the heart; Also the data at system management center can be passed to the energy measurement table of appointment; And concentrator is selected SMA interface external antenna.
Data transmission module among the present invention in water, electricity, gas, the heat energy meter preferably adopts C8051F410 to add CC1100, and frequency is the wireless data transfer module of 433M, and water, electricity, gas, heat energy meter end connect by the UART interface, and the 3.6V direct supply is provided.Usual module works under the low-power consumption mode, guarantees the life-span of battery, and can remain in the regular hour always and can be waken up with wireless mode by the system management center; Can wake the energy measurement table up or waken up by the energy measurement table, realize that at water, electricity, gas, heat energy meter and system management center active data transmits.And the antenna on the table end wireless data transfer module is selected existing welded type built-in aerial.
In addition, be integrated with in the heart in the system management in the total management system provided by the present invention for realizing the water, electricity, gas of Internet of Things, the particular virtual module that the heat energy meter various functions manages.
As shown in Figure 6, according to the needs of management, and be convenient to the realization of basic function, arrange and include service management module, basic data management module, Internet Transmission administration module, Report Server Management module and system administration module is set.The service management mould is used for realizing the function of all kinds of gauging table service management, hand-held set data management, network trading platform service management, other terminal payment transaction management, remote data management and IC-card service management, system management center accessing Internet, therefore utilize business module can realize utilizing Alipay, or other network trading platforms carry out the energy and pay the fees.The basic data management module is used for realizing the function of the setting of Internet of Things data concentrator website, region division, meter type setting, the type of paying the fees setting and data transmission setting.The Internet Transmission administration module is used for realizing the functions such as network topology management, the management of data concentrator website and the collecting and distributing centre management of data.The Report Server Management module is used for realizing that client's essential information Report Server Management, client's payment information Report Server Management and client mend the card information Report Server Management, and daily sheet, month form and chronology generate the function of management.System arranges the function that administration module is used for realizing Administrator, menu setting, password setting, invoice format setting and serial port setting.
The system management center is mainstream customers/server (B/S) architecture, adopts medium-sized relevant database SQL2000, and system provides data backup function, and backup functionality is manually backup and automated back-up, ensures the security and stability of data.
The various functions at system management center have adopted the modular design mode, so that each functional module can free module combinations, make the management software at system management center have Scalability and retractility, dirigibility, be convenient to the needs according to the user, design increases new function.
Above-mentioned is preferred implementation of the present invention; it is not limitation of the invention; any increase that the parts that comprise in the middle of a kind of Internet of Things water, electricity, gas of the present invention, the heat energy meter intelligent total management system are done, equivalent replacement; or without the minimizing of other technique effect; and the technical matters that solves is identical with the present invention, all within protection scope of the present invention.
Claims (8)
1. Internet of Things water, electricity, gas, heat energy meter intelligent total management system comprise a plurality of water, electricity, gas, heat energy meter in the system, and a plurality of water, electricity, gas, heat energy meter link to each other with the system management center by data concentrator, it is characterized in that:
Be provided with data transmission module on each water, electricity, gas in described a plurality of water, electricity, gas, the heat energy meter, the heat energy meter, and and data concentrator between carry out wireless or cable data transmission, the data concentrator accessing Internet, the system management center can be by communicating and exchanges data between internet and the data concentrator; Be integrated with in the heart in the system management for realizing the water, electricity, gas of Internet of Things, the particular virtual module that the heat energy meter various functions manages; Data concentrator in the described system is divided into centre data concentrator and a plurality of node data concentrator, wherein a plurality of node data concentrators form unified Internet of Things with a plurality of water, electricity, gas, heat energy meter respectively, a plurality of node data concentrators and centre data concentrator are set up meshed network, other data concentrator of adjacent level communicates and exchanges data by wireless or wired mode, and centre data concentrator accessing Internet;
Described water meter comprises valve module, mechanical type meter, cpu controller, valve module control circuit, IC-card read/write circuit, liquid crystal display circuit and data transmission module at least, wherein is provided with water delivering orifice and water inlet on the valve module;
Described ammeter comprises cpu controller, relay, voltage detecting circuit, control relay circuit, liquid crystal display drive circuit, IC-card reading circuit, VI pulse buffer amplifier, analog multiplier, V/F converter, impulse meter, EPPRPM storer and data transmission module at least;
Described gas meter comprises base table, tongue tube counting circuit, electromechanical valve control circuit, IC-card read/write circuit, liquid crystal display circuit, cpu controller and data transmission module at least, wherein be provided with electromechanical valve in the base table, by the keying of electromechanical valve control source of the gas outlet with entrance;
Described heat energy meter comprises at least supplying media temperature measuring equipment, reflux medium temperature measuring equipment, solenoid valve, heat and turns device, A/D conversion equipment, cpu controller, liquid crystal display drive circuit, IC-card reading circuit, EPPROM storer, flow counting device and data transmission module, wherein flow counting device and solenoid valve are respectively by I/O interface access cpu controller, and supplying media temperature measuring equipment and reflux medium temperature measuring equipment are respectively by A/D converter access cpu controller.
2. Internet of Things water, electricity, gas according to claim 1, heat energy meter intelligent total management system, it is characterized in that: between the data transmission module and data concentrator that arranges on described water, electricity, gas, the heat energy meter, and the data transmission between a plurality of node data concentrator and the centre data concentrator is all by microwave communication and exchanges data.
3. Internet of Things water, electricity, gas according to claim 1, heat energy meter intelligent total management system, it is characterized in that: between the data transmission module and data concentrator that arranges on described water, electricity, gas, the heat energy meter, and all communicate and exchanges data by in the middle of infrared signal, power carrier, photosignal, ultrasonic signal, the GPRS signal any one between a plurality of node data concentrator and the center concentrator.
4. Internet of Things water, electricity, gas according to claim 1, heat energy meter intelligent total management system, it is characterized in that: also communicate and data transmission by hand-held set between described data concentrator and the system management center, and hand-held set is by USB interface reading out data in the heart from data concentrator and system management.
5. Internet of Things water, electricity, gas according to claim 1, heat energy meter intelligent total management system is characterized in that: described water, electricity, gas, heat energy meter transmit data and system administrative center by IC and carry out exchanges data.
6. Internet of Things water, electricity, gas according to claim 1, heat energy meter intelligent total management system, it is characterized in that: the data transmission module in described each water, electricity, gas, the heat energy meter and IC-card read/write circuit all access the cpu controller in each water, electricity, gas, the heat energy meter.
7. Internet of Things water, electricity, gas according to claim 1, heat energy meter intelligent total management system, it is characterized in that: described system management center comprises at least service management module, basic data management module, Internet Transmission administration module, Report Server Management module and system administration module is set.
8. Internet of Things water, electricity, gas according to claim 7, heat energy meter intelligent total management system is characterized in that:
Described service management module is used for realizing the function of all kinds of gauging table service management, hand-held set data management, network trading platform service management, other terminal payment transaction management, remote data management and IC-card service management;
Described basic data management module is used for realizing the function of the setting of Internet of Things data concentrator website, region division, meter type setting, the type of paying the fees setting and data transmission setting;
Described Internet Transmission administration module is used for realizing the functions such as network topology management, the management of data concentrator website and the collecting and distributing centre management of data;
Described Report Server Management module is used for realizing that client's essential information Report Server Management, client's payment information Report Server Management and client mend the card information Report Server Management, and daily sheet, month form and chronology generate the function of management;
Described system arranges the function that administration module is used for realizing Administrator, menu setting, password setting, invoice format setting and serial port setting.
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| CN107171853A (en) * | 2017-06-16 | 2017-09-15 | 深圳市盛路物联通讯技术有限公司 | A kind of internet of things equipment management system |
| CN107566380A (en) * | 2017-09-12 | 2018-01-09 | 国网四川省电力公司成都供电公司 | Multiple-in-one long-distance meter-reading system |
| CN108717563A (en) * | 2018-07-04 | 2018-10-30 | 东本电气科技(苏州)有限公司 | A kind of Internet of Things control valve |
| CN115086302B (en) * | 2022-06-27 | 2023-06-20 | 杭州壹悟科技有限公司 | Data transmission optimization method and system for Internet of things equipment, internet of things equipment and medium |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US20100174772A1 (en) * | 2009-01-02 | 2010-07-08 | James Hans Beck | Comprehensive data collecting, processing, and management system capable of being remotely managed and monitored in real time |
| CN101916093B (en) * | 2010-07-26 | 2012-10-10 | 秦毅 | Energy efficiency management terminal and intelligent electricity consumption and energy efficiency management system consisting of same |
| CN102063764B (en) * | 2011-01-25 | 2012-09-26 | 邵泽华 | Intelligent gas meter of Internet of things and control system thereof |
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