CN102496209A - Intelligent object network heat meter and management system thereof - Google Patents
Intelligent object network heat meter and management system thereof Download PDFInfo
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- CN102496209A CN102496209A CN2011103633479A CN201110363347A CN102496209A CN 102496209 A CN102496209 A CN 102496209A CN 2011103633479 A CN2011103633479 A CN 2011103633479A CN 201110363347 A CN201110363347 A CN 201110363347A CN 102496209 A CN102496209 A CN 102496209A
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Abstract
The invention discloses an intelligent object network heat meter and a management system thereof, which belong to heat meters. The heat meter is mounted near a medium pipeline of a heat exchanger and comprises a CPU (central processing unit) controller and a flow metering device. The CPU controller is connected to a flow valve and the flow metering device on the medium pipeline of the heat exchanger, and the CPU controller outputs control signals to control on and off of a flow valve, reads metering data from the flow metering device and deducts initial values stored in an EPPROM (electrically erasable programmable read-only memory) according to metering data information. The intelligent object network heat meter and the management system thereof are simple in structure, functionally realized based on the technique of internet of things, suitable for being mounted and used in various areas, and wide in application range.
Description
Technical field
The present invention relates to a kind of heat energy table, be specifically related to a kind of Internet of Things intellectual heat meter and management system thereof.
Background technology
Present domestic energy prices are just in line with international standards; And cause price volalility frequent, and therefore new requirement having been proposed metering heat energy table, its purpose is to realize functions such as metering, control, charge and management; But the table of heat energy does not from the beginning at present on the market possess aforementioned functional; Be supplied as example with heat energy, the domestic heat energy table of being produced at present roughly can be divided into two types on way of paying: the one, use behind the post-pay paystation, such as IC-card heat energy table; Having the heat energy expense that prestores intact is that stop supplies, user must hold IC-card and buy and accomplish after the corresponding input function characteristics that can recovery heat can supply to the appointed place; But there are artificial unreliable factor in IC-card and heat energy table when carrying out exchanges data, and the defective that the heat energy price can not real-time monitoring, for example price adjustment etc.The 2nd, use afterwards earlier and pay; This also be present most heat energy provider the way of paying that extensively adopt; Promptly through common heat energy table metering; Manual work is regularly made a copy of behind the table client information again according to heat energy calculation of price fee, and this kind mode exists data are made a copy of, the heat energy expense is collected difficulty shortcoming, and the supplier uses at the heat energy for the user and is difficult for controlling; Need during like the heat energy price adjustment price and consumption before and after the adjustment are added up respectively and calculated, the invisible staff's workload that increased.
Panoramic remote installed meter has also appearred on the market in addition successively; Far check meter, control table far away, but these heat energy tables all are point-to-point transmission modes; Be terminal heat energy table through wired or wireless transmission mode with write by hand device or the long-distance management system of data transmission to the person of checking meter; But because of being that point-to-point transmission and wireless signal very easily receive extraneous frequency and buildings disturbs, it is undesirable to cause data to copy and accept rate, therefore still can not realize long-range price modification of terminal heat energy table and the long-range functions such as showing end data that reads at present; And because the decay property of signal, make being of limited application of heat energy table of this type.
Summary of the invention
The objective of the invention is to solve above-mentioned deficiency, a kind of Internet of Things intellectual heat meter and management system thereof that realizes Long-distance Control and read table end data function based on Internet of Things is provided.
For solving above-mentioned technical matters, the present invention adopts following technical scheme:
A kind of Internet of Things intellectual heat meter provided by the present invention; Described heat energy table is installed near the medium pipeline of heat exchanger; It comprises cpu controller and flow measurement device; Flow measurement device is installed on the medium pipeline of heat exchanger, and cpu controller inserts flow valve and flow measurement device on the medium pipeline of heat exchanger respectively, the open and close of cpu controller output control signal Control Flow valve; And from flow measurement device, read continuous data, and deduct the initial value of EPPROM memory storage according to continuous data information.
Also comprise data transmission module in the described heat energy table; And data transmission module inserts cpu controller; Cpu controller is through carrying out data transmission between data transmission module and the data acquisition unit; And data acquisition unit and the networking of heat energy table constituent, data acquisition unit also inserts the internet, carries out data transmission through internet and remote control terminal; Data acquisition unit will pass through internet transmission to remote control terminal through the table end data that comes from cpu controller in the heat energy table that Internet of Things receives; Maybe will come from the remote control terminal steering order transfers to terminal heat energy table through Internet of Things cpu controller through what the internet received; Cpu controller, and feeds back to remote control terminal through Internet of Things to flow measurement device and flow valve sending controling instruction according to steering order.
Further technical scheme is: also comprise data transmission module in the described data acquisition unit.
Technical scheme further is: described data transmission module is a radio receiving transmitting module, any one in the middle of its wireless receiving and dispatching transmission mode employing microwave, infrared signal, power carrier, photosignal, ultrasonic signal, microwave signal, GPRS and GPS, the radiofrequency signal.
Technical scheme further is: described data transmission module is wired transceiver module, and the mode of its wire transmission adopts any one in the middle of the Optical Fiber Transmission, power carrier, RS232 bus, RS485 bus, M-BUS meter bus, CAN bus.
Technical scheme further is: also comprise temperature-detecting device in the described heat energy table; It is divided into the supplying media temperature-detecting device and the reflux medium temperature-detecting device is installed in respectively on the thermoconverter medium pipeline, and inserts cpu controller through the A/D conversion equipment respectively; Described flow valve and flow measurement device insert cpu controller through the I/O interface.
Further technical scheme is again: also comprise IC-card deck, LCD and hummer in the described heat energy table, the IC-card deck inserts cpu controller through IC-card read-write interface circuit, and hummer inserts cpu controller through the surplus judging circuit; IC-card read-write interface circuit reads the inner data of IC-card and transfers to cpu controller, cpu controller through liquid crystal display circuit with the data transmission in the IC-card to LCD.
The present invention also provides a kind of Internet of Things intellectual heat meter management system; Described management system is made up of many above-mentioned Internet of Things intellectual heat meters, at least one data acquisition unit and remote control terminal; Many Internet of Things intellectual heat meters and at least one data acquisition unit constituent networking; Data acquisition unit inserts the internet, and carries out exchanges data through internet and remote control terminal.
Further technical scheme is: described data acquisition unit is a plurality of; And also comprise data concentrator in the management system; Data concentrator inserts the internet through network communication protocol, and forms unified Internet of Things with a plurality of data acquisition units, intellectual heat meter respectively; The table end data that comes from the Internet of Things intellectual heat meter that data acquisition unit receives through Internet of Things also transfers to data concentrator; Data concentrator will be shown end data and pass through internet transmission to remote control terminal; And the steering order that comes from remote control terminal in the internet transferred to each data acquisition unit through Internet of Things, data acquisition unit also transfers to terminal intelligent heat energy table through Internet of Things with steering order.
Technical scheme further is: integrated amplification radio receiving transmitting module in the described data concentrator; Pass through internet transmission again to remote control terminal through amplifying radio receiving transmitting module will receive the table end data amplification that comes from data acquisition unit from Internet of Things after, the remote control terminal steering order that perhaps will from the internet, get access to transfers in the data acquisition unit through Internet of Things after amplifying again.
Further technical scheme is again: described remote control terminal comprises medium-sized relevant database and computer integrated management system, and wherein the computer integrated management system comprises with lower module:
Service management module: the function that is used for the service management of realization table end, hand-held set service management, banking management, Alipay service management, other terminal platform payment transaction management, remote data management, IC-card service management;
Basic data module: be used to realize that website setting, zone are provided with, show the function of type setting, the type of paying the fees setting, data transmission setting;
Wireless network management module: the function that is used to realize network topology management, the management of data centralization website, the collecting and distributing centre management of data;
The Report Server Management module: be used to realize that user basic information managerial report, subscriber payment information report, user mend the card information form, and the systematic function of daily sheet, month form, year form;
System is provided with module: the function that is used to realize keeper's setting, menu setting, key setting, invoice format setting, radio address setting.
Compared with prior art; The invention has the beneficial effects as follows: the intellectual heat meter constituent is networked through data acquisition unit; Make remote control terminal directly obtain the table client information of terminal intelligent heat energy table in the Internet of Things or the feedback information of receiving terminal intellectual heat meter through the internet; And remote control terminal is with the running status of the format management monitoring intelligent heat energy table of one-to-many; Build the stability that stable internet guarantees the signal transmission through the data acquisition unit of multistage division, guarantee that each the station terminal intellectual heat meter in the Internet of Things all can be helped the enforcement of remote meter reading, long-range adjustment heat energy price function by real-time control; And a kind of Internet of Things intellectual heat meter provided by the present invention and management system thereof, simple in structure, its function realizes based on technology of Internet of things, is adapted at each area and installs and uses, range of application is wide.
Description of drawings
Fig. 1 is the structural representation block diagram of Internet of Things intellectual heat meter of the present invention;
Fig. 2 is an Internet of Things intellectual heat meter management system block architecture diagram of the present invention;
Fig. 3 is a computer management system high-level schematic functional block diagram of the present invention.
Embodiment
Below in conjunction with accompanying drawing the present invention is done further elaboration.
As shown in Figure 1; A kind of Internet of Things intellectual heat meter provided by the present invention; Described heat energy table is installed near the medium pipeline of heat exchanger; It comprises cpu controller and flow measurement device, and flow measurement device is installed on the medium pipeline of heat exchanger, and cpu controller inserts flow valve and flow measurement device on the medium pipeline of heat exchanger respectively; Cpu controller also is connected with the EPPROM storer, and the EPPROM memory storage has all kinds of table client informations of heat energy table and the initial value of preset heat energy table.
Cpu controller is exported the open and close of control signal Control Flow valve, and from flow measurement device, reads continuous data through the I/O interface, and deducts the initial value of EPPROM memory storage according to continuous data information.
Above-mentioned flow valve preferentially adopts solenoid valve, solenoid valve be installed on heat exchanger supply line or the reflux line all can, and solenoid valve inserts cpu controller through the I/O interface.Calculate the measuring condition foundation for increasing cpu controller simultaneously; Can also be in the heat energy table integrated temperature pick-up unit; Temperature-detecting device is divided into supplying media temperature-detecting device and reflux medium temperature-detecting device; And they are installed in respectively on the medium supply line and medium back flow pipeline of heat exchanger; And supplying media temperature-detecting device and reflux medium temperature-detecting device all adopt the parts that are similar to temperature sensor to process, its function for will from medium pipeline to the temperature analog signal that collects convert in digital data transmission to the cpu controller through the A/D conversion equipment and handle.
Simultaneously for further improving the function of Internet of Things intellectual heat meter of the present invention; Make its can be when the preset value in the EPPROM storer be on the low side warning reminding; And the data message in the real-time monitored EPPROM storer; Also can be in intellectual heat meter integrated IC-card deck, LCD and hummer, the IC-card deck inserts cpu controller through IC-card read-write interface circuit, hummer inserts cpu controller through the surplus judging circuit; IC-card read-write interface circuit reads the inner data of IC-card and transfers to cpu controller; Cpu controller through liquid crystal display circuit with the data transmission in the IC-card to LCD; The data that LCD is then exported according to cpu controller are converted into image and show.
Also comprise data transmission module in the described intellectual heat meter; And data transmission module inserts cpu controller; Cpu controller is through carrying out data transmission between data transmission module and the data acquisition unit, and is to guarantee can transmit each other between data acquisition unit and the cpu controller data-signal that is complementary, also integrated data transport module in the data acquisition unit; And through carrying out data transmission between data transmission module and the cpu controller; The networking of data acquisition unit and heat energy table constituent, and data acquisition unit also inserts the internet, carries out data transmission through internet and remote control terminal.
Above-mentioned network communication protocol adopts in the middle of TCP/IP or the UDP any one all can realize.
Here for adapting to most application places; Avoid complicated wiring flow process; Make data acquisition unit and intellectual heat meter more be prone to the constituent networking, described data transmission module preferably adopts radio receiving transmitting module, and its wireless transmission method is preferably microwave transmission; Also can adopt other wireless transmission methods, for example infrared signal, power carrier, photosignal, ultrasonic signal, microwave signal, GPRS and GPS, radiofrequency signal etc.
Data acquisition unit will pass through internet transmission to remote control terminal through the table end data that comes from cpu controller in the heat energy table that Internet of Things receives; Maybe will come from the remote control terminal steering order transfers to terminal heat energy table through Internet of Things cpu controller through what the internet received; Cpu controller according to steering order to flow measurement device and flow valve sending controling instruction; And feed back to remote control terminal through Internet of Things, also can the table client informations such as heat energy table logout that store in the EPPROM storer be sent to remote control terminal through Internet of Things simultaneously.
Above-mentioned flow measurement device preferentially is installed on the medium supply line of thermoconverter, and inserts cpu controller through the I/O interface.
When the preset initial value in the EPPROM storer is 0; Cpu controller is to passing through the I/O interface to the solenoid valve sending controling instruction, and control electromagnetic valve is closed, and feeds back to remote control terminal through Internet of Things; When reading circuit or data transmission module through I C card when cpu controller is imported intelligent preset value information; To the EPPROM storer, and to the solenoid valve sending controling instruction, open by solenoid valve with this information storage for cpu controller; Promptly recover normal the use, feed back to remote control terminal through Internet of Things simultaneously.
As shown in Figure 2; The present invention also provides a kind of Internet of Things intellectual heat meter management system; Described management system is made up of many above-mentioned Internet of Things intellectual heat meter, data acquisition unit and remote control terminals, the terminal intelligent heat energy table that every data acquisition unit management unit is many, and many Internet of Things intellectual heat meters and the unified Internet of Things of data acquisition unit composition; Data acquisition unit inserts the internet, and carries out exchanges data through internet and remote control terminal.
And be to make the data in the Internet of Things more complete; And remote control terminal more is prone to from every data acquisition unit, to obtain the table client information in the Internet of Things under it; Preferably data acquisition unit is carried out multistage division, it is set to a plurality of, in management system, sets up data concentrator; Data concentrator inserts the internet through network communication protocol; And form unified Internet of Things with a plurality of data acquisition units, intellectual heat meter respectively, and data concentrator can and data acquisition unit between carry out data transmission, 30 to 50 terminal intelligent heat energy tables of each data acquisition management; Data acquisition unit is through the table end data that comes from the Internet of Things intellectual heat meter that receives in the Internet of Things and transfer to data concentrator; Data concentrator will be shown end data and pass through internet transmission to remote control terminal; And the remote control terminal steering order that will come from the internet transfers to each data acquisition unit through Internet of Things, and data acquisition unit transfers to terminal intelligent heat energy table through Internet of Things with steering order again.
And the inventor finds in experimentation; Though it is stable to solve in the Internet of Things data transmission through multistage dividing data collector of data concentrator and terminal intelligent heat energy table; And make the more manageable problem of remote control terminal; May produce a new problem but the framework in the Internet of Things management system is too complicated; Certain signal attenuation can take place when perhaps transmitting in through data concentrator from the remote control terminal steering order in the internet in the table client information in the data acquisition unit, causes data acquisition unit to pass through Internet of Things; Perhaps remote control terminal is imperfect through the data that the internet receives; The partial function that possibly influence management system is realized, for addressing this problem, can in data concentrator, adopt and amplify radio receiving transmitting module; Pass through internet transmission again to remote control terminal through amplifying after radio receiving transmitting module will receive the table end data amplification that comes from data acquisition unit, the remote control terminal steering order that perhaps will from the internet, get access to transfers in the data acquisition unit through Internet of Things after amplifying again.
The implementation of adjusting the heat energy supply price according to above-mentioned Internet of Things framework in real time is: remote control terminal transfers to data concentrator through the internet with the expense adjustment information; Again by data concentrator process data acquisition unit; Adjustment information is changeed the data transmission module that transfers to intellectual heat meter through Internet of Things; Data transmission module again with this information transmission to cpu controller, cpu controller is at first deciphered it after receiving this information, upgrades the deduction standard of EPPROM storer heat energy storage initial value then; And press new standard and carry out, and feed back to remote control terminal through Internet of Things.
The implementation of long-range pass valve is: remote control terminal is through the internet transmission steering order; Data concentrator receives after the steering order terminal intelligent heat energy table that is forwarded to appointment through Internet of Things by data acquisition unit; The cpu controller of terminal intelligent heat energy table is at first deciphered it after receiving this steering order; Confirm as the pass valve instruction of remote control terminal like judgement after, close solenoid valve through the I/O interface, otherwise then do not carry out any operation.
Comprise medium-sized relevant database and computer integrated management system in the above-mentioned remote control terminal, medium-sized relevant database is SQL2000, and is as shown in Figure 3, and wherein the computer integrated management system comprises with lower module:
Service management module: the function that is used for the service management of realization table end, hand-held set service management, banking management, Alipay service management, other terminal platform payment transaction management, remote data management, IC-card service management;
Basic data module: be used to realize that website setting, zone are provided with, show the function of type setting, the type of paying the fees setting, data transmission setting;
Wireless network management module: the function that is used to realize network topology management, the management of data centralization website, the collecting and distributing centre management of data;
The Report Server Management module: be used to realize that user basic information managerial report, subscriber payment information report, user mend the card information form, and the systematic function of daily sheet, month form, year form;
System is provided with module: the function that is used to realize keeper's setting, menu setting, key setting, invoice format setting, radio address setting.
Above-mentioned for the present invention comparatively preferred embodiment; At the compositing area of Internet of Things under the less and convenient wiring situation; Data transmission module in terminal intelligent heat energy table and the data acquisition unit also can adopt wired transceiver module; The mode of its wire transmission can adopt various signal transmssion lines, for example Optical Fiber Transmission, power carrier, RS232 bus, RS485 bus, M-BUS meter bus, CAN bus etc.
Above-mentioned computer integrated management system can pass through internet and Internet of Things control terminal heat energy table; Also can use hand-held set to carry out the data interaction of remote control terminal and terminal intelligent heat energy table; And hand-held set reads from remote control terminal and terminal intelligent heat energy table respectively through USB interface and transmits data; Same, hand-held set also can read from remote control terminal and data acquisition unit and data concentrator or transmits data through USB interface.
Above-mentioned computer integrated management system can pass through internet and Internet of Things control terminal heat energy table; Can also carry out the mutual of data as carrier and heat energy table by IC-card; For example the heat energy user is when buying the heat energy consumption, and the heat energy supplier writes the heat energy information data in the IC-card, and the IC-card administration module in the computer integrated management system adopts multiple guard technology when writing data; Guarantee the safety and the reliability of data, specific as follows:
1) adopt grouping mac calibration technology:
A) with random number as the verification starting point, produce verification MAC with data encrypted as key.
B) host computer and single-chip microcomputer assess the Mac value that calculates when consistent data just effective.
2) employing chases after north calibration technology:
A) generate application data by the verification agreement.
B) each application data all is unique.
C) do not meet verification terms and conditions predetermined data and be regarded as invalid data.
D) it is just invalid that each application data is effectively used the back.
3) adopt heat energy table identity ID recognition technology:
A) write Table I D information in the transmission information.
B) the table termination is received after the information at first information such as proof list ID.
C) have only the id information check and correction could get into next step use through the back data.
Read when using for IC-card simultaneously and also added:
1) adopt multi-enciphering, resist technology:
A) card key that adopts AT88SC102 is to getting into card protection.
B) adopt the erasable protection of AT88SC102 that the data of host computer transmission are carried out a read protection.
C) application data adopts the des encryption technology, and encryption key is divided into 6 groups.
D) double-deck cryptographic key protection, the The data transmission security key is encrypted at ordinary times, and more new key adopts maintenance key to encrypt.
2) adopt the IC-card identity recognizing technology:
A) IC-card writes IC-card number.
B) IC-card writes the IC-card key.
C) computer integrated management system and intellectual heat meter CPU processor are discerned the legal identity of IC-card through card number and card key.
Protection scope of the present invention is not limited to the foregoing description; The above-mentioned the preferred embodiments of the present invention that are merely; Any to the data transmission of Internet of Things intellectual heat meter of the present invention based on Internet of Things; And equivalence replacement, deletion that each ingredient of management system is done improve, and institute's technical solution problem, technique effect are identical with the present invention, all within protection scope of the present invention.
Claims (10)
1. Internet of Things intellectual heat meter; Described heat energy table is installed near the medium pipeline of heat exchanger; It comprises cpu controller and flow measurement device, and flow measurement device is installed on the medium pipeline of heat exchanger, and cpu controller inserts flow valve and flow measurement device on the medium pipeline of heat exchanger respectively; The open and close of cpu controller output control signal Control Flow valve; And from flow measurement device, read continuous data, and according to the initial value of continuous data information deduction EPPROM memory storage, it is characterized in that:
Also comprise data transmission module in the described heat energy table; And data transmission module inserts cpu controller; Cpu controller is through carrying out data transmission between data transmission module and the data acquisition unit; And data acquisition unit and the networking of heat energy table constituent, data acquisition unit also inserts the internet, carries out data transmission through internet and remote control terminal;
Data acquisition unit will pass through internet transmission to remote control terminal through the table end data that comes from cpu controller in the heat energy table that Internet of Things receives; Maybe will come from the remote control terminal steering order transfers to terminal heat energy table through Internet of Things cpu controller through what the internet received; Cpu controller, and feeds back to remote control terminal through Internet of Things to flow measurement device and flow valve sending controling instruction according to steering order.
2. Internet of Things intellectual heat meter according to claim 1 is characterized in that: also comprise data transmission module in the described data acquisition unit.
3. according to claim 1 or 2 any described Internet of Things intellectual heat meters; It is characterized in that: described data transmission module is a radio receiving transmitting module, any one in the middle of its wireless receiving and dispatching transmission mode employing microwave, infrared signal, power carrier, photosignal, ultrasonic signal, microwave signal, GPRS and GPS, the radiofrequency signal.
4. according to any described Internet of Things intellectual heat meter of claim 1 to 2; It is characterized in that: described data transmission module is wired transceiver module, and the mode of its wire transmission adopts any one in the middle of the Optical Fiber Transmission, power carrier, RS232 bus, RS485 bus, M-BUS meter bus, CAN bus.
5. Internet of Things intellectual heat meter according to claim 1 and 2; It is characterized in that: also comprise temperature-detecting device in the described heat energy table; It is divided into the supplying media temperature-detecting device and the reflux medium temperature-detecting device is installed in respectively on the thermoconverter medium pipeline, and inserts cpu controller through the A/D conversion equipment respectively; Described flow valve and flow measurement device insert cpu controller through the I/O interface.
6. Internet of Things intellectual heat meter according to claim 1 and 2; It is characterized in that: also comprise IC-card deck, LCD and hummer in the described heat energy table; The IC-card deck inserts cpu controller through IC-card read-write interface circuit, and hummer inserts cpu controller through the surplus judging circuit; IC-card read-write interface circuit reads the inner data of IC-card and transfers to cpu controller, cpu controller through liquid crystal display circuit with the data transmission in the IC-card to LCD.
7. Internet of Things intellectual heat meter management system; It is characterized in that: described management system is made up of the Internet of Things intellectual heat meter described in many claims 1, at least one data acquisition unit and remote control terminal; Many Internet of Things intellectual heat meters and at least one data acquisition unit constituent networking; Data acquisition unit inserts the internet, and carries out exchanges data through internet and remote control terminal.
8. Internet of Things intellectual heat meter management system according to claim 6; It is characterized in that: described data acquisition unit is a plurality of; And also comprise data concentrator in the management system; Data concentrator inserts the internet through network communication protocol, and forms unified Internet of Things with a plurality of data acquisition units, intellectual heat meter respectively; The table end data that comes from the Internet of Things intellectual heat meter that data acquisition unit receives through Internet of Things also transfers to data concentrator; Data concentrator will be shown end data and pass through internet transmission to remote control terminal; And the steering order that comes from remote control terminal in the internet transferred to each data acquisition unit through Internet of Things, data acquisition unit also transfers to terminal intelligent heat energy table through Internet of Things with steering order.
9. Internet of Things intellectual heat meter management system according to claim 7; It is characterized in that: integrated amplification radio receiving transmitting module in the described data concentrator; Pass through internet transmission again to remote control terminal through amplifying radio receiving transmitting module will receive the table end data amplification that comes from data acquisition unit from Internet of Things after, the remote control terminal steering order that perhaps will from the internet, get access to transfers in the data acquisition unit through Internet of Things after amplifying again.
10. according to any described Internet of Things intellectual heat meter management system of claim 6 to 9, it is characterized in that: described remote control terminal comprises medium-sized relevant database and computer integrated management system, and wherein the computer integrated management system comprises with lower module:
Service management module: the function that is used for the service management of realization table end, hand-held set service management, banking management, Alipay service management, other terminal platform payment transaction management, remote data management, IC-card service management;
Basic data module: be used to realize that website setting, zone are provided with, show the function of type setting, the type of paying the fees setting, data transmission setting;
Wireless network management module: the function that is used to realize network topology management, the management of data centralization website, the collecting and distributing centre management of data;
The Report Server Management module: be used to realize that user basic information managerial report, subscriber payment information report, user mend the card information form, and the systematic function of daily sheet, month form, year form;
System is provided with module: the function that is used to realize keeper's setting, menu setting, key setting, invoice format setting, radio address setting.
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| CN104579634A (en) * | 2013-03-19 | 2015-04-29 | 成都秦川科技发展有限公司 | Remote control intelligent heat meter information safety management module |
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