CN201985902U - Intelligent energy-saving real time meter reading system - Google Patents
Intelligent energy-saving real time meter reading system Download PDFInfo
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- CN201985902U CN201985902U CN2011200401776U CN201120040177U CN201985902U CN 201985902 U CN201985902 U CN 201985902U CN 2011200401776 U CN2011200401776 U CN 2011200401776U CN 201120040177 U CN201120040177 U CN 201120040177U CN 201985902 U CN201985902 U CN 201985902U
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Abstract
The utility model discloses an intelligent energy-saving real time meter reading system, which comprises a meter installed indoors, a collector arranged on the meter, a concentrator arranged outdoors, a hand-held meter reading device and a personal computer (PC) terminal. The concentrator enters normal working condition under power supplied by a hand-held meter reading power supply module of the hand-held meter reading device. The hand-held meter reading power supply module provides power for a power supply passage module, and thereby the collector enters normal working condition. The intelligent energy-saving real time meter reading system has the advantage that the system can read any meter (water meter, electricity meter, gas meter and the like ); an meter reader does not have to enter a room so that no dispute occurs between the host and the meter reader; and the collector power supply is provided by the concentrator through coding control, the collector is powered off when not used, no electromagnetic influence or power consumption occurs, reading is safe, especially for a gas meter and no explosion caused by electromagnetic happens.
Description
Technical field:
The utility model relates to a kind of kilowatt meter reading-out system, relates in particular to the real-time kilowatt meter reading-out system of a kind of intelligent energy-saving.
Background technology:
Along with the development of society, human existence in the short serious threat of the energy, resource, for the energy, reasonable resources utilization and management profound significance is arranged.
At present " Every household has an ammeter, read the ammeter directly " all carried out to ammeter, natural gas meter, tap water meter etc. by country, the most traditional manual metering exist take a lot of work, time-consuming, inconvenient, accuracy is not high, labour intensity is big, and bring a lot of disputes for users and meter reading personnel, be unfavorable for the construction of harmonious society; Simultaneously, the metering of table meter, the management of checking meter, charging be confusion relatively, causes the bigger energy, the wasting of resources, also has problems such as " human feelings are checked meter, human feelings are charged ", and power supply, water supply, air feed enterprise are brought bigger loss.
For ammeter, the at present honest row of trying hard to recommend is concentrated long-distance meter-reading system, and is at present carrying out the scheme that water meter goes out the family, though check meter, easy to maintenance, improvement expenses is bigger, relatively is suitable for newly-built dwelling house, and old dwelling house transformation difficulty is too big, and expense is too high.Especially in the north of cold, must set up and freeze the following water meter chamber of layer, tubine, disposable input antifreeze and the excavation water meter chamber are very big, and maintenance cost is also very high, and feasibility is lower.
The maximum scheme of copy reading proposition that solves electricity, water, gas meter meter at present is the remote centralized reading transcribing system, utilizes collection in worksite table counting certificate, carries out remote transmission by wire/radio network, handles by daemon software at last.Though this technology is that electric power, water resources, gas metering intelligent management are than common scheme, country is also in energetically popularization, but there is some shortcoming in this scheme: collector (camera) pulse collection accuracy is not high, can produce Lou meter pulse, brings loss to enterprise; This device is an active device, power supply all adopts resident's alternating current that power supply is provided, and power consumption is bigger, and the waste electric energy is serious, electrical shock safety hazard is arranged, can't copy reading for power down mode following table meter, especially for water, gas meter, the kilowatt meter reading-out system power supply provides by exchanging residential electricity consumption, need and the power department communication, install and independent carry out electric energy metrical with the ammeter meter, the very big inconvenience that brings to installation, and expense is higher; For gas meter, flow meter, the electromagnetism of the charged generation of collector (camera) can bring explosion safety hidden danger.
The utility model content:
The purpose of this utility model is to provide a kind of and loads onto collector on the table meter, the metering image of direct acquisition tables meter, be transferred to outdoor concentrator by video line then, concentrator is transported to data in the PC by peripheral handheld terminal or remote terminal again, concentrator self is not charged, by the real-time kilowatt meter reading-out system of intelligent energy-saving of peripheral handheld terminal or remote terminal power supply.
The utility model is implemented by following technical scheme: the real-time kilowatt meter reading-out system of a kind of intelligent energy-saving, and it comprises and is installed in the indoor gauge table of user, is installed in collector on the described gauge table, is installed in outdoor concentrator, handheld reading meter device and PC terminal; Described collector comprises image capture module, collector for processing device and collector communication module, and described collector for processing device is connected with described collector communication module with described image capture module respectively; Described concentrator comprises concentrator communication module, concentrator processor, meter reading terminal communication module and power channel module, described concentrator processor is connected with described meter reading terminal communication module with described concentrator communication module respectively, and described power channel module is connected with described concentrator communication module, described concentrator processor and described meter reading terminal communication module respectively; Described handheld reading meter device comprises hand-held meter reading communication module, the hand-held processor of checking meter, hand-held memory module and the hand-held power module of checking meter of checking meter, the described hand-held processor of checking meter is connected with the described hand-held memory module of checking meter with described hand-held meter reading communication module respectively, described hand-held check meter power module respectively with described hand-held meter reading communication module, the described hand-held processor of checking meter is connected with the described hand-held memory module of checking meter, described handheld reading meter device enters normal operating conditions by the described hand-held power module power supply of checking meter, and is provided with concentrator connecting interface and PC terminal connecting interface on described hand-held meter reading communication module; Wherein, described collector communication module is connected with described concentrator communication module by data cable; Described meter reading terminal communication module flexibly connects by data cable and described concentrator connecting interface; Described PC terminal connecting interface is connected with described PC end activity by data cable; Wherein, described power channel module is connected with the described hand-held power module of checking meter by data cable, and described concentrator is that described power channel module for power supply enters normal operating conditions by the described hand-held power module of checking meter; Described image capture module, described collector for processing device and described collector communication module are connected with described power channel module by data cable, and described collector is that described power channel module for power supply enters normal operating conditions by the described hand-held power module of checking meter.
The described collector that is connected with described concentrator at least one or more than one.
Described collector is the camera collection device, or any one of photoelectric coding collector.
Described photoelectric coding collector comprises housing, the photaesthesia tabula rasa, source of parallel light, sensitization identification chip and photoelectric coding communication module, on described housing, be provided with described photaesthesia tabula rasa, above the described photaesthesia tabula rasa of described housing, be movably equipped with adjustable described source of parallel light, in described housing, be provided with described sensitization identification chip, the output of described photaesthesia tabula rasa is connected with described sensitization identification chip input, described sensitization identification chip output is connected with described photoelectric coding communication module input, and described photoelectric coding communication module output is connected with described concentrator communication module by data cable; Described photaesthesia tabula rasa, described source of parallel light, described sensitization identification chip and described photoelectric coding communication module are connected with described power channel module by data cable, and described photoelectric coding collector is that described power channel module for power supply enters normal operating conditions by the described hand-held power module of checking meter.
It also comprises long-distance transcribe terminal, and described long-distance transcribe terminal comprises remote terminal processor, remote terminal memory module, remote terminal communication module, telecommunication module and remote terminal power module; Wherein, described remote terminal processor is connected with described remote terminal memory module, described remote terminal communication module and described telecommunication module respectively, described remote terminal power module is connected with described remote terminal processor, described remote terminal memory module, described remote terminal communication module and described telecommunication module respectively, and described long-distance transcribe terminal enters normal operating conditions by described remote terminal power module power supply; Described remote terminal communication module is connected with described meter reading terminal communication module by data cable; Described telecommunication module is by GPRS/CDMA/3G, or telephone wire, or the Internet net is connected with the communication of described PC terminal remote; Described remote terminal power module is connected with described power channel module by data cable, and described concentrator is that described power channel module for power supply enters normal operating conditions by described remote terminal power module.
The input of described remote terminal power module is with low voltage electric network or solar panel is arbitrary is connected, or the input of described remote terminal power module is connected with solar panel with low voltage electric network simultaneously.
Advantage of the present utility model: this kilowatt meter reading-out system can be copied any gauge table meter (table such as water, electricity, gas meter); And this kilowatt meter reading-out system combination, flexible for installation, concentrator can be placed in entire building Anywhere, is convenient to management, and the meter reading personnel does not need to enter the room to check meter, any dispute of having avoided the person of checking meter and user to produce; Each household table meter all has an independently coding, and mistake that can confusion reigned is copied; Checking meter by directly reading is accurate, can not produce cumulative errors; The collector power supply is encoded by concentrator and is controlled power supply, and the non-state acquisition device of checking meter is in passive states, does not have electromagnetic effect, does not have electric energy power consumption, especially gas meter, flow meter, and the safety of checking meter does not have electromagnetism to ignite potential safety hazard.
Description of drawings:
Fig. 1 is the overall schematic of embodiment 1.
Fig. 2 is that the system of embodiment 1 connects block diagram.
Fig. 3 is a photoelectric coding collector schematic diagram.
Fig. 4 is a photoelectric coding collector overall structure schematic diagram.
Fig. 5 is that the system of embodiment 2 connects block diagram.
Fig. 6 is the overall schematic of embodiment 3.
Fig. 7 is that the system of embodiment 3 connects block diagram.
Gauge table 1, collector 2, concentrator 3, handheld reading meter device 4, PC terminal 5, image capture module 6, collector for processing device 7, collector communication module 8, concentrator communication module 9, concentrator processor 10, meter reading terminal communication module 11, power channel module 12, hand-held meter reading communication module 13, the hand-held processor 14 of checking meter, the hand-held memory module 15 of checking meter, the hand-held power module 16 of checking meter, concentrator connecting interface 17, PC terminal connecting interface 18, electricity code collector 19, housing 20, photaesthesia tabula rasa 21, source of parallel light 22, sensitization identification chip 23, photoelectric coding communication module 24, long-distance transcribe terminal 25, remote terminal processor 26, remote terminal memory module 27, remote terminal communication module 28, telecommunication module 29, remote terminal power module 30, low voltage electric network 31, solar panel 32.
Embodiment:
Embodiment 1: as shown in Figure 1 and Figure 2, the real-time kilowatt meter reading-out system of a kind of intelligent energy-saving, it comprises and is installed in 3 indoor gauge tables 1 of user, is installed in collector 2 on each gauge table, is installed in outdoor concentrator 3, handheld reading meter device 4 and PC terminal 5; Collector 2 comprises image capture module 6, collector for processing device 7 and collector communication module 8, and collector for processing device 7 is connected with collector communication module 8 with image capture module 6 respectively; Concentrator 3 comprises concentrator communication module 9, concentrator processor 10, meter reading terminal communication module 11 and power channel module 12, concentrator processor 10 is connected with meter reading terminal communication module 11 with concentrator communication module 9 respectively, and power channel module 12 is connected with concentrator communication module 9, concentrator processor 10 and meter reading terminal communication module 11 respectively; Handheld reading meter device 4 comprises hand-held meter reading communication module 13, the hand-held processor 14 of checking meter, hand-held memory module 15 and the hand-held power module 16 of checking meter of checking meter, the hand-held processor 14 of checking meter is connected with the hand-held memory module 15 of checking meter with hand-held meter reading communication module 13 respectively, hand-held check meter power module 16 respectively with hand-held meter reading communication module 13, the hand-held processor 14 of checking meter is connected with the hand-held memory module 15 of checking meter, handheld reading meter device 4 enters normal operating conditions by hand-held power module 16 power supplies of checking meter, and is provided with concentrator connecting interface 17 and PC terminal connecting interface 18 on hand-held meter reading communication module 13; Wherein, collector communication module 8 is connected with concentrator communication module 9 by data cable; Meter reading terminal communication module 11 flexibly connects by data cable and concentrator connecting interface 17; PC terminal connecting interface 18 flexibly connects by data cable and PC terminal 5; Wherein, power channel module 12 is connected with the hand-held power module 16 of checking meter by data cable, and concentrator 3 enters normal operating conditions by the hand-held power module 16 of checking meter for 12 power supplies of power channel module; Image capture module 6, collector for processing device 7 and collector communication module 8 are connected with power channel module 12 by data cable, and collector 2 enters normal operating conditions by the hand-held power module 16 of checking meter for 12 power supplies of power channel module.
Embodiment 2: a kind of overall structure such as the real-time kilowatt meter reading-out system of embodiment 1 described intelligent energy-saving, its difference is, collector 2 is a photoelectric coding collector 19, as Fig. 3, shown in Figure 4, photoelectric coding collector 19 comprises housing 20, photaesthesia tabula rasa 21, source of parallel light 22, sensitization identification chip 23 and photoelectric coding communication module 24,20 are provided with photaesthesia tabula rasa 21 on housing, above the photaesthesia tabula rasa 21 of housing 20, be movably equipped with adjustable source of parallel light 22, in housing 20, be provided with sensitization identification chip 23, the output of photaesthesia tabula rasa 21 is connected with sensitization identification chip 23 inputs, and sensitization identification chip 23 outputs are connected with photoelectric coding communication module 24 inputs; As shown in Figure 5, photoelectric coding communication module 24 outputs are connected with concentrator communication module 9 by data cable; Photaesthesia tabula rasa 21, source of parallel light 22, sensitization identification chip 23 and photoelectric coding communication module 24 are connected with power channel module 12 by data cable, and photoelectric coding collector 19 enters normal operating conditions by the hand-held power module 16 of checking meter for 12 power supplies of power channel module.
Embodiment 3: as Fig. 6, shown in Figure 7, a kind of overall structure such as the real-time kilowatt meter reading-out system of embodiment 1 described intelligent energy-saving, its difference is, use long-distance transcribe terminal 25 to replace handheld reading meter device 4, long-distance transcribe terminal 25 comprises remote terminal processor 26, remote terminal memory module 27, remote terminal communication module 28, telecommunication module 29 and remote terminal power module 30; Wherein, remote terminal processor 26 is connected with remote terminal memory module 27, remote terminal communication module 28 and telecommunication module 29 respectively, remote terminal power module 30 is connected with remote terminal processor 26, remote terminal memory module 27, remote terminal communication module 28 and telecommunication module 29 respectively, and long-distance transcribe terminal 25 enters normal operating conditions by 30 power supplies of remote terminal power module; Remote terminal communication module 28 is connected with meter reading terminal communication module 11 by data cable; Telecommunication module 29 is by GPRS/CDMA/3G, or telephone wire, or the Internet net is connected with 5 telecommunication of PC terminal; Remote terminal power module 30 is connected with power channel module 12 by data cable, concentrator 3 enters normal operating conditions by remote terminal power module 30 for 12 power supplies of power channel module, and the input of remote terminal power module 30 is connected with solar panel 32 with low voltage electric network 31 simultaneously.
Claims (6)
1. real-time kilowatt meter reading-out system of intelligent energy-saving, it comprises and is installed in the indoor gauge table of user, is installed in collector on the described gauge table, is installed in outdoor concentrator, handheld reading meter device and PC terminal; Described collector comprises image capture module, collector for processing device and collector communication module, and described collector for processing device is connected with described collector communication module with described image capture module respectively; Described concentrator comprises concentrator communication module, concentrator processor, meter reading terminal communication module and power channel module, described concentrator processor is connected with described meter reading terminal communication module with described concentrator communication module respectively, and described power channel module is connected with described concentrator communication module, described concentrator processor and described meter reading terminal communication module respectively; Described handheld reading meter device comprises hand-held meter reading communication module, the hand-held processor of checking meter, hand-held memory module and the hand-held power module of checking meter of checking meter, the described hand-held processor of checking meter is connected with the described hand-held memory module of checking meter with described hand-held meter reading communication module respectively, the described hand-held power module of checking meter is connected with the described hand-held memory module of checking meter with described hand-held meter reading communication module, the described hand-held processor of checking meter respectively, is provided with concentrator connecting interface and PC terminal connecting interface on described hand-held meter reading communication module; Wherein, described collector communication module is connected with described concentrator communication module by data cable; Described meter reading terminal communication module flexibly connects by data cable and described concentrator connecting interface; Described PC terminal connecting interface is connected with described PC end activity by data cable; It is characterized in that wherein, described power channel module is connected with the described hand-held power module of checking meter by data cable; Described image capture module, described collector for processing device and described collector communication module are connected with described power channel module by data cable.
2. the real-time kilowatt meter reading-out system of a kind of intelligent energy-saving according to claim 1 is characterized in that, the described collector that is connected with described concentrator at least one or more than one.
3. the real-time kilowatt meter reading-out system of any intelligent energy-saving according to claim 1 and 2 is characterized in that described collector is the camera collection device, or any one of photoelectric coding collector.
4. the real-time kilowatt meter reading-out system of a kind of intelligent energy-saving according to claim 3, it is characterized in that, described photoelectric coding collector comprises housing, the photaesthesia tabula rasa, source of parallel light, sensitization identification chip and photoelectric coding communication module, on described housing, be provided with described photaesthesia tabula rasa, above the described photaesthesia tabula rasa of described housing, be movably equipped with adjustable described source of parallel light, in described housing, be provided with described sensitization identification chip, the output of described photaesthesia tabula rasa is connected with described sensitization identification chip input, described sensitization identification chip output is connected with described photoelectric coding communication module input, and described photoelectric coding communication module output is connected with described concentrator communication module by data cable; Described photaesthesia tabula rasa, described source of parallel light, described sensitization identification chip and described photoelectric coding communication module are connected with described power channel module by data cable, and described photoelectric coding collector is that described power channel module for power supply enters normal operating conditions by the described hand-held power module of checking meter.
5. the real-time kilowatt meter reading-out system of a kind of intelligent energy-saving according to claim 1, it is characterized in that, it also comprises long-distance transcribe terminal, and described long-distance transcribe terminal comprises remote terminal processor, remote terminal memory module, remote terminal communication module, telecommunication module and remote terminal power module; Wherein, described remote terminal processor is connected with described remote terminal memory module, described remote terminal communication module and described telecommunication module respectively, and described remote terminal power module is connected with described remote terminal processor, described remote terminal memory module, described remote terminal communication module and described telecommunication module respectively; Described remote terminal communication module is connected with described meter reading terminal communication module by data cable; Described telecommunication module is by GPRS/CDMA/3G, or telephone wire, or the Internet net is connected with the communication of described PC terminal remote; Described remote terminal power module is connected with described power channel module by data cable.
6. the real-time kilowatt meter reading-out system of a kind of intelligent energy-saving according to claim 5, it is characterized in that, the input of described remote terminal power module is with low voltage electric network or solar panel is arbitrary is connected, or the input of described remote terminal power module is connected with solar panel with low voltage electric network simultaneously.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200401776U CN201985902U (en) | 2011-01-30 | 2011-01-30 | Intelligent energy-saving real time meter reading system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200401776U CN201985902U (en) | 2011-01-30 | 2011-01-30 | Intelligent energy-saving real time meter reading system |
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| CN201985902U true CN201985902U (en) | 2011-09-21 |
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| CN2011200401776U Expired - Fee Related CN201985902U (en) | 2011-01-30 | 2011-01-30 | Intelligent energy-saving real time meter reading system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103854465A (en) * | 2013-10-19 | 2014-06-11 | 张雪莱 | Electricity meter reading and paying reminder |
| CN107403546A (en) * | 2017-07-14 | 2017-11-28 | 国网浙江省电力公司 | A kind of water for full-duplex channel, air and heat meter active perception method |
| DE102017000987A1 (en) * | 2017-02-05 | 2018-08-09 | UtiliTools GmbH | Hand-held diagnostic device for a local metrology network |
-
2011
- 2011-01-30 CN CN2011200401776U patent/CN201985902U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103854465A (en) * | 2013-10-19 | 2014-06-11 | 张雪莱 | Electricity meter reading and paying reminder |
| DE102017000987A1 (en) * | 2017-02-05 | 2018-08-09 | UtiliTools GmbH | Hand-held diagnostic device for a local metrology network |
| CN107403546A (en) * | 2017-07-14 | 2017-11-28 | 国网浙江省电力公司 | A kind of water for full-duplex channel, air and heat meter active perception method |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C53 | Correction of patent for invention or patent application | ||
| CB03 | Change of inventor or designer information |
Inventor after: Wang Zhenduo Inventor after: Yue Ming Inventor before: Wang Zhenduo |
|
| COR | Change of bibliographic data |
Free format text: CORRECT: INVENTOR; FROM: WANG ZHENDUO TO: WANG ZHENDUO YUE MING |
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| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20170613 Address after: 017000 hi tech building, Erdos hi tech Industrial Park, the Inner Mongolia Autonomous Region, 1210 Patentee after: Tai Kun Holdings Limited Address before: 010010, Room 201, building 117, Xincheng West Street, Hohhot, the Inner Mongolia Autonomous Region Patentee before: Wang Zhenduo |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110921 Termination date: 20190130 |