CN202551104U - Intelligent electric larceny prevention system based on Internet of Things technology for hybrid communication of wireless Ad Hoc network - Google Patents
Intelligent electric larceny prevention system based on Internet of Things technology for hybrid communication of wireless Ad Hoc network Download PDFInfo
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- CN202551104U CN202551104U CN2012200800253U CN201220080025U CN202551104U CN 202551104 U CN202551104 U CN 202551104U CN 2012200800253 U CN2012200800253 U CN 2012200800253U CN 201220080025 U CN201220080025 U CN 201220080025U CN 202551104 U CN202551104 U CN 202551104U
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Abstract
The utility model relates to an electric larceny prevention system, in particular to an intelligent electric larceny prevention system based on an Internet of Things technology for hybrid communication of a wireless Ad Hoc network, which comprises an electric larceny prevention device for an electric meter box. The electric larceny prevention device for the electric meter box is used for transmitting the sensed information of the electric meter box to a centralized data processing module of a sensing layer through a first wireless communication module, and the first wireless communication module is subjected to two-way communication connection with the centralized data processing module of the sensing layer through a local area network communication protocol; the centralized data processing module of the sensing layer is subjected to two-way communication connection with a centralized data processing module of an application layer through a wired or wireless network; and the centralized data processing module of the application layer is subjected to two-way communication connection with a control device in a monitoring room through a wired or wireless network. The advantages of a local area network and a wide area network are fully utilized to construct the intelligent electric larceny prevention network for hybrid communication, the trouble in wiring is reduced, and the operating cost is decreased. Moreover, the system complies with the characteristics of network communication of the electric larceny prevention system.
Description
Technical field
The utility model relates to the system of opposing electricity-stealing, and is specifically related to a kind of wireless self-networking mixed communication intelligence based on technology of Internet of things system that opposes electricity-stealing.
Background technology
For a long time, because being short of hands and the cost problem of power system management aspect existence causes stealing electricity phenomenon to remain incessant after repeated prohibition.At present, the domestic existing supervisory control system of opposing electricity-stealing, several kinds of modes below general the employing: one of which, do not adopt constructing communication network, analyze Monitoring Data like needs, with relevant device to on-the-spot, through RS485 and terminal communication collection; Two, adopt the wireless private network mode to communicate by letter, rebulid the base station, and need daily management maintenance; Three, adopt GPRS or GSM as communication mode, communication network is provided by operator and manages, and this mode exists equipment operation cost problem of higher; Four, wire communication, system's construction cost is expensive, and the coverage rate of communication line is less.
Comprehensive above-mentionedly know, adopt single mode, be difficult to satisfy the requirement of the economy and the reliability of system group network.
The utility model content
The purpose of the utility model provides a kind of wireless self-networking mixed communication intelligence based on technology of Internet of things system that opposes electricity-stealing, and originally the system of opposing electricity-stealing has adopted the different communication technologys and constituted hybrid communication system, and cost is low and debugging maintenance convenient.
For realizing above-mentioned purpose; The utility model has adopted following technical scheme: a kind of wireless self-networking mixed communication intelligence based on technology of Internet of things system that opposes electricity-stealing; Originally the system of opposing electricity-stealing comprises the ammeter box device against charge evasion that is used for perception ammeter box real-time status; Be provided with first wireless communication module in the ammeter box device against charge evasion; The ammeter box device against charge evasion sends to sensing layer Data Centralized Processing module through first wireless communication module with the ammeter box information that perceives, and first wireless communication module is connected through the two-way communication of local area network communication agreement with sensing layer Data Centralized Processing module; Said sensing layer Data Centralized Processing module focuses on the module two-way communication through wired or wireless network and application layer data and is connected; Said application layer data focuses on module and is connected with control device two-way communication in being arranged on Control Room through wired or wireless network.
The utility model can also be able to further realization in the following manner simultaneously:
Said ammeter box device against charge evasion also comprises monitoring sensor, sensor acquisition module, oppose electricity-stealing controller and alarm module; The signal output part of said monitoring sensor is electrically connected with the signal input part of sensor acquisition module; The output of said sensor acquisition module is electrically connected with the input of the controller of opposing electricity-stealing; The output of the said controller of opposing electricity-stealing is electrically connected with the input of alarm module, and the controller of opposing electricity-stealing also is connected with the two-way communication of sensing layer Data Centralized Processing module through said first wireless communication module.
During actual the use, said monitoring sensor is used to monitor the real-time status of ammeter box.
Preferably, said monitoring sensor comprises the pyroelectric infrared sensor that is used to monitor the threshold switch of ammeter chamber door state and/or is used for monitoring human information.
In the technique scheme, said monitoring sensor can be separately a threshold switch, can be separately pyroelectric infrared sensor also.Highly preferred technical scheme is that said monitoring sensor is the combination of threshold switch and pyroelectric infrared sensor; Then when ammeter box during by unauthorised broken; At first monitor the state of ammeter box by threshold switch; By pyroelectric infrared sensor the monitoring, alarming of threshold switch is done further to confirm then, thereby prevent that the phenomenon of reporting by mistake from taking place.
Preferably, the said control device that is arranged in the Control Room comprises the Region control device that is arranged in the regional processing center, also comprises the alarm control unit that is arranged on the alarm monitoring center.
Further, said Region control device and alarm control unit include main frame and the display that is used to show the resident family address.
The said controller of opposing electricity-stealing is the dsPIC30F3013 digital signal controller, and said alarm module is the sound and light alarm module.
Preferably; Said sensing layer Data Centralized Processing module comprises the first sensing layer wireless communication module, sensing layer controller and the second sensing layer wireless communication module that is connected with the said first wireless communication module two-way communication, is two-way communication between said first sensing layer wireless communication module and the sensing layer controller and between the sensing layer controller and the second sensing layer wireless communication module and connects; Said application layer data focuses on module and comprises application layer wireless communication module and the application layer controller that is connected through the two-way communication of wan communication agreement with the said second sensing layer wireless communication module, connects for two-way communication between said application layer wireless communication module and the application layer controller; Said application layer controller is connected with control device two-way communication in being arranged on Control Room through cable network.
Further, said first wireless communication module, the first sensing layer wireless communication module are the Zigbee communication module; Sensing layer controller and application layer controller are the dsPIC30F3013 digital signal controller, and the second sensing layer wireless communication module and application layer wireless communication module are the GSM/GPRS/3G communication module.
The wide range of short-distance wireless communication technology, in general sense, as long as the transceiver communication both sides are through radio wave transmissions information, and transmission range is limited in the short scope, just can be called short-distance wireless communication.Current application short-distance wireless data communication standard the most widely has 5 kinds, is respectively purple honeybee (ZigBee), WiMAX (Wi-Fi), bluetooth (Bluetooth), ultra broadband (UWB) and Near Field Communication (NFC).Above-mentioned 5 kinds of short-distance wireless communication technologies all can be applied in the utility model; Wherein the Zigbee communication technology has the advantage of low complex degree, low-power consumption, low data rate, low cost, high power capacity, high reliability and high security, is the preferential selection of the utility model therefore.
Said application layer data focuses on module and also comprises serial communication modular, and said application layer controller is connected with control device two-way communication in being arranged on Control Room through serial communication modular.
Further, the said control device that is arranged in the Control Room comprises the Region control device that is arranged in the regional processing center, also comprises the alarm control unit that is arranged on the alarm monitoring center; Said application layer data focuses on module and also comprises serial communication modular, and two-way communication is connected said application layer controller with alarm control unit with the Region control device respectively through serial communication modular.
The beneficial effect of the utility model:
1), the utility model has adopted technology of Internet of things, also is that ammeter box device against charge evasion and sensing layer Data Centralized Processing module constitute sensing layer; Being used to be communicated with wireless networks such as GSM/GPRS/3G that sensing layer Data Centralized Processing module and application layer data focus on module, then to have constituted network layer also be transport layer; Said application layer data focuses on module and then constitutes application layer jointly with the Region control device and the alarm control unit that are arranged in the Control Room.The utility model has adopted the Zigbee network in sensing layer simultaneously; And in network layer, adopted the GSM/GPRS/3G network; The utility model adopts internet of things system structure and wireless self-networking technology thus; In conjunction with closely Zigbee network service and long advantage apart from GSM/GPRS/3G network service, thereby the feasible systemic-function of originally opposing electricity-stealing is powerful, economical and practical and dependable performance.
2), during actual the use, pyroelectric infrared sensor and threshold switch are installed in the ammeter box, at first monitor ammeter box and illegally opened, monitor human body information by pyroelectric sensor again, with the monitoring result of affirmation threshold switch by threshold switch; Said threshold switch and pyroelectric sensor are sent to the controller of opposing electricity-stealing with the information that monitors through the sensor acquisition module, and the controller of opposing electricity-stealing control alarm module sends sound and light alarm; Meanwhile; The controller of opposing electricity-stealing is sent to sensing layer Data Centralized Processing module with the real time data of ammeter box such as relevant ammeter box address and warning message through first wireless communication module successively; Said sensing layer Data Centralized Processing module is concentrated preliminary treatment to the data that send; Then sensing layer Data Centralized Processing module is sent to application layer data apart from wireless networks such as GSM/GPRS/3G with data through length and focuses on module; Application layer data focuses on module and again the data of receiving is sent to Region control device and alarm control unit place respectively through wireless networks such as 2G/3G or cable networks such as INTERNET/INTRANET or special optic fibre; Accomplishing demonstration, warning and the memory function of data, and monitor the running status of ammeter box in real time.
3), said threshold switch, pyroelectric infrared sensor, sensor acquisition module, the controller of opposing electricity-stealing, alarm module and first wireless communication module are formed the ammeter box device against charge evasion jointly.Use this intelligence to oppose electricity-stealing after the system, when the stealing molecule was illegally opened ammeter box, alarm module can in time send sound and light alarm at the scene, to play the effect that threatens illegal electricity filching behavior; The controller of opposing electricity-stealing simultaneously utilizes short-range communication technique also promptly through the Zigbee communication module stealing alarm signal to be sent to regional processing center and alarm monitoring center, thereby can realize effectively the situation of ammeter box is monitored in real time.The utility model has not only reduced the hardware cabling, and cost is low and debugging maintenance convenient, is highly suitable for the management of opposing electricity-stealing of power industry.
4), in the utility model; The common ammeter box device against charge evasion of forming of threshold switch, pyroelectric infrared sensor, sensor acquisition module, the controller of opposing electricity-stealing, alarm module and first wireless communication module constitutes local area network (LAN) through Small Area Wireless Communication Networks and sensing layer Data Centralized Processing module; Sensing layer Data Centralized Processing module and application layer data focus on module then through wireless network such as 2G/3G and regional processing center and alarm monitoring center formation wide area network, thus the utility model made full use of local area network (LAN) and wide area network separately advantage and set up into solid and omnibearing antitheft network.
5), real time data and the parameter setting that order initiatively obtains ammeter box can also be sent to the ammeter box device against charge evasion through wireless network such as 2G/3G and short distance communication network in the alarm monitoring center in the utility model.The utility model had both made full use of the advantage of Small Area Wireless Communication Networks, utilized wireless networks such as 2G/3G to solve the little shortcoming of Small Area Wireless Communication Networks transmission range again, thereby made that the cost of total system is lower and reduced the regular maintenance cost.
Description of drawings
Fig. 1 is the overall structure figure of the utility model.
Fig. 2 is the johning knot composition of ammeter box device against charge evasion and sensing layer Data Centralized Processing module.
Fig. 3 is the johning knot composition that sensing layer Data Centralized Processing module and application layer data focus on module.
Fig. 4 is the circuit structure diagram of pyroelectric sensor signal processing circuit.
The implication of label symbol is following among the figure:
10-threshold switch 20-pyroelectric infrared sensor 30-sensor acquisition module
40-controller 50-alarm module 60-first wireless communication module of opposing electricity-stealing
70-ammeter box device against charge evasion 80-sensing layer Data Centralized Processing module
The 81-first sensing layer wireless communication module 82-sensing layer controller
83-second sensing layer wireless communication module 90-zone processing center
100-alarm monitoring center 110-application layer data focuses on module
111-application layer wireless communication module 112-application layer controller
The 113-serial communication modular
Embodiment
As shown in Figure 1; A kind of wireless self-networking mixed communication intelligence system that opposes electricity-stealing based on technology of Internet of things; Originally the system of opposing electricity-stealing comprises the ammeter box device against charge evasion 70 that is used for perception ammeter box real-time status; Be provided with first wireless communication module 60 in the ammeter box device against charge evasion 70; Ammeter box device against charge evasion 70 sends to sensing layer Data Centralized Processing module 80 through first wireless communication module 60 with the ammeter box information that perceives, and first wireless communication module 60 is connected through the two-way communication of local area network communication agreement with sensing layer Data Centralized Processing module 80; Said sensing layer Data Centralized Processing module 80 focuses on module 110 two-way communications through wired or wireless network and application layer data and is connected; Said application layer data focuses on module 110 and is connected with control device two-way communication in being arranged on Control Room through wired or wireless network.
Further; As shown in Figure 2; Said ammeter box device against charge evasion 70 also comprises monitoring sensor, sensor acquisition module 30, oppose electricity-stealing controller 40 and alarm module 50; The signal output part of said monitoring sensor is electrically connected with the signal input part of sensor acquisition module 30; The output of said sensor acquisition module 30 is electrically connected with the input of the controller 40 of opposing electricity-stealing, and the output of the said controller 40 of opposing electricity-stealing is electrically connected with the input of alarm module 50, and the controller 40 of opposing electricity-stealing also is connected with 80 two-way communications of sensing layer Data Centralized Processing module through said first wireless communication module 60.
Said monitoring sensor has multiple implementation, and is as shown in Figure 2 as the preferred version of the utility model, and said monitoring sensor comprises the pyroelectric infrared sensor 20 that is used to monitor the threshold switch 10 of ammeter chamber door state and/or is used for monitoring human information.
In the technique scheme, said monitoring sensor can be separately a threshold switch 10, can be separately pyroelectric infrared sensor 20 also.Highly preferred technical scheme is that said monitoring sensor is the combination of threshold switch 10 and pyroelectric infrared sensor 20; Then when ammeter box during by unauthorised broken; At first monitor the state of ammeter boxes by threshold switch 10; Do further to confirm by the monitoring, alarming of 20 pairs of threshold switchs of pyroelectric infrared sensor then, thereby prevent that the phenomenon of reporting by mistake from taking place.
As the another kind of preferred version of the utility model, the said controller 40 of opposing electricity-stealing is the dsPIC30F3013 digital signal controller, and said alarm module 50 is the sound and light alarm module.
Said alarm module 50 can adopt independent audible alarm module; Also can adopt independent flashing light alarm module; As the preferred version of the utility model, said alarm module 50 is the sound and light alarm module, also is the combination of alarm module 50 for audible alarm module and flashing light alarm module.
Further; Like Fig. 2, shown in 3; Said sensing layer Data Centralized Processing module 80 comprises the first sensing layer wireless communication module 81, sensing layer controller 82 and the second sensing layer wireless communication module 83 that is connected with 60 two-way communications of said first wireless communication module, is two-way communication between said first sensing layer wireless communication module 81 and the sensing layer controller 82 and between the sensing layer controller 82 and the second sensing layer wireless communication module 83 and connects; As shown in Figure 3; Said application layer data focuses on module 110 and comprises the application layer wireless communication module 111 and application layer controller 112 that is connected through the two-way communication of wan communication agreement with the said second sensing layer wireless communication module 83, connects for two-way communication between said application layer wireless communication module 111 and the application layer controller 112; Said application layer controller 112 is connected with control device two-way communication in being arranged on Control Room through cable network.
Preferably, the said control device that is arranged in the Control Room comprises the Region control device that is arranged in the regional processing center 90, also comprises the alarm control unit that is arranged on alarm monitoring center 100.
Further, said Region control device and alarm control unit include main frame and the display that is used to show the resident family address, to accomplish demonstration, warning and the memory function of data.
Preferably, said first wireless communication module 60, the first sensing layer wireless communication module 81 are the Zigbee communication module; Sensing layer controller 82 is the dsPIC30F3013 digital signal controller with application layer controller 112, and the second sensing layer wireless communication module 83 is the GSM/GPRS/3G communication module with application layer wireless communication module 111.
The wide range of short-distance wireless communication technology, in general sense, as long as the transceiver communication both sides are through radio wave transmissions information, and transmission range is limited in the short scope, just can be called short-distance wireless communication.Current application short-distance wireless data communication standard the most widely has 5 kinds, is respectively purple honeybee (ZigBee), WiMAX (Wi-Fi), bluetooth (Bluetooth), ultra broadband (UWB) and Near Field Communication (NFC).Above-mentioned 5 kinds of short-distance wireless communication technologies all can be applied in the utility model; Wherein the Zigbee communication technology has the advantage of low complex degree, low-power consumption, low data rate, low cost, high power capacity, high reliability and high security, is the preferential selection of the utility model therefore.
As shown in Figure 3, said application layer data focuses on module 110 and also comprises serial communication modular 113, and said application layer controller 112 is connected with control device two-way communication in being arranged on Control Room through serial communication modular 113.
Preferably, as shown in Figure 3, the said control device that is arranged in the Control Room comprises the Region control device that is arranged in the regional processing center 90, also comprises the alarm control unit that is arranged on alarm monitoring center 100; Said application layer data focuses on module 110 and also comprises serial communication modular 113, and two-way communication is connected said application layer controller 112 with alarm control unit with the Region control device respectively through serial communication modular 113.
In sum, the utility model has made full use of the advantage separately of local area network (LAN) and wide area network, and the intelligence that the has made up mixed communication network of opposing electricity-stealing has not only reduced the wiring trouble, reduced operation cost, and met the characteristics of the grid communication of opposing electricity-stealing.
Claims (10)
1. the wireless self-networking mixed communication intelligence based on technology of Internet of things system that opposes electricity-stealing; It is characterized in that: originally the system of opposing electricity-stealing comprises the ammeter box device against charge evasion (70) that is used for perception ammeter box real-time status; Be provided with first wireless communication module (60) in the ammeter box device against charge evasion (70); Ammeter box device against charge evasion (70) sends to sensing layer Data Centralized Processing module (80) through first wireless communication module (60) with the ammeter box information that perceives, and first wireless communication module (60) is connected through the two-way communication of local area network communication agreement with sensing layer Data Centralized Processing module (80); Said sensing layer Data Centralized Processing module (80) focuses on module (110) two-way communication through wired or wireless network and application layer data and is connected; Said application layer data focuses on module (110) and is connected with control device two-way communication in being arranged on Control Room through wired or wireless network.
2. the wireless self-networking mixed communication intelligence based on the technology of Internet of things according to claim 1 system that opposes electricity-stealing; It is characterized in that: said ammeter box device against charge evasion (70) also comprises monitoring sensor, sensor acquisition module (30), the controller of opposing electricity-stealing (40) and alarm module (50); The signal output part of said monitoring sensor is electrically connected with the signal input part of sensor acquisition module (30); The output of said sensor acquisition module (30) is electrically connected with the input of the controller of opposing electricity-stealing (40); The output of the said controller of opposing electricity-stealing (40) is electrically connected with the input of alarm module (50), and the controller of opposing electricity-stealing (40) also is connected with sensing layer Data Centralized Processing module (80) two-way communication through said first wireless communication module (60).
3. the wireless self-networking mixed communication intelligence based on the technology of Internet of things according to claim 2 system that opposes electricity-stealing; It is characterized in that: said sensing layer Data Centralized Processing module (80) comprises the first sensing layer wireless communication module (81), sensing layer controller (82) and the second sensing layer wireless communication module (83) that is connected with said first wireless communication module (60) two-way communication, is two-way communication between said first sensing layer wireless communication module (81) and the sensing layer controller (82) and between the sensing layer controller (82) and the second sensing layer wireless communication module (83) and connects;
Said application layer data focuses on module (110) and comprises application layer wireless communication module (111) and the application layer controller (112) that is connected through the two-way communication of wan communication agreement with the said second sensing layer wireless communication module (83), connects for two-way communication between said application layer wireless communication module (111) and the application layer controller (112); Said application layer controller (112) is connected with control device two-way communication in being arranged on Control Room through cable network.
4. according to claim 1 or the 2 or 3 described wireless self-networking mixed communication intelligence system that opposes electricity-stealing based on technology of Internet of things; It is characterized in that: the said control device that is arranged in the Control Room comprises the Region control device that is arranged in the regional processing center (90), also comprises the alarm control unit that is arranged on alarm monitoring center (100).
5. the wireless self-networking mixed communication intelligence based on the technology of Internet of things according to claim 2 system that opposes electricity-stealing, it is characterized in that: said monitoring sensor comprises threshold switch (10) that is used to monitor ammeter chamber door state and/or the pyroelectric infrared sensor (20) that is used for monitoring human information.
6. the wireless self-networking mixed communication intelligence based on the technology of Internet of things according to claim 2 system that opposes electricity-stealing, it is characterized in that: the said controller of opposing electricity-stealing (40) is the dsPIC30F3013 digital signal controller; Said alarm module (50) is the sound and light alarm module.
7. the wireless self-networking mixed communication intelligence based on the technology of Internet of things according to claim 3 system that opposes electricity-stealing, it is characterized in that: said first wireless communication module (60), the first sensing layer wireless communication module (81) are the Zigbee communication module; Sensing layer controller (82) and application layer controller (112) are the dsPIC30F3013 digital signal controller, and the second sensing layer wireless communication module (83) and application layer wireless communication module (111) are the GSM/GPRS/3G communication module.
8. the wireless self-networking mixed communication intelligence based on the technology of Internet of things according to claim 4 system that opposes electricity-stealing is characterized in that: said Region control device and alarm control unit include main frame and the display that is used to show the resident family address.
9. according to claim 3 or the 7 described wireless self-networking mixed communication intelligence system that opposes electricity-stealing based on technology of Internet of things; It is characterized in that: said application layer data focuses on module (110) and also comprises serial communication modular (113), and said application layer controller (112) is connected with control device two-way communication in being arranged on Control Room through serial communication modular (113).
10. according to claim 3 or the 7 described wireless self-networking mixed communication intelligence system that opposes electricity-stealing based on technology of Internet of things; It is characterized in that: the said control device that is arranged in the Control Room comprises the Region control device that is arranged in the regional processing center (90), also comprises the alarm control unit that is arranged on alarm monitoring center (100); Said application layer data focuses on module (110) and also comprises serial communication modular (113), and two-way communication is connected said application layer controller (112) with alarm control unit with the Region control device respectively through serial communication modular (113).
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| Application Number | Priority Date | Filing Date | Title |
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| CN2012200800253U CN202551104U (en) | 2012-03-06 | 2012-03-06 | Intelligent electric larceny prevention system based on Internet of Things technology for hybrid communication of wireless Ad Hoc network |
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| CN2012200800253U CN202551104U (en) | 2012-03-06 | 2012-03-06 | Intelligent electric larceny prevention system based on Internet of Things technology for hybrid communication of wireless Ad Hoc network |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104374993A (en) * | 2014-11-25 | 2015-02-25 | 国家电网公司 | Electricity larceny prevention method and device based on power internet of things and processor |
| CN105572504A (en) * | 2015-12-28 | 2016-05-11 | 天津求实智源科技有限公司 | Control method and system of electricity theft detection used for medium and low voltage mixed power distribution network |
| CN105606863A (en) * | 2015-12-22 | 2016-05-25 | 华立科技股份有限公司 | Anti-theft electricity meter based on infrared induction |
-
2012
- 2012-03-06 CN CN2012200800253U patent/CN202551104U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104374993A (en) * | 2014-11-25 | 2015-02-25 | 国家电网公司 | Electricity larceny prevention method and device based on power internet of things and processor |
| CN105606863A (en) * | 2015-12-22 | 2016-05-25 | 华立科技股份有限公司 | Anti-theft electricity meter based on infrared induction |
| CN105606863B (en) * | 2015-12-22 | 2018-04-20 | 华立科技股份有限公司 | A kind of anti-theft electricity meter based on infrared induction |
| CN105572504A (en) * | 2015-12-28 | 2016-05-11 | 天津求实智源科技有限公司 | Control method and system of electricity theft detection used for medium and low voltage mixed power distribution network |
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Granted publication date: 20121121 Termination date: 20180306 |