CN104299397A - Electricity utilization early-warning monitoring system and method - Google Patents
Electricity utilization early-warning monitoring system and method Download PDFInfo
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- CN104299397A CN104299397A CN201410531328.6A CN201410531328A CN104299397A CN 104299397 A CN104299397 A CN 104299397A CN 201410531328 A CN201410531328 A CN 201410531328A CN 104299397 A CN104299397 A CN 104299397A
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Abstract
The invention relates to an electricity utilization early-warning monitoring system and method. The electricity utilization early-warning monitoring method comprises the following steps: automatically networking main control equipment with a monitoring device by virtue of a power line carrier, and carrying out electricity utilization early-warning monitoring on electric equipment connected with the monitoring device by virtue of the main control equipment through the monitoring device. The electricity utilization early-warning monitoring system comprises the power line carrier, the main control equipment, at least one monitoring device and at least one piece of electric equipment which is connected with the monitoring device. By virtue of the power line carrier, the main control equipment and the monitoring device are automatically networked, the main control equipment can be used for carrying out electricity utilization early-warning monitoring on the electric equipment via the monitoring device, and the electricity utilization early-warning monitoring system is low in cost and easy to arrange and maintain.
Description
Technical field
The present invention relates to power line carrier communication field, particularly relate to a kind of electricity consumption prewarning monitoring system and method.
Background technology
In modern society's life, electric energy has been that human being's production is lived the necessary energy.Various for the production of manufacturing or the appearance of consumer of family life, bring great convenience to the mankind.But, meanwhile also bring great potential safety hazard.Such as, electric shock may cause personal injury, and the electric spark that equipment leakage produces may lead to fire, blast.How to solve the potential safety hazard that consumer and circuit thereof may occur, become an important research topic.
Summary of the invention
The object of the present invention is to provide a kind of electricity consumption prewarning monitoring system and method, for solving problems of the prior art with not enough.
For achieving the above object, technical scheme proposed by the invention is:
A kind of electricity consumption pre-warning monitoring method of the present invention, it comprises: main control equipment and supervising device realize the MANET of described main control equipment and described supervising device by power line carrier; And described main control equipment carries out electricity consumption early warning monitoring by the described supervising device pair consumer be connected with described supervising device.
Further, described electricity consumption early warning monitoring is drawn together: described main control equipment sends a corresponding steering order extremely described supervising device, and wherein, described steering order comprises acquisition instructions, parameter setting instruction, the first open command and first go code; And described supervising device completes the electricity consumption early warning monitoring to described consumer according to described steering order.
Further, described electricity consumption early warning monitoring comprises: described supervising device gathers quality of power supply information and the electricity consumption status information of this consumer periodically from described consumer; Described supervising device calculates energy data according to described quality of power supply information, and produces the second open command or an early warning logout according to described energy data, to complete power operation to described consumer or early warning operation; And acquisition instructions described in described main control equipment timed sending is to described supervising device, to gather in described supervising device described energy data, logout and the described electricity consumption status information of preserving, wherein, logout comprises described early warning logout.
Further, described electricity consumption early warning monitoring comprises: described main control equipment sends described parameter setting instruction to described supervising device; Described supervising device judges whether to open infrared induction function according to described parameter setting instruction; And when the infrared induction function of described supervising device is opened, whether there is thermal source in described supervising device induced environment and go code to produce the 3rd open command or second, to complete power operation to described consumer or power-on servicing.
Further, described electricity consumption early warning monitoring comprises: when the current power state of described consumer is incorrect, and described main control equipment sends described first open command or described first and goes code to described supervising device; And described supervising device has gone code to the power operation of described consumer or power-on servicing according to described first open command or described first.
A kind of electricity consumption prewarning monitoring system of the present invention, it comprises the consumer that main control equipment, at least one supervising device and at least one and described supervising device are connected, described main control equipment and described supervising device realize the MANET of described main control equipment and described supervising device by a power line carrier, and described main control equipment carries out electricity consumption early warning monitoring by described supervising device to described consumer.
Further, described main control equipment comprises a control module and a first carrier communication module, described control module is for sending a corresponding steering order to first carrier communication module, wherein, described steering order comprises acquisition instructions, parameter setting instruction, the first open command and first go code; And described first carrier communication module is for realizing the MANET with described supervising device, and described steering order is sent to described supervising device.
Further, described supervising device comprises: sampling metering module, for gathering quality of power supply information and the electricity consumption status information of this consumer periodically from described consumer; Analysis and Control module, for calculating energy data according to described quality of power supply information, and produces the second open command or an early warning logout according to described energy data; Operation executing module, described first open command or described first for sending according to described main control equipment has gone code to the power operation of described consumer or power-on servicing, or described second open command produced according to described supervising device or described early warning logout or one the 3rd open command or one second have gone code to the power operation of described consumer or power-on servicing or early warning operation, and produce a corresponding logout, wherein, logout comprises described early warning logout; And second carrier communication module, for realizing the MANET with described main control equipment, and described energy data, described logout and described electricity consumption status information are sent to described main control equipment.
Further, described main control equipment also comprises: uplink communication module, for a terminal communication, enable user whether send described steering order by main control equipment described in described terminal control; Memory module, for storing described energy data, described logout and described electricity consumption status information that described supervising device sends; And info push module, for described energy data, described logout and described electricity consumption status information are pushed to described uplink communication module, check for user.
Further, described supervising device also comprises an infrared induction module, for judging whether the infrared induction function of opening described supervising device according to described parameter setting instruction, and whether there is thermal source in induced environment and go code to produce described 3rd open command or described second, and be sent to described operation executing module.
Compared with prior art, a kind of electricity consumption prewarning monitoring system of the present invention and method, there is following beneficial effect: the present invention achieves the MANET of main control equipment and supervising device by power line carrier, and achieve main control equipment, by supervising device, electricity consumption early warning monitoring is carried out to consumer, not only cost is low, and is easy to arrange and safeguard.
Accompanying drawing explanation
Fig. 1 is the structured flowchart of electricity consumption prewarning monitoring system of the present invention.
Fig. 2 is the process flow diagram of the electricity consumption pre-warning monitoring method of one embodiment of the invention.
Fig. 3 is the process flow diagram of the electricity consumption pre-warning monitoring method of another embodiment of the present invention.
Embodiment
Below with reference to accompanying drawing, elaboration is further given to the present invention.
Refer to Fig. 1, a kind of electricity consumption prewarning monitoring system 100 provided by the invention comprises main control equipment 10, at least one supervising device 20 and at least one consumer 30 be connected with supervising device 20.Wherein, main control equipment 10 and supervising device 20 realize the MANET of main control equipment 10 and supervising device 20 by power line carrier, and main control equipment 10 carries out electricity consumption early warning monitoring by supervising device 20 pairs of consumers 30.In one embodiment, supervising device 20 is arranged in power line node, and in other embodiments, supervising device 20 also can be arranged in main control equipment 10 or consumer 30, and the present invention is not as limit.
This electricity consumption prewarning monitoring system 100 also comprises one for the terminal 40 of user, for communicating with main control equipment 10, enable user control main control equipment 10 whether sending controling instruction by terminal 40, steering order can comprise acquisition instructions, parameter setting instruction, open command and go code.Wherein, if in LAN (Local Area Network), 40, terminal can realize being connected with main control equipment 10 by wired RJ45 interface or wireless WIFI.After main control equipment 10 installs and powers on, by integrated such as automatic field name analysis software therein, make user can be carried out the setting of the correlation parameter of main control equipment by parameter setting instruction, such as domain name parameters, login user name, password etc., can use IP address or this main control equipment 10 of domain name access easily by above-mentioned parameter user.Terminal can be the handheld devices such as computing machine, panel computer, mobile phone, and the present invention is not as limit.
Particularly, main control equipment 10 comprises control module 12 and a first carrier communication module 14, and control module 12 is for sending a corresponding steering order to first carrier communication module 14; And first carrier communication module 14 is for realizing the MANET with supervising device 20, and steering order is sent to supervising device 20.Wherein, steering order can comprise acquisition instructions, parameter setting instruction, open command and go code.In one embodiment, if control module 12 passes through first carrier communication module 14 timed sending acquisition instructions to supervising device 20, with the energy data preserved in acquisition monitoring device 20, logout and electricity consumption status information; If control module 12 sends parameter setting instruction to supervising device 20 by first carrier communication module 14, when supervising device 20 judges to need to open infrared induction function according to this parameter setting instruction, then the infrared induction function of himself opened by supervising device 20, whether there is thermal source in induced environment; When supervising device 20 judges to need to carry out optimum configurations according to this parameter setting instruction, then supervising device 20 carries out the setting of the correlation parameter of himself, such as power-off parameter, early-warning parameters etc., namely in the present embodiment, steering order comprises acquisition instructions and/or parameter setting instruction.
Further, main control equipment 10 can also comprise uplink communication module 11, memory module 15 and info push module 13, and uplink communication module 11, for communicating with terminal 40, enables user control main control equipment 10 whether sending controling instruction by terminal 40; Energy data, logout and electricity consumption status information that memory module 15 sends for storing supervising device 20; And info push module 13 is for pushing to uplink communication module 11 by energy data, logout and electricity consumption status information, checks for user.Wherein, the integrated page of a main control equipment can be provided with in uplink communication module 11, the energy data, logout and the electricity consumption status information that are pushed by info push module 13 is included in the integrated page of this main control equipment, user can access the integrated page of this main control equipment by terminal 40, thus checks consumer 30 easily.
In one embodiment, user can arrange the correlation parameter of main control equipment 10 and supervising device 20 according to parameter setting instruction or actual conditions on the integrated page of main control equipment, such as timing parameters, collection period parameter, power-off parameter, early-warning parameters, preset duration etc., the energy data of the consumer 30 be connected with supervising device 20, logout and electricity consumption status information can also be checked, even can revise the device name of main control equipment 10 and supervising device 20.
In another embodiment, if the current power state that user views a certain consumer 30 by the integrated page of main control equipment should be off (or connect) and be still shown as connections (or disconnection) namely the current power state of this consumer 30 be incorrect time, then can send an open command (or going code) to supervising device 20 by first carrier communication module 14, to disconnect the power supply of (or connection) consumer 30 by the control module 12 of this main control equipment integrated page control main control equipment 10.Namely in the present embodiment, steering order comprises open command and/or goes code.
Supervising device 20 comprises sampling metering module 21, analysis and Control module 22, operation executing module 23 and the second carrier communication module 24, and sampling metering module 21 is for gathering quality of power supply information and the electricity consumption status information of this consumer 30 periodically from consumer 30 according to collection period parameter; Energy data for calculating energy data according to quality of power supply information, and compares with power-off parameter, early-warning parameters by analysis and Control module 22 respectively, thus produces an open command or an early warning logout; Operation executing module 23 for according to open command or to go code or early warning logout completes power operation to consumer 30 or power-on servicing, and produces a corresponding logout; And second carrier communication module 24 for realizing the MANET with main control equipment 10, and energy data, logout and electricity consumption status information are sent to main control equipment 10.It is worth mentioning that, above-mentioned transmission information can be initiatively be sent to main control equipment 10 by supervising device 20, also can be periodically to be gathered to supervising device 20 according to acquisition instructions by main control equipment 10, and the present invention is not as limit.Wherein, steering order can comprise acquisition instructions, parameter setting instruction, open command and go code.Electricity consumption status information comprises disconnection electricity consumption status information, connects electricity consumption status information and alarm status information.Quality of power supply information comprises electric current on consumer 30 and/or line of electric force and voltage.Logout comprises abnormal disconnected event record and early warning logout.
Further, the quality of power supply information that analysis and Control module 22 gathers according to sampling metering module 21 and electric current and voltmeter calculate corresponding power and energy data, and this energy data is compared with early-warning parameters and power-off parameter, if be that in continuous a period of time, energy data is not less than early-warning parameters and is not more than power-off parameter in preset duration, then produce an early warning logout, operation executing module 23 carries out early warning according to this early warning logout to consumer 30, simultaneously, the memory module 15 that this early warning logout and energy data are sent to main control equipment 10 stores by the second carrier communication module 24, this early warning logout and energy data push on the integrated page of main control equipment in uplink communication module 11 and check for user by info push module 13, if energy data is greater than power-off parameter, then produce an open command, operation executing module 23 disconnects the power supply of consumer 30 according to this open command, and produce an abnormal disconnected event record, simultaneously, the memory module 15 that this abnormal disconnected event record and energy data are sent to main control equipment 10 stores by the second carrier communication module 24, and this abnormal disconnected event record and energy data push on the integrated page of main control equipment in uplink communication module 11 and check for user by info push module 13.
Further, supervising device 20 can also comprise an infrared induction module 25, for judging whether the infrared induction function of opening supervising device 20 according to parameter setting instruction, and whether there is thermal source in induced environment to produce corresponding operational order and open command or to go code, and be sent to operation executing module 23.If sense thermal source, such as there is user close to consumer 30, then operation executing module 23 connects the power supply of consumer 30 according to going code of producing of infrared induction module 25, energy data compares with power-off parameter by analysis and Control module 22, if energy data is not more than power-off parameter, then maintain current power state; If energy data is greater than power-off parameter, then analysis and Control module 22 produces an open command, operation executing module 23 disconnects the power supply of consumer 30 according to this open command, and produce an abnormal disconnected event record, simultaneously, the memory module 15 that this abnormal disconnected event record is sent to main control equipment 10 stores by the second carrier communication module 24, and this abnormal disconnected event record pushes on the integrated page of main control equipment in uplink communication module 11 and checks for user by info push module 13.If be do not sense thermal source in continuous a period of time in preset duration, such as user has left consumer 30, then analysis and Control module 22 produces an open command automatically, operation executing module 23 disconnects the power supply of consumer 30 according to this open command, thus realizes the function of " turning off the light when you leave ".
Refer to Fig. 2, and composition graphs 1, a kind of electricity consumption pre-warning monitoring method of one embodiment of the invention comprises the following steps:
Step 101, main control equipment 10 and supervising device 20 realize the MANET of main control equipment 10 and supervising device 20 by power line carrier.
Step 102, main control equipment 10 carries out electricity consumption early warning monitoring by supervising device 20 to the consumer 30 be connected with supervising device 20.
Refer to Fig. 3, and in conjunction with Fig. 1-2, in a kind of electricity consumption pre-warning monitoring method of another embodiment of the present invention, MANET flow process and step 101 comprise the following steps:
Step 201, the first carrier communication module 14 of main control equipment 10 sends a networking message to power line carrier.
Step 202, the second carrier communication module 24 of supervising device 20 listens to the networking message in power line carrier, and sends the first carrier communication module 14 of a networking request message to main control equipment 10.
Step 203, the first carrier communication module 14 of main control equipment 10 receives networking request message, and sends second carrier communication module 24 of a networking confirmation message to supervising device 20, and supervising device 20 networks successfully.
Treat that above-mentioned steps completes, namely main control equipment 10 completes with the MANET of supervising device 20, and electricity consumption early warning monitoring flow process and step 102 comprise the following steps:
Step 204, the control module 12 of main control equipment 10 sends a corresponding steering order to supervising device 20 by first carrier communication module 14.
Further, can be provided with the integrated page of a main control equipment in the uplink communication module 11 of main control equipment 10, user can access the integrated page of this main control equipment to control main control equipment 10 whether sending controling instruction by terminal 40.In the present embodiment, steering order comprises acquisition instructions, parameter setting instruction, open command and goes code.Certainly, steering order also can can't help user control whether send, such as, the transmission of self-timing after acquisition instructions can be powered on by main control equipment, the present invention is not as limit.
User can arrange the correlation parameter of main control equipment 10 and supervising device 20 according to parameter setting instruction or actual conditions on the integrated page of main control equipment, such as timing parameters, collection period parameter, power-off parameter, early-warning parameters, preset duration etc., the energy data of the consumer 30 be connected with supervising device 20, logout and electricity consumption status information can also be checked, even can revise the device name of main control equipment 10 and supervising device 20.
If control module 12 passes through first carrier communication module 14 timed sending acquisition instructions to supervising device 20, with the energy data preserved in acquisition monitoring device 20, logout and electricity consumption status information.
If control module 12 sends parameter setting instruction to supervising device 20 by first carrier communication module 14, when supervising device 20 judges to need to open infrared induction function according to this parameter setting instruction, then the infrared induction function of himself opened by supervising device 20, whether there is thermal source in induced environment; When supervising device 20 judges to need to carry out optimum configurations according to this parameter setting instruction, then supervising device 20 carries out the setting of the correlation parameter of himself, such as power-off parameter, early-warning parameters etc.
If the current power state that user views a certain consumer 30 by the integrated page of main control equipment should be off (or connect) and be still shown as connections (or disconnection) namely the current power state of this consumer 30 be incorrect time, then can send an open command (or going code) to supervising device 20 by first carrier communication module 14, to disconnect the power supply of (or connection) consumer 30 by the control module 12 of this main control equipment integrated page control main control equipment 10.
Step 205, supervising device 20 completes the electricity consumption early warning monitoring to connected consumer 30 according to the steering order received.
Further, the steering order received by the second carrier communication module 24 of supervising device 20 comprises acquisition instructions, parameter setting instruction, open command and goes code.Wherein, electricity consumption status information comprises disconnection electricity consumption status information, connects electricity consumption status information and alarm electricity consumption status information.Quality of power supply information comprises electric current on consumer 30 and/or line of electric force and voltage.Logout comprises abnormal disconnected event record and early warning logout.
The sampling metering module 21 of supervising device 20 gathers quality of power supply information and the electricity consumption status information of this consumer 30 periodically from consumer 30 according to collection period parameter, the quality of power supply information that the analysis and Control module 22 of supervising device 20 gathers according to sampling metering module 21 and electric current and voltmeter calculate corresponding power and energy data, and energy data is compared with early-warning parameters and power-off parameter, if be that in continuous a period of time, energy data is not less than early-warning parameters and is not more than power-off parameter in preset duration, then produce an early warning logout, operation executing module 23 carries out early warning according to this early warning logout to consumer 30, simultaneously, the memory module 15 that this early warning logout and energy data are sent to main control equipment 10 stores by the second carrier communication module 24, this early warning logout and energy data push on the integrated page of main control equipment in uplink communication module 11 and check for user by info push module 13, if energy data is greater than power-off parameter, then produce an open command, operation executing module 23 disconnects the power supply of consumer 30 according to this open command, and produce an abnormal disconnected event record, simultaneously, the memory module 15 that this abnormal disconnected event record and energy data are sent to main control equipment 10 stores by the second carrier communication module 24, and this abnormal disconnected event record and energy data push on the integrated page of main control equipment in uplink communication module 11 and check for user by info push module 13.
If supervising device 20 judges whether the infrared induction function of opening himself according to the parameter setting instruction received, whether there is thermal source in induced environment.If sense thermal source, such as there is user close to consumer 30, then operation executing module 23 connects the power supply of consumer 30 according to going code of producing of infrared induction module 25, energy data compares with power-off parameter by analysis and Control module 22, if energy data is not more than power-off parameter, then maintain current power state; If energy data is greater than power-off parameter, then analysis and Control module 22 produces an open command, operation executing module 23 disconnects the power supply of consumer 30 according to this open command, and produce an abnormal disconnected event record, simultaneously, the memory module 15 that this abnormal disconnected event record is sent to main control equipment 10 stores by the second carrier communication module 24, and this abnormal disconnected event record pushes on the integrated page of main control equipment in uplink communication module 11 and checks for user by info push module 13.If be do not sense thermal source in continuous a period of time in preset duration, such as user has left consumer 30, then analysis and Control module 22 produces an open command automatically, operation executing module 23 disconnects the power supply of consumer 30 according to this open command, thus realizes the function of " turning off the light when you leave ".
If the second carrier communication module 24 of supervising device 20 receives open command (or going code), it is directly sent to operation executing module 23, and operation executing module 23 disconnects the power supply of (or connection) consumer 30 according to this open command (or going code).
In sum, electricity consumption prewarning monitoring system of the present invention makes to complete networking from group between main control equipment and supervising device by power carrier line, decreases manually-operated chance, reduces the requirement of placement-and-routing to network; By arranging infrared induction module in supervising device, make supervising device automatically can connect the power supply of consumer in the environment having people, automatically can disconnect the power supply of consumer in unmanned environment, realize the function of " turning off the light when you leave ", to reduce electricity consumption hidden danger; By arranging the integrated page of main control equipment in the uplink communication module of main control equipment, make user can by the integrated page of this main control equipment of terminal access to control main control equipment, simple to operation; By at the inner integrated such as automatic field name analysis software of main control equipment, make user can be connected to main control equipment by IP address or domain name easily, decrease the deployment of server, reduce cost, thus reach the object of energy-conserving and environment-protective.
Foregoing; be only preferred embodiment of the present invention; not for limiting embodiment of the present invention; those of ordinary skill in the art are according to central scope of the present invention and spirit; can carry out corresponding flexible or amendment very easily, therefore protection scope of the present invention should be as the criterion with the protection domain required by claims.
Claims (10)
1. an electricity consumption pre-warning monitoring method, is characterized in that, comprising:
Main control equipment and supervising device realize the MANET of described main control equipment and described supervising device by power line carrier; And
Described main control equipment carries out electricity consumption early warning monitoring by the described supervising device pair consumer be connected with described supervising device.
2. electricity consumption pre-warning monitoring method as claimed in claim 1, it is characterized in that, described electricity consumption early warning monitoring is drawn together:
Described main control equipment sends a corresponding steering order extremely described supervising device, and wherein, described steering order comprises acquisition instructions, parameter setting instruction, the first open command and first go code; And
Described supervising device completes the electricity consumption early warning monitoring to described consumer according to described steering order.
3. electricity consumption pre-warning monitoring method as claimed in claim 2, it is characterized in that, described electricity consumption early warning monitoring comprises:
Described supervising device gathers quality of power supply information and the electricity consumption status information of this consumer periodically from described consumer;
Described supervising device calculates energy data according to described quality of power supply information, and produces the second open command or an early warning logout according to described energy data, to complete power operation to described consumer or early warning operation; And
Acquisition instructions described in described main control equipment timed sending is to described supervising device, and to gather in described supervising device described energy data, logout and the described electricity consumption status information of preserving, wherein, logout comprises described early warning logout.
4. electricity consumption pre-warning monitoring method as claimed in claim 2, it is characterized in that, described electricity consumption early warning monitoring comprises:
Described main control equipment sends described parameter setting instruction to described supervising device;
Described supervising device judges whether to open infrared induction function according to described parameter setting instruction; And
When the infrared induction function of described supervising device is opened, whether there is thermal source in described supervising device induced environment and go code to produce the 3rd open command or second, to complete power operation to described consumer or power-on servicing.
5. electricity consumption pre-warning monitoring method as claimed in claim 2, it is characterized in that, described electricity consumption early warning monitoring comprises:
When the current power state of described consumer is incorrect, described main control equipment sends described first open command or described first and goes code to described supervising device; And
Described supervising device has gone code to the power operation of described consumer or power-on servicing according to described first open command or described first.
6. an electricity consumption prewarning monitoring system, it is characterized in that, comprise the consumer that main control equipment, at least one supervising device and at least one and described supervising device are connected, described main control equipment and described supervising device realize the MANET of described main control equipment and described supervising device by a power line carrier, and described main control equipment carries out electricity consumption early warning monitoring by described supervising device to described consumer.
7. electricity consumption prewarning monitoring system as claimed in claim 6, it is characterized in that, described main control equipment comprises a control module and a first carrier communication module, described control module is for sending a corresponding steering order to first carrier communication module, wherein, described steering order comprises acquisition instructions, parameter setting instruction, the first open command and first go code; And described first carrier communication module is for realizing the MANET with described supervising device, and described steering order is sent to described supervising device.
8. electricity consumption prewarning monitoring system as claimed in claim 7, it is characterized in that, described supervising device comprises:
Sampling metering module, for gathering quality of power supply information and the electricity consumption status information of this consumer periodically from described consumer;
Analysis and Control module, for calculating energy data according to described quality of power supply information, and produces the second open command or an early warning logout according to described energy data;
Operation executing module, described first open command or described first for sending according to described main control equipment has gone code to the power operation of described consumer or power-on servicing, or described second open command produced according to described supervising device or described early warning logout or one the 3rd open command or one second have gone code to the power operation of described consumer or power-on servicing or early warning operation, and produce a corresponding logout, wherein, logout comprises described early warning logout; And
Second carrier communication module, for realizing the MANET with described main control equipment, and is sent to described main control equipment by described energy data, described logout and described electricity consumption status information.
9. electricity consumption prewarning monitoring system as claimed in claim 8, it is characterized in that, described main control equipment also comprises:
Uplink communication module, for a terminal communication, enable user whether send described steering order by main control equipment described in described terminal control;
Memory module, for storing described energy data, described logout and described electricity consumption status information that described supervising device sends; And
Info push module, for described energy data, described logout and described electricity consumption status information are pushed to described uplink communication module, checks for user.
10. electricity consumption prewarning monitoring system as claimed in claim 8, it is characterized in that, described supervising device also comprises an infrared induction module, for judging whether the infrared induction function of opening described supervising device according to described parameter setting instruction, and whether there is thermal source in induced environment and go code to produce described 3rd open command or described second, and be sent to described operation executing module.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106569466A (en) * | 2016-10-20 | 2017-04-19 | 国网山东省电力公司菏泽供电公司 | Building electric equipment operation state monitoring method, device and system |
| CN107608327A (en) * | 2017-10-26 | 2018-01-19 | 绵阳鑫阳知识产权运营有限公司 | The control system that household electricity can be monitored |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2005064562A1 (en) * | 2003-12-24 | 2005-07-14 | Sodiff E & T Co., Ltd | Multi-function electric power supply automation system that use plc modem |
| CN201499148U (en) * | 2009-09-08 | 2010-06-02 | 青岛海信电器股份有限公司 | Human body human induction switch circuit and television with same |
| CN101860081A (en) * | 2010-05-19 | 2010-10-13 | 陕西银河电力仪表股份有限公司 | Automatic control system for preventing electric leakage, fire and harmonic pollution |
| CN203416050U (en) * | 2013-09-06 | 2014-01-29 | 国家电网公司 | Transformer room low-voltage power supply remote real-time monitoring apparatus |
| CN103731182A (en) * | 2012-10-12 | 2014-04-16 | 深圳市金正方科技股份有限公司 | Method and system for real-time monitoring of power line carrier communication |
-
2014
- 2014-10-10 CN CN201410531328.6A patent/CN104299397A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2005064562A1 (en) * | 2003-12-24 | 2005-07-14 | Sodiff E & T Co., Ltd | Multi-function electric power supply automation system that use plc modem |
| CN201499148U (en) * | 2009-09-08 | 2010-06-02 | 青岛海信电器股份有限公司 | Human body human induction switch circuit and television with same |
| CN101860081A (en) * | 2010-05-19 | 2010-10-13 | 陕西银河电力仪表股份有限公司 | Automatic control system for preventing electric leakage, fire and harmonic pollution |
| CN103731182A (en) * | 2012-10-12 | 2014-04-16 | 深圳市金正方科技股份有限公司 | Method and system for real-time monitoring of power line carrier communication |
| CN203416050U (en) * | 2013-09-06 | 2014-01-29 | 国家电网公司 | Transformer room low-voltage power supply remote real-time monitoring apparatus |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106569466A (en) * | 2016-10-20 | 2017-04-19 | 国网山东省电力公司菏泽供电公司 | Building electric equipment operation state monitoring method, device and system |
| CN107608327A (en) * | 2017-10-26 | 2018-01-19 | 绵阳鑫阳知识产权运营有限公司 | The control system that household electricity can be monitored |
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