CN103760879A - Intelligent building electricity-saving monitoring system and method - Google Patents
Intelligent building electricity-saving monitoring system and method Download PDFInfo
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- CN103760879A CN103760879A CN201410055633.2A CN201410055633A CN103760879A CN 103760879 A CN103760879 A CN 103760879A CN 201410055633 A CN201410055633 A CN 201410055633A CN 103760879 A CN103760879 A CN 103760879A
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Abstract
The invention provides an intelligent building electricity-saving monitoring system and method. The monitoring system comprises a monitoring platform, an intelligent control box, a scene auxiliary control module and an acousto-optical automatic reminding device, wherein data transmitted by the scene auxiliary control module are transmitted to the monitoring platform through the intelligent control box, and the monitoring platform stores the received data; the intelligent control box and/or the scene auxiliary control module outputs control instructions to electric terminals like lamps and air conditioners according to actual requirements, a scene is controlled, and the electricity-saving effect is achieved; the acousto-optical automatic reminding device conducts automatic acousto-optical reminding when the operation states of the electric terminals are abnormal or electricity-saving control is invalid. The intelligent building electricity-saving monitoring system can control various function units of a building, can effectively save electricity, and is convenient to implement and maintain, reconstruction can be rapidly conducted on the existing basis, and the reconstruction work amount is extremely low. It is guaranteed that related control information inquiry is accurate and reliable to the maximum, electricity utilization is effectively controlled, electricity utilization faults are determined timely, and an alarm is given.
Description
Technical field
The present invention relates to electrical management technical field, particularly a kind of intelligent building electricity saving supervisory system and method for supervising.
Background technology
Economic prosperity, the development in city, the various building such as several intellectual communityintellectualized villages with ten thousand notes, hotel, market rise suddenly.The electric terminal of these buildings sharply increases.And be the conditions and environment maintaining, conventionally need to pay a large amount of power costs, building need often to open a large amount of illumination and ornament lamp, and these have all brought a large amount of power consumption, also can bring greenhouse effect, are unfavorable for protecting our living environment.Meanwhile, safety utilization of electric power and failure monitoring dependence power management staff inspection are to can't resolve problem at all.
Practice confirms that the various building such as current residential quarter, hotel, market are in the urgent need to a kind of monitoring management system, to guarantee to greatest extent relevant control information inquiry accurately and reliably, control effective electricity consumption, and alarm, power management staff only need just can control electricity consumption at Control Room, improve power consumption efficiency, save electricity consumption waste, determine in time time of origin, the place with electric fault and report to the police.
Summary of the invention
Based on the problems referred to above, fundamental purpose of the present invention is to provide a kind of intelligent building electricity saving supervisory system and method for supervising, (guaranteeing under the prerequisite of high-quality service) controls (comprising that guest room, multifunctional hall, public domain etc. relate to functional unit and regulate and control) to each functional unit of building intelligently, be conducive to optimization and configure and use electric power, guaranteeing on the basis of normal electricity consumption conservation of power effectively.
Another object of the present invention is to provide a kind of intelligent building electricity saving supervisory system and method for supervising, simple in structure, is convenient to realize, and can organize fast and use, and easy to maintenance, maintenance cost is low; Can on existing basis, be transformed fast, improvement project amount is extremely low.
Another object of the present invention is to provide a kind of intelligent building electricity saving supervisory system and method for supervising, to guarantee to greatest extent relevant control information inquiry accurately and reliably, power management staff only need just can effectively control electricity consumption at Control Room, improve power consumption efficiency, saving electricity consumption waste, determines in time time of origin, the place with electric fault and reports to the police.
For achieving the above object, the present invention realizes in the following manner.
Intelligent building electricity saving supervisory system includes monitor supervision platform, intelligent control box, scene auxiliary control module, acousto-optic automatic alarm set, monitor supervision platform and intelligent control box and acousto-optic automatic alarm set carry out respectively communication, and intelligent control box and scene auxiliary control module are carried out communication; The data transmission that intelligent control box is carried out scene auxiliary control module transmission to monitor supervision platform the economize on electricity steering order that issues according to monitor supervision platform to controls of economize on electricity of each electric terminal, also for analyze described data draw electric terminal running status abnormal and/or to electric terminal the control of economizing on electricity notify monitor supervision platform when invalid; Monitor supervision platform, for preserving the data that intelligent control box is uploaded, generates economize on electricity steering order and is also handed down to intelligent control box, also for receive abnormal/controlling acousto-optic automatic alarm set during Notice Of Nonavailability carries out acousto-optic prompting; Scene auxiliary control module is for monitoring the on-the-spot running status of each electric terminal and monitor data being sent to intelligent control box, also for economizing on electricity steering order to electric terminal according to actual needs output.
Described monitor supervision platform, at least consists of a computing machine, and in computing machine, software is controlled in installing, and carries out communication by wired or wireless network and intelligent control box.Preferably, by wireless network, avoid the wiring problem of cable network, be convenient to the installation of intelligent control box.Wireless network can be any one of Zigbee, bluetooth, WIFI etc.
Above-mentioned computing machine, also can replace by serviced device.
Described intelligent control box is arranged in each functional unit of building, as functional units such as hall, guest room, multifunctional hall, banquet hall, western-style restaurant, bar, coffee shop, Chinese Restaurant, body-building and swimming room, meeting room, kitchen, laundry, office, public passage and facilities.
Described intelligent control box is the scene demands such as light, temperature, humidity, air purity and the intelligent control box that merges this demand and implemented.Intelligent control box has long-range and local control command reception, function is carried out in scene demand analysis and control, therefore, intelligent control box is by wireless communication module, control and computing module, execution module forms, wherein wireless communication module and execution module are connected to and control and computing module, wireless communication module is for receiving or forwarding data, the steering order that control and computing module send for resolving and process monitor supervision platform or scene auxiliary control module, the on-the-spot running state data that the transmission of scene auxiliary control module comes, and control the message in-coming of above-mentioned steering order or on-the-spot running state data and lard speech with literary allusions, execution module is connected in again on electric terminal, for carrying out the steering order of control and computing module, or steering order is transferred to electric terminal, or closes the power supply of electric terminal.
The in the situation that of needs, described control and computing module are also connected with display screen, by display screen, come displaying scene running state data or steering order, are convenient to safeguard and observation.
Further, described control and computing module are also connected with control button, can be convenient to the correction to on-the-spot steering order by controlling key-press input steering order, and input control order as required.
Generally, to each functional unit of building, need correspondence that intelligent control box is set, therefore, above-mentioned intelligent control box has a plurality of, carries out communication respectively with monitor supervision platform or scene auxiliary control module.Intelligent control box is connected in existing control circuit, so that realize, the economize on electricity of each functional unit is controlled.
First described scene auxiliary control module is the module that on-the-spot running status is detected, it sends to intelligent control box by the presence states detecting, therefore this scene auxiliary control module at least includes a watch-dog or sensor, in order to monitoring site running status, on-the-spot condition monitoring content contain building power-saving running required the parameters such as temperature, humidity, air purity, door status switch location status, day light intensity.
Conventionally in a functional unit of building, a plurality of scene auxiliary control modules can be set, various presence states are detected; For example, by the intensity of light sensor monitoring, illumination, by position transducer, monitor the switch of window or door, by temperature in temperature sensor monitors functional unit etc.
Say in principle, steering order transfers to the intelligent control box of building functional unit to carry out, yet according to electricity-saving function demand, steering order also can be carried out by the auxiliary monitoring module of scene itself.
Further, described scene auxiliary control module is the on-the-spot condition monitoring of collection, sense and control technique instruction sends, carry out function in the module of one, described scene auxiliary control module, by sensor or checkout equipment, communication module and scene control module form, scene control module is connected in on-the-spot circuit, sensor or checkout equipment and communication module are connected to scene control module, scene control module is collected by sensor or the next on-the-spot running state data of checkout equipment transmission, scene control module sends to intelligent control box by collected on-the-spot running state data, then or by itself generate and carry out steering order, or intelligent control box receives on-the-spot running state data, the steering order directly sending to electric terminal, by reaching the object of economize on electricity to the direct control at scene.
Scene auxiliary control module can be carried out communication by wired or wireless network and intelligent control box, preferably, by wireless network, is convenient to the installation of scene auxiliary control module.Wireless network can be any one of Zigbee, bluetooth, WIFI etc.
An intelligent building electricity saving method for supervising, comprises remote monitoring and two parts of short range monitoring, wherein,
The step of remote monitoring part is:
1.1, start, monitor supervision platform starts;
1.2, monitor supervision platform reads the on-the-spot running state data that intelligent control box receives, the line item of going forward side by side, or send steering order to intelligent control box;
1.3, intelligent control box generates field control instruction according to the on-the-spot running state data that is uploaded to monitor supervision platform, and field control instruction is sent to electric terminal; Or the steering order that reception, analysis monitoring platform are sent, carries out steering order.
The step of short range monitor portion is:
2.1, scene auxiliary control module starts, and Test Field running state data;
2.2, collection site running state data, judges whether to adjust;
If 2.3 need to adjust, further judge whether to be adjusted by intelligent control box; If NO, do not need intelligent control box adjustment, gather auxiliary control module and directly send instruction to electric terminal;
If YES, need intelligent control box adjustment, gather auxiliary control module and send on-the-spot running state data to intelligent control box;
2.4, intelligent control box analysis, judge on-the-spot running state data, executivecontrol function, sends steering order to electric terminal, transmits present running state data and steering order simultaneously and carries out record to monitor supervision platform.
In described remote monitoring and two parts of short range monitoring, also comprise: described intelligent control box is analyzed received on-the-spot running state data, draw electric terminal running status abnormal and/or to electric terminal economize on electricity control when invalid and notify monitor supervision platform, by monitor supervision platform, control acousto-optic automatic alarm set and carry out acousto-optic prompting.
In described remote monitoring step, further include:
1.4, monitor supervision platform receives on-the-spot running state data, for detecting data analysis, then sends steering order;
1.5, intelligent control box is carried out steering order, starts energy-saving mode;
1.6, intelligent control box feeds back to monitor supervision platform control result or on-the-spot running state data.
Beneficial effect of the present invention is as follows.
First the present invention can make to accomplish economize on electricity as much as possible under the prerequisite that comfortable luminous environment, air ambient and proper high-grade operational effect such as human settlement are provided, conservation of power, the energy consumption that reduces.So just overcome prior art or lamplight scene be provided separately or regulate separately air purity and humiture or specially for carrying out saving monitoring or carry out separately room business management, building need be able to not be provided comfortable luminous environment, air ambient and power-saving running and room business management to combine, the defect of the demand of the operation of building high-grade and saving monitoring cannot be taken into account, the electricity usage situation of building can be controlled to optimization.
Simultaneously, the present invention arranges by the structure of monitor supervision platform, intelligent control box and scene auxiliary control module, monitoring and the control system structure of building are simplified greatly, only need to carry out corresponding structure setting just can meet the demand of existing building, needn't carry out large-scale redevelopment and wiring to building, be convenient to realize.
Maintenance of the present invention and maintenance are also very convenient, can find trouble spot in time, exactly, and maintenance cost is low, easy to maintenance.
Accompanying drawing explanation
Fig. 1 is system architecture schematic diagram of the present invention;
Fig. 2 is the structured flowchart of intelligent control box of the present invention;
Fig. 3 is the structured flowchart of scene auxiliary control module of the present invention;
Fig. 4 is remote monitoring control flow chart of the present invention;
Fig. 5 is short range monitoring control flow chart of the present invention.
Embodiment
The supervisory system structure the present invention relates to is as shown in Figure 1: comprise intelligent monitoring platform 1, intelligent control box 3, the auxiliary monitoring module 4 of scene and data transmission channel 2, acousto-optic automatic alarm set 6.
The management platform that intelligent monitoring platform 1 is comprised of the computer hardware suitably configuring and application function software, its Core Feature is to take as the leading factor with the building management of power use, the power-saving running pattern that intelligently provides required lamplight scene, air ambient (temperature, humidity, air purity) to regulate and set by the long-range start and stop of wireless communication data passage 2 at each functional unit; When monitoring functional unit multiplexing electric abnormality, control the mode of acousto-optic automatic alarm set 6 employing sound/light and remind supervisor.
So intelligent monitoring platform 1 carries out communication with intelligent control box 3 by communication data passage 2, communication modes is to adopt wireless mode, can be the mechanicss of communication such as Zigbee, RF, WIFI, generally adopts Zigbee mode to carry out communication.Simultaneously, intelligent control box 3 also with each power unit of building in scene auxiliary control module 4 carry out communication, the communication data passage 5 of communication is also wireless mode, this wireless mode is any one of the wireless communication modes such as Zigbee, RF, WIFI, in order to be different from monitor supervision platform and intelligent control box, generally adopt the mode of WIFI to carry out communication.
Shown in Fig. 2, intelligent control box is to consist of wireless communication module, control and computing module, execution module, wherein wireless communication module and execution module are connected to and control and computing module, wireless communication module is for receiving or forwarding data, the steering order that execution module comes for carrying out monitor supervision platform transmission, steering order, the next on-the-spot running state data of scene auxiliary control module transmission that control and computing module send for resolving and process monitor supervision platform, and control the message in-coming of above-mentioned steering order or on-the-spot running state data and lard speech with literary allusions.
Conventionally, control and computing module are also connected with display screen, by display screen, come displaying scene running state data or steering order, are convenient to safeguard and observation.
And, control and computing module is also connected with control button, can be convenient to the correction to on-the-spot steering order by controlling key-press input steering order, and input control order as required.
Scene auxiliary control module 4 is the equipment that integrates on-the-spot condition monitoring, sense and control technique instruction sending function, on-the-spot condition monitoring content contains the parameters such as the required temperature of building power-saving running, humidity, air purity, door status switch location status, day light intensity, and the visual electricity-saving function demand of heat transfer agent and steering order itself is carried out or transfers to the intelligent control box of this functional unit to carry out by communication data passage 2 by the auxiliary monitoring module 4 of scene.Scene auxiliary control module 4 also need to arrange according to application, conventionally can arrange one to N scene auxiliary control module.
Shown in Fig. 3, scene auxiliary control module is to consist of sensor or checkout equipment, communication module and scene control module.Scene control module is connected in on-the-spot circuit, and communication module is WIFI module, is connected in scene control module, so that the fast transport of data; Sensor and checkout equipment can have a plurality of, are connected in scene control module simultaneously.Scene control module is collected by sensor, the next on-the-spot running state data of checkout equipment transmission, and scene control module sends to intelligent control box by collected on-the-spot running state data by WIFI module; Meanwhile, scene control module receives the steering order that intelligent control box is sent, and starts energy-saving mode (conventionally, energy-saving mode is to define according to field condition, for example holding state, also can set in advance), by the control of on-the-spot circuit being reached to the object of economize on electricity.
Shown in Fig. 4, Fig. 5, the method comprises remote monitoring and two parts of short range monitoring.
Wherein, the step of remote monitoring part is as follows.
1.1, start monitor supervision platform.
1.2, monitor supervision platform reads the on-the-spot running state data of receiving to intelligent control box, if successfully read data, carries out record, if can not read data, returns and restarts monitor supervision platform.
1.3, the state of monitor supervision platform inquiry intelligent control box, if intelligent control box, in connecting the state of monitor supervision platform, is sent the steering order (or enabled instruction) of energy-saving mode to intelligent control box.
1.4, intelligent control box receives the also steering order of analysis monitoring platform, judges whether to carry out steering order, if carry out steering order, carry out instruction, and execution result is fed back to monitor supervision platform, if do not carry out steering order, to monitor supervision platform feedback states.
Intelligent control box also can generate field control instruction according to on-the-spot running state data, and sends to electric terminal to carry out economize on electricity control field control instruction.
The step of short range monitor portion is:
2.1, scene auxiliary control module starts, and detects the on-the-spot running state data of electric terminal.
2.2, the on-the-spot running state data that gathers electric terminal, judges whether to adjust.
If 2.3 need to adjust, further judge whether to be adjusted by intelligent control box; If NO, do not need intelligent control box adjustment, gather auxiliary control module and directly send instruction to electric terminal.If YES, need intelligent control box adjustment, gather auxiliary control module and send on-the-spot running state data to intelligent control box.
2.4, intelligent control box analysis, judge on-the-spot running state data, executivecontrol function, sends steering order to electric terminal, transmits present running state data and steering order simultaneously and carries out record to monitor supervision platform.
In above-mentioned monitor procedure; on-the-spot running state data is also analyzed, judged to intelligent control box; if analysis show that the running status of electric terminal occurs extremely or it is invalid to control when control electric terminal power-saving running;, to 1 report of intelligent monitoring platform, by intelligent monitoring platform 1, controlled the mode of acousto-optic automatic alarm set 6 employing sound/light and remind supervisor.
In a word, the foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all any modifications of doing within the spirit and principles in the present invention, be equal to and replace and improvement etc., within all should being included in protection scope of the present invention.
Claims (9)
1. an intelligent building electricity saving supervisory system, it is characterized in that this supervisory system includes monitor supervision platform, intelligent control box, scene auxiliary control module, acousto-optic automatic alarm set, monitor supervision platform and intelligent control box and acousto-optic automatic alarm set carry out respectively communication, and intelligent control box and scene auxiliary control module are carried out communication;
The data transmission that intelligent control box is carried out scene auxiliary control module transmission to monitor supervision platform the economize on electricity steering order that issues according to monitor supervision platform to controls of economize on electricity of each electric terminal, also for analyze described data draw electric terminal running status abnormal and/or to electric terminal the control of economizing on electricity notify monitor supervision platform when invalid;
Monitor supervision platform, for preserving the data that intelligent control box is uploaded, generates economize on electricity steering order and is also handed down to intelligent control box, also for receive abnormal/controlling acousto-optic automatic alarm set during Notice Of Nonavailability carries out acousto-optic prompting;
Scene auxiliary control module is for monitoring the on-the-spot running status of each electric terminal and monitor data being sent to intelligent control box, also for economizing on electricity steering order to electric terminal according to actual needs output.
2. intelligent building electricity saving supervisory system as claimed in claim 1, is characterized in that described monitor supervision platform, at least a computing machine, consists of, and in computing machine, software is controlled in installing, and carries out communication by wired or wireless network and intelligent control box.
3. intelligent building electricity saving supervisory system as claimed in claim 1, it is characterized in that described intelligent control box is by wireless communication module, control and computing module, execution module forms, wherein wireless communication module and execution module are connected to and control and computing module, wireless communication module is for receiving or forwarding data, the steering order that control and computing module send for resolving and process monitor supervision platform or scene auxiliary control module, the on-the-spot running state data that the transmission of scene auxiliary control module comes, and control the message in-coming of above-mentioned steering order or on-the-spot running state data and lard speech with literary allusions, execution module is connected in again on electric terminal, for carrying out the steering order of control and computing module, or steering order is transferred to electric terminal, or closes the power supply of electric terminal.
4. intelligent building electricity saving supervisory system as claimed in claim 1, is characterized in that described intelligent control box has a plurality of, carries out communication respectively with monitor supervision platform or scene auxiliary control module; Intelligent control box is connected in the electric terminal or control circuit of building.
5. intelligent building electricity saving supervisory system as claimed in claim 1, is characterized in that described scene auxiliary control module at least includes a watch-dog or sensor, in order to monitoring site running status.
6. intelligent building electricity saving supervisory system as claimed in claim 1, it is characterized in that described scene auxiliary control module is the on-the-spot condition monitoring of collection, sense and control technique instruction sends, carry out function in the module of one, described scene auxiliary control module, by sensor or checkout equipment, communication module and scene control module form, scene control module is connected in on-the-spot circuit, sensor or checkout equipment and communication module are connected to scene control module, scene control module is collected by sensor or the next on-the-spot running state data of checkout equipment transmission, scene control module sends to intelligent control box by collected on-the-spot running state data, then or by itself generate and carry out steering order, or intelligent control box receives on-the-spot running state data, the steering order directly sending to electric terminal, by reaching the object of economize on electricity to the direct control at scene.
7. intelligent building electricity saving supervisory system as claimed in claim 1, it is characterized in that monitor supervision platform wireless network and intelligent control box carry out communication, scene auxiliary control module is carried out communication by wireless network and intelligent control box, and described wireless network is any one of Zigbee, bluetooth, WIFI etc.
8. an intelligent building electricity saving method for supervising, is characterized in that the method comprises remote monitoring and two parts of short range monitoring, wherein,
The step of remote monitoring part is:
1.1, start, monitor supervision platform starts;
1.2, monitor supervision platform reads the on-the-spot running state data that intelligent control box receives, the line item of going forward side by side, or send steering order to intelligent control box;
1.3, intelligent control box generates field control instruction according to the on-the-spot running state data that is uploaded to monitor supervision platform, and field control instruction is sent to electric terminal; Or the steering order that reception, analysis monitoring platform are sent, carries out steering order.
The step of short range monitor portion is:
2.1, scene auxiliary control module starts, and Test Field running state data;
2.2, collection site running state data, judges whether to adjust;
If 2.3 need to adjust, further judge whether to be adjusted by intelligent control box; If NO, do not need intelligent control box adjustment, gather auxiliary control module and directly send instruction to electric terminal;
If YES, need intelligent control box adjustment, gather auxiliary control module and send on-the-spot running state data to intelligent control box;
2.4, intelligent control box analysis, judge on-the-spot running state data, executivecontrol function, sends steering order to electric terminal, transmits present running state data and steering order simultaneously and carries out record to monitor supervision platform;
In described remote monitoring and two parts of short range monitoring, also comprise: described intelligent control box is analyzed received on-the-spot running state data, draw electric terminal running status abnormal and/or to electric terminal economize on electricity control when invalid and notify monitor supervision platform, by monitor supervision platform, control acousto-optic automatic alarm set and carry out acousto-optic prompting.
9. intelligent building electricity saving method for supervising as claimed in claim 8, is characterized in that, in described remote monitoring step, further including:
1.4, monitor supervision platform receives on-the-spot running state data, for detecting data analysis, then sends steering order;
1.5, intelligent control box is carried out steering order, starts energy-saving mode;
1.6, intelligent control box feeds back to monitor supervision platform control result or on-the-spot running state data.
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106710090A (en) * | 2017-02-22 | 2017-05-24 | 深圳怡化电脑股份有限公司 | Equipment maintenance system and equipment maintenance method |
| CN107045366A (en) * | 2017-04-12 | 2017-08-15 | 广东美的暖通设备有限公司 | Building equipment control method, device and robot |
| CN107885117A (en) * | 2017-11-10 | 2018-04-06 | 江苏工程职业技术学院 | A kind of intelligent-induction of electricity consumption in building reminds control system and its control method |
| CN110398906A (en) * | 2019-07-09 | 2019-11-01 | 浙江汉斯建筑装饰工程有限公司 | A kind of energy-saving automatic building control system |
| CN111431281A (en) * | 2020-04-23 | 2020-07-17 | 峥峰集团股份有限公司 | Safe electricity utilization monitoring method and system |
| CN112212458A (en) * | 2020-08-17 | 2021-01-12 | 珠海格力电器股份有限公司 | Electric cabinet safety control device and method and electrical equipment |
| CN115115993A (en) * | 2022-08-25 | 2022-09-27 | 江苏智格高科技有限公司 | Building automatic control auxiliary line patrol monitoring management system |
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- 2014-02-19 CN CN201410055633.2A patent/CN103760879A/en active Pending
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106710090A (en) * | 2017-02-22 | 2017-05-24 | 深圳怡化电脑股份有限公司 | Equipment maintenance system and equipment maintenance method |
| CN107045366A (en) * | 2017-04-12 | 2017-08-15 | 广东美的暖通设备有限公司 | Building equipment control method, device and robot |
| CN107885117A (en) * | 2017-11-10 | 2018-04-06 | 江苏工程职业技术学院 | A kind of intelligent-induction of electricity consumption in building reminds control system and its control method |
| CN110398906A (en) * | 2019-07-09 | 2019-11-01 | 浙江汉斯建筑装饰工程有限公司 | A kind of energy-saving automatic building control system |
| CN111431281A (en) * | 2020-04-23 | 2020-07-17 | 峥峰集团股份有限公司 | Safe electricity utilization monitoring method and system |
| CN112212458A (en) * | 2020-08-17 | 2021-01-12 | 珠海格力电器股份有限公司 | Electric cabinet safety control device and method and electrical equipment |
| CN115115993A (en) * | 2022-08-25 | 2022-09-27 | 江苏智格高科技有限公司 | Building automatic control auxiliary line patrol monitoring management system |
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