CN103199454A - Three-dimensional image intelligent monitoring power distribution cabinet and microcomputer intelligent monitoring device and method - Google Patents
Three-dimensional image intelligent monitoring power distribution cabinet and microcomputer intelligent monitoring device and method Download PDFInfo
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- CN103199454A CN103199454A CN2013101526698A CN201310152669A CN103199454A CN 103199454 A CN103199454 A CN 103199454A CN 2013101526698 A CN2013101526698 A CN 2013101526698A CN 201310152669 A CN201310152669 A CN 201310152669A CN 103199454 A CN103199454 A CN 103199454A
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Abstract
The invention discloses a microcomputer intelligent monitoring device which comprises a storage module, a display module, a mapping module, a site acquisition and analysis module and a processing module, wherein the storage module stores power distribution cabinet three-dimensional model data; the mapping module establishes a mapping relation between the power distribution cabinet three-dimensional model data and an entity power distribution cabinet; the display module displays a power distribution cabinet three-dimensional model according to the power distribution cabinet three-dimensional model data and static state parameters of elements in the power distribution cabinet; the site acquisition and analysis module is used for acquiring the static state parameters and three-dimensional motion state parameters of the elements in the power distribution cabinet; and the processing module transmits the acquired static state parameters of the elements and corresponding element identification information to the display module and displays the current motion states of the corresponding elements in the displayed power distribution cabinet three-dimensional model according to the three-dimensional motion state parameters of the elements and corresponding element identification information. The invention also provides a three-dimensional image intelligent monitoring power distribution cabinet and a microcomputer intelligent monitoring method.
Description
Technical field
The present invention relates to the power supply technique field, particularly a kind of three-dimensional image intelligent monitoring power distribution cabinet and microcomputer-based intelligent supervising device and method.
Background technology
Power distribution cabinet is applicable to power consumers such as power plant, transformer station, factories and miness, enterprise.Power distribution cabinet generally is to be made of cabinet, bus, circuit breaker, contactor, and the electric energy that is derived from electrical network is sent to the power distribution cabinet input by bus, sends terminate load to by circuit breaker, device for switching, protector and cable.The stable operation of power distribution cabinet is the important prerequisite that guarantees the power consumer operate as normal.
In the prior art; need monitor the state parameter of electric elements in the power distribution cabinet; therefore be arranged on microcomputer protecting device is set on the power distribution cabinet; specifically, microcomputer protecting device can be monitored the state parameter such as current signal, voltage signal, insulation signal, fault trip state of switch in the power distribution cabinet.
Yet; the monitoring result that existing microcomputer protecting device the provides written form of just tabulating; the stereoscopic monitoring result of the true operate condition of main element in the reaction power distribution cabinet can not be provided, so can not make the staff intuitively understand the operating state of each element in the power distribution cabinet.
Summary of the invention
In view of this, the three-dimensional image intelligent monitoring power distribution cabinet of the operating state that is necessary to provide a kind of staff of convenience intuitively to understand each element in the power distribution cabinet.
The microcomputer-based intelligent supervising device of the operating state that also is necessary to provide a kind of staff of convenience intuitively to understand each element in the power distribution cabinet.
The microcomputer-based intelligent method for supervising of the operating state that also is necessary to provide a kind of staff of convenience intuitively to understand each element in the power distribution cabinet.
A kind of three-dimensional image intelligent monitoring power distribution cabinet, comprise cabinet, be arranged in the cabinet element and with cabinet in the microcomputer-based intelligent supervising device that connects of element, the microcomputer-based intelligent supervising device is used for static state parameter and the element stereo-motion state parameter of the element of collection cabinet, and shows corresponding character and stereo-picture according to static state parameter and the element stereo-motion state parameter of the element that collects.This microcomputer-based intelligent supervising device comprises memory module, display module, mapping block, collection in worksite analysis module, processing module, and memory module is used for the storage power distribution cabinet three-dimensional model data corresponding with the entity of power distribution cabinet; Mapping block is used for the power distribution cabinet three-dimensional model data of storage and the entity of power distribution cabinet are set up mapping relations; Display module is used for showing the power distribution cabinet three-dimensional model of setting up mapping relations with the entity of power distribution cabinet according to power distribution cabinet three-dimensional model data, and the static state parameter that shows the element in the power distribution cabinet; The collection in worksite analysis module be used for to be gathered static state parameter and the element stereo-motion state parameter with the element of the power distribution cabinet of its electric connection, and provides processing module with static state parameter, element stereo-motion state parameter and the corresponding elements identifying information of the element that collects; Static state parameter and corresponding elements identifying information that processing module is used for the element that will gather flow to display module in real time, and processing module also is used for demonstrating at the power distribution cabinet three-dimensional model that shows according to element stereo-motion state parameter and corresponding elements identifying information the current operate condition of this counter element.
A kind of microcomputer-based intelligent supervising device, this microcomputer-based intelligent supervising device is connected with power distribution cabinet, to finish the solid monitoring to each element in the power distribution cabinet.This microcomputer-based intelligent supervising device comprises memory module, display module, mapping block, collection in worksite analysis module, processing module, and memory module is used for the storage power distribution cabinet three-dimensional model data corresponding with the entity of power distribution cabinet; Mapping block is used for the power distribution cabinet three-dimensional model data of storage and the entity of power distribution cabinet are set up mapping relations; Display module is used for showing the power distribution cabinet three-dimensional model of setting up mapping relations with the entity of power distribution cabinet according to power distribution cabinet three-dimensional model data, and the static state parameter that shows the element in the power distribution cabinet; The collection in worksite analysis module be used for to be gathered static state parameter and the element stereo-motion state parameter with the element of the power distribution cabinet of its electric connection, and provides processing module with static state parameter, element stereo-motion state parameter and the corresponding elements identifying information of the element that collects; Static state parameter and corresponding elements identifying information that processing module is used for the element that will gather flow to display module in real time, and processing module also is used for demonstrating at the power distribution cabinet three-dimensional model that shows according to element stereo-motion state parameter and corresponding elements identifying information the current operate condition of this counter element.
A kind of microcomputer-based intelligent method for supervising, this microcomputer-based intelligent method for supervising are used for realization to the solid monitoring of each element in the power distribution cabinet, and this microcomputer-based intelligent method for supervising may further comprise the steps:
Store the power distribution cabinet three-dimensional model data corresponding with the entity of power distribution cabinet, also be used for storage failure solution data;
The power distribution cabinet three-dimensional model data of storage and the entity of power distribution cabinet are set up mapping relations;
Show the power distribution cabinet three-dimensional model of setting up mapping relations with the entity of power distribution cabinet according to power distribution cabinet three-dimensional model data;
Gather static state parameter and the element stereo-motion state parameter of the element in the power distribution cabinet;
Static state parameter and the corresponding elements identifying information of the element gathered are shown in real time;
In the power distribution cabinet three-dimensional model that shows, demonstrate the current operate condition of this counter element according to element stereo-motion state parameter and corresponding elements identifying information.
Above-mentioned three-dimensional image intelligent monitoring power distribution cabinet and microcomputer-based intelligent supervising device and method, utilize the memory module storage power distribution cabinet three-dimensional model data corresponding with the entity of power distribution cabinet, utilize mapping block that the power distribution cabinet three-dimensional model data of storage and the entity of power distribution cabinet are set up mapping relations, utilize the collection in worksite analysis module to gather static state parameter and the element stereo-motion state parameter of the element in the power distribution cabinet with its electric connection, processing module flows to the display module demonstration in real time with static state parameter and the corresponding elements identifying information of the element of collection, and in the power distribution cabinet three-dimensional model that shows, demonstrate the current operate condition of this counter element according to element stereo-motion state parameter and corresponding elements identifying information, so the staff can intuitively understand the operating state of each element in the power distribution cabinet and the current operate condition of each element according to the three-dimensional image that display module shows.
Description of drawings
Fig. 1 is the high-level schematic functional block diagram of the three-dimensional image intelligent monitoring power distribution cabinet of a preferred embodiments.
Fig. 2 is the high-level schematic functional block diagram of microcomputer-based intelligent supervising device among Fig. 1.
Fig. 3 is the flow chart of the microcomputer-based intelligent method for supervising of a preferred embodiments.
Among the figure: three-dimensional image intelligent monitoring power distribution cabinet 10, cabinet 11, element 12, microcomputer-based intelligent supervising device 13, memory module 131, display module 132, mapping block 133, collection in worksite analysis module 134, temperature sensor 1341, pressure sensor 1342, depth transducer 1344, data analysis unit 1345, processing module 135, microcomputer-based intelligent method for supervising step S301～S310.
Embodiment
Please be simultaneously referring to Fig. 1, the microcomputer-based intelligent supervising device 13 that three-dimensional image intelligent monitoring power distribution cabinet 10 comprises cabinet 11, be arranged on the element 12 in the cabinet 11 and connect with element 12 in the cabinet 11.Microcomputer-based intelligent supervising device 13 is used for gathering the static state parameter of element 12 of cabinet 11 and the stereo-motion state parameter of element 12, and shows corresponding stereo-picture and literal according to the static state parameter of the element 12 that collects and the stereo-motion state parameter of element 12.Element 12 can be vacuum circuit-breaker, switch, copper bar, relay, current transformer etc.Microcomputer-based intelligent supervising device 13 can integral installation on cabinet 11; In addition, the acquisition module of microcomputer-based intelligent supervising device 13 is installed on the cabinet 11 to be connected with element 12, and other modules of microcomputer-based intelligent supervising device 13 are set up long-range the connection with the acquisition module of microcomputer-based intelligent supervising device 13.
Please be simultaneously referring to Fig. 2, this microcomputer-based intelligent monitoring is adorned 13 and is comprised memory module 131, display module 132, mapping block 133, collection in worksite analysis module 134, processing module 135.
Collection in worksite analysis module 134 is used for gathering static state parameter and the element stereo-motion state parameter with the element 12 of the power distribution cabinet 10 of its electric connection, and provides processing module 135 with the static state parameter of the element 12 that collects, stereo-motion state parameter and the corresponding elements identifying information of element 12.Wherein, element static state parameter comprises pressure parameter, voltage parameter, current parameters of temperature parameter, the solid element of solid element etc.Further, collection in worksite analysis module 134 comprises temperature sensor 1341, pressure sensor 1342, depth transducer 1344 and data analysis unit 1345, temperature sensor 1341, pressure sensor 1342, depth transducer 1344 is connected with data analysis unit 1345, temperature sensor 1341 is used for gathering the temperature of entity power distribution cabinet 10 solid element 12, and the corresponding temperature signal of generation, pressure sensor 1342 is used for gathering the pressure of entity power distribution cabinet 10 solid element 12, and the corresponding pressure signal of generation, depth transducer 1344 is used for gathering the current three-dimensional image signal of entity power distribution cabinet 10 solid element 12, the temperature signal that data analysis unit 1345 is used for providing according to temperature sensor 1341 produces corresponding temperature parameter, the pressure signal that data analysis unit 1345 also is used for providing according to pressure sensor 1342 produces corresponding pressure parameter, the three-dimensional image signal that data analysis unit 1345 is used for providing according to depth transducer 1344 produces corresponding elements stereo-motion state parameter, wherein, temperature parameter comprises the temperature parameter of copper bar, the temperature parameter of sound contact, pressure parameter comprises the pressure parameter between the sound contact, and element stereo-motion state parameter comprises the progradation parameter of vacuum circuit-breaker, the breaking-closing operating procedure parameter of switch.
In the present embodiment, memory module 131 also is used for storage failure solution data; Processing module 135 is also for selecting corresponding fault solution data according to static state parameter, the corresponding elements identifying information of the element of gathering 12 and the fiducial value that prestores, and fault solution data conveying display module 132, display module 132 shows corresponding fault solution according to fault solution data.
Corresponding, collection in worksite analysis module 134 also is used for the acquisition operations personnel in the information of the selected model element of the power distribution cabinet three-dimensional model that shows and the action message of operating this model selected element, and the action message of the information of the selected model element that will collect and this model selected element of operation of collecting offers processing module 135, and processing module 135 also is used for according to the information of selected model element and the corresponding solid element of action message controlled entity power distribution cabinet of operating this model selected element.For example, show the information that knife switch need be carried out sub-switching operation in the display module 132, demonstrate the knife switch model simultaneously, operating personnel are according to information, on display interface, the knife switch model is carried out sub-switching operation, information and separating brake action message that this moment, collection in worksite analysis module 134 was gathered the knife switch models, processing module 135 is according to the information of knife switch model and the entity knife switch separating brake in the separating brake action message controlled entity power distribution cabinet.
Please referring to microcomputer-based intelligent method for supervising flow chart shown in Figure 3, this microcomputer-based intelligent method for supervising is used for realization to the solid monitoring of each element in the power distribution cabinet, and this microcomputer-based intelligent method for supervising may further comprise the steps:
Step S301 stores the power distribution cabinet three-dimensional model data corresponding with the entity of power distribution cabinet.
Step S302 sets up mapping relations with the power distribution cabinet three-dimensional model data of storage and the entity of power distribution cabinet.
Step S303 shows the power distribution cabinet three-dimensional model of setting up mapping relations with the entity of power distribution cabinet according to power distribution cabinet three-dimensional model data.
Step S304, static state parameter and the element stereo-motion state parameter of the element in the collection power distribution cabinet.
Step S305 shows static state parameter and the corresponding elements identifying information of the element gathered in real time.
Step S306 demonstrates the current operate condition of this counter element in the power distribution cabinet three-dimensional model that shows according to element stereo-motion state parameter and corresponding elements identifying information.
Wherein, temperature parameter comprises the temperature parameter of copper bar, the temperature parameter of sound contact, pressure parameter comprises the pressure parameter between the sound contact, element stereo-motion state parameter comprises the progradation parameter of vacuum circuit-breaker, the breaking-closing operating procedure parameter of switch, and further the microcomputer-based intelligent method for supervising is further comprising the steps of:
Step S307, storage failure solution data.
Step S308 selects corresponding fault solution data according to static state parameter, the corresponding elements identifying information of the element of gathering and the fiducial value that prestores, and shows corresponding fault solution according to fault solution data.
Step S309, the information of acquisition operations personnel's selected model element in the power distribution cabinet three-dimensional model that shows and the action message of operating this model selected element.
Step S310 is according to the information of selected model element and operate corresponding solid element in the action message controlled entity power distribution cabinet of this model selected element.
Above-mentioned three-dimensional image intelligent monitoring power distribution cabinet 10 and microcomputer-based intelligent supervising device 13 and method, utilize the memory module 131 storages power distribution cabinet three-dimensional model data corresponding with the entity of power distribution cabinet 10, utilize mapping block 133 that the power distribution cabinet three-dimensional model data of storage and the entity of power distribution cabinet 10 are set up mapping relations, utilize collection in worksite analysis module 134 to gather the static state parameter of the element 12 in the power distribution cabinet 10 with its electric connection and the stereo-motion state parameter of element 12, processing module 135 flows to display module 132 demonstrations in real time with static state parameter and the corresponding elements identifying information of the element 12 of collection, and in the power distribution cabinet three-dimensional model that shows, demonstrate the current operate condition of this counter element according to element stereo-motion state parameter and corresponding elements identifying information, so the staff can intuitively understand the operating state of each element in the power distribution cabinet 10 and the current operate condition of each element according to the three-dimensional image that display module 132 shows.
Claims (10)
1. three-dimensional image intelligent monitoring power distribution cabinet, comprise cabinet, be arranged in the cabinet element and with cabinet in the microcomputer-based intelligent supervising device that connects of element, it is characterized in that: the microcomputer-based intelligent supervising device is used for static state parameter and the element stereo-motion state parameter of the element of collection cabinet, and shows corresponding character and stereo-picture according to static state parameter and the element stereo-motion state parameter of the element that collects; This microcomputer-based intelligent supervising device comprises memory module, display module, mapping block, collection in worksite analysis module, processing module, and memory module is used for the storage power distribution cabinet three-dimensional model data corresponding with the entity of power distribution cabinet; Mapping block is used for the power distribution cabinet three-dimensional model data of storage and the entity of power distribution cabinet are set up mapping relations; Display module is used for showing the power distribution cabinet three-dimensional model of setting up mapping relations with the entity of power distribution cabinet according to power distribution cabinet three-dimensional model data, and the static state parameter that shows the element in the power distribution cabinet; The collection in worksite analysis module be used for to be gathered static state parameter and the element stereo-motion state parameter with the element of the power distribution cabinet of its electric connection, and provides processing module with static state parameter, element stereo-motion state parameter and the corresponding elements identifying information of the element that collects; Static state parameter and corresponding elements identifying information that processing module is used for the element that will gather flow to display module in real time, and processing module also is used for demonstrating at the power distribution cabinet three-dimensional model that shows according to element stereo-motion state parameter and corresponding elements identifying information the current operate condition of this counter element.
2. three-dimensional image intelligent monitoring power distribution cabinet as claimed in claim 1, it is characterized in that: memory module also is used for storage failure solution data, processing module is also for selecting corresponding fault solution data according to static state parameter, the corresponding elements identifying information of the element of gathering and the fiducial value that prestores, and fault solution data conveying display module, display module shows corresponding fault solution according to fault solution data.
3. three-dimensional image intelligent monitoring power distribution cabinet as claimed in claim 1, it is characterized in that: the collection in worksite analysis module also is used for the acquisition operations personnel in the information of the selected model element of the power distribution cabinet three-dimensional model that shows and the action message of operating this model selected element, and the action message of the information of the selected model element that will collect and this model selected element of operation of collecting offers processing module, and processing module also is used for according to the information of selected model element and the corresponding solid element of action message controlled entity power distribution cabinet of operating this model selected element.
4. three-dimensional image intelligent monitoring power distribution cabinet as claimed in claim 1, it is characterized in that: element static state parameter comprises the temperature parameter of solid element, the pressure parameter of solid element, the collection in worksite analysis module comprises temperature sensor, pressure sensor, depth transducer and data analysis unit, temperature sensor, pressure sensor, depth transducer is connected with data analysis unit, temperature sensor is used for gathering the temperature of entity power distribution cabinet solid element, and the corresponding temperature signal of generation, pressure sensor is used for gathering the pressure of entity power distribution cabinet solid element, and the corresponding pressure signal of generation, depth transducer is used for gathering the current three-dimensional image signal of entity power distribution cabinet solid element, the temperature signal that data analysis unit is used for providing according to temperature sensor produces corresponding temperature parameter, the pressure signal that data analysis unit is used for providing according to pressure sensor produces corresponding pressure parameter, the three-dimensional image signal that data analysis unit is used for providing according to depth transducer produces corresponding elements stereo-motion state parameter, wherein, temperature parameter comprises the temperature parameter of copper bar, the temperature parameter of sound contact, pressure parameter comprises the pressure parameter between the sound contact, and element stereo-motion state parameter comprises the progradation parameter of vacuum circuit-breaker, the breaking-closing operating procedure parameter of switch.
5. microcomputer-based intelligent supervising device, this microcomputer-based intelligent supervising device is connected with power distribution cabinet, to finish the solid monitoring to each element in the power distribution cabinet, it is characterized in that: this microcomputer-based intelligent supervising device comprises memory module, display module, mapping block, collection in worksite analysis module, processing module, and memory module is used for the storage power distribution cabinet three-dimensional model data corresponding with the entity of power distribution cabinet; Mapping block is used for the power distribution cabinet three-dimensional model data of storage and the entity of power distribution cabinet are set up mapping relations; Display module is used for showing the power distribution cabinet three-dimensional model of setting up mapping relations with the entity of power distribution cabinet according to power distribution cabinet three-dimensional model data, and the static state parameter that shows the element in the power distribution cabinet; The collection in worksite analysis module be used for to be gathered static state parameter and the element stereo-motion state parameter with the element of the power distribution cabinet of its electric connection, and provides processing module with static state parameter, element stereo-motion state parameter and the corresponding elements identifying information of the element that collects; Static state parameter and corresponding elements identifying information that processing module is used for the element that will gather flow to display module in real time, and processing module also is used for demonstrating at the power distribution cabinet three-dimensional model that shows according to element stereo-motion state parameter and corresponding elements identifying information the current operate condition of this counter element.
6. microcomputer-based intelligent supervising device as claimed in claim 5, it is characterized in that: memory module also is used for storage failure solution data, processing module is also for selecting corresponding fault solution data according to static state parameter, the corresponding elements identifying information of the element of gathering and the fiducial value that prestores, and fault solution data conveying display module, display module shows corresponding fault solution according to fault solution data.
7. microcomputer-based intelligent supervising device as claimed in claim 5, it is characterized in that: the collection in worksite analysis module also is used for the acquisition operations personnel in the information of the selected model element of the power distribution cabinet three-dimensional model that shows and the action message of operating this model selected element, and the action message of the information of the selected model element that will collect and this model selected element of operation of collecting offers processing module, and processing module also is used for according to the information of selected model element and the corresponding solid element of action message controlled entity power distribution cabinet of operating this model selected element.
8. microcomputer-based intelligent supervising device as claimed in claim 5, it is characterized in that: element static state parameter comprises the temperature parameter of solid element, the pressure parameter of solid element, the collection in worksite analysis module comprises temperature sensor, pressure sensor, depth transducer and data analysis unit, temperature sensor, pressure sensor, depth transducer is connected with data analysis unit, temperature sensor is used for gathering the temperature of entity power distribution cabinet solid element, and the corresponding temperature signal of generation, pressure sensor is used for gathering the pressure of entity power distribution cabinet solid element, and the corresponding pressure signal of generation, depth transducer is used for gathering the current three-dimensional image signal of entity power distribution cabinet solid element, the temperature signal that data analysis unit is used for providing according to temperature sensor produces corresponding temperature parameter, the pressure signal that data analysis unit is used for providing according to pressure sensor produces corresponding pressure parameter, the three-dimensional image signal that data analysis unit is used for providing according to depth transducer produces corresponding elements stereo-motion state parameter, wherein temperature parameter comprises the temperature parameter of copper bar, the temperature parameter of sound contact, pressure parameter comprises the pressure parameter between the sound contact, and element stereo-motion state parameter comprises the progradation parameter of vacuum circuit-breaker, the breaking-closing operating procedure parameter of switch.
9. microcomputer-based intelligent method for supervising, this microcomputer-based intelligent method for supervising are used for realizing the solid monitoring to each element in the power distribution cabinet, and this microcomputer-based intelligent method for supervising may further comprise the steps:
Store the power distribution cabinet three-dimensional model data corresponding with the entity of power distribution cabinet, also be used for storage failure solution data;
The power distribution cabinet three-dimensional model data of storage and the entity of power distribution cabinet are set up mapping relations;
Show the power distribution cabinet three-dimensional model of setting up mapping relations with the entity of power distribution cabinet according to power distribution cabinet three-dimensional model data;
Gather static state parameter and the element stereo-motion state parameter of the element in the power distribution cabinet;
Static state parameter and the corresponding elements identifying information of the element gathered are shown in real time;
In the power distribution cabinet three-dimensional model that shows, demonstrate the current operate condition of this counter element according to element stereo-motion state parameter and corresponding elements identifying information.
10. microcomputer-based intelligent method for supervising as claimed in claim 9, it is characterized in that: temperature parameter comprises the temperature parameter of copper bar, the temperature parameter of sound contact, pressure parameter comprises the pressure parameter between the sound contact, and element stereo-motion state parameter comprises the progradation parameter of vacuum circuit-breaker, the breaking-closing operating procedure parameter of switch;
The microcomputer-based intelligent method for supervising is further comprising the steps of:
Storage failure solution data;
Select corresponding fault solution data according to static state parameter, the corresponding elements identifying information of the element of gathering and the fiducial value that prestores, and show corresponding fault solution according to fault solution data;
The information of acquisition operations personnel's selected model element in the power distribution cabinet three-dimensional model that shows and the action message of operating this model selected element;
According to the information of selected model element and operate corresponding solid element in the action message controlled entity power distribution cabinet of this model selected element.
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| CN104881022A (en) * | 2015-06-01 | 2015-09-02 | 国网上海市电力公司 | Monitoring system based on substation digital model |
| CN109520564A (en) * | 2018-11-05 | 2019-03-26 | 福建石子科技有限公司 | A kind of monitoring application method of intelligent analytical model |
| CN110716501A (en) * | 2019-11-18 | 2020-01-21 | 康美包（苏州）有限公司 | Data transmission method, equipment and device and computer storage medium |
| CN112689124A (en) * | 2020-12-17 | 2021-04-20 | 深圳市思默特科技有限公司 | Three-dimensional image intelligent monitoring cabinet and microcomputer intelligent monitoring device and method |
| CN114336305A (en) * | 2021-12-15 | 2022-04-12 | 湖北襄开电力设备有限公司 | Intelligent switch cabinet |
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| JP2008193799A (en) * | 2007-02-05 | 2008-08-21 | Toshiba Corp | Power system monitoring control system and its remote monitoring control device |
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| JP2008193799A (en) * | 2007-02-05 | 2008-08-21 | Toshiba Corp | Power system monitoring control system and its remote monitoring control device |
| CN102184695A (en) * | 2011-04-22 | 2011-09-14 | 深圳市中庆微科技开发有限公司 | Control system for detecting LED (Light Emitting Diode) display screen on line |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104881022A (en) * | 2015-06-01 | 2015-09-02 | 国网上海市电力公司 | Monitoring system based on substation digital model |
| CN109520564A (en) * | 2018-11-05 | 2019-03-26 | 福建石子科技有限公司 | A kind of monitoring application method of intelligent analytical model |
| CN109520564B (en) * | 2018-11-05 | 2020-10-30 | 福建石子科技有限公司 | Monitoring application method of intelligent analysis model |
| CN110716501A (en) * | 2019-11-18 | 2020-01-21 | 康美包（苏州）有限公司 | Data transmission method, equipment and device and computer storage medium |
| CN112689124A (en) * | 2020-12-17 | 2021-04-20 | 深圳市思默特科技有限公司 | Three-dimensional image intelligent monitoring cabinet and microcomputer intelligent monitoring device and method |
| CN112689124B (en) * | 2020-12-17 | 2023-07-25 | 深圳市思默特科技有限公司 | Three-dimensional image intelligent monitoring cabinet and microcomputer intelligent monitoring device and method |
| CN114336305A (en) * | 2021-12-15 | 2022-04-12 | 湖北襄开电力设备有限公司 | Intelligent switch cabinet |
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| CN103199454B (en) | 2015-10-28 |
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