CN115864199A - Electric power inspection system based on enhanced reality type AR glasses - Google Patents
Electric power inspection system based on enhanced reality type AR glasses Download PDFInfo
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- CN115864199A CN115864199A CN202211603243.5A CN202211603243A CN115864199A CN 115864199 A CN115864199 A CN 115864199A CN 202211603243 A CN202211603243 A CN 202211603243A CN 115864199 A CN115864199 A CN 115864199A
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Abstract
The invention discloses an electric power inspection system based on augmented reality type AR glasses, which comprises AR wearing equipment and a data server, wherein the AR wearing equipment comprises an image identification unit, a communication unit and a main control unit; firstly, carrying out computer identification modeling on each ring main unit and each component of the ring main unit to form N standard training images, and storing the training images in a data server; when the AR glasses are worn by a professional to reach a position near a specified place of the ring main unit during routing inspection, the unique identification of the ring main unit is quickly locked in a quick response code mode of scanning the two-dimensional code, a data interface of the data server is called, the image is identified through the image identification unit and matched with the training image to the training image matched with the query image, then data information of the training image is called, the data information is transmitted to the AR glasses through the communication unit to be visually displayed, and the image identification unit and the communication unit are controlled by the main control unit. The invention can realize the visual inspection of data.
Description
Technical Field
The invention relates to an electric power inspection system based on enhanced reality type AR glasses, which is used in the field of ring main unit monitoring.
Background
As the key transmission and distribution electrical equipment, the ring main unit has important influence on power supply. Most ring main units in the market lack intelligent online monitoring technology and depend on-site inspection and operation of professionals, so that safe operation of the ring main units is prejudged and maintained.
The power system is huge and complex in staggering, a large amount of data can be continuously generated in the operation process, and how to use the data helps the polling personnel to perform efficient and reliable ring main unit polling is a main target for finishing personnel.
Disclosure of Invention
The invention aims to overcome the defects of the prior art and provides a power inspection system based on enhanced reality type AR glasses, which can realize data visualization inspection.
One technical scheme for achieving the above purpose is as follows: a power inspection system based on enhanced reality type AR glasses is mainly used for achieving intelligent inspection technology of ring main unit equipment through the enhanced reality type AR glasses, and comprises AR wearing equipment and a data server, wherein the AR wearing equipment comprises an image recognition unit, a communication unit and a main control unit;
firstly, carrying out computer identification modeling on each ring main unit and each component of the ring main unit to form N standard training images, and storing the training images in a data server;
when the AR glasses are worn by a professional to reach a position near a specified place of the ring main unit during routing inspection, the unique identification of the ring main unit is quickly locked in a quick response code mode of scanning the two-dimensional code, a data interface of the data server is called, the image is identified through the image identification unit and matched with the training image to the training image matched with the query image, then data information of the training image is called, the data information is transmitted to the AR glasses through the communication unit to be visually displayed, and the image identification unit and the communication unit are controlled by the main control unit.
Further, the communication module further comprises a human-computer interaction interface.
According to the power inspection system based on the enhanced AR glasses, provided by the invention, a professional can be more efficient in the inspection process, various problems generated when the power system is operated are pertinently solved according to visualized data, and the inspection efficiency and reliability are improved.
Drawings
Fig. 1 is an architecture diagram of a power patrol system based on augmented reality AR glasses according to the present invention.
Fig. 2 is a functional flowchart of a power inspection system based on augmented reality AR glasses according to the present invention.
Detailed Description
In order to better understand the technical solution of the present invention, the following detailed description is made by specific examples:
the invention discloses an electric power inspection system based on enhanced reality type AR (augmented reality) glasses, which is mainly used for realizing intelligent inspection technology for ring main unit equipment through the enhanced reality type AR glasses, and comprises AR wearing equipment and a data server, wherein the AR wearing equipment comprises an image identification unit, a communication unit and a main control unit; the communication module also comprises a human-computer interaction interface.
Firstly, carrying out computer identification modeling on each ring main unit and each component of the ring main unit to form N standard training images, and storing the training images in a data server;
when the intelligent ring main unit is patrolled and examined, after the professional wears the AR glasses and arrives near the appointed place of the ring main unit, through the quick response code mode of scanning the two-dimensional code, the only mark of the ring main unit is locked fast, the data interface of the data server is called, the image is identified through the image identification unit, the image is matched with the training image, the training image matched with the query image is obtained, then the data information is called, the data information is transmitted to the AR glasses through the communication unit to be visually displayed, and the image identification unit and the communication unit are controlled by the main control unit.
The invention is mainly used for realizing the intelligent routing inspection technology of the ring main unit equipment by enhancing the AR glasses of the prior art. By means of the augmented reality technology, the computer vision technology, the image recognition technology and the sensor technology are combined to be applied on the basis of the traditional ring main unit, the business of the traditional ring main unit inspection is achieved, and meanwhile, all data related to the ring main unit in the ring main unit inspection process are processed in a centralized and unified mode. The method comprises the modes of data acquisition, data classification, data statistics, data analysis and the like, and the data is processed through a special data engine of the AR, so that the running state analysis of the ring main unit can be provided, the visualization of detailed parameters of the ring main unit is realized, and the data exchange with a detection and analysis background system is realized.
The image recognition technology comprises the steps of carrying out computer recognition modeling on each component of the ring main unit and forming N standard training images (N is the number of routing inspection images for operation modeling). In the operation process, a professional collects scene images at corresponding positions according to AR enhanced AR glasses, and then matches the actual images of the scene with the N training images to obtain training images matched with the query images.
The detection and analysis background system adopts a distributed architecture and a master-slave mode, and the system background mainly has the functions of data acquisition and storage, calculation processing and data display and provides results for background analysis. The system adopts Java language to develop system programs and a human-computer interface, and monitoring data is wirelessly transmitted through 5G.
In the inspection process, after a professional arrives at a designated position of the ring main unit, the storage model is used for real-time matching with background data, and after corresponding scene images are matched, related data and real-time key index data (air pressure, water content, temperature and humidity, running load current and the like) of the ring main unit are displayed through the background by a visualization technology, so that time cost and labor cost are saved. The intelligent ring main unit inspection system based on the augmented reality technology is designed and researched by taking intelligent ring main unit inspection as a service entry point, relies on the augmented reality technology, relies on a mobile terminal of a smart phone and augmented reality type AR intelligent glasses, and quickly identifies and displays equipment information through a quick response code and a specific image identification technology. And the polling data can be uploaded simultaneously in the polling process.
The quick response code is a two-dimensional code which is captured by camera hardware and is convenient for background three-dimensional tracking, can be displayed and scanned on an electronic screen or a paper real object, and is generated into a two-dimensional code of the equipment by a software system, wherein the two-dimensional code is associated with the unique identifier of each equipment through a persistence characteristic in a database technology. In the inspection process, a professional can scan the two-dimensional code or select the two-dimensional code from the platform in real time, and the two-dimensional code of the mobile terminal scanning equipment of the mobile phone is utilized to display related equipment information in real time.
Fig. 1 is a system architecture diagram of a power patrol technique based on augmented reality type AR glasses. The data of the system is supported by a power system database. After the professional arrives near the appointed place of the ring main unit, the unique identifier of the ring main unit is quickly locked through a quick response code mode of scanning the two-dimensional code, and a data interface of the data server is called. The intelligent glasses can recognize corresponding image characteristics when recognizing the designated object, judge the acquired image characteristics according to the judgment model, determine the current actual operation state of the ring main unit, and pull all data of the ring main unit from the server so as to enhance the reality type AR glasses as a medium to directly see the intuitive data. And simultaneously, storing all judgment conclusions and all collected data and automatically uploading the judgment conclusions and all collected data to a server.
A professional can comprehensively identify ring main unit equipment needing to be patrolled and examined through an AR technology, model data and an AR glasses identification equipment patrol and examine object are associated by utilizing a computer vision SDK, the actual AR glasses are enhanced to identify the designated object to realize equipment physical parameter scanning, and mobile phone physical parameters are judged through a model. And then stored in a temporary storage unit in the AR glasses. Relevant data and real-time key index data (air pressure, moisture content, temperature and humidity, running load current and the like) of the ring main unit are displayed in an interaction interface of the AR glasses, and the technology of intelligently inspecting the ring main unit through the AR technology is achieved.
Fig. 2 is a functional flow chart of a power patrol technique based on augmented reality type AR glasses. Firstly, the image recognition technology is utilized to carry out unique identification on the equipment, the data server is used for positioning, specific relevant index parameters of the ring main unit are extracted from the data server, and when abnormal index parameters occur, an alarm prompt occurs, and all alarm events can be checked in an event list. The information can be uploaded through a network communication layer, the sensor information fusion and fault judgment analysis are completed through a background system, data are persisted in a high-performance database management center, and the data are displayed on a human-computer interaction interface.
It should be understood by those skilled in the art that the above embodiments are only for illustrating the present invention and are not to be used as a limitation of the present invention, and that the changes and modifications of the above embodiments are within the scope of the appended claims as long as they are within the true spirit of the present invention.
Claims (2)
1. A power inspection system based on enhanced reality type AR glasses is mainly used for achieving intelligent inspection of ring main unit equipment through the enhanced reality type AR glasses, and is characterized by comprising AR wearing equipment and a data server, wherein the AR wearing equipment comprises an image recognition unit, a communication unit and a main control unit;
firstly, carrying out computer identification modeling on each ring main unit and each component of the ring main unit to form N standard training images, and storing the training images in a data server;
when the intelligent ring main unit is patrolled and examined, after the professional wears the AR glasses and arrives near the appointed place of the ring main unit, through the quick response code mode of scanning the two-dimensional code, the only mark of the ring main unit is locked fast, the data interface of the data server is called, the image is identified through the image identification unit, the image is matched with the training image, the training image matched with the query image is obtained, then the data information is called, the data information is transmitted to the AR glasses through the communication unit to be visually displayed, and the image identification unit and the communication unit are controlled by the main control unit.
2. The AR glasses-based power patrol system according to claim 1, wherein the communication module further comprises a human-computer interface.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN117458717A (en) * | 2023-10-30 | 2024-01-26 | 广东电网有限责任公司 | Electric power network inspection system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN117458717A (en) * | 2023-10-30 | 2024-01-26 | 广东电网有限责任公司 | Electric power network inspection system |
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