Electricity utilization safety and electricity larceny prevention identification system based on AR (Augmented Reality) and knowledge graph

Abstract

The invention discloses an electricity utilization safety and electricity larceny prevention identification system based on AR and a knowledge graph, and the system comprises a monitoring collection module, a data processing module, an AR module, an analysis processing module, a knowledge graph module, and an uploading processing module. The data processing module calculates the electric quantity of the monitoring and collecting module, the analysis fixing instrument calculates the current magnitude difference between the current recording electric meter box and the flow recorder, then the data of the current transformer and the current magnitude difference are divided and compared, and the electric quantity and the loss of the current recording electric meter box are obtained. The problems that in the prior art, the wiring end of an electric energy meter loosens after being used for a long time, and electricity utilization safety is affected are effectively solved, direct electricity stealing from the position of the electric energy meter is avoided, meanwhile, front and back end crossing electricity stealing is avoided, stable monitoring processing is achieved, the protection effect of equipment on electricity stealing is improved, and the background can know the state of the electric energy meter and the power supply state in time.

Description

Technical Field

[0001] The present invention relates to the technical field of power supply equipment, and specifically to an electricity safety and anti-electricity theft identification system based on AR and knowledge graph. Background Art

[0002] An electric energy meter is an instrument used to measure electric energy. It can accurately measure the amount of electric energy used to provide reliable electricity consumption data. Electricity theft from an electric energy meter refers to the use of illegal means to change the metering device of the electric energy meter in order to avoid paying or pay less electricity bills.

[0003] The patent with application number 202221756622.3 mentions "an anti-electricity theft device installed at the user end". After opening an installation port on the top or side of the electrical box, the patent facilitates line installation and maintenance. At the same time, it takes photos of the people who open and close the box door to facilitate subsequent searches for the people.

[0004] However, when the electricity meter is used, the wiring terminals of the electricity meter will become loose due to long-term use, resulting in unstable power connection and leakage or poor contact. At the same time, the meter box is easy to open, and it is easy for people to directly connect to the power, affecting the safety of electricity use. In addition, wires are now used to connect the live wires at the front and back ends of the electricity meter, thereby crossing the isolation meter to steal electricity, which cannot be effectively monitored. Summary of the invention

[0005] The present invention provides an electricity safety and anti-electricity theft identification system based on AR and knowledge graph, which can effectively solve the problem raised in the above background technology that when the electric energy meter is currently in use, the connection terminal position of the electric energy meter may become loose due to long-term use, resulting in unstable power connection and leakage or poor contact. At the same time, the meter box is easy to open, and it is easy for people to directly connect to the power, affecting the safety of electricity use. In addition, the live wires at the front and rear ends of the electric energy meter are now connected together using wires, thereby crossing the isolation electric energy meter to steal electricity and making it impossible to effectively monitor.

[0006] To achieve the above-mentioned purpose, the present invention provides the following technical solutions: an AR and knowledge graph-based electricity safety and anti-theft identification system, comprising a monitoring and acquisition module, a data processing module, an AR module, an analysis and processing module, a knowledge graph module and an upload processing module;

[0007] The monitoring and acquisition module cooperates with the current transformer and the current meter box of the fixed isolation box to obtain the power and loss of the path traversed;

[0008] The data processing module calculates the amount of electricity in the monitoring and collection module, analyzes the current difference between the current meter box and the flow recorder, and then divides and compares the data of the current transformer with the current difference, thereby obtaining the overall amount of electricity theft and determining whether it is electricity theft;

[0009] The AR module coordinates the current and voltage of the data processing module with the wire path to obtain the normal current and voltage and the actual current and voltage at this time to determine the power theft status of each path;

[0010] The analysis and processing module performs secondary integration of the data from the data processing module, thereby performing secondary judgment to determine whether the path at this time is normal;

[0011] The knowledge graph module obtains the electricity consumption and data of the region based on the integration of previous data and database;

[0012] The upload processing module encrypts and uploads the data and performs key protection.

[0013] According to the above technical solution, the data processing module calculates the abnormal data, uploads it to the APP end through the server, and issues an alarm, and remotely transmits it to nearby office personnel at the same time, and records and generates related monitoring data images at this time, and actively cuts off the power supply after the set value range is exceeded;

[0014] The monitoring and acquisition module calculates the electric meter and the position in the state of electricity theft, sends them to the data processing module, and performs real-time monitoring.

[0015] Compared with the prior art, the present invention has the following beneficial effects:

[0016] 1. An isolation anti-theft component is provided. The pressing bolt drives the moving terminal board to move toward the fixed terminal board. The insulating pressing plate pushes the sliding support frame, and the positioning spring is used for positioning support. The fixed distance meter is used to monitor the distance, so as to record the distance between the sliding support frame and the sliding mounting plate after the pressing is completed. The positioning spring is used to drive the sliding support frame to push the insulating pressing plate and the moving terminal board to move in the opposite direction, so that the positioning movement can be effectively performed when the wiring is loose, and the fixed distance meter is used for distance measurement processing to achieve continuous monitoring, so as to facilitate timely understanding of the status of the wiring position and reduce the occurrence of leakage and poor contact due to long-term loose wiring;

[0017] The box is sealed and isolated by closing the limiting cover and the protective limiting cover, and the protection switch is protected and positioned. The pressing spring drives the pressing convex block to engage and limit the engaging inner hollow block and the closing limiting cover, and the fixed electromagnet is used to switch the operating state of the device. Cooperating with the opening and closing detector to detect the sealing degree between the closing limiting cover and the box, the detection of the box state is realized, and non-staff are prevented from directly opening the box. The current recorder records the current of the live wire and the neutral wire connected, cooperates with the fixed meter to detect the current at the position of the electric meter, and cooperates with the analysis fixed instrument for analysis and processing. At the same time, the incoming line isolation hole is used for isolation. Through multiple groups of cooperating incoming lines and multi-point incoming power measurement, the incoming and outgoing current is ensured to be equal, so as to detect electricity theft, improve the identification speed of electricity theft, and use the sealing limit to prevent electricity thieves from stealing electricity by wiring inside the meter box;

[0018] Through wiring engagement and elastic monitoring and processing, the loosening of the wiring is reduced, and the situation of stealing electricity from the power meter connection position can be avoided. Multiple groups of engaging components seal the box, and cooperate with flow monitoring and sealing monitoring, so that electricity theft can be effectively identified and monitored during electricity theft, effectively solving the problem that the wiring terminal of the power meter in the prior art is loose after long-term use, affecting the safety of electricity use, and avoiding stealing electricity directly from the power meter position. At the same time, it avoids stealing electricity by crossing the front and rear ends, realizes stable monitoring and processing, improves the anti-electricity-theft protection effect of the device, and is convenient for the background to timely understand the state of the power meter and the power supply state.

[0019] 2. A linkage protection component is provided. The drying cage is sleeved inside the centralized treatment box, and then the combined connecting pipe is sleeved on the side ends of the outer discharge fixed pipe and the inner return fixed pipe. The C-shaped engaging block and the support combined block are engaged and connected by using the fixed pin, and the centralized treatment box is fixed to the side end of the fixed isolation box. The internal air is driven to continuously circulate through the circulating fan, the outer discharge fixed pipe, the inner return fixed pipe and the combined connecting pipe. The desiccant in the drying cage removes the moisture and dust in the air, and the returned air directly impacts and cools the internal equipment, realizing the stable operation of the equipment, ensuring the stability of the internal environment, reducing the corrosion and aging speed of the equipment interface caused by humidity and high temperature, prolonging the service life of the equipment, and at the same time reducing the occurrence of electric leakage and poor contact at the interface during power supply. The outer discharge hard pipe is sleeved inside the incoming line isolation hole and the outgoing line fixed hole, and the outer discharge hard pipe and the extended threaded pipe are combined and fixed by using the internal threaded sleeve. The hard pipe is used for threading to protect the wire and avoid the situation of wiring and stealing electricity at the incoming and outgoing line positions, improving the stable treatment of anti-electricity-theft.

[0020] To sum up, through the cooperation between isolation anti-theft components and linkage protection components, using isolation protection and sealing restrictions, and coordinating with multi-segment monitoring components, and then using air circulation components, the internal part is protected to ensure the stable operation of the internal power supply equipment, and the anti-electricity theft effect is improved through multiple sets of wiring components, and the stability of the equipment and the anti-electricity theft effect of the equipment are improved through the cooperation of multiple components. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] The accompanying drawings are used to provide further understanding of the present invention and constitute a part of the specification. They are used to explain the present invention together with the embodiments of the present invention and do not constitute a limitation of the present invention.

[0022] In the attached picture:

[0023] Figure 1 It is a schematic diagram of the system structure of the present invention;

[0024] Figure 2 It is a three-dimensional structural schematic diagram of the present invention;

[0025] Figure 3 It is a structural schematic diagram of the isolation and anti-theft assembly of the present invention;

[0026] Figure 4 The present invention Figure 3 A magnified schematic diagram of the A structure;

[0027] Figure 5 It is a schematic diagram of the installation structure of the current recording meter box of the present invention;

[0028] Figure 6 It is a schematic diagram of the installation structure of the isolation closure cover of the present invention;

[0029] Figure 7 It is a schematic diagram of the installation structure of the dynamic wiring board of the present invention;

[0030] Figure 8 is a schematic structural diagram of the linkage protection assembly of the present invention;

[0031] Fig. 9 It is a schematic diagram of the installation structure of the drying net cage of the present invention;

[0032] Numbers in the figure: 1. Fixed isolation box;

[0033] 2. Isolation and anti-theft component; 201. Backup power supply; 202. Multi-slot engaging plate; 203. Engaging inner hole sleeve; 204. Flow recorder; 205. Protruding concave block; 206. Engaging inclined insertion block; 207. Protection switch; 208. Flow recording meter box; 209. Hole closing cover; 210. Isolation closing cover; 211. Pressing bolt; 212. Movable wiring board; 213. Fixed wiring board; 214. Insulating pressing board; 215. Sliding mounting board; 216. Alignment spring; 217. Sliding support frame; 218. Fixed rangefinder; 219. Fixed meter; 220. Analysis and fixing instrument; 221. Wireless alarm; 222. Inlet isolation hole; 223. Insulating isolation sleeve; 224. Closing limit cover; 225. Protection limit cover; 226. Engaging inner empty block; 227. Pressing spring; 228. Pressing protruding block; 229. Fixed electromagnet; 230. Opening and closing detector;

[0034] 3. Linkage protection component; 301. Outer row fixed pipe; 302. Inner return fixed pipe; 303. Circulation fan; 304. C-shaped engaging block; 305. Fixed pin; 306. Support combination block; 307. Central processing box; 308. Drying cage; 309. Combined connecting pipe; 310. Inner hole combined plate; 311. Outlet fixed hole; 312. Outer row hard pipe; 313. Inner thread sleeve; 314. Extended thread pipe; 315. Inserted sealing plug. Detailed implementation mode

[0035] The following is a description of the preferred embodiments of the present invention with reference to the accompanying drawings. It should be understood that the preferred embodiments described herein are only used to illustrate and explain the present invention, and are not used to limit the present invention.

[0036] Embodiment: As Figure 1 shown, the present invention provides a technical solution, an electricity consumption safety and anti-stealing electricity identification system based on AR and knowledge graph, including a monitoring and acquisition module, a data processing module, an AR module, an analysis and processing module, a knowledge graph module and an upload and processing module;

[0037] The monitoring and acquisition module cooperates the current transformer with the flow recording meter box 208 of the fixed isolation box 1 to obtain the path electricity consumption and loss;

[0038] The data processing module calculates the electricity quantity of the monitoring and acquisition module. The analysis and fixing instrument 220 calculates the current difference between the flow recording meter box 208 and the flow recorder 204, and then divides and compares the data of the current transformer with the current difference to obtain the overall electricity stealing quantity and judge whether it belongs to electricity stealing;

[0039] The AR module cooperates the current and voltage of the data processing module with the electric circuit path to obtain the normal current and voltage and the actual current and voltage at this time, so as to judge the electricity stealing state of each path;

[0040] The analysis and processing module re-integrates the data from the data processing module, and then makes a second judgment to determine whether the path is normal at this time;

[0041] The knowledge graph module obtains the electricity consumption and data of the region based on the integration of previous data and database;

[0042] The upload processing module encrypts and uploads the data and performs key protection.

[0043] According to the above technical solution, the data processing module calculates the abnormal data, uploads it to the APP through the server, and issues an alarm, while remotely transmitting it to nearby office personnel, and records and generates related monitoring data images at this time, and actively cuts off the power supply after the set value range is exceeded;

[0044] The monitoring and acquisition module calculates the electricity meter and the location in the electricity theft state, sends them to the data processing module, and performs real-time monitoring.

[0045] like Figure 2-9 As shown, an isolation and anti-theft component 2 is arranged inside the fixed isolation box 1;

[0046] The isolation anti-theft component 2 includes a backup power supply 201, a multi-slot clamping plate 202, a clamping inner hole sleeve 203, a flow recorder 204, a protruding inner concave block 205, a clamping oblique insertion block 206, a protection switch 207, a current meter box 208, a hole closing cover 209, an isolation closing cover 210, a pressing bolt 211, a dynamic wiring board 212, a fixed wiring board 213, an insulating pressing plate 214, a sliding mounting plate 215, a positioning spring 216, a sliding support frame 217, a fixed distance meter 218, a fixed meter 219, an analysis fixing instrument 220, a wireless alarm 221, an incoming line isolation hole 222, an insulating isolation sleeve 223, a closing limit cover 224, a protective limit cover 225, a clamping inner empty block 226, a pressing spring 227, a pressing protruding block 228, a fixed electromagnet 229 and an opening and closing detector 230;

[0047] A backup power supply 201 is fixed to one end of the inner side of the fixed isolation box 1, a multi-slot clamping plate 202 is welded to the bottom end of the inner side of the fixed isolation box 1, and a number of clamping inner hole sleeves 203 are equidistantly embedded and installed on the side ends of the multi-slot clamping plate 202, and a flow recorder 204 is fixed to one end of the two clamping inner hole sleeves 203, and a protruding inner concave block 205 is welded to one end of the fixed isolation box 1, and the side end of the flow recorder 204 is sleeved and connected with the side end of the multi-slot clamping plate 202, and one end of the protection switch 207 is sleeved and restricted with one end of the protruding inner concave block 205 to achieve steady fixed support, ensure that the clamping limit and sleeve limit can be effectively connected to avoid loosening and detachment, and a clamping oblique plug block 206 is inserted and installed on the inner side of the protruding inner concave block 205, and a protection switch 207 is fixed to one end of the clamping oblique plug block 206, and a current recording meter box 208 is fixed to the top of the inner side of the fixed isolation box 1;

[0048] The top and bottom ends of the current meter box 208 are hinged with a hole closing cover 209, the top and bottom ends of one end of the current meter box 208 are fixed with an isolation closing cover 210, one end of the isolation closing cover 210 is rotatably connected with a compression bolt 211, and one end of the compression bolt 211 is rotatably connected with a movable terminal board 212, a fixed terminal board 213 is fixed at the position of the movable terminal board 212 at one end of the current meter box 208, an insulating compression plate 214 is fixed at one end of the movable terminal board 212, the movable terminal board 212 is slidably fitted with the isolation closing cover 210, and the longitudinal sections of the movable terminal board 212 and the insulating compression plate 214 are both arc-shaped, so as to realize the clamping combination of the power supply wires and ensure the stability of the limit combination, and the top and bottom ends of the inner side of the current meter box 208 are fixed with a sliding mounting plate 215, and the sliding mounting plate 215 is fixed to the sliding mounting plate 215. A plurality of alignment springs 216 are equidistantly fixed at the ends, a sliding support frame 217 is fixed at one end of the plurality of alignment springs 216, one end of the insulating pressing plate 214 is fitted with one end of the sliding support frame 217, the longitudinal section of the insulating pressing plate 214 is L-shaped, the sliding support frame 217 is slidably fitted with the sliding mounting plate 215, so that the pressing process and the alignment support can be steadily handled and operated, the contact protection and the stability of the monitoring process are improved, the safety of the operation and the durability of the monitoring are improved, a fixed distance meter 218 is symmetrically connected to one end of the sliding support frame 217, a plurality of fixed wiring boards 213 are connected with a fixed meter 219, an analysis fixture 220 is connected to the position of the fixed meter 219 on the inner side of the current meter box 208, and a wireless alarm 221 is installed on the top of the inner side of the fixed isolation box 1;

[0049] A number of inlet isolation holes 222 are equidistantly arranged at the bottom end of the fixed isolation box 1. A rotary insulating isolation sleeve 223 is rotatably connected to the side end of the fixed isolation box 1 corresponding to the position of the protection switch 207. One end of the protection switch 207 is sleeved and connected to the side end of the insulating isolation sleeve 223 to achieve stable sleeving, ensure the insulation protection for opening and closing during power supply, and reduce the potential safety hazards during power supply. One end of the fixed isolation box 1 is hinged with a closing limit cover 224. One end of the closing limit cover 224 is rotatably connected to a protection limit cover 225. A clamping inner hollow block 226 is fixed at the position of the fixed isolation box 1 corresponding to the closing limit cover 224. Pressing springs 227 are fixed at both the inner top end and the inner bottom end of the clamping inner hollow block 226. One end of the pressing spring 227 is welded with a pressing convex block 228. One end of the insulating isolation sleeve 223 is attached to one end of the clamping inner hollow block 226. The pressing convex block 228 is slidably installed inside the clamping inner hollow block 226 to achieve stable support processing and ensure the stability of pressing connection and alignment fixation. A fixed electromagnet 229 is installed at the position inside the clamping inner hollow block 226 corresponding to the pressing convex block 228. Opening and closing detectors 230 are installed at one end of both the fixed isolation box 1 and the closing limit cover 224;

[0050] For the stable operation of the equipment, the input ends of the flow recorder 204, the flow recording meter box 208, the fixed rangefinder 218, the fixed meter 219, the wireless alarm 221, the fixed electromagnet 229 and the opening and closing detector 230 are all electrically connected to the output end of an external controller;

[0051] The input end of the external controller is electrically connected to the output end of an external power supply;

[0052] The input ends of the flow recorder 204, the flow recording meter box 208, the fixed rangefinder 218, the fixed meter 219, the wireless alarm 221, the fixed electromagnet 229 and the opening and closing detector 230 are all electrically connected to the output end of the backup power supply 201.

[0053] A linkage protection component 3 is arranged at the side end of the fixed isolation box 1;

[0054] The linkage protection component 3 includes an outer row fixed pipe 301, an inner return fixed pipe 302, a circulation fan 303, a U-shaped clamping block 304, a fixed pin 305, a support combination block 306, a centralized processing box 307, a drying cage 308, a combined connecting pipe 309, an inner hole combined plate 310, an outlet fixed hole 311, an outer row rigid pipe 312, an inner thread sleeve 313, an extended thread pipe 314 and an inserted sealing plug 315;

[0055] Both ends of the fixed isolation box 1 are penetrated and connected with outer discharge fixed pipes 301. Inner return fixed pipes 302 are penetrated and connected at positions near the outer discharge fixed pipes 301 at both ends of the fixed isolation box 1. A circulation fan 303 is embedded and installed inside the outer discharge fixed pipe 301. C-shaped clamping blocks 304 are equidistantly installed at both ends of the fixed isolation box 1. One end of the C-shaped clamping block 304 is clamped with a support combination block 306 through a fixed pin 305. The support combination block 306 is sleeved inside the C-shaped clamping block 304 to ensure stable support treatment for sleeve fitting restriction and combined fixation. A centralized treatment box 307 is fixed at one end of the two support combination blocks 306. A drying mesh cage 308 is embedded and installed inside the centralized treatment box 307. A combined connection pipe 309 penetrates through the centralized treatment box 307 at positions corresponding to the outer discharge fixed pipe 301 and the inner return fixed pipe 302 at one end. Both the outer discharge fixed pipe 301 and the inner return fixed pipe 302 are sleeved and connected with the combined connection pipe 309. One end of the combined connection pipe 309 is attached to one end of the fixed isolation box 1 to achieve stable combined alignment and ensure stable treatment of limit sealing. A number of inner hole combined plates 310 are equidistantly welded at both ends of the fixed isolation box 1;

[0056] A wire outlet fixed hole 311 is opened at the top of the fixed isolation box 1. Outer discharge rigid pipes 312 are fixed at positions corresponding to the wire inlet isolation hole 222 and the wire outlet fixed hole 311 at the top of the fixed isolation box 1. The tops of multiple of the outer discharge rigid pipes 312 are connected with extension threaded pipes 314 through internal thread sleeves 313. The tops of another multiple of the outer discharge rigid pipes 312 are clamped with insertion sealing plugs 315. The outer diameter of the outer discharge rigid pipe 312 is equal to the outer diameter of the extension threaded pipe 314. The longitudinal section of the insertion sealing plug 315 is T-shaped to achieve extension connection and sealing treatment.

[0057] The working principle and use process of the present invention are as follows: when performing safety protection and anti-theft treatment on electricity, the staff will sleeve the inner hole sleeve 203 onto the inner side of the multi-slot clamping plate 202, so that the flow recorder 204 is fitted with the side end of the multi-slot clamping plate 202, embed the oblique clamping block 206 into the inner side of the raised inner concave block 205, clamp the protection switch 207 to the inner side of the fixed isolation box 1, fix the current meter box 208 to the inner side of the fixed isolation box 1 with bolts, and use the connecting wires to insert into the flow recorder 204 and the protection box 208. The inner side of the wiring terminal at the position of the protective switch 207 is connected to realize the combined connection, and then one end of the connecting wire is inserted into the fixed wiring board 213 at the position of the isolation closing cover 210, and the pressing bolt 211 drives the dynamic wiring board 212 to move along the isolation closing cover 210 to the position of the fixed wiring board 213, and the dynamic wiring board 212 and the fixed wiring board 213 fix the connecting wire, and the incoming wire is inserted into the inner side of the fixed isolation box 1 through the incoming wire isolation hole 222, and the incoming wire end of the flow recorder 204 is used again. The sub-connector is used to fix the incoming wires, and the movable wiring board 212 and the fixed wiring board 213 at the top position of the current meter box 208 are used to connect and fix the outgoing wires. When the movable wiring board 212 contacts the fixed wiring board 213, the movable wiring board 212 pushes the insulating pressing plate 214 to move along the current meter box 208, and the insulating pressing plate 214 pushes the sliding support frame 217 to move along the sliding mounting plate 215. At this time, the positioning spring 216 is compressed. After the wire connection is completed, the sliding support frame 217 follows and moves for a distance. At this time, the fixed distance meter 218 is used to measure the distance between the sliding support frame 217 and the sliding mounting plate 215 to achieve distance recording processing, so as to fix the connection position, so that when the wiring point is loose or opened manually, it can be effectively monitored to ensure that the background is timely aware of it, so as to steadily understand the wiring situation. After the wiring is completed, the wiring point is isolated and sealed by the hole closing cover 209 to reduce the leakage or poor contact caused by the exposed wiring.

[0058] The flow rate of the current is recorded by the flow recorder 204 and the fixed meter 219, and the current flowing through the current meter box 208 and the flow recorder 204 is recorded and analyzed by the analysis fixed instrument 220. When the flow is not equal, the analysis fixed instrument 220 and the wireless alarm 221 will alarm the background, and the opening and closing of the protection switch 207 are driven by the insulating isolation sleeve 223. When the protection switch 207 is turned on, the equipment is directly powered by the main power supply. When the protection switch 207 is closed, the backup power supply 201 is used for long-term power supply. After the internal assembly is completed, the closing limit cover 224 is rotated to cover the side end of the fixed isolation box 1, so that the closing limit cover 224 is fitted with the card-fitting inner space block 226, and the fixed electromagnet 2 is closed. 29. The pressing spring 227 drives the pressing protruding block 228 to move along the engaging inner empty block 226, so that the pressing protruding block 228 engages and connects the engaging inner empty block 226 and the closing limit cover 224, and then the protection switch 207 is protected by the rotating protection limit cover 225. After the closing limit cover 224 and the fixed isolation box 1 are closed, multiple groups of opening and closing detectors 230 are mutually fitted to achieve the sealing effect of the closing limit cover 224 and the fixed isolation box 1. In addition, during use, it can be effectively monitored when it is opened without reason. Through multiple groups of monitoring protection, it can effectively cooperate with monitoring during the power supply process to improve the effect of anti-electricity theft, and multiple groups of sealing isolation components cooperate with each other to isolate the internal wiring points and internal components to improve the safety of electricity use.

[0059] Insert the drying cage 308 into the inside of the centralized treatment box 307, and then sleeved the combined connecting pipe 309 onto the side ends of the outer discharge fixed pipe 301 and the inner return fixed pipe 302. At this time, the support combined block 306 is sleeved onto the side end of the C-shaped clamping block 304, and the C-shaped clamping block 304 and the support combined block 306 are clamped and connected by the fixing pin 305. The centralized treatment box 307 is fixed to the side end of the fixed isolation box 1. The circulating fan 303 drives the air inside the fixed isolation box 1 to flow. The air is discharged into the inside of the centralized treatment box 307 through the outer discharge fixed pipe 301 and the combined connecting pipe 309. The desiccant in the drying cage 308 is used to dry and intercept the air, removing the moisture and small impurities in the air. Then, the air is refluxed through the combined connecting pipe 309 and the inner return fixed pipe 302. The refluxed air will directly impact the side end of the internal equipment, and the equipment is stably operated by impact cooling. When wiring, the outer discharge rigid pipe 312 is sleeved into the inside of the incoming line isolation hole 222 and the outgoing line fixed hole 311. The wire is inserted into the inside of the outer discharge rigid pipe 312, and the outer discharge rigid pipe 312 and the extended threaded pipe 314 are combined and fixed by the internal thread sleeve 313, so that the connection can be fixed during wire threading, avoiding the situation of electricity theft at the incoming and outgoing line positions. The outer discharge rigid pipe 312, the outgoing line fixed hole 311 and the incoming line isolation hole 222 are sealed by inserting the sealing plug 315 to ensure the internal sealing effect. The fixed isolation box 1 is fixed to the installation position by the inner hole combined plate 310 through the connecting bolts, realizing the fixed positioning of the equipment.

[0060] Finally, it should be noted that the above are only preferred examples of the present invention and are not used to limit the present invention. Although the present invention has been described in detail with reference to the foregoing embodiments, for those skilled in the art, they can still modify the technical solutions described in the foregoing embodiments, or perform equivalent replacements for some of the technical features. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principle of the present invention shall be included in the protection scope of the present invention.

Claims

1. An electricity safety and anti-theft identification system based on AR and knowledge graph, characterized by: It includes monitoring and acquisition module, data processing module, AR module, analysis and processing module, knowledge graph module and upload processing module; The monitoring and acquisition module cooperates with the current transformer and the current meter box (208) of the fixed isolation box (1) to obtain the amount of electricity and loss along the path; The data processing module calculates the amount of electricity from the monitoring and collecting module, analyzes the current difference between the current meter box (208) and the flow recorder (204) calculated by the fixed instrument (220), and then divides and compares the data of the current transformer with the current difference, thereby obtaining the overall amount of electricity theft and determining whether it is electricity theft; The AR module coordinates the current and voltage of the data processing module with the wire path to obtain the normal current and voltage and the actual current and voltage at this time to determine the power theft status of each path; The analysis and processing module performs secondary integration of the data from the data processing module, thereby performing secondary judgment to determine whether the path at this time is normal; The knowledge graph module obtains the electricity consumption and data of the region based on the integration of previous data and database; The upload processing module encrypts and uploads the data and performs key protection.

2. According to claim 1, the power safety and anti-theft identification system based on AR and knowledge graph is characterized in that: The data processing module calculates the abnormal data, uploads it to the APP through the server, and issues an alarm, while remotely transmitting it to nearby office personnel. At the same time, it records and generates related monitoring data images, and actively cuts off the power supply when the set value range is exceeded; The monitoring and acquisition module calculates the electric meter and the position in the state of electricity theft, sends them to the data processing module, and performs real-time monitoring.

3. According to claim 1, the power safety and anti-theft identification system based on AR and knowledge graph is characterized in that: An isolation and anti-theft component (2) is arranged inside the fixed isolation box (1); The isolation anti-theft component (2) comprises a backup power supply (201); A backup power supply (201) is fixed to one end of the inner side of the fixed isolation box (1); a multi-slot snap-fit ​​plate (202) is welded to the bottom end of the inner side of the fixed isolation box (1); a plurality of snap-fit ​​inner hole sleeves (203) are equidistantly embedded and installed on the side ends of the multi-slot snap-fit ​​plate (202); a flow recorder (204) is fixed to one end of two of the snap-fit ​​inner hole sleeves (203); a raised inner concave block (205) is welded to one end of the fixed isolation box (1); a snap-fit ​​oblique insertion block (206) is inserted and installed inside the raised inner concave block (205); a protection switch (207) is fixed to one end of the snap-fit ​​oblique insertion block (206); and a current recording meter box (208) is fixed to the top end of the inner side of the fixed isolation box (1); The top and bottom of the current meter box (208) are both hinged with a hole closing cover (209); the top and bottom of one end of the current meter box (208) are both fixed with an isolation closing cover (210); one end of the isolation closing cover (210) is rotatably connected to a compression bolt (211); one end of the compression bolt (211) is rotatably connected to a movable wiring board (212); one end of the current meter box (208) is fixed with a fixed wiring board (213) at a position corresponding to the movable wiring board (212); one end of the movable wiring board (212) is fixed with an insulating compression board (214); the top and bottom of the inner side of the current meter box (208) are A sliding mounting plate (215) is fixed at the bottom end, a plurality of aligning springs (216) are equidistantly fixed to one end of the sliding mounting plate (215), a sliding support frame (217) is fixed to one end of the plurality of aligning springs (216), a fixed distance meter (218) is symmetrically clamped to one end of the sliding support frame (217), a fixed meter (219) is connected between the plurality of fixed wiring boards (213), an analysis fixture (220) is clamped to the position of the fixed meter (219) on the inner side of the ammeter box (208), and a wireless alarm (221) is installed on the top inner side of the fixed isolation box (1).

4. According to claim 3, the power safety and anti-theft identification system based on AR and knowledge graph is characterized in that: The bottom end of the fixed isolation box (1) is provided with a plurality of incoming line isolation holes (222) at equal intervals. The side end of the fixed isolation box (1) is rotatably connected to an insulating isolation sleeve (223) at a position corresponding to the protection switch (207). One end of the fixed isolation box (1) is hinged with a closing limit cover (224). One end of the closing limit cover (224) is rotatably connected to a protective limit cover (225). One end of the fixed isolation box (1) corresponds to the position of the closing limit cover (224). A locking inner hollow block (226) is fixed thereto, a pressing spring (227) is fixed to the top and bottom of the inner side of the locking inner hollow block (226), a pressing protrusion block (228) is welded to one end of the pressing spring (227), a fixed electromagnet (229) is installed at the position of the inner side of the locking inner hollow block (226) corresponding to the pressing protrusion block (228), and an opening and closing detector (230) is installed at one end of the fixed isolation box (1) and the closing limiting cover (224).

5. According to claim 3, the power safety and anti-theft identification system based on AR and knowledge graph is characterized in that: The side end of the flow recorder (204) is sleeved and connected with the side end of the multi-slot clamping plate (202), one end of the protection switch (207) is sleeved and restricted with one end of the protruding inner concave block (205), and one end of the protection switch (207) is sleeved and connected with the side end of the insulating isolation sleeve (223).

6. According to claim 3, the power safety and anti-theft identification system based on AR and knowledge graph is characterized in that: The movable wiring board (212) is slidably fitted with the isolation closure cover (210); the longitudinal sections of the movable wiring board (212) and the insulating pressing plate (214) are both arc-shaped; one end of the insulating pressing plate (214) is fitted with one end of the sliding support frame (217); The insulating pressing plate (214) has an L-shaped longitudinal section, the sliding support frame (217) is slidably fitted with the sliding mounting plate (215), and one end of the insulating isolation sleeve (223) is fitted with one end of the locking inner hollow block (226).

7. The power safety and anti-theft identification system based on AR and knowledge graph according to claim 3 is characterized in that: The pressing convex block (228) is slidably installed inside the engaging hollow block (226); The input ends of the flow recorder (204), the flow recording meter box (208), the fixed rangefinder (218), the fixed meter (219), the wireless alarm (221), the fixed electromagnet (229), and the opening and closing detector (230) are all electrically connected to the output end of an external controller; The input end of the external controller is electrically connected to the output end of an external power supply; The input ends of the flow recorder (204), the flow recording meter box (208), the fixed rangefinder (218), the fixed meter (219), the wireless alarm (221), the fixed electromagnet (229), and the opening and closing detector (230) are all electrically connected to the output end of a backup power supply (201).

8. The power safety and anti-theft identification system based on AR and knowledge graph according to claim 3 is characterized in that: A linkage protection component (3) is arranged on the side end of the fixed isolation box (1); The linkage protection component (3) includes an outer discharge fixed pipe (301); The outer discharge fixed pipes (301) penetrate and are connected to both ends of the fixed isolation box (1). Inner return fixed pipes (302) penetrate and are connected to the positions of both ends of the fixed isolation box (1) close to the outer discharge fixed pipes (301). A circulation fan (303) is embedded and installed inside the outer discharge fixed pipe (301). C-shaped engaging blocks (304) are equidistantly installed at both ends of the fixed isolation box (1). One end of the C-shaped engaging block (304) is clamped with a support combination block (306) through a fixed pin (305). A centralized processing box (307) is fixed at one end of the two support combination blocks (306). A drying wire cage (308) is embedded and installed inside the centralized processing box (307). A combined connecting pipe (309) penetrates through the position corresponding to the outer discharge fixed pipe (301) and the inner return fixed pipe (302) at one end of the centralized processing box (307). A number of inner hole combination plates (310) are equidistantly welded at both ends of the fixed isolation box (1); A wire outlet fixed hole (311) is opened at the top end of the fixed isolation box (1). Outer discharge rigid pipes (312) are fixed at the positions corresponding to the inlet isolation hole (222) and the wire outlet fixed hole (311) at the top end of the fixed isolation box (1). The top ends of multiple of the outer discharge rigid pipes (312) are connected with extension threaded pipes (314) through internal threaded sleeves (313). The top ends of multiple other outer discharge rigid pipes (312) are clamped with insertion sealing plugs (315).

9. The power safety and anti-theft identification system based on AR and knowledge graph according to claim 8 is characterized in that: Both the outer discharge fixed pipe (301) and the inner return fixed pipe (302) are sleeved and connected with the combined connecting pipe (309). The support combination block (306) is sleeved inside the C-shaped engaging block (304). One end of the combined connecting pipe (309) is in contact with one end of the fixed isolation box (1).

10. The power safety and anti-theft identification system based on AR and knowledge graph according to claim 8 is characterized in that: The outer diameter of the outer discharge rigid pipe (312) is equal to the outer diameter of the extension threaded pipe (314). The longitudinal section of the insertion sealing plug (315) is T-shaped.

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