CN112671911B - Garden security management system based on industrial internet and implementation method thereof - Google Patents
Garden security management system based on industrial internet and implementation method thereof Download PDFInfo
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Abstract
The invention discloses a park security management system based on industrial internet and an implementation method thereof, wherein a network video monitoring system, an intelligent alarm information management system and a remote intelligent scheduling command system in the security management system are all electrically connected with a GIS map positioning system, and the remote intelligent scheduling command system can monitor a material management system and a vehicle management system in real time.
Description
Technical Field
The invention relates to the technical field of security management, in particular to a garden security management system based on an industrial internet and an implementation method thereof.
Background
From the economic development conditions of various parks, the park economy can be roughly divided into the following categories: one is the park with the recruiter as the theme. And secondly, the park takes capital and production reorganization and scale as themes, and the professional economic park and the enterprise group park are important means for realizing the optimization of an enterprise organization structure, a layout structure and a production structure in the current economic structure adjustment. And thirdly, constructing an ecological economic park which takes ecological economy as a theme, such as a sustainable economic park. And fourthly, a park with the theme of creating the startup hotspot, such as a startup park. And fifthly, the park with foreign trade processing as a theme, such as an export processing park. And the sixth is a park with scientific and technical education industrialization and modernization as themes, such as college cities and the like.
Whatever type of campus, its security protection is all vital. Security can be understood as an acronym for "security protection". The security protection is to prepare and protect the object to cope with the attack or avoid the damage, so that the protected object is in a safe state without danger, invasion and accidents. General district security protection effect does not accomplish very ideal, and current district security protection can not be simultaneously reasonable and quick accomplish high-efficient security protection.
Disclosure of Invention
The invention aims to provide a campus security management system based on an industrial internet and an implementation method thereof.
In order to achieve the purpose, the invention provides the following technical scheme:
park security protection management system based on industry internet, including network video monitor system, intelligent alarm information management system, long-range intelligent scheduling command system, GIS map positioning system, material management system and vehicle management system, network video monitor system, intelligent alarm information management system and long-range intelligent scheduling command system all with GIS map positioning system electric connection, intelligent alarm information management system is connected to network video monitor system's output, and long-range intelligent scheduling command system is connected to intelligent alarm information management system's output, and material management system and vehicle management system are connected to long-range intelligent scheduling command system's output.
Preferably, intelligence alarm information management system includes door magnetism inductor, infrared curtain, smoke sensor, combustible gas sensor, alarm system, LORA basic station, alarm lamp, bee calling organ and stand-by power supply, door magnetism inductor, infrared curtain, smoke sensor and combustible gas sensor all connect the input of alarm system through wireless communication module, and the output of alarm system passes through LORA basic station and internet connection place public security system, and the output of alarm system still is connected with alarm lamp and bee calling organ, and alarm lamp and bee calling organ all connect stand-by power supply through the wire.
Preferably, door magnetic sensor and infrared curtain all install the rail edge in the garden, and door magnetic sensor and infrared curtain all pass through the wire and connect stand-by power supply.
Preferably, the smoke sensor and the combustible gas sensor are installed in a workshop for producing chemical products, and both the smoke sensor and the combustible gas sensor are connected with a standby power supply through leads.
Preferably, the network video monitoring system comprises an NVR network storage disk array, a VM management server, an HIC high-definition camera, a monitoring display screen, an EC encoder, a database and an intelligent analysis media server, wherein the NVR network storage disk array, the VM management server and the HIC high-definition camera are all connected with the input end of the database, the database is electrically connected with the EC encoder, the output end of the HIC high-definition camera is electrically connected with the intelligent analysis media server, the intelligent analysis media server and the NVR network storage disk array are all connected with the input end of the intelligent alarm information management system, and the database and the EC encoder are all connected with the input end of the monitoring display screen.
Preferably, the remote intelligent scheduling command system comprises a login module, an ID database, a detection module, an ID input module, an ID editing module, a storage module and a review unit, wherein the output end of the login module is connected with the detection module, the detection module is electrically connected with the ID database, the output end of the detection module is respectively connected with the ID input module and the ID editing module, the ID input module and the ID editing module are both connected with the input end of the storage module, the storage module is electrically connected with the ID database, and the output end of the storage module is connected with the review unit.
Preferably, the review unit comprises a review authorization module, a review information receiving module, a review information storage module, a review information updating module and a confirmation module, wherein the input end of the review authorization module is connected with the storage module and the ID database, the output end of the review authorization module is connected with the review information receiving module, the output end of the review information receiving module is connected with the review information storage module, the output end of the review information storage module is connected with the review information updating module, the output end of the review information updating module is connected with the confirmation module, and the review information updating module is electrically connected with the ID database.
Preferably, the material management system comprises a material management module, a material information modification module, a material information deletion module, a material information addition module and a material information query module, the material management module is electrically connected with the remote intelligent dispatching command system, the material information modification module, the material information deletion module and the material information addition module are all connected with the input end of the material management module, and the output end of the material management module is connected with the material information query module.
Preferably, the vehicle management system comprises an RFID chip, an RFID chip reading module and a vehicle information database, the RFID chip is installed at the top end of the vehicle, the RFID chip reading module is installed at the door head and connected with the RFID chip in a radio frequency mode, the RFID chip reading module is connected with the input end of the vehicle information database, and the output end of the vehicle information database is connected with the remote intelligent scheduling command system.
The invention provides an implementation method of a park security management system based on an industrial internet, which comprises the following steps:
s1: firstly, mounting an RFID chip at the top end of each vehicle belonging to a park, simultaneously mounting an RFID chip reading module at each entrance and exit door head of the park, mounting a door magnetic sensor and an infrared curtain at the edge of a fence of the park, and mounting a smoke sensor and a combustible gas sensor in a chemical product production workshop;
s2: adjusting the positions of all HIC high-definition cameras in the park to enable the whole set of monitoring equipment to cover a larger range, and installing alarm lamps and buzzers near all the HIC high-definition cameras, wherein the alarm lamps are in the acquisition range of the HIC high-definition cameras;
s3: performing spot check and self-check on the remote intelligent dispatching command system and the material management system at intervals, wherein the ID database is updated every other week, and the ID information of workers newly added to the park is recorded into the ID database;
s4: determining the position of each vehicle through a GIS map positioning system, and simultaneously determining the reasonable distribution of HIC high-definition cameras through the GIS map positioning system;
s5: and simulating the occurrence of the dangerous condition, wherein the storage module and the review unit in the remote intelligent dispatching and commanding system store the optimal solution of the dangerous condition disposal scheme, so that the optimal solution can be obtained at the first time when the acquaintance condition occurs later.
Compared with the prior art, the invention has the beneficial effects that: the invention provides a park security management system based on industrial internet and an implementation method thereof, wherein a network video monitoring system, an intelligent alarm information management system and a remote intelligent scheduling command system in the security management system are electrically connected with a GIS (geographic information System) map positioning system, the GIS map positioning system confirms reasonable distribution of HIC (high-definition cameras), the remote intelligent scheduling command system can monitor a material management system and a vehicle management system in real time, and the implementation method of the park security management system based on the industrial internet is characterized in that a specific security part is installed at a specific position, then the positions of all HIC high-definition cameras in a park are adjusted, so that the whole set of monitoring equipment can cover a larger range, then the security management system is subjected to sampling inspection and self-inspection, meanwhile, the GIS map positioning system confirms reasonable distribution of the HIC high-definition cameras, finally simulates the occurrence of dangerous situations, simultaneously records the optimal solution of dangerous situation handling schemes for storage, and the optimal solution of the future occurrence of acquaintance situations can be obtained at the first time.
Drawings
FIG. 1 is a schematic block diagram of the overall architecture of the present invention;
FIG. 2 is a schematic block diagram of a network video surveillance system of the present invention;
FIG. 3 is a schematic block diagram of an intelligent alarm information management system of the present invention;
FIG. 4 is a schematic block diagram of a remote intelligent dispatching command system of the present invention;
FIG. 5 is a functional block diagram of a review unit of the present invention;
FIG. 6 is a schematic block diagram of a materials management system of the present invention;
FIG. 7 is a functional block diagram of a vehicle management system of the present invention.
In the figure: 1. a network video monitoring system; 11. the NVR network stores a disk array; 12. a VM management server; 13. an HIC high-definition camera; 14. monitoring the display screen; 15. an EC encoder; 16. a database; 17. an intelligent analytics media server; 2. an intelligent alarm information management system; 21. a door magnetic sensor; 22. an infrared curtain; 23. a smoke sensor; 24. a combustible gas sensor; 25. an alarm host; 26. a LORA base station; 27. an alarm lamp; 28. a buzzer; 29. a standby power supply; 3. a remote intelligent dispatching command system; 31. a login module; 32. an ID database; 33. a detection module; 34. an ID input module; 35. an ID editing module; 36. a storage module; 37. a review unit; 371. a review authorization module; 372. a review information receiving module; 373. a review information storage module; 374. a review information updating module; 375. a confirmation module; 4. a GIS map positioning system; 5. a material management system; 51. a material management module; 52. a material information modification module; 53. a material information deleting module; 54. a material information adding module; 55. a material information inquiry module; 6. a vehicle management system; 61. an RFID chip; 62. an RFID chip reading module; 63. a vehicle information database.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Please refer to fig. 1, a park security management system based on industrial internet, including network video monitor system 1, intelligent alarm information management system 2, remote intelligent dispatching command system 3, GIS map positioning system 4, material management system 5 and vehicle management system 6, network video monitor system 1, intelligent alarm information management system 2 and remote intelligent dispatching command system 3 are all electrically connected with GIS map positioning system 4, the output of network video monitor system 1 is connected with intelligent alarm information management system 2, the output of intelligent alarm information management system 2 is connected with remote intelligent dispatching command system 3, the output of remote intelligent dispatching command system 3 is connected with material management system 5 and vehicle management system 6.
Referring to fig. 2, the network video monitoring system 1 includes an NVR network storage disk array 11, a VM management server 12, an HIC high-definition camera 13, a monitoring display screen 14, an EC encoder 15, a database 16, and an intelligent analysis media server 17, where the NVR network storage disk array 11, the VM management server 12, and the HIC high-definition camera 13 are all connected to an input end of the database 16, the database 16 is electrically connected to the EC encoder 15, an output end of the HIC high-definition camera 13 is electrically connected to the intelligent analysis media server 17, the intelligent analysis media server 17 and the NVR network storage disk array 11 are all connected to an input end of the intelligent alarm information management system 2, and the database 16 and the EC encoder 15 are all connected to an input end of the monitoring display screen 14.
Referring to fig. 3, the intelligent alarm information management system 2 includes a door sensor 21, an infrared curtain 22, a smoke sensor 23, a combustible gas sensor 24, an alarm host 25, a LORA base station 26, an alarm lamp 27, a buzzer 28 and a standby power supply 29, the door sensor 21, the infrared curtain 22, the smoke sensor 23 and the combustible gas sensor 24 are connected to an input end of the alarm host 25 through a wireless communication module, an output end of the alarm host 25 is connected to a local police system through the LORA base station 26 and the internet, an output end of the alarm host 25 is further connected to the alarm lamp 27 and the buzzer 28, the alarm lamp 27 and the buzzer 28 are connected to the standby power supply 29 through wires, the door sensor 21 and the infrared curtain 22 are both installed on an edge fence of a park, the door sensor 21 and the infrared curtain 22 are both connected to the standby power supply 29 through wires, the smoke sensor 23 and the combustible gas sensor 24 are both installed in a chemical product production workshop, and the smoke sensor 23 and the combustible gas sensor 24 are both connected to the standby power supply 29 through wires.
Referring to fig. 4, the remote intelligent scheduling command system 3 includes a login module 31, an ID database 32, a detection module 33, an ID entry module 34, an ID editing module 35, a storage module 36, and a review unit 37, an output end of the login module 31 is connected to the detection module 33, the detection module 33 is electrically connected to the ID database 32, an output end of the detection module 33 is respectively connected to the ID entry module 34 and the ID editing module 35, the ID entry module 34 and the ID editing module 35 are both connected to an input end of the storage module 36, the storage module 36 is electrically connected to the ID database 32, and an output end of the storage module 36 is connected to the review unit 37.
Referring to fig. 5, the review unit 37 includes a review authorization module 371, a review information receiving module 372, a review information storage module 373, a review information updating module 374 and a confirmation module 375, an input end of the review authorization module 371 is connected to the storage module 36 and the ID database 32, an output end of the review authorization module 371 is connected to the review information receiving module 372, an output end of the review information receiving module 372 is connected to the review information storage module 373, an output end of the review information storage module 373 is connected to the review information updating module 374, an output end of the review information updating module 374 is connected to the confirmation module 375, and the review information updating module 374 is further electrically connected to the ID database 32.
Referring to fig. 6, the material management system 5 includes a material management module 51, a material modification information module 52, a material deletion information module 53, a material addition information module 54, and a material query information module 55, the material management module 51 is electrically connected to the remote intelligent dispatching command system 3, the material modification information module 52, the material deletion information module 53, and the material addition information module 54 are all connected to an input end of the material management module 51, and an output end of the material management module 51 is connected to the material query information module 55.
Referring to fig. 7, the vehicle management system 6 includes an RFID chip 61, an RFID chip reading module 62, and a vehicle information database 63, where the RFID chip 61 is installed at the top end of the vehicle, the RFID chip reading module 62 is installed at the door head, the RFID chip reading module 62 is connected to the RFID chip 61 in a radio frequency manner, the RFID chip reading module 62 is connected to the input end of the vehicle information database 63, and the output end of the vehicle information database 63 is connected to the remote intelligent scheduling command system 3.
The implementation method of the campus security management system based on the industrial Internet comprises the following steps:
the first step is as follows: firstly, mounting an RFID chip 61 at the top end of each vehicle belonging to a park, simultaneously mounting an RFID chip reading module 62 at the head of each entrance and exit door of the park, mounting a door sensor 21 and an infrared curtain 22 at the edge of a fence of the park, and mounting a smoke sensor 23 and a combustible gas sensor 24 in a chemical product workshop;
the second step is that: adjusting the positions of all HIC high-definition cameras 13 in the park to enable the whole set of monitoring equipment to cover a larger range, and arranging alarm lamps 27 and buzzers 28 near all HIC high-definition cameras 13, wherein the alarm lamps 27 are in the acquisition range of the HIC high-definition cameras 13;
the third step: performing spot check and self-check on the remote intelligent dispatching command system 3 and the material management system 5 at intervals, wherein the ID database 32 is updated every other week, and the ID information of workers newly added to the park is recorded into the ID database 32;
the fourth step: the position of each vehicle is determined through the GIS map positioning system 4, and meanwhile, the GIS map positioning system 4 confirms reasonable distribution of HIC high-definition cameras 13;
the fifth step: and simulating the occurrence of the dangerous situation, wherein the storage module 36 and the review unit 37 in the remote intelligent dispatching and commanding system 3 store the optimal solution of the dangerous situation disposal scheme, so that the optimal solution can be obtained at the first time when the acquaintance situation occurs in the future.
The park security management system based on the industrial internet and the implementation method thereof are characterized in that a network video monitoring system 1, an intelligent alarm information management system 2 and a remote intelligent scheduling command system 3 in the security management system are electrically connected with a GIS map positioning system 4, wherein the GIS map positioning system 4 confirms reasonable distribution of HIC high-definition cameras 13, the output end of the network video monitoring system 1 is connected with the intelligent alarm information management system 2, the output end of the intelligent alarm information management system 2 is connected with the remote intelligent scheduling command system 3, the output end of the remote intelligent scheduling command system 3 is connected with a material management system 5 and a vehicle management system 6, and the remote intelligent scheduling command system 3 can monitor the material management system 5 and the vehicle management system 6 in real time; the implementation method of the park security management system based on the industrial internet comprises the steps of firstly installing an RFID chip 61, an RFID chip reading module 62, a door magnetic sensor 21, an infrared curtain 22, a smoke sensor 23 and a combustible gas sensor 24 at specific positions, then adjusting the positions of all HIC high-definition cameras 13 in a park to enable the whole set of monitoring equipment to cover a larger range, then carrying out sampling inspection and self-inspection on a remote intelligent scheduling command system 3 and a material management system 5 at intervals, simultaneously determining the position of each vehicle through a GIS map positioning system 4, simultaneously confirming the reasonable distribution of the HIC high-definition cameras 13 through the GIS map positioning system 4, and finally simulating the occurrence of a dangerous condition, wherein a storage module 36 and a review unit 37 in the remote intelligent scheduling command system 3 store the optimal solution of a dangerous condition disposal scheme, so that the optimal solution can be obtained at the first time when a phase recognition condition occurs.
In summary, according to the park security management system based on the industrial internet and the implementation method thereof provided by the invention, the network video monitoring system 1, the intelligent alarm information management system 2 and the remote intelligent scheduling command system 3 in the security management system are electrically connected with the GIS map positioning system 4, wherein the GIS map positioning system 4 confirms reasonable distribution of the HIC high-definition cameras 13, and the remote intelligent scheduling command system 3 can monitor the material management system 5 and the vehicle management system 6 in real time, in the implementation method of the park security management system based on the industrial internet, a specific security part is installed at a specific position, then the positions of all HIC high-definition cameras 13 in a park are adjusted, so that the whole set of monitoring equipment can cover a wider GIS range, then the security management system is subjected to sampling inspection and self-inspection, meanwhile, the map positioning system 4 confirms reasonable distribution of the HIC high-definition cameras 13, finally simulates occurrence of a dangerous situation, meanwhile, optimal solutions of dangerous situation handling schemes are recorded for storage, and the occurrence of acquaintance situation can be obtained in the first time conveniently.
It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered as the technical solutions and the inventive concepts of the present invention within the technical scope of the present invention.
Claims (6)
1. Park security protection management system based on industry internet, including network video monitor system (1), intelligent alarm information management system (2), remote intelligent scheduling command system (3), GIS map positioning system (4), material management system (5) and vehicle management system (6), its characterized in that: the network video monitoring system (1), the intelligent alarm information management system (2) and the remote intelligent dispatching command system (3) are electrically connected with the GIS map positioning system (4), the output end of the network video monitoring system (1) is connected with the intelligent alarm information management system (2), the output end of the intelligent alarm information management system (2) is connected with the remote intelligent dispatching command system (3), and the output end of the remote intelligent dispatching command system (3) is connected with the material management system (5) and the vehicle management system (6);
the intelligent alarm information management system (2) comprises a door sensor (21), an infrared curtain (22), a smoke sensor (23), a combustible gas sensor (24), an alarm host (25), an LORA base station (26), an alarm lamp (27), a buzzer (28) and a standby power supply (29), wherein the door sensor (21), the infrared curtain (22), the smoke sensor (23) and the combustible gas sensor (24) are all connected with the input end of the alarm host (25) through a wireless communication module, the output end of the alarm host (25) is connected with a local public security system through the LORA base station (26) and the Internet, the output end of the alarm host (25) is further connected with the alarm lamp (27) and the buzzer (28), and the alarm lamp (27) and the buzzer (28) are both connected with the standby power supply (29) through wires;
the remote intelligent scheduling command system (3) comprises a login module (31), an ID database (32), a detection module (33), an ID entry module (34), an ID editing module (35), a storage module (36) and a review unit (37), wherein the output end of the login module (31) is connected with the detection module (33), the detection module (33) is electrically connected with the ID database (32), the output end of the detection module (33) is respectively connected with the ID entry module (34) and the ID editing module (35), the ID entry module (34) and the ID editing module (35) are both connected with the input end of the storage module (36), the storage module (36) is electrically connected with the ID database (32), and the output end of the storage module (36) is connected with the review unit (37);
the review unit (37) comprises a review authorization module (371), a review information receiving module (372), a review information storage module (373), a review information updating module (374) and a confirmation module (375), the input end of the review authorization module (371) is connected with the storage module (36) and the ID database (32), the output end of the review authorization module (371) is connected with the review information receiving module (372), the output end of the review information receiving module (372) is connected with the review information storage module (373), the output end of the review information storage module (373) is connected with the review information updating module (374), the output end of the review information updating module (374) is connected with the confirmation module (375), and the review information updating module (374) is also electrically connected with the ID database (32);
the vehicle management system (6) comprises an RFID chip (61), an RFID chip reading module (62) and a vehicle information database (63), wherein the RFID chip (61) is installed at the top end of a vehicle, the RFID chip reading module (62) is installed at a door head, the RFID chip reading module (62) is connected with the RFID chip (61) in a radio frequency mode, the RFID chip reading module (62) is connected with the input end of the vehicle information database (63), and the output end of the vehicle information database (63) is connected with the remote intelligent scheduling command system (3).
2. The industrial internet-based campus security management system of claim 1, wherein: door magnetism inductor (21) and infrared curtain (22) all install at the rail edge in garden, door magnetism inductor (21) and infrared curtain (22) all pass through wire connection stand-by power supply (29).
3. The industrial internet-based campus security management system of claim 1, wherein: the smoke sensor (23) and the combustible gas sensor (24) are installed in a chemical product production workshop, and the smoke sensor (23) and the combustible gas sensor (24) are connected with a standby power supply (29) through leads.
4. The industrial internet-based campus security management system of claim 1, wherein: the network video monitoring system (1) comprises an NVR network storage disk array (11), a VM management server (12), an HIC high-definition camera (13), a monitoring display screen (14), an EC encoder (15), a database (16) and an intelligent analysis media server (17), wherein the NVR network storage disk array (11), the VM management server (12) and the HIC high-definition camera (13) are all connected with the input end of the database (16), the database (16) is electrically connected with the EC encoder (15), the output end of the HIC high-definition camera (13) is electrically connected with the intelligent analysis media server (17), the intelligent analysis media server (17) and the NVR network storage disk array (11) are all connected with the input end of the intelligent alarm information management system (2), and the database (16) and the EC encoder (15) are all connected with the input end of the monitoring display screen (14).
5. The industrial internet-based campus security management system of claim 1, wherein: the material management system (5) comprises a material management module (51), a material information modification module (52), a material information deletion module (53), a material information addition module (54) and a material information query module (55), wherein the material management module (51) is electrically connected with the remote intelligent scheduling command system (3), the material information modification module (52), the material information deletion module (53) and the material information addition module (54) are connected with the input end of the material management module (51), and the output end of the material management module (51) is connected with the material information query module (55).
6. The method of claim 1 for implementing an industrial internet based campus security management system, comprising the steps of:
s1: firstly, mounting an RFID chip (61) at the top end of each vehicle belonging to a park, simultaneously mounting an RFID chip reading module (62) at the door head of each entrance and exit of the park, mounting a door magnetic sensor (21) and an infrared curtain (22) at the edge of a fence of the park, and mounting a smoke sensor (23) and a combustible gas sensor (24) in a chemical product production workshop;
s2: the method comprises the steps that the positions of all HIC high-definition cameras (13) in a park are adjusted, so that the whole set of monitoring equipment can cover a larger range, alarm lamps (27) and buzzers (28) are installed near all the HIC high-definition cameras (13), and the alarm lamps (27) are located in the acquisition range of the HIC high-definition cameras (13);
s3: performing spot check and self-check on the remote intelligent dispatching command system (3) and the material management system (5) at intervals, wherein the ID database (32) is updated at intervals of one week, and the ID information of workers newly added to the park is recorded into the ID database (32);
s4: the position of each vehicle is determined through a GIS map positioning system (4), and meanwhile, the GIS map positioning system (4) confirms reasonable distribution of HIC high-definition cameras (13);
s5: and simulating the occurrence of the dangerous situation, wherein the storage module (36) and the review unit (37) in the remote intelligent dispatching and commanding system (3) store the optimal solution of the dangerous situation disposal scheme, so that the optimal solution can be obtained at the first time when the acquaintance situation occurs in the future.
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