Intelligent equipment monitoring system for smart park platform

Abstract

The invention discloses an intelligent equipment monitoring system for a smart park platform, and the system comprises an intelligent monitoring system which comprises a video monitoring platform, a monitoring layout platform, a rear-end monitoring platform, a system linkage platform, and a monitoring adjustment platform. The monitoring angle of the intelligent monitoring equipment is adjusted through the angle adjusting module, the monitoring height of the intelligent monitoring equipment is adjusted through the height adjusting module, and the monitoring direction of the intelligent monitoring equipment is adjusted through the direction adjusting module, so that vegetation in the smart park is prevented from blocking the monitoring equipment, and the monitoring accuracy is ensured; the system linkage platform is arranged to be linked with a fire-fighting system, an anti-theft system and a lighting system, remote control is achieved, comprehensive monitoring is conducted on the operation conditions of front-end monitoring points, park entrances and exits, parking lots, main roads and public place distribution points through the rear-end monitoring platform, and the monitoring and alarming conditions are mastered in real time.

Description

Technical Field

[0001] The present invention relates to the technical field of smart park platforms, and specifically to an intelligent device monitoring system for a smart park platform. Background Art

[0002] Through real-time monitoring and management of various devices and facilities in the park, the intelligent device monitoring system enables the smart park platform to promptly detect and handle potential safety hazards, reducing management costs. For example, an intelligent security system can monitor the security status in the park in real time and promptly detect and handle potential safety hazards; an intelligent energy management system can monitor and control the water and electricity consumption in real time to achieve energy conservation and emission reduction. By deeply mining and analyzing the collected data, the smart park platform can provide a basis for scientific decision-making for managers, helping to optimize resource allocation. For example, through data analysis, resource allocation can be reasonably planned to improve operational efficiency. Intelligent device monitoring can improve the quality of various services and user experience in the park. For example, an intelligent parking lot management system can achieve intelligent allocation and navigation of parking spaces, enhancing the convenience and efficiency of parking services; an intelligent property management system can remotely monitor and maintain various facilities and equipment in the park, improving the quality and response speed of property services. The smart park platform provides a more convenient and efficient innovation environment for enterprises and innovation institutions. Through an intelligent investment promotion system and a data analysis system, it can promote cooperation and innovation among enterprises, provide decision-making support and market prediction for enterprises. The smart park platform can achieve energy conservation and emission reduction by real-time monitoring and controlling the water and electricity consumption. For example, intelligent metering devices such as smart electricity meters and water meters can monitor the water and electricity consumption in real time, providing accurate data support for energy conservation and emission reduction.

[0003] However, the traditional monitoring system has the following disadvantages:

[0004] The traditional monitoring system builds its own local area network in the smart park, which requires a large number of devices such as optical fibers, network cables, and switches to be deployed. The terrain of the smart park is complex, and during the monitoring process of the monitoring system, it is possible that the monitoring devices are blocked by plants in the smart park, affecting the accuracy of the monitoring system. Summary of the Invention

[0005] The purpose of the present invention is to provide an intelligent device monitoring system for a smart park platform to solve the problems in the above-mentioned background art that the traditional monitoring system builds its own local area network in the smart park, requires a large number of devices such as optical fibers, network cables, and switches to be deployed, the terrain of the smart park is complex, and during the monitoring process of the monitoring system, it is possible that the monitoring devices are blocked by plants in the smart park, affecting the accuracy of the monitoring system.

[0006] To achieve the above object, the present invention provides the following technical solutions: An intelligent device monitoring system for a smart park platform, including an intelligent monitoring system, the intelligent monitoring system includes a video monitoring platform, a monitoring layout platform, a backend monitoring platform, a system linkage platform and a monitoring adjustment platform;

[0007] The video monitoring platform conducts real-time video monitoring on the smart park platform. The monitoring layout platform sets the installation locations of monitoring devices in the intelligent park. The backend monitoring platform can view and retrieve the monitoring content of the intelligent park in real time. The system linkage platform facilitates the linkage between the monitoring system and external systems. The monitoring adjustment platform adjusts the angles, heights and directions of monitoring devices.

[0008] As a preferred technical solution of the present invention, the video monitoring platform includes a monitoring remote viewing module, an intelligent recognition and analysis module, an alarm and emergency linkage module, a data storage and playback module, a data statistics and analysis module, a visual large screen display module and a network security protection module.

[0009] The monitoring remote viewing module supports remotely viewing the monitoring screen through mobile devices such as mobile phones and tablets, realizing real-time monitoring of the park security status anytime and anywhere, and setting and adjusting the monitoring devices through the remote control system, improving the flexibility and convenience of the system; The intelligent recognition and analysis module identifies the identities of personnel entering and leaving the park through face recognition technology, improving security and management efficiency, using artificial intelligence technology to analyze the monitoring screen, identifying abnormal behaviors such as people falling, crossing boundaries, and intrusion, and issuing early warnings, and performing license plate recognition on vehicles entering and leaving the park to achieve automatic registration and verification; The alarm and emergency linkage module monitors abnormal situations in the park such as intrusion, fire, and leakage in real time, and promptly issues alarms to notify relevant personnel, and integrates and links with access control systems, fire protection systems and other security systems. Once an emergency occurs, relevant emergency measures are automatically triggered; The data storage and playback module stores the monitoring videos for future viewing and investigation, establishing a video storage and backup management system to ensure the long-term preservation and traceability of monitoring data; The data statistics and analysis module conducts statistics and analysis on the monitoring data, providing data support for park management decisions, using big data and artificial intelligence technologies to analyze past security events and patterns, predicting possible future security risks, and taking corresponding measures for risk prevention and control; The visual large screen display module converts the monitoring screen into intuitive graphics through data visualization technology, facilitating managers to quickly grasp the park status, integrating various control functions, and displaying the operating status of each system in the park, resource usage, and comprehensive information on parking resource management; The network security protection module uses network security devices such as firewalls and intrusion detection systems to prevent hacker attacks and network virus invasions, encrypts the monitoring data, and ensures the security of data transmission and storage processes.

[0010] As a preferred technical solution of the present invention, the monitoring layout platform includes a front-end monitoring point layout module, an encoder layout module, a camera layout module, and an alarm probe layout module.

[0011] The front-end monitoring point layout module is specifically the layout points at the entrance and exit of the park, parking lot, main road, public places, and perimeter. The encoder layout module sets the installation position of the encoder, the camera layout module sets the installation position of the camera, and the alarm probe layout module sets the installation position of the alarm probe.

[0012] As a preferred technical solution of the present invention, the back-end monitoring platform includes a video recording host, a management workstation, a decoder, and a video wall. The video recording host is connected to the management workstation, the management workstation is connected to the decoder, and the decoder is connected to the video wall;

[0013] The video recording host transmits data to the management workstation via the Internet, and the management workstation switches the data information to the video wall via the decoder.

[0014] As a preferred technical solution of the present invention, the system linkage platform includes a fire-fighting equipment linkage module, a water spray fire-extinguishing linkage module, a smoke exhaust linkage module, and a lighting equipment linkage module;

[0015] The fire-fighting equipment linkage module starts the fire-fighting equipment while alarming. The water spray fire-extinguishing linkage module starts the water spray and fire-extinguishing equipment in time for fire protection while alarming. The smoke exhaust linkage module links the smoke exhaust equipment to complete the smoke exhaust operation. The lighting equipment linkage module automatically closes the relevant entrances and exits and starts the lighting equipment.

[0016] As a preferred technical solution of the present invention, the monitoring adjustment platform includes an angle adjustment module, a height adjustment module, and a direction adjustment module;

[0017] The angle adjustment module adjusts the monitoring angle of the intelligent monitoring equipment. The height adjustment module adjusts the monitoring height of the intelligent monitoring equipment. The direction adjustment module adjusts the monitoring direction of the intelligent monitoring equipment.

[0018] As a preferred technical solution of the present invention, the angle adjustment module is provided with an angle cylinder and an angle motor. The height adjustment module is provided with a lifting cylinder. The direction adjustment module is provided with a direction motor;

[0019] The angle cylinder performs telescopic movement to adjust the angle of the monitoring equipment. The angle motor starts to adjust the angle of the monitoring equipment. The lifting cylinder performs telescopic movement to adjust the height of the monitoring equipment. The direction motor starts to adjust the monitoring direction.

[0020] Compared with the prior art, the beneficial effects of the present invention are:

[0021] By setting up a monitoring and adjustment platform, the monitoring angle of the intelligent monitoring device is adjusted by an angle adjustment module, the monitoring height of the intelligent monitoring device is adjusted by a height adjustment module, and the monitoring direction of the intelligent monitoring device is adjusted by a direction adjustment module, so as to avoid the vegetation in the smart park blocking the monitoring device and ensure the accuracy of monitoring;

[0022] By setting up a system linkage platform, it realizes linkage with the fire protection, anti-theft, and lighting systems and remote control. The operation status of the front-end monitoring points is comprehensively monitored through the back-end monitoring platform, and the monitoring and alarm situations are grasped in real time. BRIEF DESCRIPTION OF THE DRAWINGS

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

[0024] Figure 2 It is a schematic diagram of the architecture of the video monitoring platform of the present invention;

[0025] Figure 3 It is a schematic diagram of the architecture of the monitoring layout platform of the present invention;

[0026] Figure 4 It is a schematic diagram of the architecture of the back-end monitoring platform of the present invention;

[0027] Figure 5 It is a schematic diagram of the architecture of the system linkage platform of the present invention;

[0028] Figure 6 It is a schematic diagram of the architecture of the monitoring adjustment platform of the present invention. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0029] Next, in combination with the embodiments of the present invention, the technical solutions in the embodiments of the present invention will be clearly and completely described. Obviously, the described embodiments are only a part of the embodiments of the present invention, rather than all the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

[0030] Please refer to Figure 1-6 , the present invention provides an intelligent device monitoring system for a smart park platform, including an intelligent monitoring system, and the intelligent monitoring system includes a video monitoring platform, a monitoring layout platform, a back-end monitoring platform, a system linkage platform, and a monitoring adjustment platform;

[0031] The video surveillance platform conducts real-time video surveillance on the smart park platform. The surveillance layout platform sets the installation locations of surveillance devices in the intelligent park. The backend surveillance platform can view and retrieve the surveillance content of the intelligent park in real time. The system linkage platform facilitates the linkage between the surveillance system and external systems. The surveillance adjustment platform adjusts the angles, heights, and directions of the surveillance devices.

[0032] The video surveillance platform includes a remote surveillance viewing module, an intelligent recognition and analysis module, an alarm and emergency linkage module, a data storage and playback module, a data statistics and analysis module, a visual large-screen display module, and a network security protection module.

[0033] The remote surveillance viewing module supports remote viewing of surveillance images through mobile devices such as mobile phones and tablets, enabling real-time monitoring of the park's security status anytime and anywhere. It can set and adjust surveillance devices through the remote control system, improving the flexibility and convenience of the system. The intelligent recognition and analysis module uses face recognition technology to identify the identities of people entering and leaving the park, enhancing security and management efficiency. It uses artificial intelligence technology to analyze surveillance images, identify abnormal behaviors such as people falling, crossing boundaries, and intrusion, and issue early warnings. It also performs license plate recognition on vehicles entering and leaving the park to achieve automatic registration and verification. The alarm and emergency linkage module monitors abnormal situations in the park such as intrusion, fire, and leakage in real time, and promptly issues alarms to notify relevant personnel. It integrates and links with access control systems, fire protection systems, and other security systems, automatically triggering relevant emergency measures in case of emergencies. The data storage and playback module stores surveillance videos for future viewing and investigation, establishing a video storage and backup management system to ensure the long-term preservation and traceability of surveillance data. The data statistics and analysis module statistically analyzes surveillance data, providing data support for park management decisions. Using big data and artificial intelligence technologies, it analyzes past security events and patterns, predicts future security risks, and takes corresponding measures for risk prevention and control. The visual large-screen display module uses data visualization technology to convert surveillance images into intuitive graphics, facilitating managers to quickly grasp the park's status. It integrates multiple control functions and displays the operating status of various systems in the park, resource usage, and comprehensive parking resource management information. The network security protection module uses network security devices such as firewalls and intrusion detection systems to prevent hacker attacks and network virus intrusions, and encrypts surveillance data to ensure the security of data transmission and storage.

[0034] The surveillance layout platform includes a front-end surveillance point layout module, an encoder layout module, a camera layout module, and an alarm probe layout module.

[0035] The front-end monitoring point layout module specifically includes the layout points at the park entrance, parking lot, main roads, public places, and perimeter. The encoder layout module sets the installation positions of the encoders, the camera layout module sets the installation positions of the cameras, and the alarm probe layout module sets the installation positions of the alarm probes.

[0036] The back-end monitoring platform includes a video recording host, a management workstation, a decoder, and a video wall. The video recording host is connected to the management workstation, the management workstation is connected to the decoder, and the decoder is connected to the video wall.

[0037] The video recording host transmits data to the management workstation via the Internet, and the management workstation switches the data information to the video wall via the decoder.

[0038] The system linkage platform includes a fire equipment linkage module, a sprinkler fire extinguishing linkage module, a smoke exhaust linkage module, and a lighting equipment linkage module.

[0039] The fire equipment linkage module starts the fire equipment while alarming. The sprinkler fire extinguishing linkage module starts the sprinkler and fire extinguishing equipment in time for fire protection while alarming. The smoke exhaust linkage module links the smoke exhaust equipment to complete the smoke exhaust operation. The lighting equipment linkage module automatically closes the relevant entrances and exits and starts the lighting equipment.

[0040] The monitoring adjustment platform includes an angle adjustment module, a height adjustment module, and a direction adjustment module.

[0041] The angle adjustment module adjusts the monitoring angle of the intelligent monitoring equipment. The height adjustment module adjusts the monitoring height of the intelligent monitoring equipment. The direction adjustment module adjusts the monitoring direction of the intelligent monitoring equipment.

[0042] The angle adjustment module is equipped with an angle cylinder and an angle motor. The height adjustment module is equipped with a lifting cylinder. The direction adjustment module is equipped with a direction motor.

[0043] The angle cylinder makes a telescopic movement to adjust the angle of the monitoring equipment. The angle motor starts to adjust the angle of the monitoring equipment. The lifting cylinder makes a telescopic movement to adjust the height of the monitoring equipment. The direction motor starts to adjust the monitoring direction.

[0044] In the present invention, the monitoring remote viewing module supports remotely viewing the monitoring images through mobile devices such as mobile phones and tablets, enabling the monitoring of the security status of the park anytime and anywhere. The monitoring devices can be set and adjusted through the remote control system, improving the flexibility and convenience of the system; the intelligent recognition and analysis module identifies the identities of the personnel entering and leaving the park through face recognition technology, enhancing security and management efficiency. It uses artificial intelligence technology to analyze the monitoring images, identify abnormal behaviors such as people falling, crossing boundaries, and intrusion, and issue early warnings. It also performs license plate recognition on the vehicles entering and leaving the park to achieve automatic registration and verification; the alarm and emergency linkage module continuously monitors abnormal situations in the park such as intrusion, fire, and leakage, and promptly issues alarms to notify relevant personnel. It is integrated and linked with access control systems, fire protection systems, and other security systems. Once an emergency occurs, relevant emergency measures are automatically triggered; the data storage and playback module stores the monitoring videos for future viewing and investigation, establishing a video storage and backup management system to ensure the long-term preservation and traceability of monitoring data; the data statistics and analysis module statistically analyzes the monitoring data, providing data support for park management decisions. Using big data and artificial intelligence technologies, it analyzes past security incidents and patterns, predicts potential future security hazards, and takes corresponding measures for risk prevention and control; the visual large screen display module converts the monitoring images into intuitive graphics through data visualization technology, facilitating managers to quickly grasp the status of the park. It integrates multiple control functions and displays the operating status of various systems in the park, resource usage, and comprehensive information on parking resource management; the network security protection module uses network security devices such as firewalls and intrusion detection systems to prevent hacker attacks and network virus invasions. It encrypts the monitoring data to ensure the security of data transmission and storage processes. The front-end monitoring point layout module specifically includes layout points at the park entrance, parking lot, main roads, public places, and perimeter. The encoder layout module sets the installation location of the encoder, the camera layout module sets the installation location of the camera, and the alarm probe layout module sets the installation location of the alarm probe. The video recording host transmits data to the management workstation via the Internet. The management workstation switches the data information to the TV wall via the decoder. The fire protection equipment linkage module activates the fire protection equipment while giving an alarm. The water spraying and fire extinguishing linkage module activates the water spraying and fire extinguishing equipment in time for fire protection while giving an alarm. The smoke exhaust linkage module activates the smoke exhaust equipment to complete the smoke exhaust operation. The lighting equipment linkage module automatically closes the relevant entrances and exits and activates the lighting equipment.

[0045] 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 within the protection scope of the present invention.

Claims

1. An intelligent equipment monitoring system for a smart park platform, comprising an intelligent monitoring system, characterized in that: The intelligent monitoring system includes a video monitoring platform, a monitoring deployment platform, a back-end monitoring platform, a system linkage platform and a monitoring adjustment platform; The video surveillance platform conducts real-time video surveillance of the smart park platform. The monitoring deployment platform sets the deployment location of the monitoring equipment in the smart park. The back-end monitoring platform views and accesses the monitoring content of the smart park in real time. The system linkage platform facilitates the linkage between the monitoring system and the external system. The monitoring adjustment platform adjusts the angle, height and direction of the monitoring device.

2. According to claim 1, the intelligent equipment monitoring system for a smart park platform is characterized in that: The video monitoring platform includes a monitoring remote viewing module, an intelligent identification and analysis module, an alarm emergency linkage module, a data storage and playback module, a data statistics and analysis module, a visualization large-screen display module and a network security protection module. The monitoring remote viewing module supports remote viewing of monitoring images through mobile phones and tablet devices, so as to monitor the safety status of the park anytime and anywhere, set up and adjust the monitoring equipment through the remote control system, and improve the flexibility and convenience of the system; the intelligent identification and analysis module uses face recognition technology to identify the identity of people entering and leaving the park, improve security and management efficiency, and use artificial intelligence technology to analyze monitoring images, identify abnormal behaviors such as people falling, crossing the boundary, and intrusion, and issue warnings, and perform license plate recognition on vehicles entering and leaving the park to achieve automatic registration and verification; the alarm emergency linkage module monitors abnormal situations in the park in real time, such as intrusion, fire, and leakage, and promptly issues alarms to notify relevant personnel, integrates and links with access control systems, fire protection systems and other security systems, and automatically triggers relevant emergency measures in the event of an emergency; The data storage and playback module stores surveillance videos for later review and investigation, and establishes a video storage and backup management system to ensure the long-term preservation and traceability of surveillance data; The data statistics and analysis module collects and analyzes monitoring data, provides data to support park management decisions, uses big data and artificial intelligence technology to analyze past security incidents and patterns, predicts future security risks, and takes corresponding measures to prevent and control risks; The large-screen visualization display module uses data visualization technology to convert monitoring images into intuitive graphics, allowing managers to quickly grasp the status of the park. It integrates multiple control functions to display the operating status of each system in the park, resource usage, and comprehensive parking resource management information; the network security protection module uses firewalls and intrusion detection system network security equipment to prevent hacker attacks and network virus intrusions, encrypts monitoring data, and ensures the security of data transmission and storage.

3. The intelligent equipment monitoring system for a smart park platform according to claim 1 is characterized in that: The monitoring deployment platform includes a front-end monitoring point deployment module, an encoder deployment module, a camera deployment module and an alarm probe deployment module. The front-end monitoring point layout module is specifically for the park entrances and exits, parking lots, main roads, public places and perimeter layout points. The encoder layout module sets the installation position of the encoder, the camera layout module sets the installation position of the camera, and the alarm probe layout module sets the installation position of the alarm probe.

4. The intelligent equipment monitoring system for a smart park platform according to claim 1 is characterized in that: The back-end monitoring platform includes a video host, a management workstation, a decoder and a TV wall, wherein the video host is connected to the management workstation, the management workstation is connected to the decoder, and the decoder is connected to the TV wall; The video host transmits the data to the management workstation via the Internet, and the management workstation switches the data information to the TV wall via a decoder.

5. The intelligent equipment monitoring system for a smart park platform according to claim 1 is characterized in that: The system linkage platform includes a fire equipment linkage module, a water sprinkler linkage module, a smoke exhaust linkage module and a lighting equipment linkage module; The fire-fighting equipment linkage module starts the fire-fighting equipment at the same time as the alarm. The water sprinkler and fire-fighting linkage module starts the water sprinkler and fire-fighting equipment at the same time as the alarm to provide timely fire-fighting protection. The smoke exhaust linkage module links the smoke exhaust equipment to complete the smoke exhaust operation. The lighting equipment linkage module automatically closes the relevant entrances and exits and starts the lighting equipment.

6. The intelligent equipment monitoring system for a smart park platform according to claim 1 is characterized in that: The monitoring adjustment platform includes an angle adjustment module, a height adjustment module and a direction adjustment module; The angle adjustment module adjusts the monitoring angle of the intelligent monitoring device, the height adjustment module adjusts the monitoring height of the intelligent monitoring device, and the direction adjustment module adjusts the monitoring direction of the intelligent monitoring device.

7. The intelligent equipment monitoring system for a smart park platform according to claim 1 is characterized in that: The angle adjustment module is provided with an angle cylinder and an angle motor, the height adjustment module is provided with a lifting cylinder, and the direction adjustment module is provided with a direction motor; The angle cylinder performs telescopic movement to adjust the angle of the monitoring device, the angle motor starts to adjust the angle of the monitoring device, the lifting cylinder performs telescopic movement to adjust the height of the monitoring device, and the direction motor starts to adjust the monitoring direction.

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