Beidou video monitoring system based on RTVS

Abstract

The invention discloses a Beidou video monitoring system based on RTVS, and particularly relates to the technical field of video monitoring. The system comprises a virtual assistant and health monitoring module which is used for providing real-time navigation, health monitoring and emergency rescue information through a Beidou system, and a vehicle window and privacy management module which is used for automatically adjusting the transparency, sound insulation effect and anti-dazzle function of a vehicle window and remotely controlling privacy protection through the Beidou system. According to the invention, through real-time navigation and emergency guidance, the driving safety is improved; the health monitoring and management module can monitor the health state of a driver in real time, analyze voice emotion and monitor the fatigue state, it is ensured that the driver drives in the optimal state, and the vehicle window and privacy management module improves privacy protection and riding comfort in a vehicle by automatically adjusting the transparency, the sound insulation effect and the anti-dazzle function of the vehicle window. The in-vehicle environment and entertainment integrated module intelligently adjusts air quality, plant maintenance, light and sound systems, and creates a healthy, comfortable and multifunctional in-vehicle environment.

Description

Technical Field

[0001] The present invention relates to the technical field of video monitoring, and in particular to a RTVS Beidou based video monitoring system. Background Art

[0002] RTVS Beidou video surveillance system is an important technical means for modern vehicle management and driving assistance. By integrating real-time navigation, video surveillance and multi-functional management modules, it provides drivers with comprehensive safety protection and a comfortable driving experience. As a global satellite navigation system independently developed by China, the Beidou system has high-precision positioning, real-time navigation and time synchronization functions, and is widely used in transportation, urban management, emergency rescue and other fields. The traditional vehicle management system mainly relies on Beidou navigation and manual monitoring, and has problems such as inaccurate positioning, untimely data updates and single management functions, making it difficult to comprehensively improve the intelligent management level of vehicles. With the development of science and technology, intelligent monitoring systems integrating multiple advanced technologies have emerged and become an important tool for improving driving safety and riding comfort.

[0003] However, the existing vehicle monitoring system still has some defects in practical applications. First, the positioning accuracy of traditional navigation systems is limited, and it is difficult to provide accurate navigation and emergency guidance in complex environments, which affects driving safety. Secondly, the existing system lacks real-time monitoring and management functions for the driver's health status, and cannot effectively identify and deal with driver fatigue and emotional changes, which increases driving risks. In addition, the window and in-car environment management functions are relatively simple, and cannot automatically adjust the transparency, sound insulation and anti-glare functions according to actual conditions, making it difficult to improve riding comfort and privacy protection. Furthermore, the in-car environment adjustment function is insufficient, and the air quality, lighting and sound systems cannot be intelligently controlled, which affects the health and versatility of the in-car environment. The existing system has insufficient adaptability to sudden changes in climate and road conditions, and cannot adjust the in-car climate and repair road damage in real time, affecting driving safety and road maintenance. Finally, the dynamic road signs are not updated in a timely manner, lack real-time data support, and cannot provide the latest road condition information, which affects the accuracy and timeliness of driving decisions. Therefore, we provide a Beidou video monitoring system based on RTVS. Summary of the invention

[0004] The purpose of the present invention is to solve the shortcomings in the prior art and to propose a Beidou video monitoring system based on RTVS.

[0005] In order to achieve the above object, the present invention adopts the following technical solutions:

[0006] An RTVS Beidou video surveillance system, including a virtual assistant and health monitoring module for providing real-time navigation, health monitoring and emergency rescue information through the Beidou system, a window and privacy management module for automatically adjusting the transparency, sound insulation effect, anti-glare function of the car window and remotely controlling privacy protection through the Beidou system, an in-car environment and entertainment integrated module for intelligently adjusting the in-car environment, entertainment and work space, atmosphere lighting and sound system through the Beidou system, and an automatic sudden climate adaptation module for intelligently adjusting the in-car climate using the Beidou system, detecting and repairing road damage in real time, and adjusting the wipers and vehicle speed to avoid obstacles;

[0007] The virtual assistant and health monitoring module includes an in-vehicle holographic assistant module for providing real-time navigation and emergency guidance through the Beidou system, a health monitoring first aid module for real-time health monitoring and sending emergency rescue information through Beidou positioning and communication functions, a voice emotion recognition module for analyzing voice emotions using the Beidou platform, and an intelligent fatigue monitoring module for monitoring fatigue status using Beidou sensors;

[0008] The window and privacy management module includes an automatic window color-changing module for automatically adjusting the transparency of the window in combination with Beidou environmental data, an intelligent privacy protection module for remotely controlling the Beidou platform to ensure the privacy security in the car, a dynamic sound insulation adjustment module for dynamically adjusting the sound insulation effect using Beidou noise data, and an intelligent anti-glare module for automatically reducing strong light interference through Beidou light data;

[0009] The in-car environment and entertainment integrated module includes an in-car plant and entertainment integrated management module for intelligently adjusting in-car plant maintenance through Beidou interface monitoring air quality, a multi-mode entertainment work module for realizing in-car entertainment and workspace switching in combination with Beidou multi-function interface, an intelligent atmosphere lighting module for automatically adjusting in-car lighting using Beidou data analysis, and a dynamic speaker adjustment module for optimizing audio settings through Beidou data;

[0010] The automatic sudden climate adaptation module includes an automatic climate adaptation module for intelligently adjusting the climate inside the vehicle using Beidou meteorological data, an intelligent road condition repair module for real-time detection and repair of road damage through Beidou monitoring data, an intelligent rain and snow detection module for automatically adjusting wipers and vehicle speed in combination with Beidou weather data, and a Beidou intelligent obstacle avoidance module for automatically avoiding obstacles on the road using Beidou monitoring and data processing.

[0011] The present invention is further configured as follows: the intelligent road condition repair module includes a real-time road condition monitoring module for monitoring road conditions and detecting damage in real time using Beidou sensors, a road condition prediction and analysis module for predicting road damage in combination with Beidou historical and meteorological data, an environmentally friendly material application module for selecting environmentally friendly materials for road repair using Beidou data, an intelligent road surface temperature control module for intelligently adjusting road surface temperature in combination with Beidou environmental data, a mobile monitoring machine module for controlling robots to detect and repair road damage through Beidou, a road surface health monitoring module for monitoring road surface health using Beidou processing sensor data, a road surface intelligent drainage module for intelligently draining water in combination with Beidou meteorological data, a road surface intelligent lighting module for optimizing the lighting system using Beidou data, and a dynamic road sign module for updating electronic road signs through Beidou real-time data.

[0012] The present invention is further configured as follows: the real-time road condition monitoring module obtains current road status data through Beidou sensors and transmits these data to the road condition prediction and analysis module so that it can combine historical data and meteorological information to predict possible road damage areas in the future and issue early warnings; the road condition prediction and analysis module transmits the data of predicted possible damaged areas to the environmental protection material application module so as to select suitable environmental protection materials for preventing and repairing road damage and reducing the impact on the environment; the environmental protection material application module transmits the selected material information to the intelligent pavement temperature control module so as to intelligently adjust the pavement temperature in combination with the environmental data of the Beidou system to ensure that the materials function under the best conditions; after adjusting the pavement temperature, the intelligent pavement temperature control module transmits the relevant information to the mobile detection machine module to control the robot through the Beidou system to detect and preliminarily repair the pavement so as to ensure that the repair work is carried out under the best temperature conditions; after completing the preliminary repair, the mobile detection machine module transmits the pavement status data to the pavement health monitoring module so that it can continue to monitor the health status of the repaired pavement using the Beidou sensor to ensure the repair effect and prevent major damage in the future.

[0013] The present invention is further configured as follows: the in-vehicle holographic assistant module provides real-time navigation and emergency guidance through the Beidou system, and transmits navigation data to the health monitoring and first aid module to ensure accurate positioning and rescue information in emergency situations; the health monitoring and first aid module monitors the health status in real time through the Beidou positioning and communication functions, and transmits the data to the voice emotion recognition module to analyze the driver's emotions and provide emotion management suggestions; the voice emotion recognition module uses the Beidou platform to analyze the voice emotions, and transmits the results to the intelligent fatigue monitoring module to monitor the fatigue status in combination with the emotional status and remind the driver to rest; the intelligent fatigue monitoring module uses the Beidou sensor to monitor the fatigue status, and transmits the monitoring data to the in-vehicle holographic assistant module to optimize the navigation and reminder system to ensure driving safety.

[0014] The present invention is further configured as follows: the automatic window color-changing module automatically adjusts the transparency of the window in combination with Beidou environmental data, and transmits the data to the intelligent privacy protection module to adjust the privacy protection according to the lighting conditions inside and outside the car; the intelligent privacy protection module remotely controls the window privacy function through the Beidou platform, and transmits the privacy setting data to the dynamic sound insulation adjustment module to dynamically adjust the sound insulation effect in the car; the dynamic sound insulation adjustment module dynamically adjusts the sound insulation effect using Beidou noise data, and transmits the sound insulation data to the intelligent anti-glare module to adjust the anti-glare function of the window according to the noise environment; the intelligent anti-glare module automatically reduces strong light interference through Beidou light data, and transmits the anti-glare setting to the automatic window color-changing module to further optimize the window transparency adjustment.

[0015] The present invention is further configured as follows: the in-vehicle plant and entertainment integrated management module monitors air quality and adjusts in-vehicle plant maintenance through a Beidou interface, and transmits data to a multi-mode entertainment work module to ensure a healthy entertainment and work environment; the multi-mode entertainment work module combines with the Beidou multi-function interface to realize in-vehicle entertainment and work space switching, and transmits space switching data to an intelligent atmosphere lighting module to automatically adjust the lighting according to the usage scenario; the intelligent atmosphere lighting module automatically adjusts the in-vehicle lighting using Beidou data analysis, and transmits the lighting settings to a dynamic speaker adjustment module to optimize the sound effect according to the lighting environment; the dynamic speaker adjustment module optimizes the sound settings through Beidou data, and transmits the sound setting data to the in-vehicle plant and entertainment integrated management module to ensure the consistency and comfort of the overall in-vehicle environment.

[0016] The present invention is further configured as follows: the automatic climate adaptation module uses Beidou meteorological data to intelligently adjust the climate inside the vehicle, and transmits climate control data to the intelligent road condition repair module to optimize the road repair plan according to climate conditions; the intelligent road condition repair module detects and repairs road damage in real time through Beidou monitoring data, and transmits the repair data to the intelligent rain and snow detection module to adjust the wipers and vehicle speed according to road conditions; the intelligent rain and snow detection module automatically adjusts the wipers and vehicle speed in combination with Beidou weather data, and transmits the adjustment data to the Beidou intelligent obstacle avoidance module to optimize the obstacle avoidance strategy according to weather and road conditions; the Beidou intelligent obstacle avoidance module uses Beidou monitoring and data processing to automatically avoid obstacles on the road, and transmits the obstacle avoidance data to the automatic climate adaptation module to further optimize the climate control system inside the vehicle.

[0017] The beneficial effects of the present invention are:

[0018] The present invention improves driving safety through real-time navigation and emergency guidance; the health monitoring and management module can monitor the driver's health status in real time, analyze voice emotions and monitor fatigue status to ensure that the driver drives in the best condition; the window and privacy management module improves the privacy protection and riding comfort in the car by automatically adjusting the transparency, sound insulation and anti-glare functions of the windows; the in-car environment and entertainment comprehensive module intelligently adjusts the air quality, plant maintenance, lighting and sound systems to create a healthy, comfortable and multi-functional in-car environment; the automatic sudden climate adaptation module intelligently adjusts the in-car climate according to real-time meteorological data, detects and repairs road damage in real time, adjusts the wipers and vehicle speed, avoids obstacles, ensures driving safety and good maintenance of road conditions, and intelligently adjusts the in-car environment according to real-time meteorological data. The road condition repair module repairs roads through real-time monitoring, predictive analysis and selection of environmentally friendly materials. Combined with intelligent temperature control and robotic technology, it improves repair efficiency and reduces the impact on the environment. The intelligent drainage module combines meteorological data to intelligently drain accumulated water to prevent road damage. At the same time, the intelligent lighting module optimizes road lighting to maintain good visibility in bad weather. The dynamic road sign module uses real-time data to dynamically update electronic road signs, provide the latest road condition information, and improve the timeliness and accuracy of driving decisions. Through the synergy of the above functions, the RTVS Beidou video surveillance system has significantly improved the intelligent management level of vehicles, comprehensively improved driving safety, comfort and environmental benefits, and provided drivers and passengers with a high-quality driving experience. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] Figure 1 It is a schematic diagram of the system in the present invention.

[0020] Figure 2 This is a partial system diagram of the intelligent road condition repair module in the present invention. DETAILED DESCRIPTION

[0021] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments.

[0022] Example 1

[0023] like Figure 1As shown, a RTVS Beidou video surveillance system includes a virtual assistant and health monitoring module for providing real-time navigation, health monitoring and emergency rescue information through the Beidou system, a window and privacy management module for automatically adjusting the transparency, sound insulation effect, anti-glare function of the car window and remotely controlling privacy protection through the Beidou system, an in-car environment and entertainment integrated module for intelligently adjusting the in-car environment, entertainment and work space, atmosphere lighting and sound system through the Beidou system, and an automatic sudden climate adaptation module for intelligently adjusting the in-car climate using the Beidou system, detecting and repairing road damage in real time, and adjusting the wipers and vehicle speed to avoid obstacles;

[0024] The virtual assistant and health monitoring module includes an in-vehicle holographic assistant module for providing real-time navigation and emergency guidance through the Beidou system, a health monitoring first aid module for real-time health monitoring and sending emergency rescue information through Beidou positioning and communication functions, a voice emotion recognition module for analyzing voice emotions using the Beidou platform, and an intelligent fatigue monitoring module for monitoring fatigue status using Beidou sensors;

[0025] The window and privacy management module includes an automatic window color-changing module for automatically adjusting the transparency of the window in combination with Beidou environmental data, an intelligent privacy protection module for remotely controlling the Beidou platform to ensure the privacy security in the car, a dynamic sound insulation adjustment module for dynamically adjusting the sound insulation effect using Beidou noise data, and an intelligent anti-glare module for automatically reducing strong light interference through Beidou light data;

[0026] The in-car environment and entertainment integrated module includes an in-car plant and entertainment integrated management module for intelligently adjusting in-car plant maintenance through Beidou interface monitoring air quality, a multi-mode entertainment work module for realizing in-car entertainment and workspace switching in combination with Beidou multi-function interface, an intelligent atmosphere lighting module for automatically adjusting in-car lighting using Beidou data analysis, and a dynamic speaker adjustment module for optimizing audio settings through Beidou data;

[0027] The automatic sudden climate adaptation module includes an automatic climate adaptation module for intelligently adjusting the in-vehicle climate using Beidou meteorological data, an intelligent road condition repair module for real-time detection and repair of road damage using Beidou monitoring data, an intelligent rain and snow detection module for automatically adjusting wipers and vehicle speed in combination with Beidou weather data, and a Beidou intelligent obstacle avoidance module for automatically avoiding obstacles on the road using Beidou monitoring and data processing;

[0028] The in-car holographic assistant module provides real-time navigation and emergency guidance through the Beidou system, and transmits navigation data to the health monitoring and first aid module to ensure accurate positioning and rescue information in emergency situations; the health monitoring and first aid module monitors the health status in real time through the Beidou positioning and communication functions, and transmits the data to the voice emotion recognition module to analyze the driver's emotions and provide emotional management suggestions; the voice emotion recognition module uses the Beidou platform to analyze the voice emotions, and transmits the results to the intelligent fatigue monitoring module to monitor the fatigue status in combination with the emotional status and remind the driver to rest; the intelligent fatigue monitoring module uses the Beidou sensor to monitor the fatigue status, and transmits the monitoring data to the in-car holographic assistant module to optimize the navigation and reminder system to ensure driving safety;

[0029] The automatic window color-changing module automatically adjusts the transparency of the window in combination with Beidou environmental data, and transmits the data to the intelligent privacy protection module to adjust the privacy protection according to the lighting conditions inside and outside the car; the intelligent privacy protection module remotely controls the window privacy function through the Beidou platform, and transmits the privacy setting data to the dynamic sound insulation adjustment module to dynamically adjust the sound insulation effect inside the car; the dynamic sound insulation adjustment module dynamically adjusts the sound insulation effect using Beidou noise data, and transmits the sound insulation data to the intelligent anti-glare module to adjust the anti-glare function of the window according to the noise environment; the intelligent anti-glare module automatically reduces strong light interference through Beidou light data, and transmits the anti-glare setting to the automatic window color-changing module to further optimize the window transparency adjustment;

[0030] The in-car plant and entertainment integrated management module monitors air quality and adjusts in-car plant maintenance through the Beidou interface, and transmits data to the multi-mode entertainment work module to ensure the health of the entertainment and work environment; the multi-mode entertainment work module combines the Beidou multi-function interface to realize the switching of in-car entertainment and work space, and transmits the space switching data to the intelligent atmosphere lighting module to automatically adjust the lighting according to the usage scenario; the intelligent atmosphere lighting module automatically adjusts the in-car lighting using Beidou data analysis, and transmits the lighting settings to the dynamic speaker adjustment module to optimize the sound effect according to the lighting environment; the dynamic speaker adjustment module optimizes the sound settings through Beidou data, and transmits the sound setting data to the in-car plant and entertainment integrated management module to ensure the consistency and comfort of the overall in-car environment;

[0031] The automatic climate adaptation module uses Beidou meteorological data to intelligently adjust the climate inside the vehicle, and transmits climate control data to the intelligent road condition repair module to optimize the road repair plan according to climate conditions; the intelligent road condition repair module detects and repairs road damage in real time through Beidou monitoring data, and transmits the repair data to the intelligent rain and snow detection module to adjust the wipers and vehicle speed according to road conditions; the intelligent rain and snow detection module automatically adjusts the wipers and vehicle speed in combination with Beidou weather data, and transmits the adjustment data to the Beidou intelligent obstacle avoidance module to optimize the obstacle avoidance strategy according to weather and road conditions; the Beidou intelligent obstacle avoidance module uses Beidou monitoring and data processing to automatically avoid obstacles on the road, and transmits the obstacle avoidance data to the automatic climate adaptation module to further optimize the in-vehicle climate control system.

[0032] In the above embodiments, the virtual assistant and health monitoring module provides real-time navigation and emergency guidance through the in-car holographic assistant module, the health monitoring and first aid module monitors health status in real time and analyzes emotional data to provide management suggestions, and the intelligent fatigue monitoring module monitors fatigue in combination with emotional status and optimizes navigation and reminder systems. The car window and privacy management module uses the car window automatic color change module to adjust transparency according to Beidou environmental data, the intelligent privacy protection module remotely controls the privacy function through the Beidou platform, the dynamic sound insulation adjustment module uses noise data to dynamically adjust the sound insulation effect, and the intelligent anti-glare module reduces strong light interference through light data. The in-car environment and entertainment comprehensive module monitors air quality and adjusts plant maintenance through the in-car plant and entertainment comprehensive management module, the multi-mode entertainment work module realizes the switching of entertainment and work space, the intelligent atmosphere lighting module automatically adjusts the lighting, and the dynamic speaker adjustment module optimizes the sound settings. The automatic sudden climate adaptation module uses the automatic climate adaptation module to adjust the in-car climate according to Beidou meteorological data, the intelligent road condition repair module detects and repairs road damage in real time, the intelligent rain and snow detection module automatically adjusts the wipers and vehicle speed in combination with weather data, and the Beidou intelligent obstacle avoidance module uses monitoring data to avoid obstacles on the road. Through data interaction and collaborative work among modules, the system realizes intelligent navigation, health monitoring, in-vehicle environment management and emergency response, improving driving safety and comfort.

[0033] Example 2

[0034] like Figure 1-2As shown, a Beidou video monitoring system based on RTVS, the intelligent road condition repair module includes a real-time road condition monitoring module for monitoring road conditions and detecting damage in real time by using Beidou sensors, a road condition prediction and analysis module for predicting road damage in combination with Beidou historical and meteorological data, an environmentally friendly material application module for selecting environmentally friendly materials for road repair by using Beidou data, an intelligent road surface temperature control module for intelligently adjusting road surface temperature in combination with Beidou environmental data, a mobile monitoring machine module for detecting and repairing road damage by controlling robots through Beidou, a road surface health monitoring module for monitoring road surface health by using Beidou processing sensor data, a road surface intelligent drainage module for intelligently draining water in combination with Beidou meteorological data, a road surface intelligent lighting module for optimizing the lighting system by using Beidou data, and a dynamic road sign module for updating electronic road signs by Beidou real-time data;

[0035] The real-time road condition monitoring module obtains the current road status data through the Beidou sensor and transmits the data to the road condition prediction and analysis module so that it can combine historical data and meteorological information to predict possible road damage areas in the future and issue early warnings; the road condition prediction and analysis module transmits the data of the predicted possible damaged areas to the environmental protection material application module to select suitable environmental protection materials for preventing and repairing road damage and reducing the impact on the environment; the environmental protection material application module transmits the selected material information to the intelligent pavement temperature control module to intelligently adjust the pavement temperature in combination with the environmental data of the Beidou system to ensure that the materials function under the best conditions; after adjusting the pavement temperature, the intelligent pavement temperature control module transmits the relevant information to the mobile detection machine module to control the robot through the Beidou system to detect and preliminarily repair the pavement to ensure that the repair work is carried out under the best temperature conditions; after completing the preliminary repair, the mobile detection machine module transmits the pavement status data to the pavement health monitoring module so that it can continue to monitor the health status of the repaired pavement using the Beidou sensor to ensure the repair effect and prevent major damage in the future.

[0036] In the above embodiment, first, the real-time road condition monitoring module uses Beidou sensors to monitor the current road status, detect damage, and transmit the data to the road condition prediction and analysis module. The road condition prediction and analysis module combines Beidou historical data and meteorological information to predict possible road damage areas in the future and issue early warnings, and the predicted data is transmitted to the environmental protection material application module. The environmental protection material application module selects suitable environmental protection materials for preventing and repairing road damage based on the predicted data, and the material information is transmitted to the intelligent road surface temperature control module. The intelligent road surface temperature control module combines the environmental data of the Beidou system to intelligently adjust the road surface temperature to ensure that the material works in the best state, and the temperature information is transmitted to the mobile detection machine module. The mobile detection machine module controls the robot through the Beidou system to perform road surface detection and preliminary repairs to ensure that the repair work is carried out under the best temperature conditions. After completion, the road surface status data is transmitted to the road health monitoring module. The road health monitoring module uses Beidou sensors to continue to monitor the health status of the repaired road surface to ensure the repair effect and prevent future damage, and the monitoring data is transmitted to the road surface intelligent drainage module. The road surface intelligent drainage module combines Beidou meteorological data to intelligently adjust the drainage system to quickly remove accumulated water to prevent road surface damage, and transmits data to the road surface intelligent lighting module during the process. The road intelligent lighting module uses Beidou data to optimize road lighting, ensure good visibility in bad weather, and improve driving safety. The lighting data is transmitted to the dynamic road sign module. The dynamic road sign module uses Beidou real-time data to dynamically update electronic road signs, provide the latest road condition information to drivers, and improve driving safety. Through the data interaction and collaborative work of each module, the system realizes intelligent road condition monitoring, prediction, repair and optimization to ensure the safety and durability of the road.

[0037] Among them, the road surface data monitored by the road health monitoring module is transmitted to the road surface intelligent drainage module, which combines the Beidou meteorological data to intelligently adjust the drainage system to quickly remove the accumulated water and prevent road surface damage caused by the accumulated water.

[0038] Among them, the road surface intelligent drainage module transmits relevant data to the road surface intelligent lighting module during the process of draining accumulated water, allowing it to use Beidou data to optimize road lighting to ensure good visibility under severe weather conditions and improve driving safety; the lighting data provided by the road surface intelligent lighting module is transmitted to the dynamic road sign module, allowing it to use Beidou real-time data to dynamically update electronic road signs and provide the latest road conditions information to the driver to improve driving safety.

[0039] Working principle: When the present invention is in use, first, the virtual assistant and health monitoring module provide real-time navigation and emergency guidance through the in-car holographic assistant module, the health monitoring first aid module monitors the driver's health status in real time, and sends emergency rescue information in combination with Beidou positioning and communication functions. The voice emotion recognition module uses the Beidou platform to analyze the driver's voice emotions and transmits the results to the intelligent fatigue monitoring module to monitor fatigue in combination with emotional status and remind the driver to rest. The window and privacy management module uses the automatic window color change module to adjust the window transparency according to Beidou environmental data, the intelligent privacy protection module remotely controls the privacy function through the Beidou platform, the dynamic sound insulation adjustment module dynamically adjusts the in-car sound insulation effect according to noise data, and the intelligent anti-glare module automatically reduces strong light interference through Beidou light data.

[0040] The in-car environment and entertainment integrated module monitors air quality and intelligently adjusts in-car plant maintenance through the in-car plant and entertainment integrated management module. The multi-mode entertainment work module realizes the switching of in-car entertainment and work space. The intelligent atmosphere lighting module automatically adjusts the in-car lighting. The dynamic speaker adjustment module optimizes the audio settings to ensure the comfort and consistency of the in-car environment. The automatic sudden climate adaptation module uses the automatic climate adaptation module to intelligently adjust the in-car climate according to Beidou meteorological data. The intelligent road condition repair module detects and repairs road damage in real time through Beidou monitoring data. The intelligent rain and snow detection module automatically adjusts the wipers and vehicle speed in combination with Beidou weather data. The Beidou intelligent obstacle avoidance module uses Beidou monitoring and data processing to automatically avoid obstacles on the road.

[0041] Specifically speaking of the workflow of the intelligent road condition repair module, first, the real-time road condition monitoring module uses Beidou sensors to monitor the current road status, detect damage, and transmit the data to the road condition prediction and analysis module. The road condition prediction and analysis module combines Beidou historical data and meteorological information to predict possible road damage areas in the future and issue early warnings, and transmits the predicted data to the environmental protection material application module. The environmental protection material application module selects suitable environmental protection materials for preventing and repairing road damage based on the predicted data, and transmits the material information to the intelligent road surface temperature control module. The intelligent road surface temperature control module combines the environmental data of the Beidou system, intelligently adjusts the road surface temperature to ensure that the material works in the best condition, and transmits the temperature information to the mobile detection machine module.

[0042] The mobile inspection machine module controls the robot through the Beidou system to conduct road inspection and preliminary repairs, ensuring that the repair work is carried out under optimal temperature conditions. After the initial repair is completed, the road status data is transmitted to the road health monitoring module, which uses Beidou sensors to continue to monitor the health of the repaired road surface to ensure the repair effect and prevent major damage in the future. The monitored road data is transmitted to the road intelligent drainage module, which combines Beidou meteorological data to intelligently adjust the drainage system to quickly remove water and prevent road damage. In the process of removing water, the relevant data is transmitted to the road intelligent lighting module, which uses Beidou data to optimize road lighting to ensure good visibility under severe weather conditions and improve driving safety. Finally, the lighting data is transmitted to the dynamic road sign module, which uses Beidou real-time data to dynamically update electronic road signs, provide the latest road condition information to drivers, and improve driving safety.

[0043] Through data interaction and collaborative work between modules, the RTVS Beidou video surveillance system realizes intelligent navigation, health monitoring, in-vehicle environment management and emergency response, comprehensively improving driving safety and comfort.

[0044] The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention within the technical scope disclosed by the present invention, which should be covered by the protection scope of the present invention.

Claims

1. A BeiDou video monitoring system based on RTVS, characterized in that: It includes a virtual assistant and health monitoring module for providing real-time navigation, health monitoring and emergency rescue information through the Beidou system, a window and privacy management module for automatically adjusting the transparency, sound insulation and anti-glare functions of the windows and remotely controlling privacy protection through the Beidou system, an in-car environment and entertainment integrated module for intelligently adjusting the in-car environment, entertainment and work space, ambient lighting and sound system through the Beidou system, and an automatic sudden climate adaptation module for intelligently adjusting the in-car climate using the Beidou system, detecting and repairing road damage in real time, and adjusting the wipers and vehicle speed to avoid obstacles; The virtual assistant and health monitoring module includes an in-vehicle holographic assistant module for providing real-time navigation and emergency guidance through the Beidou system, a health monitoring first aid module for real-time health monitoring and sending emergency rescue information through Beidou positioning and communication functions, a voice emotion recognition module for analyzing voice emotions using the Beidou platform, and an intelligent fatigue monitoring module for monitoring fatigue status using Beidou sensors; The window and privacy management module includes an automatic window color-changing module for automatically adjusting the transparency of the window in combination with Beidou environmental data, an intelligent privacy protection module for remotely controlling the Beidou platform to ensure the privacy security in the car, a dynamic sound insulation adjustment module for dynamically adjusting the sound insulation effect using Beidou noise data, and an intelligent anti-glare module for automatically reducing strong light interference through Beidou light data; The in-car environment and entertainment integrated module includes an in-car plant and entertainment integrated management module for intelligently adjusting in-car plant maintenance through Beidou interface monitoring air quality, a multi-mode entertainment work module for realizing in-car entertainment and workspace switching in combination with Beidou multi-function interface, an intelligent atmosphere lighting module for automatically adjusting in-car lighting using Beidou data analysis, and a dynamic speaker adjustment module for optimizing audio settings through Beidou data; The automatic sudden climate adaptation module includes an automatic climate adaptation module for intelligently adjusting the climate inside the vehicle using Beidou meteorological data, an intelligent road condition repair module for real-time detection and repair of road damage through Beidou monitoring data, an intelligent rain and snow detection module for automatically adjusting wipers and vehicle speed in combination with Beidou weather data, and a Beidou intelligent obstacle avoidance module for automatically avoiding obstacles on the road using Beidou monitoring and data processing.

2. The RTVS Beidou video monitoring system according to claim 1, characterized in that: The intelligent road condition repair module includes a real-time road condition monitoring module for monitoring road conditions and detecting damage in real time using Beidou sensors, a road condition prediction and analysis module for predicting road damage in combination with Beidou historical and meteorological data, an environmentally friendly material application module for selecting environmentally friendly materials for road repair using Beidou data, an intelligent road surface temperature control module for intelligently adjusting road surface temperature in combination with Beidou environmental data, a mobile monitoring machine module for controlling robots to detect and repair road damage through Beidou, a road surface health monitoring module for monitoring road surface health using Beidou processed sensor data, a road surface intelligent drainage module for intelligently draining water in combination with Beidou meteorological data, a road surface intelligent lighting module for optimizing lighting systems using Beidou data, and a dynamic road sign module for updating electronic road signs through Beidou real-time data.

3. The RTVS Beidou video monitoring system according to claim 2 is characterized in that: The real-time road condition monitoring module obtains the current road status data through the Beidou sensor and transmits the data to the road condition prediction and analysis module so that it can combine historical data and meteorological information to predict possible road damage areas in the future and issue early warnings; the road condition prediction and analysis module transmits the data of the predicted possible damaged areas to the environmental protection material application module to select suitable environmental protection materials for preventing and repairing road damage and reducing the impact on the environment; the environmental protection material application module transmits the selected material information to the intelligent pavement temperature control module to intelligently adjust the pavement temperature in combination with the environmental data of the Beidou system to ensure that the materials function under the best conditions; after adjusting the pavement temperature, the intelligent pavement temperature control module transmits the relevant information to the mobile detection machine module to control the robot through the Beidou system to detect and preliminarily repair the pavement to ensure that the repair work is carried out under the best temperature conditions; after completing the preliminary repair, the mobile detection machine module transmits the pavement status data to the pavement health monitoring module so that it can continue to monitor the health status of the repaired pavement using the Beidou sensor to ensure the repair effect and prevent major damage in the future.

4. The RTVS Beidou video monitoring system according to claim 1, characterized in that: The in-car holographic assistant module provides real-time navigation and emergency guidance through the Beidou system, and transmits navigation data to the health monitoring and emergency rescue module to ensure accurate positioning and rescue information in emergency situations; the health monitoring and emergency rescue module monitors the health status in real time through the Beidou positioning and communication functions, and transmits data to the voice emotion recognition module to analyze the driver's emotions and provide emotion management suggestions; The speech emotion recognition module uses the Beidou platform to analyze speech emotions and transmits the results to the intelligent fatigue monitoring module to monitor the fatigue state in combination with the emotional state and remind the driver to rest; the intelligent fatigue monitoring module uses the Beidou sensor to monitor the fatigue state and transmit the monitoring data to the in-vehicle holographic assistant module to optimize the navigation and reminder system to ensure driving safety.

5. The RTVS Beidou video monitoring system according to claim 1, characterized in that: The automatic window color-changing module automatically adjusts the window transparency in combination with Beidou environmental data, and transmits the data to the intelligent privacy protection module to adjust privacy protection according to the lighting conditions inside and outside the car; the intelligent privacy protection module remotely controls the window privacy function through the Beidou platform, and transmits the privacy setting data to the dynamic sound insulation adjustment module to dynamically adjust the sound insulation effect inside the car; the dynamic sound insulation adjustment module uses Beidou noise data to dynamically adjust the sound insulation effect, and transmits the sound insulation data to the intelligent anti-glare module to adjust the window anti-glare function according to the noise environment; the intelligent anti-glare module automatically reduces strong light interference through Beidou light data, and transmits the anti-glare settings to the automatic window color-changing module to further optimize the window transparency adjustment.

6. The RTVS Beidou video monitoring system according to claim 1, characterized in that: The in-vehicle plant and entertainment integrated management module monitors the air quality and adjusts the in-vehicle plant maintenance through the Beidou interface, and transmits the data to the multi-mode entertainment work module to ensure the health of the entertainment and work environment; the multi-mode entertainment work module combines with the Beidou multi-function interface to realize the switching of in-vehicle entertainment and work space, and transmits the space switching data to the intelligent atmosphere lighting module to automatically adjust the lighting according to the usage scenario; the intelligent atmosphere lighting module uses Beidou data analysis to automatically adjust the in-vehicle lighting, and transmits the lighting settings to the dynamic speaker adjustment module to optimize the sound effect according to the lighting environment; the dynamic speaker adjustment module optimizes the sound settings through Beidou data, and transmits the sound setting data to the in-vehicle plant and entertainment integrated management module to ensure the consistency and comfort of the overall in-vehicle environment.

7. The RTVS Beidou video monitoring system according to claim 1 is characterized in that: The automatic climate adaptation module uses Beidou meteorological data to intelligently adjust the climate inside the vehicle, and transmits climate control data to the intelligent road condition repair module to optimize the road repair plan according to climate conditions; the intelligent road condition repair module detects and repairs road damage in real time through Beidou monitoring data, and transmits the repair data to the intelligent rain and snow detection module to adjust the wipers and vehicle speed according to road conditions; the intelligent rain and snow detection module automatically adjusts the wipers and vehicle speed in combination with Beidou weather data, and transmits the adjustment data to the Beidou intelligent obstacle avoidance module to optimize the obstacle avoidance strategy according to weather and road conditions; the Beidou intelligent obstacle avoidance module uses Beidou monitoring and data processing to automatically avoid obstacles on the road, and transmits the obstacle avoidance data to the automatic climate adaptation module to further optimize the in-vehicle climate control system.

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