Omni-directional monitoring system for driving and parking records of automobile

Abstract

An omni-directional monitoring system for driving and parking records of an automobile comprises an automobile body, GPS navigation and a mobile communication transmitting unit. The omni-directional monitoring system is characterized in that infrared cameras are installed at the front and the back of the automobile body, infrared cameras are installed above rearview mirrors on the left side and the right side of the automobile body, and infrared cameras are installed in a cab and an automobile box. The microcomputer host compatible vehicle-mounted GPS navigation, a GPS satellite positioning module and the 3G mobile communication transmitting device are installed in the automobile body. An independent light source is connected to the host after insuring and voltage stabilization. The host is provided with a shock absorption device and comprises a vehicle-mounted GPS navigation module, the GPS satellite positioning module and a 3G mobile communication module. Output lines of the cameras and a sound pick-up are transmitted to the host through terminals, and after processing, the host carries out storage. Meanwhile, a 3G mobile communication transmitter is used for transmitting to a remote control computer center or a mobile phone with a video function. Signals transmitted by the vehicle-mounted cameras and the sound pick-up are collected, stored and analyzed, and the signals are displayed and printed. The omni-directional monitoring system is suitable for monitoring a cash truck, or a school bus, or a bus, or a police car, or a train, or a steamer or the like.

Description

technical field [0001] The invention belongs to a vehicle monitoring system. Involves vehicles carrying important materials in the field of modern 3G communication technology, such as installed in cash transport vehicles, vehicles for escorting valuable materials, school buses, high-level VIP cars, military and police cars, and even monitoring systems for long-distance buses, ordinary trains, high-speed rail or ships . Background technique [0002] With the rapid development of social economy, the transportation of banking, insurance, jewelry and important materials is becoming more and more frequent. Vehicles play an indispensable part in people's lives. As vehicles for cash transport and escorting valuable materials, special care is required. The life safety of the passengers and police officers of long-distance buses, buses, military and police vehicles is directly related to the happiness of thousands of families and the stability and harmony of society. In many cases,...

AI Technical Summary

Problems solved by technology

[0005] However, there are still many deficiencies in the vehicle monitoring system researched and developed by people at present: 1. When the vibration is severe, the power consumption is large, the power supply will be exhausted after two or three days of parking, the interference is serious, and the work is unstable in a dusty and complex environment; 2. The distribution of cameras is unreasonable, only 1-4 are installed in the car, and the monitoring is not comprehensive. For example, when some cash transport vehicles are robbed by gangsters, they cannot show which direction they are from. The police do not get many clues, so it is difficult 3. The cabs of important vehicles are not equipped with cameras, so the situation in the cabs is unknown when they are robbed by gangsters, whether it is gangsters driving or the driver is forced to drive is also unknown; The images taken inside and outside the car are blurred, which is not conducive to identification when solving the case; 5. There is no independent power supply, and monitoring cannot be carried out when parking. If the car battery is used, the power for driving and starting will be insufficient; internal devices, it is not easy to track criminals

Images