Panoramic optical monitoring system for driving test vehicle, and driving test collection and processing method for panoramic optical monitoring system

A technology of optical monitoring and processing methods, which is applied in the field of panoramic optical monitoring systems, can solve the problems of reduced number of terminal equipment and reduced anti-interference ability, and achieve the effect of easy management and reference

Active Publication Date: 2017-04-05
LIUZHOU GUITONG TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0017] 4.1. Limitations of the bandwidth of wireless digital network communication equipment:
[0018] In the existing technology and monitoring environment, the communication equipment used for wireless digital networks all use amateur communication frequency bands, and most of the maximum bandwidth of each channel allocated to the

Method used

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  • Panoramic optical monitoring system for driving test vehicle, and driving test collection and processing method for panoramic optical monitoring system
  • Panoramic optical monitoring system for driving test vehicle, and driving test collection and processing method for panoramic optical monitoring system
  • Panoramic optical monitoring system for driving test vehicle, and driving test collection and processing method for panoramic optical monitoring system

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0121] A panoramic optical monitoring system serving driving test vehicles, the system includes a video information collector 1, a video superimposing device 2 and a wireless digital network transmission device 3; (see figure 1 )

[0122] The video information collector 1 adopts those cameras that meet the requirements of driving test users in the family of analog video cameras commonly used in the field of security systems at present, and is a well-known commodity in the market;

[0123] Video superimposer 2 is the core equipment to realize the application of this patent technology. For detailed structure, see Figure 4 said;

[0124] Wireless digital network transmission equipment 3 is widely used equipment in digital wireless networks, such as base station equipment and wifi equipment in 1G, 2G, 3G, 4G mobile phone communication networks, and is a well-known commodity in the market;

[0125] Described video information collector 1 comprises four video cameras and 2 sensors

Embodiment 2

[0157] A method for collecting and processing driving test information, which uses the panoramic optical monitoring system serving driving test vehicles described in Embodiment 1 to realize the collecting and processing method of driving test information, including the driving test information collection method and driving test information processing and transmission methods;

[0158] The described driving test information collection method is carried out by the video information collector 1 that is installed on the driving test vehicle and constitutes of four video cameras and 2 sensors (see figure 2 );

[0159] The video information collector 1 includes four cameras and 2 sensors installed on the driving test vehicle; the four cameras installed on the driving test vehicle include: the left side camera SZ and the right side camera SY of monitoring the scene video outside the vehicle And the front camera SQ and the rear camera SH monitoring the scene in the cab; 2 sensors inclu

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Abstract

The invention discloses a panoramic optical monitoring system for a driving test vehicle, and the system comprises a video information collector, a video overlapping device, and wireless digital network transmission equipment. The video information collector comprises four cameras and two sensors, wherein the four cameras and the two sensors are disposed on the driving test vehicle. The video overlapping device comprises a video overlapping device core module and an interface bottom plate for the video overlapping device. The video overlapping device core module enables the information collected by the four cameras and the two sensors to be correctly overlapped at each corresponding position of a main video frame. An online communication interface of the video overlapping device communicates with the wireless digital network transmission equipment. The wireless digital network transmission equipment enables one piece of video information outputted by the video overlapping device to be instantly transmitted to file storage equipment of a test center in real time. The system can meet the actual requirements of a user for the omnibearing acquisition and transmission of driving test video information, and also can reduce the actual cost, occupied by a test vehicle, of base station building and maintenance of a unit.

Description

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Claims

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Application Information

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Owner LIUZHOU GUITONG TECH
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