Operation and maintenance image acquiring terminal of traffic management system

Abstract

The invention relates to an operation and maintenance image acquiring terminal of a traffic management system. The operation and maintenance image acquiring terminal comprises an image acquiring functional device 70; the image acquiring functional device 70 comprises an image shooting unit 77, an image storage unit 71 and a shooting control unit 73; the image shooting unit 77 and the image storage unit 71 are connected to the shooting control unit 73. The operation and maintenance image acquiring terminal is characterized by further comprising a control processing unit 6 and a spatial positioning unit 50, the spatial positioning unit 50 and the shooting control unit 73 are both connected with the control processing unit 6. The operation and maintenance image acquiring terminal has the advantages that images can be acquired efficiently, the terminal can be in linkage with a global positioning system and can be used with operation and maintenance inspection, and the terminal is reasonable in structure and convenient to use.

Description

technical field [0001] The invention relates to the field of operation and maintenance of information systems, in particular to an image collection terminal for operation and maintenance of a traffic management system. Background technique [0002] The Internet of Things is a new round of information technology revolution after computers, the Internet and mobile communications. Its application in the field of traffic management is becoming more and more extensive and in-depth, such as vehicle monitoring, road monitoring, personnel monitoring, signal light monitoring and social resource monitoring. The subsystems are interconnected, and the large-scale networked comprehensive management platform for unified dispatching has become an important infrastructure for suppressing traffic accidents, combating and preventing car-related cases, deterring criminals, and improving the comprehensive management level of the entire urban traffic. A large and complex comprehensive network sy...

AI Technical Summary

Problems solved by technology

[0002] The Internet of Things is a new round of information technology revolution after computers, the Internet and mobile communications. Its application in the field of traffic management is becoming more and more extensive and in-depth, such as vehicle monitoring, road monitoring, personnel monitoring, signal light monitoring and social resource monitoring. The subsystems are interconnected, and the large-scale networked comprehensive management platform for unified dispatching has become an important infrastructure for suppressing traffic accidents, combating and preventing car-related cases, deterring criminals, and improving the comprehensive management level of the entire urban traffic. A large and complex comprehensive network system that is still being improved and developed is not only difficult to operate and maintain, but also has a wide variety of equipment, wide distribution areas, and complex spare parts management. It also has high requirements for operation and maintenance, tight response time, and unified construction. The operation and maintenance management platform is already an inevitable requirement to support the operation and maintenance business of the Internet of Things in traffic management; at the same time, it is feasible for the operation and maintenance service provider to undertake the construction of infrastructure fault-tolerant control facilities, which can improve the stickiness of customers, equipment suppliers, and service providers. Reduce the difficulty of operation and maintenance promotion for operation and maintenance service providers; based on this consideration, it can be foreseen that the existing 3D panoramic information collected in the early stage of system survey and design will be improved and enriched, not only for the improvement and supplement of the unified display and management platform of the traffic management operation and maintenance management system It is of great significance, and the data is also valuable for constructing various geographic location information systems. The existing traffic management system lacks an efficient panoramic image acquisition device that can closely cooperate with daily operation and maintenance operations, resulting in low acquisition quality or solution cost. High, restricting the mass adoption and instant update of 3D panoramas

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