Intelligent transportation system with unmanned driving and field return charging functions and implementation method

Abstract

The invention discloses an intelligent public transportation system with unmanned driving and field return charging functions.The intelligent public transportation system comprises a management platform, a vehicle-mounted terminal, a network traffic control system, a user terminal, a charging station management terminal and a cloud data management terminal.The vehicle-mounted terminal comprises an unmanned intelligent driving system, an automatic charging electricity receiving system, a vehicle status monitoring system, an identity information recognition system and a charging system, all of which are connected with the management platform.The unmanned intelligent driving system and the vehicle status monitoring system are both connected with the cloud data management terminal.The identity information recognition system and the charging system are both connected with the user terminal, and the identity information recognition system is connected with the charging system.The charging station management terminal is connected with the cloud data management terminal.The electric vehicle technology and the unmanned driving technology are combined, a cloud data analysis and intelligent management system achieves a special vehicle use operating mode, and on the premise that safe vehicle use is guaranteed, an individual, intelligent and green public transportation means is provided for a user.

Description

technical field [0001] The invention relates to the technical field of transportation, in particular to a public intelligent transportation system for small electric vehicles with unmanned driving function and automatic return charging at a specific time and its implementation method. Background technique [0002] 1: Analysis of the characteristics of existing means of transportation [0003] (1) Existing private cars, according to statistics, 70% of the private cars in urban areas have only one driver, the carrying efficiency is relatively low, and the speed of vehicles in urban areas is limited, and the mileage is not high , exhaust emissions pollute the environment. From the point of view of energy conservation, the technical performance of vehicles in the urban area is excessive, the energy consumption of vehicles is large, and the space occupied by public transportation has brought serious waste of social resources. And, along with the congestion of traffic, many citi...

AI Technical Summary

Problems solved by technology

[0003] (1) Existing private cars, according to statistics, 70% of the private cars in urban areas have only one driver, the carrying efficiency is relatively low, and the speed of vehicles in urban areas is limited, and the mileage is not high , exhaust emissions pollute the environment

From the point of view of energy conservation, the technical performance of vehicles in urban areas is excessive, the energy consumption of vehicles is large, and the space occupied by public transportation has brought serious waste of social resources.

Moreover, with the traffic congestion, many cities have adopted measures to limit license plates and numbers, and the use of vehicles has been subject to many restrictions, which has brought a lot of inconvenience to users.

[0004] (2) Existing traditional small urban public transportation systems such as taxis are more flexible, but owners and users cannot communicate effectively on real-time information, resulting in low operating efficiency; at the same time, their use costs are relatively high High, incomparable with large-scale public transportation in terms of cost of use and carrying efficiency

And uncivilized phenomena such as picking passengers, sharing passengers, and refusing to load appear during use, which not only seriously affects the quality of citizens' travel, but also increases the difficulty of the work of relevant traffic control departments.

[0005] (3) The existing large-scale public transportation system includes rails and wheels. Although the carrying efficiency is high, it cannot achieve full coverage. It must be supplemented with other public transportation to meet the needs of global travel.

In recent years, due to the development of automobile technology, especially electric vehicle technology, unmanned driving technology has emerged as the times require. Unmanned driving technology is a great advancement in transportation, liberating drivers and passengers, making transportation more humane, but currently unmanned Because the driving technology is in the initial stage of system research and development, the related technology is in the stage of perfection, and lacks the support of relevant laws and regulations, and its use is still in the verification stage. In particular, it has hidden dangers in safety. Meet the requirements, it is expected to enter the practical application stage in a long time in the future

[0014] Conclusion: From the above summary, it is not difficult to see that the existing transportation methods and transportation operation modes have more or less deficiencies. The transportation tools and transportation methods are developing in the direction of intelligence, greenness and individuality. Traditional transportation The method and traffic operation mode are far from meeting the above requirements and objectives, and need to be further improved

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