Urban shared unmanned aerial vehicle intelligent management system based on block chain technology

Abstract

The invention relates to an urban shared unmanned aerial vehicle intelligent management system based on a block chain technology, and the system comprises a user client which issues a flight demand order; a distributed block chain unmanned aerial vehicle background management system which receives the flight demand order and issues a corresponding flight instruction according to the flight demand order; a shared unmanned aerial vehicle which receives the flight instruction of the background management system, executes a patrol flight task required by the flight instruction, and feeds back own flight information and task execution condition information to the background management system; a shared unmanned aerial vehicle automatic airport which provides airport take-off and landing information and environment information; and a distributed information processing system which is used for acquiring, storing and processing various sensor information and image information returned by the task unmanned aerial vehicle, and sending a result to the background management system for a user to retrieve. According to the method, the requirements of urban low-altitude inspection application and low-altitude management are considered, idle unmanned aerial vehicles of all departments of the government and main industries can be dispatched to the maximum extent, and the rationality of urban management is formed.

Description

technical field [0001] The invention belongs to the field of unmanned aerial vehicle applications, and in particular relates to an intelligent management system for urban shared unmanned aerial vehicles based on block chain technology. Background technique [0002] The application of drones to conduct inspections and emergency response in areas such as traffic, public security, environment, land, and infrastructure within the city is a new method and technology for urban management. At the same time, considering the safety of personnel in urban management scenarios, in order to prevent secondary accidents, multi-rotor UAVs with small size, convenient operation and good safety are often selected to complete related tasks in the selection of UAVs. The corresponding drone life time cannot be guaranteed. At the same time, the application of a large number of low, slow, and small UAVs by various government departments has also brought challenges to urban low-altitude management....

AI Technical Summary

Problems solved by technology

[0004] It also includes the following items: 1. UAV logistics system based on blockchain technology and its operation method (CN201910308883.5), this patent is mainly used in the field of logistics, for the acceptance and execution of UAVs based on blockchain technology The logistics task process is described, and the difference from this patent is that it does not explain how the drone operates automatically and performs tasks automatically

2. A blockchain-based UAV information collection method and system (CN201810888155.1), this patent focuses on clarifying how to screen and upload information collected by UAVs based on blockchain technology. The man-machine system itself does not describe

3. Blockchain-based shared UAV system (CN201810823752.6). This invention proposes the process of communication, interaction and completion of requested tasks between UAVs and blockchain servers. There are no specifications for tasks and services that can be provided, there is no division of user rights, and there is no solution for how to realize automatic flight and automatic endurance of UAVs

4. Decentralized drone and parking pad interactive system (CN201810823785.0). This invention proposes a solution for automatic take-off and landing of drones. Also lacks security mechanisms for mission mechanisms, especially risky for remote control

[0005] Among the currently published patents, there is no high-security solution to match the UAV task demand and supply in the whole process, and there is no good solution to the fully autonomous flight problem in the process of UAV accepting missions

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