Multipurpose water surface unmanned investigation remote control station based on expandable modular design

Abstract

The invention discloses a multipurpose water surface unmanned investigation remote control station based on an expandable modular design. Through an artificial intelligence identification system, a 5Gremote control and information transmission system, a high-precision composite investigation technology and the like, functions of discovery, identification, marking and early warning of recorded targets in a database are achieved, and a module expansion groove is involved so as to meet the requirements for multiple conditions and multiple purposes. According to the multipurpose water surface unmanned investigation remote control station based on the expandable modular design, a new energy power system is adopted to achieve the purpose of cleaning. The multipurpose water surface unmanned investigation remote control station based on the expandable modular design has the advantages of being small, precise, multipurpose, clean, environmentally friendly and the like.

Description

technical field [0001] The invention relates to the field of remote control stations, in particular to a multi-purpose remote control station for unmanned surface surveillance based on an expandable modular design. Background technique [0002] Nowadays, as people's demand for marine environment reconnaissance increases, the surface unmanned reconnaissance remote control station will become an important relay node connecting the air, ground, water and underwater nodes in the unmanned system. In order to enhance the environmental adaptability and battery life, the stations are showing a trend of large-scale development, so they cannot adapt to some inland river basins with relatively narrow water areas and shallow water depths, and cannot meet the convenience needs of single-person carrying, assembly, and manipulation. In addition, the current water surface The multi-modular functions of the unmanned reconnaissance remote control station have limitations, and it is impossible...

AI Technical Summary

Problems solved by technology

[0002] Nowadays, as people's demand for marine environment reconnaissance increases, the surface unmanned reconnaissance remote control station will become an important relay node connecting the air, ground, water and underwater nodes in the unmanned system. In order to enhance the environmental adaptability and battery life, the stations are showing a trend of large-scale development, so they cannot adapt to some inland river basins with relatively narrow water areas and shallow water depths, and cannot meet the convenience needs of single-person carrying, assembly, and manipulation. In addition, the current water surface The multi-modular functions of the unmanned reconnaissance remote control station have limitations, and it is impossible to achieve unified standards and flexible settings. Therefore, it is impossible to meet unmanned reconnaissance operations at sea with different functions, different scenarios, and different technical requirements. As a result, many tasks cannot be completed in time and accurately. Brings a lot of task instability factors

[0003] At present, the patrol boats used in inland river basins are mainly through pure manual operation, which consumes a lot of manpower and material resources

Due to the uncertainty and risk of the environment in the inland river basin, it has caused great resistance to the inspection work. On the one hand, it is impossible to guarantee the full coverage of the inspection work. On the other hand, there are many limiting factors due to water conditions, which cannot guarantee the safety of personnel.

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