Workstation system of new type vehicle-mounted UAV (unmanned aerial vehicle) controlling overload and over limit

Abstract

The invention provides a workstation system of a new type vehicle-mounted UAV (unmanned aerial vehicle) controlling overload and over limit, relates to the technical field of controlling overload and over limit, and comprising a UAV, a vehicle of the UAV and a workstation, wherein the UAV, the vehicle of the UAV and the workstation are wirelessly connected one another through a wireless communication module; the workstation comprises the wireless communication module, a main control module, a manual control module of the UAV, an automatic control module of the UAV, a memory module, a display module, a command input module and an alarm module, the main control module is connected with the wireless communication module, the manual control module of the UAV, the automatic control module of the UAV, the memory module, the display module, the command input module for controlling the UAV by manually inputting command to switch manual operation and automatic operation and the alarm module in the workstation; the automatic control module of the UAV is also connected with a one key return device for controlling the return of the UAV at emergency conditions; according to the workstation system provided by the invention, the workstation controls the UAV, so that the monitoring scope of the UAV is wide, the effect is good, and the time and effort of staff are reduced.

Description

technical field [0001] The invention relates to the technical field of overload and overrun control, in particular to a novel vehicle-mounted drone control overload and overrun workstation system. Background technique [0002] According to statistics, 70% of road traffic accidents are caused by over-limited and overloaded vehicles, and 50% of mass casualties and serious road traffic accidents are directly related to over-limited and overloaded vehicles. Overloading and over-limit transportation of vehicles has caused huge losses to people's lives and property; at present, over-limit and over-loading control is generally monitored by fixed over-limit control stations. energy and time. [0003] The flexibility of the vehicle-mounted UAV can perfectly solve the above problems, but what kind of control system to control the UAV to achieve a wide monitoring range, good effect, and save time and effort for personnel is a difficult problem to be solved at present. [0004] In the...

AI Technical Summary

Problems solved by technology

[0004] In the patent document with the publication number CN204270501U, a source control vehicle overload and overrun system is disclosed, which includes successively connected overrun control equipment, a first-level information platform, a second-level information platform, and a third-level information platform. It is used to detect and record the vehicle information, vehicle load information and vehicle axle information of the transport vehicles and transmit them to the first-level information platform. The first-level information platform is used to select, organize and transmit the received information to the second-level information platform. level information platform, the second level information platform is used to monitor the transport vehicles according to the information and process the overloaded and overrun vehicles, and the third level information platform is used to query and monitor the information of the second level information platform; the utility model Aiming at the reality of vehicle overload and overrun control, combined with the characteristics of administrative divisions, a source control plan is proposed. Because the source unattended work mode is adopted and the three-level information platform is interconnected, the efficiency of overload and overrun control is improved; but the system did not solve the above problems

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