Remote Control Device for Unmanned Apparatus and Carried Object

The patent combines two separate remote control devices into one integrated device. The control system includes a first remote control device for controlling the unmanned apparatus and a second remote control device for controlling the carried object, both integrated into a single handheld unit. This merging reduces the number of separate devices from two to one, simplifying the overall control system while maintaining precise control capabilities for both the unmanned apparatus and the carried object through shared sensors and coordinated control mechanisms.

The patent merges two separate remote control devices into one integrated handheld device that can be operated by a single operator. The integrated design allows the operator to control both the unmanned apparatus and the carried object simultaneously using one device, eliminating the need for two-person coordination and significantly improving ease of operation while maintaining control precision through sophisticated sensor fusion and control algorithms.

The patent integrates control of both the unmanned apparatus and the carried object into a single remote control device that can be operated by one person. This integration enables simultaneous control of four dimensions for the unmanned apparatus and three dimensions for the carried object, eliminating the need for two operators working in coordination. The result is improved productivity and control efficiency while maintaining precise control through advanced sensor fusion and coordinated control algorithms.

The patent implements a universal remote control device that performs multiple functions: it controls both the unmanned apparatus (four dimensions) and the carried object (three dimensions) simultaneously. The device incorporates multiple sensors including a first attitude sensor for the unmanned apparatus and a second attitude sensor for the carried object, along with coordinated control mechanisms that enable a single operator to manage both systems efficiently, achieving multi-functionality in a single integrated platform.

The remote control device incorporates self-service capabilities through integrated attitude sensors that automatically detect the spatial orientation of the device and microprocessors that autonomously calculate angle changes and generate appropriate control signals. This self-service automation eliminates the need for manual calculation or complex manual coordination, allowing the operator to simply hold and orient the device while the internal systems handle the complex control computations automatically.