GINT CO., LTD. (20240351633). APPARATUS FOR CONTROLLING DRIVE UNIT ACCORDING TO POSITION OF SHUTTLE LEVER OF AGRICULTURAL MACHINE SUPPORTING AUTONOMOUS DRIVING simplified abstract
APPARATUS FOR CONTROLLING DRIVE UNIT ACCORDING TO POSITION OF SHUTTLE LEVER OF AGRICULTURAL MACHINE SUPPORTING AUTONOMOUS DRIVING
Organization Name
Inventor(s)
Seung Rak Son of Gyeonggi-do (KR)
APPARATUS FOR CONTROLLING DRIVE UNIT ACCORDING TO POSITION OF SHUTTLE LEVER OF AGRICULTURAL MACHINE SUPPORTING AUTONOMOUS DRIVING - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240351633 titled 'APPARATUS FOR CONTROLLING DRIVE UNIT ACCORDING TO POSITION OF SHUTTLE LEVER OF AGRICULTURAL MACHINE SUPPORTING AUTONOMOUS DRIVING
The present disclosure pertains to an apparatus for controlling a drive unit based on the position of a shuttle lever of an agricultural machine that supports autonomous driving. Specifically, it focuses on a mechanism for facilitating a smooth transition between autonomous driving and manual driving by redefining the positions between forward and neutral or between neutral and reverse for an agricultural machine shuttle lever structured in a forward-neutral-reverse configuration.
- The apparatus allows for seamless switching between autonomous and manual driving modes.
- It redefines the positions of the shuttle lever to improve the user experience and efficiency.
- The innovation enhances the overall control and operation of agricultural machines supporting autonomous driving.
- This technology aims to optimize the performance and functionality of agricultural equipment in various operating conditions.
- By providing a more intuitive control system, it simplifies the operation of agricultural machinery for users.
Potential Applications: - Agriculture industry for autonomous driving systems in farming equipment - Machinery and equipment manufacturing for integrating advanced control mechanisms - Automation technology for enhancing efficiency and productivity in agricultural operations
Problems Solved: - Streamlining the transition between autonomous and manual driving modes - Improving user control and experience in operating agricultural machinery - Enhancing the overall performance and functionality of autonomous driving systems in agriculture
Benefits: - Increased efficiency and productivity in agricultural operations - Simplified operation and control of farming equipment - Enhanced user experience and convenience in switching between driving modes
Commercial Applications: Title: Advanced Control System for Agricultural Machinery This technology can be utilized in the agriculture industry to improve the performance and efficiency of autonomous driving systems in farming equipment. It has the potential to revolutionize the way agricultural machinery is operated and controlled, leading to increased productivity and streamlined operations in the field.
Questions about the technology: 1. How does the apparatus redefine the positions of the shuttle lever for improved control? 2. What are the specific benefits of the seamless transition between autonomous and manual driving modes?
Original Abstract Submitted
the present disclosure relates to an apparatus for controlling a drive unit according to the position of a shuttle lever of an agricultural machine supporting autonomous driving. specifically, the present disclosure relates to an apparatus for providing a transition between autonomous driving and manual driving by newly defining the position between forward and neutral or between neutral and reverse for an agricultural machine shuttle lever configured in a forward-neutral-reverse structure.
