HYUNDAI MOTOR COMPANY (20240255300). DRIVING INFORMATION DISPLAY DEVICE AND METHOD USING CONTROL OF SWITCHING TO AUGMENTED REALITY simplified abstract
Contents
DRIVING INFORMATION DISPLAY DEVICE AND METHOD USING CONTROL OF SWITCHING TO AUGMENTED REALITY
Organization Name
Inventor(s)
Sung Taehyun of Hwaseong-si (KR)
Kim Chihwan of Hwaseong-si (KR)
DRIVING INFORMATION DISPLAY DEVICE AND METHOD USING CONTROL OF SWITCHING TO AUGMENTED REALITY - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240255300 titled 'DRIVING INFORMATION DISPLAY DEVICE AND METHOD USING CONTROL OF SWITCHING TO AUGMENTED REALITY
The driving information display device and method involve a processor that receives driving guidance information and outputs either map-based guidance information or augmented reality-based guidance information based on the received data.
- The device includes a storage unit that stores road information and an algorithm.
- The processor receives the location information of a vehicle, identifies a driving route, and a guidance point.
- It determines whether to output augmented reality-based guidance information or map-based guidance information based on the distance from the vehicle to the guidance point.
- A control command is generated based on the determined guidance information.
- Key Features and Innovation:**
- Integration of map-based and augmented reality-based guidance information.
- Real-time determination of guidance information based on vehicle location.
- Efficient generation of control commands for navigation.
- Potential Applications:**
- Navigation systems in vehicles.
- Smart city infrastructure for traffic management.
- Location-based augmented reality applications.
- Problems Solved:**
- Providing accurate and timely guidance information to drivers.
- Enhancing the user experience of navigation systems.
- Improving road safety by offering clear navigation instructions.
- Benefits:**
- Enhanced navigation experience for drivers.
- Improved efficiency in reaching destinations.
- Increased safety on the roads.
- Commercial Applications:**
- Automotive industry for in-car navigation systems.
- Smart city technology for urban planning and traffic management.
- Augmented reality software development for location-based applications.
- Questions about the Technology:**
1. How does the device determine whether to output map-based or augmented reality-based guidance information?
- The device determines the type of guidance information based on the distance from the vehicle to the guidance point.
2. What are the potential benefits of using augmented reality-based guidance information in navigation systems?
- Augmented reality-based guidance can provide more intuitive and interactive navigation instructions for drivers, enhancing the overall user experience.
Original Abstract Submitted
in a driving information display device and method, the driving information display device includes: a processor configured to receive driving guidance information, and to output map-based guidance information or augmented reality-based guidance information based on the driving guidance information; and a storage unit electrically and communicatively connected to the processor and configured to store road information and an algorithm. the processor is further configured to: receive the location information of a vehicle; identify a driving route of the vehicle and a guidance point; determine the augmented reality-based guidance information to be guidance information to be output when the distance from the location of the vehicle to the guidance point is equal to or shorter than a predetermined first reference distance; determine the map-based guidance information to be the guidance information to be output when the distance from the location of the vehicle to the guidance point exceeds the first reference distance; and generate a control command.
