RADAR DEVICE

Organization Name

Inventor(s)

Hiroshi Yoshida of Yokohama Kanagawa (JP)

RADAR DEVICE - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240248172 titled 'RADAR DEVICE

The radar device described in the abstract consists of an oscillator that generates a reference signal, a first unit group, and a second unit group. The first unit group includes first and second units that transmit/receive based on the reference signal, while the second unit group includes third and fourth units that also transmit/receive based on the reference signal. The first and third units are connected to the oscillator via signal lines, and the second and fourth units are connected to the first and third units via additional signal lines.

The radar device includes an oscillator that generates a reference signal.
The device has two unit groups - the first unit group with first and second units, and the second unit group with third and fourth units.
The first and third units are connected to the oscillator via signal lines, while the second and fourth units are connected to the first and third units via additional signal lines.
All units in the device transmit/receive based on the reference signal.

Potential Applications: - Radar systems for military and defense purposes - Automotive radar systems for collision avoidance - Weather monitoring and forecasting systems - Air traffic control radar systems - Industrial applications such as object detection and tracking

Problems Solved: - Improved accuracy and reliability of radar systems - Enhanced performance in various applications - Simplified signal transmission and reception within the device

Benefits: - Increased efficiency in radar operations - Enhanced safety in automotive and aerospace industries - Better monitoring and tracking capabilities - Potential for advanced radar applications in various fields

Commercial Applications: Title: Advanced Radar Systems for Enhanced Performance in Military, Automotive, and Industrial Applications This radar device can be utilized in military defense systems, automotive radar for collision avoidance, weather monitoring, air traffic control, and industrial applications for object detection and tracking. The technology offers improved accuracy, reliability, and efficiency in radar operations, making it a valuable asset in various commercial sectors.

Questions about Radar Device: 1. How does the radar device improve performance in military applications? The radar device enhances accuracy and reliability in military defense systems, providing crucial data for surveillance and threat detection.

2. What are the potential benefits of using the radar device in automotive radar systems? The radar device can enhance safety by improving collision avoidance capabilities in vehicles, reducing the risk of accidents.

Original Abstract Submitted

according to one embodiment, a radar device includes an oscillator configured to generate a reference signal, a first unit group, and a second unit group. the first unit group includes first and second units configured to transmit/receive based on a reference signal. the second unit group includes third and fourth units configured to transmit/receive based on the reference signal. the first and third units are connected to the oscillator via first and second signal lines, respectively. the second and fourth units are connected to the first and third units via third and fourth signal lines, respectively.