18602950. SUBSTRATE CONNECTION STRUCTURE FOR IN-VEHICLE COMMUNICATION DEVICE simplified abstract (DENSO CORPORATION)
Contents
SUBSTRATE CONNECTION STRUCTURE FOR IN-VEHICLE COMMUNICATION DEVICE
Organization Name
Inventor(s)
Yasunari Tanimura of Kariya-city (JP)
SUBSTRATE CONNECTION STRUCTURE FOR IN-VEHICLE COMMUNICATION DEVICE - A simplified explanation of the abstract
This abstract first appeared for US patent application 18602950 titled 'SUBSTRATE CONNECTION STRUCTURE FOR IN-VEHICLE COMMUNICATION DEVICE
The abstract describes a substrate connection structure for a vehicle-mounted communication device, including a network access device with wireless communication capabilities, a main substrate where the network access device is mounted, an antenna for wireless communication, and an RF connector connected to the antenna on the main substrate. The main substrate is connected to a sub-substrate with optional communication functions via a coaxial connector in a vertically overlapping manner. The antenna is used for the optional communication functions of the sub-substrate and is connected to it via the coaxial connector when the main substrate is connected to the sub-substrate.
- Network access device with wireless communication function
- Main substrate for mounting the network access device
- Antenna for wireless communication
- RF connector connected to the antenna
- Sub-substrate with optional communication functions
- Coaxial connector for connecting main substrate to sub-substrate
- Antenna used for optional communication functions of sub-substrate
- Coaxial connector connecting antenna to sub-substrate
Potential Applications: - Vehicle-mounted communication devices - Wireless communication systems - IoT devices with optional communication functions
Problems Solved: - Efficient connection structure for vehicle-mounted communication devices - Integration of main and sub-substrates for seamless communication
Benefits: - Improved communication capabilities - Enhanced connectivity in vehicles - Streamlined design for communication devices
Commercial Applications: Title: Vehicle Communication Systems This technology can be used in automotive communication systems, IoT devices, and other wireless communication applications in vehicles. It can benefit companies in the automotive industry, telecommunications sector, and IoT device manufacturers.
Questions about the technology: 1. How does the coaxial connector facilitate the connection between the main substrate and the sub-substrate? 2. What are the advantages of using an antenna for optional communication functions in the sub-substrate?
Original Abstract Submitted
A substrate connection structure for a vehicle-mounted communication device includes a network access device having at least a wireless communication function a main substrate on which the network access device is mounted, an antenna be used for the wireless communication performed by the network access device, and an RF connector, which is mounted on the main substrate, connected to the antenna. The main substrate is connected to a sub substrate having an optional communication function via a coaxial connector in a vertically overlapping manner. The antenna is used for the optional communication function performed by the sub substrate. The antenna is connected to the optional communication function via the coaxial connector when the main substrate is connected to the sub substrate.
