18566480. VEHICLE-MOUNTED CONTROL DEVICE, ETHERNET SWITCH AND DEVICE SETTING METHOD simplified abstract (SUMITOMO WIRING SYSTEMS, LTD.)

VEHICLE-MOUNTED CONTROL DEVICE, ETHERNET SWITCH AND DEVICE SETTING METHOD

Organization Name

SUMITOMO WIRING SYSTEMS, LTD.

Inventor(s)

Yoshitaka Kikuchi of Yokkaichi-shi, Mie (JP)

Takeshi Hagihara of Yokkaichi-shi, Mie (JP)

Hirofumi Urayama of Yokkaichi-shi, Mei (JP)

Darmawan Go of Yokkaichi-shi, Mie (JP)

Tomohiro Otsu of Yokkaichi-shi, Mie (JP)

Hideyuki Tanaka of Osaka-chi, Osaka (JP)

Tatsuya Izumi of Osaka-shi, Ssaka (JP)

Yusuke Yamamoto of Osaka-shi, Osaka (JP)

VEHICLE-MOUNTED CONTROL DEVICE, ETHERNET SWITCH AND DEVICE SETTING METHOD - A simplified explanation of the abstract

This abstract first appeared for US patent application 18566480 titled 'VEHICLE-MOUNTED CONTROL DEVICE, ETHERNET SWITCH AND DEVICE SETTING METHOD

Simplified Explanation

The patent application describes a vehicle-mounted control device that acquires information from electronic devices in the vehicle network to calculate the timing for changing settings.

• Acquires calculation information from electronic devices in the vehicle network
• Calculates the timing for setting changes based on the acquired information
• Executes setting changes in the vehicle network at the calculated timing

Key Features and Innovation

• Acquisition unit gathers calculation information from electronic devices in the vehicle network
• Calculation unit determines the timing for setting changes based on the acquired information
• Control unit executes setting changes in the vehicle network at the calculated timing
• Information includes network topology, system services, vehicle travel state, and power supply state

Potential Applications

This technology can be used in various vehicle systems to optimize settings based on real-time data from the vehicle network.

Problems Solved

This technology addresses the need for efficient and timely setting changes in vehicle networks based on relevant information from electronic devices.

Benefits

• Improved efficiency in managing vehicle network settings
• Real-time adjustments based on network topology and vehicle conditions
• Enhanced performance and functionality of vehicle systems

Commercial Applications

• Automotive industry for vehicle network optimization
• Fleet management systems for efficient operations
• Smart transportation solutions for enhanced connectivity

Questions about the Technology

How does this technology improve vehicle network management?

This technology improves vehicle network management by acquiring real-time data from electronic devices in the network to calculate optimal setting change timings.

What are the key factors considered in calculating the setting change timing?

The key factors considered include network topology, system services, vehicle travel state, and power supply state to determine the most suitable timing for setting changes.

Original Abstract Submitted

A vehicle-mounted control device to be mounted in a vehicle, includes: an acquisition unit configured to acquire calculation information to be used to calculate a setting change timing of a vehicle-mounted network from an electronic device in the vehicle-mounted network; a calculation unit configured to calculate the setting change timing based on the calculation information acquired by the acquisition unit; and a control unit configured to perform processing for executing a setting change of the vehicle-mounted network at the setting change timing calculated by the calculation unit, wherein the calculation information includes at least one of a topology of the vehicle-mounted network, a service of a system to which the electronic device belongs, a travel state of the vehicle, and a power supply state of the vehicle.