Robert bosch gmbh (20240213759). Autonomous Method to Prevent Brownout of Subsea Electronic Modules simplified abstract
Contents
Autonomous Method to Prevent Brownout of Subsea Electronic Modules
Organization Name
Inventor(s)
Amadeu Placido Neto of Aschaffenburg (DE)
Alexandre Orth of Hettstadt (DE)
Stein Berg Nilsen of Ski (Langhus) (NO)
Autonomous Method to Prevent Brownout of Subsea Electronic Modules - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240213759 titled 'Autonomous Method to Prevent Brownout of Subsea Electronic Modules
The abstract describes a method for controlling a subsea system to prevent brownout, including a master subsea electronic module providing power to slave subsea electronic modules in a subsea device.
- The method involves measuring voltage or current from the master module to the slave modules and comparing it to a threshold value.
- If the measured voltage is too low or the current is too high, the method powers off or limits the power of components in the subsea device.
- This prevents brownout and ensures the proper functioning of the subsea system.
Potential Applications: - Subsea oil and gas exploration - Underwater robotics - Deep-sea research
Problems Solved: - Preventing brownout in subsea systems - Ensuring reliable power supply to subsea devices - Maintaining operational efficiency in underwater environments
Benefits: - Increased system reliability - Reduced risk of equipment damage - Improved performance in challenging subsea conditions
Commercial Applications: Title: Subsea Power Management System This technology could be used in industries such as oil and gas, marine research, and underwater construction for efficient and reliable subsea operations.
Questions about Subsea Power Management System: 1. How does the method prevent brownout in subsea systems? - The method measures voltage or current from the master module to the slave modules and takes action if it falls below or exceeds a threshold value. 2. What are the potential applications of this technology in underwater environments? - This technology can be applied in subsea oil and gas exploration, underwater robotics, and deep-sea research.
Original Abstract Submitted
a method is for controlling a subsea system including at least one slave subsea electronic module installed in a subsea device, to prevent brownout of the subsea system. the system includes a master subsea electronic module, configured to provide power to the at least one slave subsea electronic module. the subsea device is configured to execute several operations. the method includes measuring the voltage or the current provided from the subsea electronic module to the slave subsea electronic module, and comparing the measured voltage or current value with a threshold value. when the measured voltage is lower than the threshold value or the measured current is higher than the threshold value, the method powers off or limits a power of at least one of several components of the subsea device which is used to execute one of the several operations using the slave subsea electronic module.
