Gm global technology operations llc (20240262533). ELECTRICALLY CHARGED LUNAR REGOLITH COLLECTION DEVICES FOR LUNAR ROVERS simplified abstract
Contents
ELECTRICALLY CHARGED LUNAR REGOLITH COLLECTION DEVICES FOR LUNAR ROVERS
Organization Name
gm global technology operations llc
Inventor(s)
Felipe Cuellar-ferreira of Madison Heights MI (US)
Babak Makkinejad of Troy MI (US)
Maria Rossana Ruiz of Detroit MI (US)
ELECTRICALLY CHARGED LUNAR REGOLITH COLLECTION DEVICES FOR LUNAR ROVERS - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240262533 titled 'ELECTRICALLY CHARGED LUNAR REGOLITH COLLECTION DEVICES FOR LUNAR ROVERS
The abstract describes a patent application for a lunar rover that includes a body, collection devices for lunar regolith, and a power supply. The rover also features a movable arm, polarity sensors, and a controller to control the power supply based on the detected polarity of the lunar regolith.
- The lunar rover has a body, collection devices, and a power supply.
- Collection devices include walls with openings and plates for collecting lunar regolith.
- A movable arm is connected to the body and collection devices.
- Polarity sensors detect the polarity of lunar regolith.
- A controller adjusts the power supply based on the detected polarity.
Potential Applications: - Exploration of lunar surface for scientific research - Collection of lunar regolith samples for analysis - Testing and development of technology for future lunar missions
Problems Solved: - Efficient collection of lunar regolith - Adaptation to varying polarity of lunar regolith - Enhanced control and precision in sampling operations
Benefits: - Improved data collection and analysis - Increased efficiency in lunar exploration missions - Enhanced capabilities for future space exploration endeavors
Commercial Applications: Title: Lunar Rover Technology for Lunar Exploration Missions This technology can be utilized by space agencies, research institutions, and private companies involved in lunar exploration missions. It can enhance the efficiency and accuracy of data collection on the lunar surface, leading to advancements in scientific research and potential commercial opportunities in space exploration.
Prior Art: Readers can explore prior patents related to lunar rovers, collection devices, and robotic systems for space exploration to gain a deeper understanding of the technological advancements in this field.
Frequently Updated Research: Stay updated on the latest developments in lunar rover technology, robotic systems for space exploration, and advancements in lunar surface exploration techniques to enhance your knowledge in this area.
Questions about Lunar Rover Technology: 1. How does the movable arm of the lunar rover contribute to its functionality? 2. What are the key challenges in designing collection devices for lunar regolith sampling?
Original Abstract Submitted
a lunar rover includes a body, at least one collection device configured to collect lunar regolith, and a power supply. in some examples, the collection device includes at least one wall defining an opening and at least one plate positioned in the opening. the power supply is configured to apply a voltage difference across the collection device. in some examples, the lunar rover further includes a movable arm including an end connected to the body and another end connected to the collection device, at least one polarity sensor configured to detect a polarity of lunar regolith adjacent to the lunar rover, and a controller configured to control the power supply to apply a voltage difference across the collection device based on the detected polarity of the lunar regolith adjacent to the lunar rover. other examples of lunar rovers are also disclosed.
