18433914. VEHICLE AIR CONDITIONING APPARATUS simplified abstract (SUBARU CORPORATION)
Contents
VEHICLE AIR CONDITIONING APPARATUS
Organization Name
Inventor(s)
Masanori Yamamoto of Tokyo (JP)
VEHICLE AIR CONDITIONING APPARATUS - A simplified explanation of the abstract
This abstract first appeared for US patent application 18433914 titled 'VEHICLE AIR CONDITIONING APPARATUS
The vehicle air conditioning apparatus described in the patent application includes a seat, an air conditioner, an occupant detector, an air-conditioning air outlet, and a calculation processor. The seat consists of a first seat and a second seat, while the air-conditioning air outlet has a first outlet near the first seat and a second outlet near the second seat.
- The calculation processor adjusts the air conditioning based on the presence of occupants in the seats, directing conditioned air at different temperatures to maximize comfort and efficiency.
- By detecting the absence of an occupant in the second seat, the processor optimizes the distribution of air from the outlets to enhance the overall air conditioning effect in the vehicle compartment.
Potential Applications: - Automotive industry for vehicle air conditioning systems - Public transportation for improved passenger comfort - Smart home technology for personalized climate control
Problems Solved: - Efficient use of air conditioning resources - Enhanced comfort for occupants in different seating positions - Energy savings through targeted air distribution
Benefits: - Customized air conditioning based on occupancy - Improved air quality and comfort in the vehicle - Energy efficiency and cost savings
Commercial Applications: Title: Advanced Vehicle Air Conditioning System for Enhanced Comfort and Efficiency This technology can be utilized in various vehicles, including cars, buses, and trains, to provide a more comfortable and efficient air conditioning experience for passengers. The market implications include increased demand for smart climate control systems in the automotive industry.
Questions about the technology: 1. How does the occupant detector work in determining the presence of occupants in different seats? The occupant detector uses sensors to detect the weight and movement of occupants in the seats, providing real-time data to the calculation processor for adjusting the air conditioning settings accordingly.
2. What are the potential cost savings associated with this advanced air conditioning system? The optimized air distribution and temperature control in the vehicle compartment can lead to energy savings and reduced fuel consumption, resulting in long-term cost savings for vehicle owners.
Original Abstract Submitted
A vehicle air conditioning apparatus includes a seat, an air conditioner, an occupant detector, an air-conditioning air outlet, and a calculation processor. The seat includes a first seat and a second seat. The air-conditioning air outlet includes a first outlet provided in vicinity of the first seat and a second outlet provided in vicinity of the second seat. When determining that the occupant is not present in the second seat based on an output from the occupant detector, the calculation processor sends out first air-conditioning air from the first outlet into a vehicle compartment and send out second air-conditioning air from the second outlet into the vehicle compartment. The first air-conditioning air is conditioned to be at a first temperature. The second air-conditioning air is conditioned to be at a second temperature set to increase an air conditioning effect.
