Honda motor co., ltd. (20240262167). TEMPERATURE CONTROL SYSTEM simplified abstract
TEMPERATURE CONTROL SYSTEM
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TEMPERATURE CONTROL SYSTEM - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240262167 titled 'TEMPERATURE CONTROL SYSTEM
The abstract describes a temperature control system mounted on a vehicle, consisting of a PU cooling circuit, a refrigeration cycle circuit, a first heat exchanger, a gas-liquid separation device, and a refrigerant cooling circuit.
- The PU cooling circuit allows a first refrigerant to flow through and adjust the temperature of a power unit.
- The refrigeration cycle circuit, used for air conditioning, allows a second refrigerant to flow through.
- The first heat exchanger exchanges heat between the first refrigerant in the PU cooling circuit and the second refrigerant in the refrigeration cycle circuit.
- The gas-liquid separation device separates the first refrigerant into gas and liquid.
- The refrigerant cooling circuit allows the first refrigerant to flow through and communicate with the PU cooling circuit via the gas-liquid separation device.
Potential Applications: - Automotive industry for vehicle temperature control systems - Air conditioning systems in vehicles - Cooling systems for power units in vehicles
Problems Solved: - Efficient temperature control in vehicles - Effective heat exchange between refrigerants - Separation of refrigerant into gas and liquid for optimal performance
Benefits: - Improved temperature regulation in vehicles - Enhanced cooling efficiency for power units - Better overall performance of air conditioning systems
Commercial Applications: Title: Advanced Vehicle Temperature Control System This technology can be used in various vehicles, such as cars, trucks, and buses, to provide efficient temperature control and air conditioning capabilities. This innovation can be marketed to automotive manufacturers and suppliers in the industry.
Questions about the technology: 1. How does the gas-liquid separation device improve the performance of the temperature control system? 2. What are the key advantages of using separate refrigerants in the PU cooling circuit and the refrigeration cycle circuit?
Original Abstract Submitted
a temperature control system is mounted on a vehicle. the temperature control system includes a pu cooling circuit configured to allow a first refrigerant to flow therethrough and adjust a temperature of a power unit, a refrigeration cycle circuit, which is used for air conditioning, configured to allow a second refrigerant to flow therethrough, a first heat exchanger configured to exchange heat between the first refrigerant in the pu cooling circuit and the second refrigerant in the refrigeration cycle circuit, a gas-liquid separation device configured to separate the first refrigerant into gas and liquid, and a refrigerant cooling circuit configured to allow the first refrigerant to flow therethrough and communicate with the pu cooling circuit via the gas-liquid separation device.