18612644. COMPRESSOR AND FREEZER simplified abstract (DAIKIN INDUSTRIES, LTD.)
Contents
COMPRESSOR AND FREEZER
Organization Name
Inventor(s)
Hiromichi Ueno of Osaka-shi (JP)
Tatsuya Katayama of Osaka-shi (JP)
Kanetaka Miyazawa of Osaka-shi (JP)
Masaaki Adachi of Osaka-shi (JP)
Yuta Yamamoto of Osaka-shi (JP)
COMPRESSOR AND FREEZER - A simplified explanation of the abstract
This abstract first appeared for US patent application 18612644 titled 'COMPRESSOR AND FREEZER
The abstract describes a compressor with fixed and movable members, a discharge port with a discharge valve body, and an outlet flow path with specific dimensions and ratios.
- The compressor includes fixed and movable members.
- The discharge port has a discharge valve body to open and close it.
- The inflow end of the discharge port has a hydraulic diameter formula.
- The outlet flow path is formed between the outflow end of the discharge port and the valve body.
- The outlet flow path has a specific cross-sectional area and hydraulic diameter formula.
- The ratio of hydraulic diameters at the inflow end falls within a specific range.
Potential Applications: - This technology can be used in various types of compressors for efficient operation. - It can be applied in refrigeration systems, air conditioning units, and other cooling devices.
Problems Solved: - Provides precise control over the discharge port for optimal compressor performance. - Ensures efficient flow of compressed air or gas through the system.
Benefits: - Improved efficiency and performance of compressors. - Enhanced control over the discharge process for better overall operation.
Commercial Applications: Title: Advanced Compressor Technology for Enhanced Efficiency This technology can be utilized in industrial compressors, HVAC systems, and automotive air conditioning units to improve energy efficiency and overall performance.
Questions about Compressor Technology: 1. How does the hydraulic diameter formula impact the flow of air or gas in the compressor? - The hydraulic diameter formula determines the efficiency and control of the discharge port, affecting the overall performance of the compressor.
2. What are the specific benefits of using this compressor technology in refrigeration systems? - The benefits include improved energy efficiency, precise control over the discharge process, and enhanced overall performance in refrigeration applications.
Original Abstract Submitted
A compressor includes fixed and movable members with a discharge port penetrating the fixed member and a discharge valve body to open and close the discharge port. An inflow end of the discharge port has a hydraulic diameter Di=4×(Ai/Li), where Ai is an area of the inflow end and Li is a circumferential length at the inflow end. An outlet flow path is formed between an outflow end of the discharge port and the valve body. The outlet flow path has a cross-sectional area Ao=Lo×ho, and a hydraulic diameter Do=4×{Ao/(Lo+Lv)}, where Lo is a circumferential length at the outflow end, ho is a reference lift amount of the valve body, and Lv is a circumferential length of a valve head of the valve body in contact with the outflow end. A ratio Do/Di at the inflow end is 0.602 to 0.740.
