Mitsubishi electric corporation (20240263632). SCROLL COMPRESSOR simplified abstract
Contents
SCROLL COMPRESSOR
Organization Name
mitsubishi electric corporation
Inventor(s)
SCROLL COMPRESSOR - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240263632 titled 'SCROLL COMPRESSOR
The abstract describes a scroll compressor with a compression mechanism that includes a fixed scroll and an orbiting scroll to compress working gas. The compressor also features a silencing chamber downstream of the main port for discharging the working gas.
- The compression mechanism of the scroll compressor consists of a fixed scroll and an orbiting scroll.
- The fixed scroll includes a main port for discharging compressed working gas and multiple sub-ports for discharging over-compressed gas.
- A rotary shaft is used to drive the compression mechanism.
- The silencing chamber includes a discharge hole, an expansion part, and several chamber sub-ports for discharging the working gas.
- The silencing chamber is positioned downstream of the main port to reduce noise during gas discharge.
Potential Applications: - HVAC systems - Refrigeration units - Air compressors
Problems Solved: - Noise reduction during gas discharge - Efficient compression of working gas
Benefits: - Improved efficiency - Reduced noise levels - Enhanced performance
Commercial Applications: - Scroll compressors for residential and commercial air conditioning units - Industrial refrigeration systems
Questions about Scroll Compressor Technology: 1. How does the scroll compressor compare to other types of compressors in terms of efficiency? 2. What are the key factors to consider when designing a scroll compressor for specific applications?
Frequently Updated Research: - Ongoing studies on scroll compressor design for enhanced performance and noise reduction.
Original Abstract Submitted
a scroll compressor includes a compression mechanism with a compression chamber. the compression chamber is a combination of a fixed scroll and an orbiting scroll, and is to compress working gas. the fixed scroll includes a main port, and a plurality of sub-ports. the main port is a port through which the working gas compressed in the compression chamber is to be discharged. the sub-ports are ports through which the working gas over-compressed in the compression chamber is to be discharged. the scroll compressor includes a rotary shaft, and a silencing chamber. the rotary shaft drives the compression mechanism. the silencing chamber is disposed downstream of the main port with respect to the flow of the working gas. the silencing chamber includes a discharge hole, an expansion part, and a plurality of chamber sub-ports. the discharge hole is a hole through which the working gas is to be discharged.
