Samsung electronics co., ltd. (20240302067). AIR PURIFIER AND CONTROL METHOD THEREFOR simplified abstract
AIR PURIFIER AND CONTROL METHOD THEREFOR
Organization Name
Inventor(s)
Yongchan Kwon of Suwon-si (KR)
AIR PURIFIER AND CONTROL METHOD THEREFOR - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240302067 titled 'AIR PURIFIER AND CONTROL METHOD THEREFOR
The abstract describes an air purifier with an inlet, outlet, display, sensor, filter, fan, and processor. The processor identifies variations in dust concentration detected by the sensor and controls the display to show filter cleaning information based on the difference in concentrations.
- Inlet to suck air through
- Outlet to discharge filtered air
- Display for information
- Sensor to detect dust concentration
- Filter to filter dust
- Fan to suck and discharge air
- Processor to identify variations in dust concentration and control display
Potential Applications: - Home air purification - Office air quality improvement - Allergy relief
Problems Solved: - Poor indoor air quality - Dust accumulation - Lack of filter maintenance awareness
Benefits: - Cleaner air - Healthier environment - Reduced allergies
Commercial Applications: Title: "Smart Air Purifier for Improved Indoor Air Quality" This technology can be used in homes, offices, hospitals, and other indoor spaces to ensure clean and healthy air, catering to individuals concerned about their respiratory health.
Questions about Air Purifiers: 1. How does the sensor detect variations in dust concentration? The sensor in the air purifier detects dust particles in the air passing through it and measures the concentration to identify any changes.
2. What is the significance of the processor controlling the display based on dust concentration variations? The processor helps in monitoring the effectiveness of the filter and alerts users when it needs cleaning or replacement to maintain optimal air quality.
Original Abstract Submitted
an air purifier comprises: an inlet to suck air therethrough, an outlet to discharge the sucked air, a display; a sensor; a filter configured to filter dust from the sucked air; a fan configured to suck the air through the inlet and discharge the air filtered by the filter through the outlet; and a processor configured to identify a first variation of a concentration of dust having a first size detected by the sensor and a second variation of a concentration of dust having a second size detected by the sensor, and controls the display to display information related to filter cleaning based on a difference between the first variation and the second variation is greater than a preset value. the second size may be greater than the first size.
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