Method that determines an analyte’s concentration, classifies it as low, target, or high, then adjusts a display’s hue in real time to visually indicate the current concentration range.
Systems And Methods For Displaying Analyte Levels
Handheld Vacuum Cleaner
Handheld vacuum design, with parallel motor, filter, and dirt cup axes allowing for quick, downward filter removal for hassle-free cleaning.
Object Detection System For A Robot Vacuum
Object detection sensor and a smart controller, analyzes incoming debris for size and automatically issues notifications when larger objects are detected.
System And Method For Controlling A Motor At Constant RPM
A motor-driven impeller and a smart controller that continuously monitors and filters motor current, automatically adjusting performance for optimal operation.
Adapter For Vacuum Cleaner Assembly
A simple adapter and a handheld nozzle, letting you switch between upright and handheld cleaning quickly.
Surface Cleaning Device With Automated Control
A surface cleaning device that uses an accelerometer or encoder to automatically adjust its cleaning functions based on the user's movement patterns, eliminating the need for manual trigger controls.
Surface Cleaning Device For Generating Surface Identifying Fingerprints
Surface cleaner sensor for creating a unique “surface fingerprint” by converting sensor data into a frequency spectrum, and automatically adjusting its cleaning function for optimal performance.
Surface Cleaning Tool
A surface cleaning tool, with a handle-integrated housing, uses a motor-driven, rotating fluid reservoir and cleaning head—and a valve that opens when the reservoir shifts position—to deliver fluid precisely where it’s needed.
Vacuum Cleaner Assembly
A continuous structural member stretching from the front inlet to the handle, guiding airflow through the motor and into the dirt cup for a sleek, ergonomic cleaning experience.
Self-cleaning Device For Generating Ions
An ionization device, equipped with two electrodes and a motor-driven cleaning unit that slides within its split-cavity housing, automatically cleans both electrodes to ensure peak ion production.
