TOUCHLESS FAUCET USING HAND TRACKING

Smart overview of the Invention

The patent application details a touchless plumbing fixture system that uses object tracking technology to control water flow and temperature through hand movements, gestures, or poses in a three-dimensional sensory space. This innovative approach eliminates the need for physical contact or manual manipulation of faucet handles, thereby enhancing user convenience and hygiene.

Background and Need

Traditional faucets require manual interaction, which can pose hygiene risks due to germ transfer. While automatic faucets use proximity sensors to mitigate these risks, they lack the ability to adjust water temperature and flow rate without physical contact. The proposed system addresses this gap by offering a fully touchless solution that provides precise control over water settings.

System Components

The system comprises a body for water dispensing, a mixing valve connected to water sources, and an object tracking system. This setup detects control objects, such as hands, in three-dimensional space and interprets their movements to adjust water flow and temperature. The tracking system is preconfigured with various gestures stored in a computer to facilitate user commands.

Technological Integration

The touchless faucet integrates hand tracking technology with electronic components like motors and sensors. These components work together to translate hand gestures into commands that control the faucet's operations. In some embodiments, artificial intelligence is incorporated to adapt gesture recognition to user preferences and habits.

Applications and Benefits

This touchless system is versatile, suitable for residential, commercial, and public settings such as kitchens, bathrooms, restaurants, and hospitals. It offers the dual benefits of enhanced hygiene by reducing contact with high-touch surfaces and providing an ergonomic experience equivalent to traditional manual faucets.