Touchless Temple Bell System
A contactless bell-ringing system for temples and public religious places that preserves traditional practices while improving hygiene through ultrasonic and IR sensor-based touchless detection.
- Touchless hand detection using ultrasonic and IR sensors
- Automatic bell activation without physical contact
- Hygienic and safe operation
- Fast response and reliable sensing
- Easy integration with existing temple infrastructure
Traditional temple bells require physical contact, which can lead to hygiene concerns in high-footfall public places. During health-sensitive periods, touching common surfaces increases the risk of infection transmission.
Oxymora developed a Touchless Temple Bell System using ultrasonic and IR sensor-based detection. When a devotee moves their hand near the sensing zone, the system automatically triggers the bell through an embedded control mechanism.
- Ultrasonic sensors
- IR sensors
- Embedded microcontroller
- Actuation mechanism for bell triggering
- Power supply and protection circuitry
- Embedded C/C++
- Sensor fusion and detection logic
- Actuator control algorithms
Improved hygiene in public religious places. Maintained traditional bell-ringing experience. Reduced physical contact in high-footfall areas. Demonstrated practical use of touchless automation.