Wristband device for enhanced audience engagement at live events

A wristband device for enhanced audience engagement at live events, wherein the wristband device comprises:

• a plurality of LEDs distributed around a band for providing light emission;
• a central dial unit incorporating
• a haptic motor with variable speed control for providing vibrational feedback,
• a control unit for managing lighting patterns and colors of the plurality of LEDs and a level of intensity of the vibration of the haptic motor, wherein the band comprising the plurality of LEDs passes through the central dial unit, wherein the control unit employs Digital Multiplex signals to control the plurality of LEDs and the haptic motor via radio frequency through one or more transmitters, wherein the control unit operates on multiple frequencies, specifically 2.4 GHz and 5 GHz, and
• an RFID-based chip for data collection and communication with event management systems;
• and
• a flexible strap unit comprising a first strap and a second strap, respectively connected to opposite end portions of the central dial unit, wherein the first strap is equipped with multiple evenly spaced holes for adjustable fitting, and the second strap comprises a clasp that engages with the holes of the first strap for securing the device on the wrist.

A wristband device for enhanced audience engagement at live events, wherein the wristband device comprises:

• a plurality of LEDs comprising up to thirty-six ultra-high brightness LEDs distributed around a band to provide 360-degree light emission, wherein each LED has a 120-degree emission angle;
• a central dial unit incorporating
• a haptic motor with several levels of vibration intensity for providing synchronized vibrational feedback corresponding to an event's audio or visual elements,
• a control unit for managing lighting patterns and colors of the plurality of LEDs and the several levels of the vibrational intensity of the haptic motor, wherein the band comprising the plurality of LEDs passes through the central dial unit, wherein the control unit employs Digital Multiplex signals to control the plurality of LEDs and the haptic motor via radio frequency through one or more transmitters, wherein the control unit operates on multiple frequencies, specifically 2.4 GHz and 5 GHz, and
• an RFID-based chip for data collection and communication with event management systems;
• and
• an integrated rechargeable battery chargeable via a USB port;
• and
• a flexible strap unit comprising a first strap and a second strap, respectively connected to opposite end portions of the central dial unit, wherein the first strap is equipped with multiple evenly spaced holes for adjustable fitting, and the second strap comprises a clasp that engages with the holes of the first strap for securing the device on the wrist.