System for dmx-based wireless control of haptic feedback in wearable devices

A system for controlling haptic feedback in one or more wearable devices, the system comprising:

• a Digital Multiplex (DMX) control source configured to generate channel-based control signals comprising one or more DMX channels corresponding to haptic control parameters including multiple levels of haptic intensity;
• a wireless transmitter configured to convert the channel-based control signals into wireless data and transmit the wireless data via radio frequency (RF);
• and
• at least one wearable device comprising:
• a receiver configured to receive the wireless data;
• a control unit operatively coupled to the receiver and configured to process the wireless data;
• and
• a haptic actuator configured to generate a tactile output based on the processed wireless data,
• wherein the system supports simultaneous and independent control of different types of wearable devices.

A system for controlling haptic feedback in one or more wearable devices, the system comprising:

• a Digital Multiplex (DMX) control source configured to generate channel-based control signals comprising one or more DMX channels corresponding to haptic control parameters including activation, intensity, timing, or pattern of a haptic actuator;
• a wireless transmitter configured to convert the channel-based control signals into wireless data and transmit the wireless data via radio frequency (RF);
• and
• at least one wearable device comprising:
• a receiver configured to receive the wireless data;
• a control unit operatively coupled to the receiver and configured to process the wireless data;
• and
• a plurality of lighting elements configured to operate in synchronization with the haptic actuator,
• the haptic actuator comprising a haptic motor configured to generate vibration based on the processed wireless data, wherein the haptic motor comprises an eccentric rotating mass (ERM) motor or a linear resonant actuator (LRA),
• wherein the system supports simultaneous and independent control of different types of wearable devices and supports group-based or zone-based control.