Instrumented bridge hand glove for cue sports cue guidance
A performance monitoring bridge hand glove for cue sports cues includes a hand enclosure including segments from hand to at least knuckle for each of a middle finger, a pointer finger and a thumb. The glove further includes a thumb webbing sensor array embedded in a webbing portion between the thumb and the pointer finger, and a middle finger sensor array embedded in a distal end of one of the segments for the middle finger. The glove yet further includes a switch communicatively coupled to the thumb webbing sensor array and the middle finger sensor array and switched on by the thumb webbing sensor array and the middle finger sensor array. Finally, the glove includes a feedback element activated by the switch and a power source fixed to the hand enclosure powering the arrays, the switch and the feedback element.
1 . A performance monitoring bridge hand glove for cue sports cues comprising:
a hand enclosure including segments from a hand portion corresponding to a human hand to at least a knuckle portion corresponding to a knuckle of the human hand for each of a middle finger portion corresponding to a middle finger of the human hand, a pointer finger portion corresponding to a pointer finger of the human hand and a thumb portion corresponding to a thumb of the human hand;
a thumb webbing sensor array embedded in a webbing portion between the thumb portion and the pointer finger portion;
a middle finger sensor array embedded in a distal end of one of the segments for the middle finger portion;
a switch communicatively coupled to the thumb webbing sensor array and the middle finger sensor array and configured to be switched on by a concurrent activation of both the thumb webbing sensor array and also the middle finger sensor array;
a feedback element activated by the switch; and,
a power source fixed to the hand enclosure and configured to power the thumb webbing sensor array, the middle finger sensor array, the switch and the feedback element.
2 . The performance monitoring bridge hand glove of claim 1 , wherein the performance monitoring bridge glove lacks segments for a pinky finger portion corresponding to the human hand and a ring finger portion corresponding to the human hand.
3 . The performance monitoring bridge hand glove of claim 1 , wherein the feedback element is a light emitting diode (LED) lamp activated by the switch to emit light.
4 . The performance monitoring bridge hand glove of claim 1 , wherein the feedback element is a piezoelectric speaker activated by the switch to emit a tone.
5 . The performance monitoring bridge hand glove of claim 1 , wherein the feedback element is a piezoelectric haptic vibrator activated by the switch to emit vibrations.
6 . The performance monitoring bridge hand glove of claim 1 , further comprising a wireless transmitter fixed to the hand enclosure, coupled to the each of the thumb webbing sensor array and the middle finger sensor array and adapted to wirelessly transmit data received from the thumb webbing sensor array and the middle finger sensor array to a mobile computing device.
7 . The performance monitoring bridge hand glove of claim 1 , wherein the thumb webbing sensor array and the middle finger sensor array are pressure sensors.
8 . The performance monitoring bridge hand glove of claim 7 , wherein the switch activates responsive to a threshold minimum pressure sensed by the pressure sensors.
9 . The performance monitoring bridge hand glove of claim 8 , wherein the switch deactivates responsive to a threshold maximum pressure sensed by the pressure sensors.
10 . The performance monitoring bridge hand glove of claim 9 , wherein the threshold minimum pressure and the threshold maximum pressure are set by respective potentiometers fixed to the hand enclosure and coupled to each of the thumb webbing sensor array and the middle finger sensor array.