Holder for attaching a virtual reality device controller to an implement
A virtual reality controller holder is provided. The virtual reality controller holder comprises a resilient base that is adapted to releasably fasten to a handheld implement, the resilient base having an inner side that faces the handheld implement during use and an outer side opposite the inner side. The virtual reality controller holder further comprises a resilient sleeve disposed on the outer side of the base, the resilient sleeve adapted to receive and expand around a handle of a virtual reality controller. Embodiments of the virtual reality controller holder further comprise a retaining strap to secure the controller to the holder.
1 . A virtual reality controller holder comprising:
a resilient base that releasably fastens to a handheld implement, the resilient base having an inner side that faces the handheld implement during use and an outer side opposite the inner side;
a resilient sleeve disposed on the outer side of the resilient base, the resilient sleeve adapted to receive and stretch around a handle of a virtual reality controller, wherein the resilient sleeve defines a controller receiving area for receiving the handle of the virtual reality controller, wherein the controller receiving area extends from a first end to a second end and is open at the first end to allow the handle of the virtual reality controller to be inserted into the controller receiving area through the first end, wherein the resilient sleeve is adapted to support the handle of the virtual reality controller in an angled position angled away from the handheld implement moving along the controller receiving area toward the first end of the controller receiving area; and
a retaining strap to secure the virtual reality controller to the virtual reality controller holder.
2 . The virtual reality controller holder of claim 1 , wherein the retaining strap is coupled to the resilient sleeve and is adapted to loop around a tracking ring of the virtual reality controller to retain the virtual reality controller.
3 . The virtual reality controller holder of claim 1 , wherein the resilient base has a first longitudinal axis and the resilient sleeve has a second longitudinal axis, and wherein the first longitudinal axis is angled from the first longitudinal axis.
4 . The virtual reality controller holder of claim 3 , wherein the second end of the controller receiving area is open to allow the handle of the virtual reality controller to extend out of the second end of the controller receiving area.
5 . The virtual reality controller holder of claim 4 , wherein the controller receiving area is tilted relative to the resilient base.
6 . The virtual reality controller holder of claim 4 , wherein the resilient sleeve comprises a sleeve base wall and an arcuate sleeve outer portion.
7 . The virtual reality controller holder of claim 6 , wherein the resilient base comprises longitudinal stiffening ribs.
8 . The virtual reality controller holder of claim 6 , wherein the sleeve base wall forms an incline, wherein the incline is adapted to angle away from the handheld implement moving toward the first end of the controller receiving area.
9 . The virtual reality controller holder of claim 8 , further comprising a plurality of flexible, resilient securing straps extending laterally from the resilient base, the plurality of flexible, resilient securing straps adapted to wrap around the handheld implement.
10 . The virtual reality controller holder of claim 9 , further comprising a plurality of protrusions extending from the resilient base, wherein each of the plurality of flexible, resilient securing straps is adapted to releasably couple to a respective protrusion from the plurality of protrusions.
11 . The virtual reality controller holder of claim 9 , wherein the plurality of flexible, resilient securing straps comprises:
a first securing strap;
a second securing strap; and
a third securing strap, wherein the virtual reality controller holder further comprises a first transition between the first securing strap and the second securing strap and a second transition between the second securing strap and the third securing strap, wherein the first transition comprises a first plurality of curves having multiple radii, and wherein the second transition comprises a second plurality of curves having multiple radii.
12 . The virtual reality controller holder of claim 1 , further comprising:
a plurality of ribs on the inner side of the virtual reality controller holder, the plurality of ribs adapted to contact an outer surface of the handheld implement to inhibit rotation of the virtual reality controller holder.
13 . The virtual reality controller holder of claim 1 , wherein the virtual reality controller holder is adapted to attach to a baseball bat or a softball bat.
14 . A method sports training, the method comprising:
attaching a virtual reality controller holder to a handheld implement, the virtual reality controller holder comprising:
a resilient base that is releasably fastens to the handheld implement, the resilient base having an inner side that faces the handheld implement during use and an outer side opposite the inner side;
a resilient sleeve disposed on the outer side of the resilient base, the resilient sleeve adapted to receive and stretch around a grip of a virtual reality controller of a virtual reality system, wherein the resilient sleeve defines a controller receiving area for receiving the grip of the virtual reality controller, wherein the controller receiving area extends from a first end to a second end and is open at the first end to allow the grip of the virtual reality controller to be inserted into the controller receiving area through the first end, wherein the resilient sleeve is adapted to support the grip of the virtual reality controller in an angled position angled away from the handheld implement moving along the controller receiving area toward the first end of the controller receiving area; and
a retaining strap to secure the virtual reality controller to the virtual reality controller holder;
inserting the grip of the virtual reality controller into the resilient sleeve through the first end of the controller receiving area with a tracking ring of the virtual reality controller away from the handheld implement;
securing the virtual reality controller to the virtual reality controller holder, wherein securing the virtual reality controller to the virtual reality controller comprises looping the retaining strap around the tracking ring of the virtual reality controller and securing the retain strap;
displaying on a display of the virtual reality system a virtual moving object;
acquiring movement data by tracking movement of the handheld implement along a trajectory; and
using the movement data to train a user in the user of the handheld implement.
15 . The method of claim 14 , wherein the handheld implement is a baseball bat or a softball bat.
16 . The method of claim 15 , wherein attaching the virtual reality controller holder to the handheld implement comprises attaching the virtual reality controller holder on a taper between a barrel and a handle of the baseball bat or the softball bat.
17 . The method of claim 14 , wherein the virtual reality controller holder comprises a plurality of flexible, resilient securing straps and wherein attaching the virtual reality controller holder to the handheld implement comprises releasably securing the plurality of flexible, resilient securing straps around the handheld implement.
18 . The method of claim 17 , wherein the virtual reality controller holder comprises a plurality of protrusions and wherein releasably securing the plurality of flexible, resilient securing straps around the handheld implement comprises securing each of the flexible, resilient securing straps to a respective protrusion from the plurality of protrusions.
19 . The method of claim 14 , wherein the virtual moving object is a virtual baseball.
20 . The method of claim 19 , further comprising displaying a pitcher pitching the virtual baseball on the display of the virtual reality system.