Apparatus, system, and method for controlling artificial-reality environments
View Patent ↗An artificial-reality apparatus may include a wearable band dimensioned to be worn around a portion of a user's hand. The artificial-reality apparatus may also include a primary tactile-input location at an outer surface of the wearable band to facilitate inspecting an artificial-reality element when another hand of the user activates the primary tactile-input location. Additionally, the artificial-reality apparatus may include a secondary tactile-input location at the outer surface of the wearable band to facilitate manipulating the artificial-reality element when the user's other hand simultaneously activates the primary tactile-input location and the secondary tactile-input location. Furthermore, the artificial-reality apparatus may include a computing subsystem contained by the wearable band that communicatively couples the primary tactile-input location and the secondary tactile-input location to an artificial-reality system. Various other apparatuses, systems, and methods are also disclosed.
1. An artificial-reality apparatus comprising:
a wearable band dimensioned to be worn around a portion of a user's first hand;
a primary tactile-input location at an outer surface of the wearable band to facilitate inspecting a state of an artificial-reality element when a second hand of the user activates the primary tactile-input location;
a secondary tactile-input location at the outer surface of the wearable band to facilitate changing the state of the artificial-reality element when the user's second hand simultaneously squeezes both the primary tactile-input location and the secondary tactile-input location, wherein changing the state of the artificial-reality element comprises moving the artificial-reality element within an artificial-reality environment; and
a computing subsystem contained by the wearable band that communicatively couples the primary tactile-input location and the secondary tactile-input location to an artificial-reality system.
2. The artificial-reality apparatus of claim 1 , wherein the wearable band is dimensioned to be worn around at least one of:
a wrist of the user's first hand; or
a finger of the user's first hand.
3. The artificial-reality apparatus of claim 1 , wherein the primary tactile-input location comprises at least one of:
a primary tactile sensor activated by a touch from the user's second hand; or
a primary tactile switch activated by a depression of the primary tactile switch by the user's second hand.
4. The artificial-reality apparatus of claim 1 , wherein the primary tactile-input location facilitates inspecting the state of the artificial-reality element by at least one of:
manipulating a cursor in the artificial-reality system;
selecting the artificial-reality element in the artificial-reality system; or
inspecting a menu about the artificial-reality element.
5. The artificial-reality apparatus of claim 4 , wherein the cursor in the artificial-reality system is positioned based on at least one of:
a position of the wearable band;
an eye gaze of the user; or
a position of a head of the user.
6. The artificial-reality apparatus of claim 1 , wherein the secondary tactile-input location comprises at least one of:
a secondary tactile sensor activated by a touch from the user's second hand; or
a secondary tactile switch activated by a depression of the secondary tactile switch by the user's second hand.
7. The artificial-reality apparatus of claim 1 , wherein the secondary tactile-input location facilitates changing the state of the artificial-reality element by at least one of:
selecting the artificial-reality element in the artificial-reality system;
inspecting a menu about the artificial-reality element;
or
adjusting a property of the artificial-reality element.
8. The artificial-reality apparatus of claim 1 , wherein the secondary tactile-input location facilitates moving the artificial-reality element based on at least one of:
a position of the wearable band;
an eye gaze of the user; or
a position of a head of the user.
9. The artificial-reality apparatus of claim 1 , wherein the computing subsystem couples the primary tactile-input location and the secondary tactile-input location to the artificial-reality system by at least one of:
a wired connection; or
a wireless connection.
10. An artificial-reality system comprising:
an artificial-reality headset dimensioned to be worn on a user's head, wherein the artificial-reality headset outputs a feedback about an artificial-reality environment to the user;
an artificial-reality apparatus dimensioned to be worn around a portion of a first hand of the user, the artificial-reality apparatus comprising:
a primary tactile-input location at an outer surface of the artificial-reality apparatus to facilitate inspecting a state of an artificial-reality element when a second hand of the user activates the primary tactile-input location; and
a secondary tactile-input location at the outer surface of the artificial-reality apparatus to facilitate changing the state of the artificial-reality element when the user's second hand simultaneously squeezes both the primary tactile-input location and the secondary tactile-input location, wherein changing the state of the artificial-reality element comprises moving the artificial-reality element within the artificial-reality environment; and
a computing subsystem that communicatively couples the artificial-reality apparatus to the artificial-reality headset.
11. The artificial-reality system of claim 10 , wherein the artificial-reality headset outputs a feedback about at least one of:
visual information about the artificial-reality environment; or
audio information about the artificial-reality environment.
12. The artificial-reality system of claim 10 , wherein the artificial-reality apparatus is dimensioned to be worn around at least one of:
a wrist of the user's first hand; or
a finger of the user's first hand.
13. The artificial-reality system of claim 10 , wherein the primary tactile-input location facilitates inspecting the state of the artificial-reality element by at least one of:
manipulating a cursor in the artificial-reality environment;
selecting the artificial-reality element in the artificial-reality environment; or
inspecting a menu about the artificial-reality element.
14. The artificial-reality system of claim 13 , wherein the cursor in the artificial-reality environment is positioned based on at least one of:
a position of the artificial-reality apparatus;
an eye gaze of the user; or
a position of the artificial-reality headset.
15. The artificial-reality system of claim 10 , wherein the secondary tactile-input location facilitates changing the state of the artificial-reality element by at least one of:
selecting the artificial-reality element in the artificial-reality environment;
inspecting a menu about the artificial-reality element;
or
adjusting a property of the artificial-reality element.
16. The artificial-reality system of claim 10 , wherein the secondary tactile-input location facilitates moving the artificial-reality element based on at least one of:
a position of the artificial-reality apparatus;
an eye gaze of the user; or
a position of the artificial-reality headset.
17. The artificial-reality system of claim 10 , wherein the computing subsystem couples the artificial-reality apparatus to the artificial-reality headset by at least one of:
a wired connection; or
a wireless connection.
18. A method comprising: detecting, by a computing subsystem, a change in at least one of: a state of a primary tactile-input location at an outer surface of an artificial-reality apparatus worn around a portion of a user's hand that is dimensioned to facilitate inspecting a state of an artificial-reality element; and a state of a secondary tactile-input location at the outer surface of the artificial-reality apparatus worn around the portion of the user's hand that is dimensioned to facilitate changing the state of the artificial-reality element in conjunction with the primary tactile-input location when the user simultaneously squeezes both the primary tactile-input location and the secondary tactile-input location, wherein changing the state of the artificial-reality element comprises moving the artificial-reality element within an artificial-reality environment; manipulating the artificial-reality element in the artificial-reality environment based on the detected change; and adjusting a feedback about the artificial-reality element that is output from an artificial-reality headset worn on a head of the user.
19. The method of claim 18 , wherein manipulating the artificial-reality element in the artificial-reality environment comprises at least one of:
selecting the artificial-reality element in the artificial-reality environment;
or
adjusting a property of the artificial-reality element.
20. The method of claim 18 , wherein adjusting the feedback about the artificial-reality element comprises at least one of:
presenting information about the artificial-reality element based on the state of the primary tactile-input location;
adjusting visual information about the artificial-reality environment based on a change in the artificial-reality element; or
adjusting audio information about the artificial-reality environment based on a change in the artificial-reality element.