Apple reveals advanced Finger-Mounted Device and Ring Accessories to Assist future MR Headset users maneuver and work in 3D spaces - Patently Apple

1 year ago 67

Today, the U.S. Patent and Trademark Office officially published a patent exertion from Apple relating to their aboriginal Mixed Reality Headset that whitethorn initially oregon yet connection users slip-on digit sensor accessory devices that provides close manus feedback allowing users to enactment with contented seen connected the show of a headset utilizing three-dimensional aerial gestures and much and/or enactment connected a virtual workspace projected successful beforehand of them, arsenic noted successful our screen graphic that represents patent FIG. 28.

In the large picture, Apple's invention covers a finger-mounted instrumentality that whitethorn see finger-mounted units coupled to power circuitry. The power circuitry whitethorn wirelessly transmit accusation gathered with the digit mounted units to an outer instrumentality to power the outer device.

The power circuitry whitethorn besides usage the finger-mounted units to supply a user's fingers with feedback specified arsenic haptic feedback. The slip-on digit sensor devices that volition supply close manus feedback allowing users to enactment with contented seen connected the show of a headset utilizing three-dimensional aerial gestures and more.

Apple's patent FIG. 1 beneath is simply a schematic diagram of an illustrative instrumentality specified arsenic a finger-mounted device; FIG. 2 is apical presumption of a user's manus and illustrative finger-mounted instrumentality components connected fingertips of the user's hand; FIG. 4 is simply a position presumption of an illustrative finger-mounted device; FIGS. 14 and 15 are views showing illustrative mounting arrangements for finger-mounted devices.

Apple's patent FIG. 26 beneath is simply a broadside presumption of an illustrative finger-mounted instrumentality being worn connected a digit astatine a determination different than the extremity of the finger; FIG. 27 is simply a broadside presumption of an illustrative finger-mounted instrumentality with optical sensors for gathering interaction input from the precocious aboveground of a user's finger; and FIG. 28 is simply a diagram showing however markers whitethorn beryllium utilized successful calibrating a strategy successful which a finger-mounted instrumentality is used.

Apple's patent FIG. 29 beneath is simply a diagram showing however ocular elements tin beryllium manipulated by a idiosyncratic who is wearing a finger-mounted device; FIG. 30 is simply a diagram successful which a idiosyncratic is selecting an point successful a database utilizing a finger-mounted device; and FIG. 31 is simply a position presumption of an illustrative finger-mounted instrumentality with ocular markers.

Apple's patent FIG. 3 beneath is an alternate ringing benignant instrumentality design. Apple notes that FIG. 3 may, arsenic an example, beryllium formed from a brushed elastomeric material, fabric, oregon different flexible worldly that allows the idiosyncratic to consciousness surfaces done the ringing (unit #22). If desired, sensors, haptic devices, and oregon different components whitethorn beryllium mounted nether the pad of digit #32 successful locations specified arsenic determination #36.

Apple has listed 19 Technical Points astir this invention arsenic follows:

A finger-mounted physics device, comprising: a assemblage having archetypal and 2nd broadside assemblage portions coupled by an precocious assemblage portion; a unit sensor successful the archetypal broadside assemblage portion, wherein the unit sensor comprises aggregate components each of which produces a abstracted respective unit sensor measurement based connected antithetic amounts of digit compression on the archetypal broadside assemblage portion; a haptic output instrumentality coupled to the body; and power circuitry configured to: stitchery digit input utilizing the unit sensor; supply haptic output utilizing the haptic output instrumentality successful effect to the digit input; and nonstop power signals to an outer physics instrumentality based connected the digit input.
The finger-mounted physics instrumentality further comprising an accelerometer coupled to the body, wherein the power circuitry is configured to stitchery digit pat input with the accelerometer, and wherein the power circuitry includes wireless communications circuitry configured to wirelessly transmit the digit pat input to the outer physics device.
The finger-mounted physics instrumentality further comprising: an optical sensor coupled to the body; and a light-emitting diode coupled to the body.
The finger-mounted physics instrumentality further comprising a biasing operation coupled betwixt the archetypal and 2nd broadside assemblage portions that is configured to propulsion the archetypal and 2nd broadside assemblage portions together.
The finger-mounted physics instrumentality assemblage comprises magnetic portions that mates the archetypal and 2nd broadside assemblage portions together.
The finger-mounted physics instrumentality further comprising ocular markers with which the outer physics instrumentality tracks a determination of the finger-mounted device.
The finger-mounted physics instrumentality includes ocular markers that comprise passive ocular markers.
The ocular markers comprise infrared light-emitting diodes.
The digit mounted physics instrumentality unit sensor is selected from the radical consisting of: a piezoelectric unit sensor, a capacitive unit sensor, and a strain gauge.
The haptic output instrumentality comprises a piezoelectric haptic output device.
The haptic output comprises haptic output selected from the radical consisting of: virtual world haptic output and augmented world haptic output.
A finger-mounted physics device, comprising: a assemblage having archetypal and 2nd broadside assemblage portions coupled by an precocious assemblage portion; ocular markers connected the assemblage with which an outer physics instrumentality tracks a determination of the finger-mounted physics device; a unit sensor; a haptic output device; an accelerometer; and power circuitry configured to: stitchery digit input with the unit sensor and the accelerometer; and supply haptic output with the haptic output device, wherein the haptic output is based connected the digit input and the tracked determination of the finger-mounted physics device.
The finger-mounted physics devices comprise passive ocular markers.
The finger-mounted physics instrumentality comprises aggregate components each of which produces a abstracted respective unit sensor measurement based connected antithetic amounts of digit compression on archetypal broadside assemblage portion.
The power circuitry comprises wireless communications circuitry with which the power circuitry wirelessly transmits power signals to the outer physics instrumentality based connected the digit input.
A finger-mounted instrumentality comprises a U-shaped lodging having archetypal and 2nd broadside lodging portions coupled by an precocious lodging portion; a unit sensor successful the archetypal broadside lodging information that is configured to measurement digit compression; infrared light-emitting diodes connected the U-shaped lodging with which an outer physics instrumentality tracks a determination of the finger-mounted physics device; and power circuitry configured to stitchery digit input with the unit sensor and to nonstop power signals to the outer physics instrumentality based connected the digit input.
The unit sensors comprise aggregate components each of which produces a abstracted respective unit sensor measurement based connected antithetic amounts of digit compression on archetypal broadside lodging portion.
The unit sensor is selected from the radical consisting of: a piezoelectric unit sensor, a capacitive unit sensor, and a strain gauge.
The haptic output device, wherein the power circuitry is configured to supply haptic output utilizing the haptic output device, and wherein the haptic output is based connected the digit input and the tracked determination of the finger-mounted physics device.