SYSTEM, APPARATUS, AND METHOD FOR SELECTIVELY VARYING THE IMMERSION OF A MEDIA EXPERIENCE
An apparatus ( 110 ), system ( 100 ), and method ( 900 ) for enabling a user ( 90 ) to engage in a media experience ( 840 ) while the immersive nature of that experience is selectively varied. Purposeful user actions ( 760 ) as well as environmental stimuli ( 780 ) can serve as triggers ( 750 ) for changes in the operating configuration ( 705 ) of the apparatus ( 110 ). Operating configurations ( 705 ) pertain to operating parameters ( 700 ) that can relate to the sound ( 710 ), display ( 720 ), progression ( 730 ), and haptic ( 740 ) parameters of the media experience ( 840 ) as conveyed through the apparatus ( 110 ).
1 . An apparatus ( 110 ) that provides for enabling a user ( 90 ) within an environment ( 80 ) to access a media content unit ( 840 ), said apparatus ( 110 ) comprising:
a display ( 410 ) that provides for communicating a plurality of visual attributes ( 841 ) from the media content unit ( 840 );
a speaker ( 560 that provides for communicating a plurality of acoustic attributes ( 842 ) from the media content unit ( 840 );
a plurality of parameters ( 700 ) pertaining to the operation of the apparatus ( 110 );
a plurality of configurations ( 705 ) comprised of at least a subset of said plurality of parameters ( 700 ), said plurality of configurations ( 705 ) including a first configuration ( 705 ) and a second configuration ( 705 ), wherein said second configuration ( 705 ) is less immersive than said first configuration ( 705 );
a plurality of triggers ( 750 ) that provide for switching between said configurations ( 705 ), said plurality of triggers ( 750 ) including a first trigger ( 750 ) that provides for switching said apparatus ( 110 ) from said first configuration ( 705 ) to said second configuration ( 705 ).
2 . The apparatus ( 110 ) of claim 1 , wherein said apparatus ( 110 ) is a visor apparatus ( 115 ).
3 . The apparatus ( 110 ) of claim 1 , wherein said apparatus ( 110 ) is a VRD visor apparatus ( 116 ), and wherein said display ( 410 ) is a VRD eyepiece ( 418 ).
4 . The apparatus ( 110 ) of claim 1 , wherein said plurality of triggers ( 750 ) includes a user action ( 760 ) and an environmental stimulus ( 780 ).
5 . The apparatus ( 110 ) of claim 1 , wherein said plurality of triggers ( 750 ) includes a plurality of user actions ( 760 ), said plurality of user actions ( 760 ) including: (a) a user control ( 761 ); (b) an eye-movement gesture ( 762 ); (c) a kinetic gesture ( 763 ); (d) a pre-defined user gesture ( 764 ); (e) a peripheral device input ( 765 ); (f) a pre-defined voice command ( 768 ); and (g) a pre-defined schedule ( 767 ).
6 . The apparatus ( 110 ) of claim 1 , wherein said plurality of triggers ( 750 ) includes a plurality of environmental stimuli ( 780 ), said plurality of environmental stimuli ( 780 ) including: (a) an external sound ( 781 ); (b) an external light ( 782 ); (c) a detected location ( 783 ); (d) a detected proximity ( 784 ); (e) a detected motion ( 785 ); and a (f) an external communication ( 785 ).
7 . The apparatus ( 110 ) of claim 1 , wherein said plurality of parameters ( 700 ) includes: (a) a sound parameter ( 710 ); (b) a display parameter ( 720 ); (c) a progression parameter ( 730 ); and (d) a haptic parameter ( 740 ).
8 . The apparatus ( 110 ) of claim 1 , wherein said plurality of parameters ( 700 ) includes a plurality of sound parameters ( 710 ), said plurality of sound parameters ( 710 ) including: (a) a mute/off ( 711 ); (b) a reduced volume ( 712 ); (c) an oral alert ( 713 ); and (d) an external sound amplification ( 714 ).
9 . The apparatus ( 110 ) of claim 1 , wherein said plurality of parameters ( 700 ) includes a plurality of display parameters ( 720 ), said plurality of display parameters ( 720 ) including: (a) an off ( 721 ); (b) a dimmed ( 722 ); (c) an off/external view ( 723 ); (d) an on/augmented view ( 724 ); (e) a flash ( 725 ); (f) a written alerts ( 726 ); and (g) an increased brightness ( 727 ).
10 . The apparatus ( 110 ) of claim 1 , wherein said plurality of parameters ( 700 ) includes a plurality of progression parameters ( 730 ), said plurality of progression parameters ( 730 ) including: (a) a stop ( 731 ); (b) a pause ( 732 ); and (c) a timed pause ( 733 ).
11 . The apparatus ( 110 ) of claim 1 , wherein said apparatus ( 110 ) includes a plurality of sensors ( 650 ), said plurality of sensors ( 510 ) including an external camera ( 551 ) and a microphone ( 552 ).
12 . The apparatus ( 110 ) of claim 1 , wherein said apparatus ( 110 ) provides for operating in a plurality of operating modes ( 120 ), wherein said plurality of operating modes ( 120 ) include an immersion mode ( 121 ) and an augmentation mode ( 122 ).
13 . The apparatus ( 110 ) of claim 12 , wherein each said operating mode ( 120 ) includes more than one said plurality of configurations ( 705 ).
14 . The apparatus ( 110 ) of claim 1 , wherein said plurality of triggers ( 750 ) includes a first trigger ( 750 , a second trigger ( 750 ), and a third trigger ( 750 ), wherein said third trigger ( 750 ) includes said first trigger ( 750 ) and said second trigger ( 750 ).
15 . The apparatus ( 110 ) of claim 1 , wherein said apparatus ( 110 ) includes an illumination assembly ( 200 ) for generating a plurality of light ( 800 ), an imaging assembly ( 300 ) for modulating said plurality of light ( 800 ) into an image ( 880 ) that is displayed to the user ( 90 ), a tracking assembly ( 500 ) for capturing an eye tracking attribute ( 530 ) from the user ( 90 ) while the user ( 90 ) is viewing an image ( 880 ) from the media content unit ( 840 ), and an augmentation assembly ( 600 ).
16 . The apparatus ( 110 ) of claim 1 , wherein said apparatus ( 110 ) further includes a partially transparent plate ( 430 ), and wherein said tracking assembly ( 500 ) and said augmentation assembly ( 500 ) utilize said partially transparent plate ( 430 ).
17 . A system ( 100 ) that provides for enabling a user ( 90 ) within an environment ( 80 ) to access a media content unit ( 840 ), said system ( 100 ) comprising:
a visor apparatus ( 115 ) that provides for being worn by the user ( 90 ), wherein said visor apparatus ( 115 ) provides for enabling the user ( 90 ) to receive a plurality of visual attributes ( 841 ) and a plurality of acoustic attributes ( 842 ) from the media content unit ( 840 );
a plurality of parameters ( 700 ) that pertain to the operating of said visor apparatus ( 115 );
a plurality of configurations ( 705 ) defined with respect to at least a subset of said plurality of parameters ( 700 ), said plurality of configurations ( 705 ) including a first configuration ( 705 ) and a second configuration ( 705 ), wherein said second configuration ( 705 ) is less immersive than said first configuration ( 705 );
a plurality of triggers ( 750 ) associated with said plurality of configurations ( 705 ), said plurality of triggers ( 750 ) including a first trigger ( 750 ) wherein said first trigger ( 750 ) automatically changes said configuration ( 705 ) for said apparatus ( 110 ) from said first configuration ( 705 ) to said second configuration ( 705 ).
19 . The system ( 100 ) of claim 18 , wherein said plurality of triggers ( 750 ) include a plurality of environmental stimuli ( 780 ).
20 . A method ( 900 ) for a user ( 90 ) to engage in a media experience ( 840 ) through use of a visor apparatus ( 115 ), wherein the visor apparatus ( 115 ) includes a plurality of parameters ( 700 ), said method ( 900 ) comprising:
initiate ( 910 ) a media experience ( 840 );
detect ( 920 ) a trigger ( 750 ) while the user ( 90 ) is engaged in the media experience ( 840 ), wherein said trigger ( 750 ) is not a user control ( 761 );
change ( 930 ) from a first configuration ( 705 ) of a first subset of parameters ( 700 ) to a second configuration ( 705 ) of a second subset of parameters ( 700 ), wherein said second configuration ( 705 ) is less immersive than said first configuration ( 705 ).