Bore hole 3D display pixel unit and have 2D or 3D switches device of function

Bore hole 3D display pixel unit and have 2D or 3D switches device of function

  • CN 205,539,739 U
  • Filed: 01/04/2016
  • Issued: 08/31/2016
  • Est. Priority Date: 01/04/2016
  • Status: Active Grant
First Claim
Patent Images

1. a bore hole 3D display pixel cells, it is characterised in that comprise:

  • Pixel cell, comprises emitting red light unit, green emitting unit and blue-light-emitting unit, and described emitting red light unit,Described green emitting unit and described blue-light-emitting unit comprise the most respectively;

    Substrate;

    First electrode layer, is located on described substrate;

    First doped layer, is located on described first electrode layer;

    Second doped layer, is located on described first doped layer;

    AndMultiple the second electrode lays, respectively relatively and be located at being not connected on described second doped layer;

    Optical package, is coated with described pixel cell and comprises at least one optics mixed light district and at least one optical navigation district,At least one mixed light district described is located on described pixel cell, and at least one optical navigation district described is located at least one light describedLearn in mixed light district;

    AndControl circuit, pixel cell described in electrical ties, and transmit 2D picture signal or 3D signal of video signal to described pixel cell;

    InstituteState pixel cell to receive described 2D picture signal and throw with direct projection angle via described optics mixed light district and described optical navigation districtPenetrating light, the eyes of at least one beholder receive the light that described pixel cell is projected, and form 2D image, and described control circuit passesSend 3D signal of video signal to described pixel cell and alternately control each described the second electrode lay and described first electrode layer formed rightThe electric field answered, so that described pixel cell distinguishes projection lights, described pixel list with relative two inclined firing angle degree alternately according to sequentialThe light that unit is projected is respectively via described optics mixed light district and the left eye of described optical navigation district extremely at least one beholder describedAnd right eye, to form right and left eyes anaglyph respectively, and by right and left eyes anaglyph described in the brain perception of described beholderAfter be fused into 3D rendering.

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