Three-dimentional display system based on division multiplexing of viewer's entrance-pupil and display method thereof

A three-dimensional display method of presenting two or more perspective views to a single pupil or each pupil of a viewer through a selective-aperture array based on temporal characteristics, comprising:

• (i) segmenting at least one display screen into at least one sub-screen;
• and
• (ii) at one time-point, turning on a selective aperture, while other selective apertures get turned off;
• and
• (iii) refreshing pixels on each of the at least one sub-screen by the perspective view converging to a point of the zone enclosed by the lines connecting marginal points of the turned-on selective aperture and marginal points of the sub-screen;
• and
• (iv) at different time-points, turning on different selective apertures sequentially, with the at least one display screen being refreshed by corresponding message synchronously,
• wherein the selective-aperture array is arranged such that, for each selective aperture of the selective-aperture array, light beams from the at least one display screen that pass through the selective aperture only can reach a pupil of the viewer;
• wherein the selective-aperture array guides two or more perspective views from the at least one display screen to the single pupil or each of the pupils of the viewer.

A three-dimensional display method of presenting two or more perspective views to a single pupil or each pupil of a viewer through a selective-aperture array of exclusive characteristics, comprising:

• (i) grouping pixels of at least one display screen into different pixel sets, with all pixels of each pixel set emitting light beams with a pre-designed specific characteristic, which makes the light beams being not blocked only by a corresponding selective aperture;
• (ii) segmenting at least one display screen into at least one sub-screen;
• and
• (iii) refreshing pixels belonging to each pixel sets on each of the at least one sub-screen by the perspective view converging to a point of the zone enclosed by the lines connecting marginal points of the corresponding selective aperture and marginal points of the sub-screen,
• wherein the selective-aperture array is arranged such that, for each selective aperture of the selective-aperture array, light beams from the at least one display screen that pass through the selective aperture only can reach a pupil of the viewer;
• wherein the selective-aperture array guides two or more perspective views from the at least one display screen to the single pupil or each of the pupils of the viewer.

A three-dimensional display method of presenting two or more perspective views to a single pupil or each pupil of a viewer through a selective-aperture array of complex characteristics, comprising:

• (i) dividing the selective apertures into different teams, each of which consists of selective apertures with different exclusive characteristics;
• (ii) grouping pixels of at least one display screen into different pixel sets, with all pixels of each pixel set emitting light beams with a pre-designed specific characteristic, which makes the light beams being not blocked only by a corresponding selective aperture of each team;
• (iii) segmenting at least one display screen into at least one of sub-screen;
• (iv) at one time-point, turning on a team of selective apertures, while other teams of selective apertures get turned off;
• (v) refreshing pixels belonging to each pixel set on each of the at least one sub-screen by the perspective view converging to a point of the zone enclosed by the lines connecting marginal points of corresponding selective aperture and marginal points of the sub-screen;
• and
• (vi) at different time-points, turning on different teams of selective apertures sequentially, with the pixel sets being refreshed by corresponding messages synchronously,
• wherein the selective-aperture array is arranged such that, for each selective aperture of the selective-aperture array, light beams from the at least one display screen that pass through the selective aperture only can reach a pupil of the viewer;
• wherein the selective-aperture array guides two or more perspective views from the at east one display screen to the single pupil or each of the pupils of the viewer.