Three-dimensional eyeglasses for viewing 2d image or object image as 3d image

A three-dimensional glasses (200) making 2D image (L) to be seen into 3D image, comprising:

• a left first reflector (11) that is coupled to a left fourth reflector (14), reflecting a 2D image (L);
• a left second reflector (12) that is coupled to a left third reflector (13), reflecting the image reflected from the left first reflector (11) to the left third reflector (13);
• the left third reflector (13) that is coupled to a right side of a left glasses frame (55), reflecting the image reflected from the second reflector (12) to the fourth reflector (14);
• the left fourth reflector (14) that is coupled to a left side of the left glasses frame (55), reflecting the image reflected by the left third reflector (13) into a left eye (19);
• a right first reflector (15) that is coupled to a right fourth reflector (18), reflecting the 2D image (L);
• a right second reflector (16) that is coupled to a right third reflector (17), reflecting the image reflected from the right first reflector (15) to the right third reflector (17);
• the right third reflector (17) that is coupled to a left side of the right glasses frame (66), reflecting the image reflected from the right second reflector (16) to the right fourth reflector (18);
• and
• the right fourth reflector (18) that is coupled to a right side of the right glasses frame (66), reflecting the image reflected by the right third reflector (17) into a right eye (20), wherein
• the three-dimensional glasses (200) is characterized to form the three-dimensional image by the different images entering the left/the right eye (19, 20) being composed in a brain.

A three-dimensional glasses (300) making object images (L, R) to be seen with a 3D image enhanced more than when viewed with a naked eye, comprising:

• a left first reflector (1′) that is coupled to a left side of a left glasses frame (5′), reflecting the object image (L);
• a left second reflector (2′) that is coupled to a right side of the left glasses frame (5′), reflecting the image reflected from the first reflector (1′) into a left eye (7′);
• a right first reflector (3′) that is coupled to a right side of a right glasses frame (6′), reflecting the object image (R);
• and
• a right second reflector (4′) that is coupled to a left side of the right glasses frame (6′), reflecting the image reflected by the right first reflector (3′) into a right eye (8′), wherein the three-dimensional glasses (300) is characterized to form the three-dimensional image by the different images entering the left/right eyes (7′, 8′) being composed in a brain, 3D glasses (300) making the object images (L, R) to be seen into 3D image enhanced more.

A three-dimensional glasses (400) making object images (L, R) to be seen with a 3D image enhanced more than when viewed with a naked eye, comprising:

• a left first reflector (11′) that is coupled to a left fourth reflector (14′), reflecting the object image (L);
• a left second reflector (12′) that is coupled to a left third reflector (13′), reflecting the image reflected from the left first reflector (11′) to left the third reflector (13′);
• the left third reflector (13′) that is coupled to a right side of a left glasses frame (55′), reflecting the image reflected from the second reflector (12′) to a fourth reflector (14′);
• the left fourth reflector (14′) that is coupled to a left side of the left glasses frame (55′), reflecting the image reflected by the left third reflector (13′) into a left eye (19′);
• a right first reflector (15′) that is coupled to a right fourth reflector (18′), reflecting the object image (R);
• a right second reflector (16′) that is coupled to a right third reflector (17′), reflecting the image reflected from the right first reflector (15′) to the right third reflector (17′);
• the right third reflector (16′) that is coupled to a left side of the right glasses frame (66′), reflecting the image reflected from the right second reflector (16′) to the right fourth reflector (18′);
• and
• the right fourth reflector (18′) that is coupled to a right side of the right glasses frame (66′), reflecting the image reflected by the right third reflector (17′) into a right eye (20′), wherein the three-dimensional glasses (400) is characterized to form the three-dimensional image by the different images entering the left/the right eyes (19′, 20′) being composed in a brain, 3D glasses (400) making the objects images (L, R) to be seen into 3D image enhanced more.