Abstract: Provided is a three-dimensional (3D) viewing device, comprising a body adapted to connect to a head-worn device, having a space therein, and a base side and opposite lateral sides neighboring thereto, the body comprising two openings symmetrically formed on the opposite lateral sides respectively; two displays disposed in the space; two light sources disposed in the space at the base side, and oriented toward the two displays respectively; and two sets of projection lenses disposed in the space at the two openings respectively, adapted to project the images of the two displays out of the two openings toward the two eyes of the head-worn device user, respectively. A 3D viewing and interacting system thereof is also provided.

Abstract: Provided is a three-dimensional (3D) viewing device, comprising a body adapted to connect to a head-worn device, having a space therein, and a base side and opposite lateral sides neighboring thereto, the body comprising two openings symmetrically formed on the opposite lateral sides respectively; two displays disposed in the space; two light sources disposed in the space at the base side, and oriented toward the two displays respectively; and two sets of projection lenses disposed in the space at the two openings respectively, adapted to project the images of the two displays out of the two openings toward the two eyes of the head-worn device user, respectively. A 3D viewing and interacting system thereof is also provided.

Abstract: A unit module compartment structure includes: a first unit module compartment, including a first partition board having connection means at one end, and a second partition board having connection means at two ends thereof, respectively, the connection means of the first partition board and the connection means at one end of the second partition board being connected so as to form a first angle less than 90°; and a second unit module compartment, including a third partition board having connection means at one end, and a fourth partition board having connection means at two ends thereof, respectively, wherein the connection means at one end of the third partition board, the connection means at one end of the fourth partition board and the connection means at another end of the second partition board are connected so as to form a second angle identical with the first angle.

Abstract: A unit module compartment structure includes: a first unit module compartment, including a first partition board having connection means at one end, and a second partition board having connection means at two ends thereof, respectively, the connection means of the first partition board and the connection means at one end of the second partition board being connected so as to form a first angle less than 90°; and a second unit module compartment, including a third partition board having connection means at one end, and a fourth partition board having connection means at two ends thereof, respectively, wherein the connection means at one end of the third partition board, the connection means at one end of the fourth partition board and the connection means at another end of the second partition board are connected so as to form a second angle identical with the first angle.

Abstract: An evacuation cabin includes an upper housing and a lower housing. The upper housing has a joining portion along a bottom edge of the upper housing and an opening at middle of one side of the upper housing for receiving an upper part of a water-sealable door. The lower housing has a joining portion corresponding and sealed to the joining portion of the upper housing such that the upper housing and the lower housing are sealed integrally and water-sealably, and an opening corresponding to the opening of the upper housing and for receiving a lower part of the water-sealable door. There are accommodated in the lower housing a power source acting as a weight to lower the center of gravity of the evacuation cabin so as to maintain the evacuation cabin in a stable condition when water floods the ground. A chassis, provided underneath the evacuation cabin, is mounted with an axle for installing wheels so that the evacuation cabin can stand stationary or be transported as a trailer by a mobile.

Abstract: An evacuation cabin includes an upper housing and a lower housing. The upper housing has a joining portion along a bottom edge of the upper housing and an opening at middle of one side of the upper housing for receiving an upper part of a water-sealable door. The lower housing has a joining portion corresponding and sealed to the joining portion of the upper housing such that the upper housing and the lower housing are sealed integrally and water-sealably, and an opening corresponding to the opening of the upper housing and for receiving a lower part of the water-sealable door. There are accommodated in the lower housing a power source acting as a weight to lower the center of gravity of the evacuation cabin so as to maintain the evacuation cabin in a stable condition when water floods the ground. A chassis, provided underneath the evacuation cabin, is mounted with an axle for installing wheels so that the evacuation cabin can stand stationary or be transported as a trailer by a mobile.