Both side screen for combined use of 2D/3D images

A multi-sided screen for viewing 2D and 3D images, said multi-sided screen comprising:

• a reflection layer having a first surface and a second surface, said reflection layer being formed by depositing or applying aluminum on a surface of a screen material of the first and second surface of the multi-sided screen configured to receive and/or reflect a projected image;
• a 3D image screen surface coupled to the first surface of the reflection layer forming a front surface of the multi-sided screen, said 3D image screen surface comprising resin having a refraction rate of 1.6 or less;
• a 2D image screen face coupled to the second surface of the reflection layer forming a rear surface of the multi-sided screen, said 2D image screen comprising a white colored material having a surface particle degree of 80-1500 mesh;
• a support rod configured to support the multi-sided screen;
• and
• a fixing device coupled to the support rod and multi-sided screen,
• wherein the front surface and the rear surface of the multi-sided screen are formed differently from different materials,
• wherein said support rod is configured to rotate between the front surface and the rear surface of the multi-sided screen,
• wherein said fixing device is configured so that the support rod is connected and disconnected from the front and rear surface of the multi-sided screen, and
• wherein the support rod comprises a first bent line and a second bent line on a lower part of the multi-sided screen to enable the selection between the 2D image screen and 3D image screen depending on a rotation of the support rod.

A multi-sided screen for viewing 2D and 3D images, said multi-sided screen comprising:

• a reflection layer having a first surface and a second surface, said reflection layer being formed by depositing or applying aluminum on a surface of a screen material of the first and second surface of the multi-sided screen configured to receive and/or reflect a projected image;
• a 3D image screen surface coupled to the first surface of the reflection layer forming a front surface of the multi-sided screen, said 3D image screen surface comprising resin having a refraction rate of 1.6 or less;
• and
• a 2D image screen face coupled to the second surface of the reflection layer forming a rear surface of the multi-sided screen, said 2D image screen comprising a white colored material having a surface particle degree of 80-1500 mesh,
• wherein the front surface and the rear surface of the multi-sided screen are formed differently from different materials, and
• wherein the multi-sided screen is connected to a roll screen, the roll screen being configured to be rotatable around a rotation axis to enable the selection of one of the 2D image screen and the 3D image screen.