•   Simultaneous display having two dimensional (2D) and three dimensional (3D) perspective images.

•   Plain mechanical and electronic structure. Easily manufactured and developed.

•   High lucidity and resolution in pictures is presented in (2D) manufactured samples even better than the normal current televisions.

•   Manufacturability in different dimensions and applications for advertisements, notices and educational depiction in training centers.

•   Low expenses in manufacturing due to plain structure and easy application in comparison with current (3D) monitors in the market.

   

   3D and 2D Monitor characteristics:

•   Input videos are saved in memory circuit to be displayed in case of need. This video may consist animations which is most favored in advertisements and commercial notices

•   Inputs are loaded in serial ports hence unlimited images can be loaded and saved for depicting. By developing concerned software a normal user can easily create his/her images

   

  Fields of application:

•   General: in television and 3D monitors

•   Publicity and media: in professionally manufactured 3D monitors to display animations

•   In computer designing (CADCAM): high quality 3D modeling for parts, pieces and fragments

•   In education: profound explanation of spatial, spatial chemical and geometry subjects
   
  This is to mention that presented sample is an absolute perfect and there is no hardware alteration and based on different application just software will change.
   

  Following are videos and images taken of four different 3D pictures of the project. The depth of these images in regard with monitor dimension is 120mm. Since they are 2D images and can not display this depth, for better perception, identical 3D images are designed by computer next to these pictures. (Videos A1, B1, C1 and D1). Images have identical color to monitor's pictures and videos and given a clockwise rotation viewers can easily find the concerned direction and compare them with each other. (Aspect ratio of the camera is designed at the corner of each image). This is to mention that there is no rotation in monitor images in real sample and this is the camera which depicts images by change in the angle round the monitor. Meanwhile for better perception of the angling of the camera arrows are displayed on A2,B2,C2 and D2 pictures.

   

  Video A:

  Playing video 1, as it is displayed; the word is drawn twice and is turning. The first is displayed totally red and the second  is displayed in two colors; orange in front side (images 2 and 5) and green in the back side. Although  is green in the back angle, it does have an inverted image like mirror. In other words the word  is displayed  (pictures 2 and 3). The red  is unicoloured and by turning in video 1 no change in color is witnessed and there is just a reverse depiction.

  1 2 

3 4  5

Pictures 3,4 and 5 can simultaneously be taken with three cameras in different angles but this monitor displays all video 1 directions in one moment and to watch the concerned viewpoint viewer should change his position.

All the above mentioned information for  image is true for other three pictures.          

Video B:

1 2

3 4 5

Video C:

1  

2 3 4

Video D:

1 2

3 4

Monitor Structure:

Designed sample is comprised of 900 LED in three colors; red, green and blue which forms a 30X30 matrix. LED pillars rotating an axis shape a cylindrical space. As it was mentioned the sole distinction this monitor has with other 3D monitors is deployment of very plain technology to produce 3D images. This particular characteristic is gained via arrangement of LEDs in several angles.

Monitor Coordinates:

Pixel measurement:…………………………………………… 8X5X2 cubic millimeters
LED type: ………………………………………………………… ordinary
Resolution: ……………………………………………………… 23LED cu inches
Monitor dimensions: …………………………………………. 60X55 X3/14 cu millimeters
System dimensions: ………………………………………….. 200X380 millimeters
Power source: …………………………………………………. 220V, 50Hz
Weight: …………………………………………………………… 6500gr

Considering the above mentioned dimensions and facilities for this experimental sample the formation of these images and movies with depicted quality is highly considerable

The design of manufactured 2D and 3D monitor is manual and incipient and prone to some defects. There are complete reasonable ways to solve deficiencies. In some cases practical flawless samples have been manufactured. They are practically justified and ready to be presented. As it is depicted picture quality in 2D practiced sample is higher than television and although 3D, 2D samples with the same quality and even higher is manufacturable , more fund and investment is required.