|Title of Invention||
OPTICAL CONVERTER AND BINOCLE INCORPORATING THE SAME
|Abstract||In a optical converter, objects are focused simultaneously with object lenses being separate apart, and they created two figures of the object. One figure contains more of the right and other contains more of the left. This two figures of the object are focused simultaneously with the screen lenses being separate apart. The intersected figures as seen on the screen. Thus the over all effect of the figures as seen on the screen through monovision is three dimension.|
|Full Text||This invention relates to optics of Physics and Ophthalmology of Medicine, which is used for qonverting the stereovision into monovision.
1. Stereovision effects are given on the screen while viewing through monovision.
2. The converter, while using as spectacle, double eye effect are observed by the human brain while viewing through single eye.
ACCORDING TO KNOWN
MONOVISION : Monovision is nothing but 2 D. A Photograph represents a two dimensional recording of a three dimensional scene, what is recorded is the intensity distribution that prevailed at the plane Qf the photograph, when it was exposed. The light sensitive medium is sensitive. Only to the intensity variations and hence while recording a photograph, the phase distribution which prevailed at the plane of the photograph is lost. Since only the intensity pattern has been recorded, the three dimensional character of the object scence is lost.
Monovision device is nothing but 2D Camera. A photographic camera consists of a light - tight box - light can enter the box only through a small opening in front of the box. A convex lens is mounted on the front surface and a photo of the lens from the film can be altered. The leng system forms a real inverted image of the objects placed in front of the camera, on the film.
STEREOVISION : Stereovision is nothing but 3D. Three dimensions relates to length, width and; height that any solid object has, hence the 3D Photograph represents amplitude and phase distribution at any place.
Stereovision device is nothing but Stereoscope Camera. In a stereoscope camera two photographs of the object are taken simultaneously with the two lenses being separate apart. One picture contains more of the right and the other contains more of the left when two photograph's are fixed in a stereoscope and viewed with both the eyes with the help of lenses fixed in the stereoscope, a three dimensional picture is seen.
A man who is living with single eye, he cannot able to know the effect of stereovision.
The present invention gives us optical converter which is used for converting the stereovision into monovision.
In a optical converter, objects are focused simultaneously with convex lenses being separate a part, and they created two figures of the object. One figure contains more of the right and other contains more of the left. This two figures of the object are focused simultaneously with the convex lenses being separate apart. The intersected figures of object as seen on the screen. Thus the over all effect of the figures as seen on the screen through monovision is three dimension."
Description of the Diagram : The Diagram represents two axis, LHS and RHS
axis and the set of convex lenses are placed on the each axis. The screen lenses which is facing towards screen. The object lenses which is facing towards object. The screen is placed in between the LHS and RHS axis and it is facing the screen lenses. The screen is movable on the axis with reference to the distance between object and object lens to get the qlear figure. It the distance is increased between object and object lens, the distance will be increased between screen and screen lens.
Object is placed away from the 2F of the object lens, and other side the small, inverse and real figure is developed between lens centre and 2F and treat this figure as a object and which is placed between lens centre and 2f to the screen - lens and other side the big, inverse (as $ame position of original object) and real figure is developed away from the 2f.
I Claim :
1. Optical converter having LHS and RHS axis, the distance between the axis is 300 mm,
the set of convex lenses are placed on the each axis, the object lenses, which are faced
-^ towards object, and having focal length of 45 mm, the screen lenses which are faced towards screen and having focal length of 37 mm, the distance between object lenses and screen lenses is 164 mm, the screen is placed in between LHS and RHS axis, and it is faced towards screen lenses, the screen is capable of being moved on the axis with references to the distance between object and object lenses.
2. Spectacle in corporating the optical converter as claimed in Claim No.1.
3. Optical conveter substantially as herein described with reference to the accompanying
Dated this 21st March 2000.
|Indian Patent Application Number||229/MAS/2000|
|PG Journal Number||30/2009|
|Date of Filing||21-Mar-2000|
|Name of Patentee||SHRI. DEVARAJ MOHAN|
|Applicant Address||NO.9, SR PET STREET, THAKKOIAM POST, ARAKKONAM TK, VELLORE DISTRICT, PIN 631 151|
|PCT International Classification Number||G02B27/00|
|PCT International Application Number||N/A|
|PCT International Filing date|