RFID
Windows Displays
Camouflage Heat pumps Other & Index
Military Assets Made Invisible
DramaView's patent pending three-dimensional (3-D) camouflage architectures can
render military assets virtually invisible to sensors and to the human eye in
the visible and non-visible spectrums.
In the above illustration, two observers looking at the same surface of the same asset at the same time each see different colors. Each sees an accurate representation of the background of the asset from his respective observation position. The system need not know the location of enemy observer positions to be effective. Thus the asset can be concurrently concealed from many multiple observers located in different observation positions.
3-D Camouflage Systems
Patents Pending Define Novel
Approaches to 3-D Invisibility
We have achieved a strong patent position in 3-D Cloaking Technology which promise
to render US military assets invisible or transparent in the visible and
non-visible spectrums. The US Patent Office has issued US Patent 7,206,131,.
Please [Contact
Us] for additional
information.
(Clicking on the above published patent pending numbers will display text, to view images of these pages (which include patent drawings) one must first follow the below link to download patent image viewers recommended by the US Patent Office at http://www.uspto.gov/web/menu/plugins/tiff.htm .) (I downloaded, have used, and been happy with the Medical Informatics Engineering Alternatiff product for a number of years.)
3-D Pixel Array Covering Asset
By covering an asset with 3-D pixel arrays, it can be rendered invisible in the
visible and non-visible spectrums. Each pixel has a corresponding
relationship with many other pixels such that many trajectories of
electromagnetic radiation are concurrently sensed and produced or transferred
from many pixels on multiple sides of the asset through each single
pixel. For example light incident as A through E on a single pixel exits
from pixels as A' through E' on multiple sides while the wavelength, frequency,
and trajectories are preserved. Light also passes through in the reverse
direction. While the illustration shows a square asset, in practice the
asset can be any shape with the cloaking architecture conforming to the shape.
Every Point On The Asset
Every point on the asset emits multiple colors of electromagnetic radiation
which are segmented to duplicate the many multiple trajectories produced by the
background. An observer in the "red" triangle observers red
coming from a point on the asset, while an observer in the "black"
triangle sees black coming from the very same point on the asset.
Observers in the "green" and "blue" triangles see green and
blue respectively from the very same point same point.
Duplex Wide Angle Sensor/Emitter
At the core of the 3-D cloaking system is the 3-D pixel with lens. It
receives multiple trajectories of light which are captured and transferred or otherwise
sensed and simulated on opposite sides of the asset. It also emits
multiple trajectories of light representative of multiple background points.
RFID Windows
Displays Camouflage Heat pumps Other & Index
This Page Last Updated June 2008