Resumes
Resumes
Matvey Shpizel Phones & Addresses
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1835 83Rd St, Brooklyn, NY 11214 (718) 236-0926
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1835 83Rd St APT 3A, Brooklyn, NY 11214 (718) 236-0926
Publications
Us Patents
Light Beam Deflector
View pageUS Patent:
7019877, Mar 28, 2006
Filed:
Mar 25, 2003
Appl. No.:
10/396738
Inventors:
Matvey B. Shpizel - Brooklyn NY, US
Boris I. Spektor - Haifa, IL
Boris I. Spektor - Haifa, IL
International Classification:
G02B 26/08
US Classification:
359198, 359199, 359213, 359220
Abstract:
The present invention relates to a device for use in deflecting a concentrated light beam in two coordinates, for example, of a polar coordinate system. In this regard, the device utilizes a mirror that may be controllably tilted or oscillated about an axis of oscillation and that may also be rotated to any angular position (0 to 2π) about an axis of rotation. In this regard, the mirror may be tilted in any one of a number of planes passing through the intersection point of the axis of oscillation and axis of rotation. Furthermore, the mirror may be oscillated between first and second angular positions or tilted to a fixed angle relative the axis of oscillation, in conjunction with controlled movement around the axis of rotation. In this regard, a device is provided wherein the mirror has multiple degrees of freedom allowing for a plurality of beam deflection applications.
Light Projection Apparatus For Projection In Three-Dimensions
View pageUS Patent:
7036935, May 2, 2006
Filed:
Mar 25, 2003
Appl. No.:
10/397052
Inventors:
Matvey B. Shpizel - Brooklyn NY, US
International Classification:
G03B 21/28
G02B 27/22
G02B 27/24
G02B 27/22
G02B 27/24
US Classification:
353 10, 353 37, 353 99, 359478, 348 51
Abstract:
An apparatus and method are provided for producing images having a depth or relief component (e. g. , appearing three-dimensional) from single perspective projection masks. The three-dimensional relief images are generated from two-dimensional images utilizing a simplified electromechanical device. In this regard, an oscillating light redirecting system is used to synthesize a third dimension onto a two-dimensional image resulting from projecting light through a single perspective projection mask. The light redirecting system controllably deflects the light projecting through the projection mask about two axes prior to the resulting image being projected on a surface. When projected onto a surface, the resulting image is controllably spread over two axes such that it appears to be a three-dimensional relief image. In a further embodiment, color filtering is utilized in order to produce color three-dimensional relief images.
Searchlight With Improved Optical Density
View pageUS Patent:
7175316, Feb 13, 2007
Filed:
Jul 24, 2003
Appl. No.:
10/626481
Inventors:
Matvey B. Shpizel - Brooklyn NY, US
Assignee:
Hyperboloid Corporation - Wurtsboro NY
International Classification:
F21V 5/00
F21V 13/04
F21V 13/04
US Classification:
362328, 362299, 362268, 362308, 362331
Abstract:
This invention relates to searchlight type light devices including underwater light devices and automobile headlights. A light device in accordance with the present invention provides light beam compression along the optical axis and thus increases considerably the intensity or optical density of the beam. The light device includes a light source, a main concave reflector, and a lens projection system, the main concave reflector and the lens projection system being aligned relative to the optical axis and the light source being located between the reflector and the lens projection system, on the same optical axis. In addition, the main collecting pre-reflector lens is mounted between the light source and the main reflector, the main reflectors concave surface being implemented as a segment of sphere, and the light source being located in the focal point of such main reflector. Said main collecting pre-reflector lens has a focal length exceeding the main reflector's focal length by a factor of 1. 25–2. 0, its diameter is equal to or exceeds the main reflector diameter, and this lens is located at a distance from the main reflector which does not exceed half of the distance from the main reflector to the light source.
Searchlight With Improved Optical Density
View pageUS Patent:
20020126489, Sep 12, 2002
Filed:
Dec 20, 2001
Appl. No.:
10/029453
Inventors:
Matvey Shpizel - Brooklyn NY, US
International Classification:
F21V007/00
US Classification:
362/297000, 362/298000, 362/327000, 362/331000, 362/346000
Abstract:
This invention relates to searchlight type light devices including underwater light devices and automobile headlights. A light device in accordance with the present invention provides light beam compression along the optical axis and thus increases considerably the intensity or optical density of the beam. The light device includes a light source, a main concave reflector, and a lens projection system, the main concave reflector and the lens projection system being aligned relative to the optical axis and the light source being located between the reflector and the lens projection system, on the same optical axis. In addition, the main collecting pre-reflector lens is mounted between the light source and the main reflector, the main reflector's concave surface being implemented as a segment of sphere, and the light source being located in the focal point of such main reflector. Said main collecting pre-reflector lens has a focal length exceeding the main reflector's focal length by a factor of 1.25-2.0, its diameter is equal to or exceeds the main reflector diameter, and this lens is located at a distance from the main reflector which does not exceed half of the distance from the main reflector to the light source.
Flashlight With Improved Optical Density
View pageUS Patent:
20100027251, Feb 4, 2010
Filed:
Feb 12, 2009
Appl. No.:
12/369834
Inventors:
Matvey B. Shpizel - Brooklyn NY, US
Assignee:
Hyper Beam Tech Group, LLC - Staten Island NY
International Classification:
F21L 4/00
US Classification:
362187, 362157
Abstract:
An improved flashlight is disclosed which includes an a power supply a light source and a lens projection system, wherein the lens projection system including a collecting lens, a negative lens, and a collimating lens such that the illuminance of an area illuminated by a beam projected by the improved flash light is homogeneous throughout the whole of the illuminated area.
Compact Searchlight Utilizing The Concept Of Merging Into A Single Beam The Beams Of Multiple Sources Of Concentrated Light
View pageUS Patent:
20150292690, Oct 15, 2015
Filed:
Apr 15, 2014
Appl. No.:
14/253792
Inventors:
Matvey B. Shpizel - Brooklyn NY, US
International Classification:
F21L 4/00
F21V 5/04
G21K 5/02
F21V 17/02
F21V 5/04
G21K 5/02
F21V 17/02
Abstract:
An improved compact searchlight utilizing the merging of multiple single beams to a concentrated light. This provides or light beam that is nearly constant illumination intensity across the beam of light. This reduces or eliminates bight and dim areas that are created from previous light systems that use desecrate lighting elements. The lighting elements includes an a power supply a light source and a lens projection system, wherein the lens projection system including a collecting lens, a negative lens, and a collimating lens such that the illuminance of an area illuminated by a beam and searchlight is projected by the improved light is homogeneous throughout the whole of the illuminated area.