View source for 20240019303. LIGHT SENSOR simplified abstract (Nix Sensor Ltd.)

=LIGHT SENSOR=


==Organization Name==

[[:Category:Nix Sensor Ltd.|Nix Sensor Ltd.]]


[[Category:Nix Sensor Ltd.]]

==Inventor(s)==

[[:Category:Matthew Sheridan of Burlington (CA)|Matthew Sheridan of Burlington (CA)]][[Category:Matthew Sheridan of Burlington (CA)]]

==LIGHT SENSOR - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240019303 titled 'LIGHT SENSOR

==Simplified Explanation==

The apparatus described in the patent application is designed to be used with a surface and consists of a light source, a body, and a light production apparatus. The light source generates light using multiple elements. The body has a flat base that is placed on the surface, with the base perpendicular to the receiving axis. It also includes a sampling aperture that allows the receiving axis to pass through it. The body encompasses the light source and is designed to shield the sensor from ambient light when the sampling aperture is blocked. The light production apparatus converts the light from the elements through internal reflection, absorption, and filtration, into collimated light that impinges upon the base at a predetermined angle to the receiving axis.

* The apparatus is used with a surface and includes a light source, a body, and a light production apparatus.
* The light source consists of multiple elements that generate light.
* The body has a flat base that is placed on the surface, with the base perpendicular to the receiving axis.
* The body encompasses the light source and includes a sampling aperture that allows the receiving axis to pass through it.
* When the sampling aperture is blocked, the body is designed to shield the sensor from ambient light.
* The light production apparatus converts the light from the elements into collimated light that impinges upon the base at a predetermined angle to the receiving axis.

== Potential Applications ==
* Scientific research: The apparatus can be used in scientific research to control and measure light in a controlled environment.
* Photography: The apparatus can be used in photography to manipulate and control lighting conditions for better image quality.
* Optical testing: The apparatus can be used in optical testing to analyze and measure the properties of light.

== Problems Solved ==
* Ambient light interference: The apparatus solves the problem of ambient light interfering with the accuracy of light measurements by shielding the sensor from ambient light.
* Light control: The apparatus solves the problem of controlling and manipulating light in a specific direction and angle by converting the light into collimated light.

== Benefits ==
* Accurate measurements: The apparatus allows for accurate measurements of light by blocking ambient light interference.
* Precise light control: The apparatus provides precise control over the direction and angle of light, allowing for better lighting conditions in various applications.
* Improved image quality: In photography, the apparatus can improve image quality by providing controlled and optimized lighting conditions.


==Original Abstract Submitted==

the apparatus is for use with a surface and includes a light source, a body and a light production apparatus. the light source includes a plurality of elements for generating light. the body: has a planar base for placement in use on the surface, the base being orientated perpendicular to the receiving axis; defines a sampling aperture communicating with the base and through which the receiving axis passes; encompasses the elements; and is adapted, in combination with the light source and when the sampling aperture is blocked to ambient light, to shield the sensor from ambient light. the light production apparatus is for converting the light of the elements through internal reflection, absorption and filtration into light collimated to impinge upon the base, at the intersection of the base and the receiving axis, at a predetermined angle to the receiving axis.



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