Non Typical, Inc.

Achevé Technology, Inc.

Steven Scott Heinold

Mark John Cuddeback

Jim-Son J Chou

George Ismael

Richard Arnold Moore

This invention is a system, an apparatus and a method for measuring biomechanical properties of cornea and the intraocular pressure in vivo. More than one dimensional topographic information of the cornea is recorded and analyzed before and during the fluid discharge and converted to the stress-strain relationship and other cornea parameters, for example the cornea thickness and radius of curvature, etc. The deformation of cornea is initiated by a non-contact fluid discharge whose profile is predetermined and monitored in real time. Utilizing this non-contact topographer, the true intraocular pressure can be derived from the response of the cornea due to the impact of fluid discharge and the corneal topographic parameters. One embodiment of this invention includes the use of a multiple color strobe light/multiple detector system to record the corneal topographic deformation due to the impact of fluid discharge.

Device and method to measure corneal biomechanical properties and its application to intraocular pressure measurement

An enclosure for a wildlife surveillance system includes a base configured to support at least a portion of the surveillance system, and a cover coupled to the base. In addition, the enclosure includes a means for minimizing light generated by the surveillance system within the enclosure from interacting with the surveillance system. The means can be a foam insert disposed intermediate the surveillance system and an inside surface of the cover to minimize light reflected from the inside surface from interacting with the surveillance system. The enclosure can also include a cable having first and second opposed ends, and the base includes at least one cavity supported by the base and configured to receive at least one of the first and second opposed ends of the cable.

Enclosure for wildlife surveillance system and security apparatus therefor

An enclosure for a wildlife surveillance system includes a base configured to house the surveillance system, and a cover coupled to the base. In addition, the enclosure includes a locking assembly that secures the enclosure to a mounting structure. The locking assembly prevents removal of the enclosure from the mounting structure without opening the cover of the enclosure. The enclosure also includes a cable having first and second opposed ends, and the base includes at least one cavity supported by the base and configured to receive at least one of the first and second opposed ends of the cable.

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Woodland Hills, CA, United States of America

Steven Scott Heinold