Gen9, Inc.

Advanced Biophotonics, Inc.

Mark A Fauci

Yinghao Ma

Matthew A Salvitti

Craig Poppe

Rahul Agrawal

Marek Pawlowski

Thung-Han Hee

Mihai Dimancescu

Embodiments of the invention provide systems and methods to provide safe, secure and accurate point-to-point delivery of prescription and non-prescription drugs in the long-term home care or ambulatory care environment. More specifically, embodiments of the present invention provide for a low-cost, easy-to-use system comprised of a secure drug dispensing unit and medication enclosure combined with wireless connectivity and software based on smart mobile phone technology. Such systems and methods, referred to herein as a Secure, Control, and Enhance Medication Adherence (SCEMA) system, can mitigate the aforementioned risks associated with the use of prescription and non-prescription drugs. These risks can be significantly reduced for the elderly in the homecare environment, as well as the general public, without disrupting, or a significantly increasing the cost, to the existing prescription and non-prescription drug distribution infrastructure. In addition, the SCEMA system can provide a powerful platform for drug research.

Methods and systems to secure control and enhance medication adherence

Embodiments of the invention provide systems and methods for tracking a mobile device using sensors within the device and without using external signals to determine location, velocity, or heading. According to one embodiment, locating and tracking a mobile device can comprise reading sensor data from each of a plurality of sensors within the mobile device. The sensors can provide the sensor data without relying on a signal from a device external to the mobile device. For example, the plurality of sensors can comprise a compass, a gyroscope, and an accelerometer. Motion, velocity, and heading of the mobile device can be determined based on the sensor data.

Tracking activity, velocity, and heading using sensors in mobile devices or other systems

A black body assembly is provided for use in the calibration of infrared cameras. The assembly includes, among other things, a housing within which calibration components may be situated, and a lens guide for accurately positioning the assembly over a lens of the infrared camera. A heat emitter may be positioned within the housing for emitting a necessary amount of heat for calibration purposes. A heating element may also be provided within the housing for controlling the heating and cooling of the heat emitter. The assembly may also include a heat sink to remove excessive heat generated from the thermoelectric cooler during temperature cycling. An arm may be employed to hingedly connect the assembly to the camera to provide reliable and repeatable way to position the black body assembly at the front of the infrared lens. A method for calibrating an infrared camera is also provided.

Integrated black body and lens cap assembly and methods for calibration of infrared cameras using same

A system is provided utilizing sensors tuned to multiple wavelength spectra for evaluating and imaging an object being monitored. The system includes, among other things, an assembly for splitting a photon beam emitted from an object being monitored into multiple incident rays of different wavelength spectra. A plurality of detectors may be provided, each being tuned to a specific wavelength spectrum of the respective incident ray it is collecting, for converting, into electronic signals, data correlated from the respective incident ray. A processor may be used for generating discrete image data from the electronic signals of each respective incident ray for subsequent display as individual images, or as an integrated multi-spectral image on a display screen. A method for analyzing tissue characteristics is also provided.

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Patchogue, NY, United States of America

Mark A Fauci