Contour IP Holding, LLC

Visualant, Inc.

Contour, LLC

Brunswick New Technologies Asia Pte Ltd

Michael Denton

Alan Tompkins

Laura O'Donnell

Carm Pierce

Carl Perkins

Richard Mander

Ben Bodley

Keith Gurganus

Kelvin P Barnsdale

Simon Third

Allan David Beach

Richard Ian Mander

Thomas Adrian Furness, Iii

Brian T Schowengerdt

Tom A Furness, Iii

Mark John Bowman

Dirk Renier Hendrik Marais

A wearable digital video camera () is equipped with wireless connection protocol and global navigation and location positioning system technology to provide remote image acquisition control and viewing. The Bluetooth® packet-based open wireless technology standard protocol () is preferred for use in providing control signals or streaming data to the digital video camera and for accessing image content stored on or streaming from the digital video camera. The GPS technology () is preferred for use in tracking of the location of the digital video camera as it records image information. A rotating mount () with a locking member () on the camera housing () allows adjustment of the pointing angle of the wearable digital video camera when it is attached to a mounting surface.

Portable digital video camera configured for remote image acquisition control and viewing

A wearable digital video camera () is equipped with wireless connection protocol and global navigation and location positioning system technology to provide remote image acquisition control and viewing. The Bluetooth&#xae; packet-based open wireless technology standard protocol () is preferred for use in providing control signals or streaming data to the digital video camera and for accessing image content stored on or streaming from the digital video camera. The GPS technology () is preferred for use in tracking of the location of the digital video camera as it records image information. A rotating mount () with a locking member () on the camera housing () allows adjustment of the pointing angle of the wearable digital video camera when it is attached to a mounting surface.

A portable, tabletop fluid sampling device simplifies spectral analysis to produce an accurate but inexpensive chromatic fingerprint for fluid samples. In one embodiment, the sampling device uses an array of variable wavelength LED emitters and photodiode detectors to measure Rayleigh scattering of electromagnetic energy from the fluid sample contained in a cuvette. Either the fluid itself, or particles suspended in the fluid can then be identified by performing spectral pattern matching to compare results of a spectral scan against a library of known spectra. A wide range of applications include substance identification, security screening, authentication, quality control, and medical diagnostics.

Device for evaluation of fluids using electromagnetic energy

Systems for analyzing fluids (e.g., gases) include a chamber structure with a reflective inner surface, emitters, a primary detector positioned to principally detect electromagnetic energy reflected numerous times through the gas(es) and a calibration detector positioned to detect electromagnetic energy not reflected numerous times through the gas(es). Calibration may be automatically performed. The primary detector relies principally on Raleigh scattering. An optional primary detector may be positioned to principally detect Raman scattered electromagnetic energy.

Systems for fluid analysis using electromagnetic energy that is reflected a number of times through a fluid contained within a reflective chamber

Sampling device geometry reduces specular reflectance, using lenses to focus electromagnetic energy to predominately return scattered rather than reflected electromagnetic energy to detector(s), reducing effect of non-matte surfaces and/or window. Sampling device includes inherent automatic optical calibration, and optionally thermal calibration. Calibration detectors are optically isolated with respective emitters.

Method, apparatus, and article to facilitate evaluation of substances using electromagnetic energy

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Michael Denton