Flir Systems, Incorporated

Teledyne Flir Commercial Systems, Inc.

Flir Commercial Systems, Inc.

Darren M Haley

Devin T Walsh

William A Terre

Jeff Frank

Tadashi Horikiri

Royce Duane Clay, Jr

William E Williamson

Gary Miller

Marinus C DeJong

Thomas Troy Stark

Techniques are disclosed for optical imager devices, systems, and methods. In one example, an imaging system includes a focal plane array (FPA) and a light shield. The FPA includes a detector array configured to detect a first portion of electromagnetic radiation and generate a detector signal based on the first portion. The FPA further includes a readout circuit coupled to the detector array and configured to receive the detector signal. The light shield is coupled to the FPA and configured to block a second portion of the electromagnetic radiation. Related devices and methods are also provided.

Imager optical systems and methods

A system comprises an image sensor comprising an array of infrared sensors operable to capture an image of a scene, an integration timing circuit variably controlling an integration time of the infrared sensors, a readout integrated circuit (ROIC) operable to generate signals from the infrared sensors corresponding to the captured image of the scene, and an automatic gain control operable to applied a gain to the generated signals. The system further comprises a dynamic range compensation controller operable to receive image parameters corresponding to the generated signals, compare the received image parameters to target image parameters, and generate an integration timing signal for controlling the integration timing circuit.

Short wave infrared image sensor with automatic exposure and dynamic range control

Systems and methods are disclosed in accordance with some embodiments for integrating an infrared camera system into a vehicle's lighting component. For example in accordance with an embodiment, a lighting component for a vehicle includes a housing; an infrared camera disposed within the housing; a light source disposed within the housing and disposed at least partially around the infrared camera; and a lens coupled to the housing and adapted to allow infrared radiation to pass through and be received by the infrared camera and to allow light provided by the light source to be transmitted through the lens. Furthermore, one or more infrared cameras may be integrated into a vehicle to provide various capabilities, such as for example stereoscopic infrared imaging, multi-spectral stereoscopic imaging (e.g., using infrared and visible wavelengths or various infrared wavelengths for multi-color infrared imaging), and/or provide various fields of view (e.g., foveal imaging).

Infrared camera vehicle integration systems and methods

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Santa Barbara, CA, United States of America

Darren M Haley