Johnson Controls Technology Company

Hoyos Integrity Corporation

Hoyos Vsn Corp.

Vsn Technologies, Inc.

Other

Johnson Controls Tyco IP Holdings Llp

Amit Verma

Julio A Abdala

Claudio Santiago Ribeiro

Vinosh C Diptee

Felippe M Bicudo

Juan Guillermo Alvarez

Hao A Nguyen

Patricia Ellis Douglass

Joseph R Ribbich

Moises De La Cruz

Tal Mor

Sudhi R Sinha

John Peter Cipolla

Charles J Gaidish

Michael L Ribbich

Guillermo Padin, Jr

Peter Aloumanis

John Shemelynce

Biren Patel

Hao Nguyen

Vinosh Diptee

William H Robertson, Jr

Gustavo Dario Leizerovich

Franco Lodato

Gary J Peterson

Jose M Ruiz

Patricio Durazo

Mansour Ghomeshi

James Conroy

Thermostat

A 360 degree panorama can capture a view of a real world environment. The view can be a 360 panorama which can conform to a stereographic projection. The capturing can be performed by a one shot panoramic video capture device lacking a display. A 360 degree arc frame can be analyzed to determine a one-to-one mapping to a target projection. The target projection can be a cylindrical or an equirectangular projection. The stereographic projection can be mapped to the target projection in real-time without performing a digital stitching operation within the device. Distortion in the target projection resulting from the mapping can be corrected. The target projection can be conveyed in real-time wirelessly to a display of a communicatively linked computing device.

Providing a real-time via a wireless communication channel associated with a panoramic video capture device

A reflector can have a conical shape. The shape can tapers from a wide base to an apex. The apex can include an aperture, a mirror, and a set of one or more optical elements. A mirror is location in a cavity and is positioned within an overhang enclosure of the device in a plane approximately parallel to a circular cross section of the conical shape. The mirror can reflect environmental light that is reflected by the reflector into the aperture or reflect light emitting from the aperture onto the reflector. Stray light reflected by the mirror is absorbed by the cavity walls. A set of one or more optical elements can be positioned at least partially within a volumetric region of the reflector. The one or more optical elements focus light passing through the aperture to an image sensor.

Full flat mirror guiding reflections to aperture of panoramic optical device

A stereographic image associated with a panoramic camera can be identified. The panoramic camera can include of a set of lenses and an image sensor. A pixel degradation curve associated with the image and/or the hardware of the panoramic camera can be determined, as can a sensor geometry of an image sensor used by the panoramic camera. A fixed smoothing function based on the pixel degradation curve and/or the sensor geometry can be created. The fixed smoothing function can be applied to a stereographic image to modify the image so it includes substantially uniform image detail per image region.

Stereographic image detail uniformity of a panoramic video capture device having an optical gradient

A transparent metal mesh is used as an antenna element and is disposed over a graphical display so that the graphical display can be seen through the transparent metal mesh. A radio circuit is coupled to the metal mesh to receive radio signals using the transparent metal mesh. In some embodiments the radio circuit can also transmit signals using the transparent metal mesh as an antenna.

Transparent mesh antenna for electronic device having a graphical display

Growing community of inventors

Sunrise, FL, United States of America

Amit Verma