Abstract: A mobile electronic device is disclosed with a low emission and limited spectrum light mode that limits the emission of light from the display to frequency ranges that have low reflection off of human skin. The display may be limited to images and text displayed in a red color. The low emission and limited spectrum light mode may also prevent sound from the mobile electronic device and allow text and image based viewing of information in a low lit environment with minimal or no disturbance to users around the user of the mobile electronic device.

Abstract: A mobile electronic device is disclosed with a low emission mode that limits the emission of light from the display to frequency ranges that have low reflection off of human skin. The display may be limited to images and text displayed in a red color. The low emission mode may also prevent sound from the mobile electronic device and allow text based sending and receiving of information in a low lit environment with minimal or no disturbance to users around the user of the mobile electronic device.

Abstract: Disclosed herein is a solar panel assembly and method for fabrication of same including cutting away a portion of the rafters and roof sheeting to provide an orifice of suitable dimension within which a solar panel frame is to be disposed, providing a step portion on an upper inner periphery thereof, disposing a frame lower portion upon the step, installing conduits extending through the solar panel frame at upper and lower portions thereof in a substantially horizontal direction, interconnecting these conduits with a tubed collector plate, providing an insulative layer underneath this tubed plate, placing a transparent panel on top of the frame lower portion, and overlying the panel with a frame upper portion which connects the solar panel frame and the frame lower portion by suitable fasteners.

Abstract: Disclosed herein is a solar panel assembly and method for fabrication of same including cutting away a portion of the rafters and roof sheeting to provide an orifice of suitable dimension within which a solar panel frame is to be disposed, providing a step portion on an upper inner periphery thereof, disposing a frame lower portion upon the step, installing conduits extending through the solar panel frame at upper and lower portions thereof in a substantially horizontal direction, interconnecting these conduits with a tubed collector plate, providing an insulative layer underneath this tubed plate, placing a transparent panel on top of the frame lower portion, and overlying the panel with a frame upper portion which connects the solar panel frame and the frame lower portion by suitable fasteners.