Abstract: In one of many possible embodiments, a light therapy apparatus is provided for delivering ocular light to a subject to treat a disorder that is responsive to ocular light therapy. The apparatus comprises a power supply, a hand-held light output device having light sources powered by the power supply, and a programmable data processor coupled to the power supply and the light output device. The programmable data processor is configured to control light emissions from the hand-held light output device. In some embodiments, the plurality of light sources may provide a light output having at least forty percent blue light with a wavelength range of approximately 435 nm to 500 nm. In some embodiments, the programmable data processor is configured to control light emissions in accordance with user-defined light therapy programs.

Abstract: A user is aroused from sleep by applying a stimulus of light to simulate dawn. The device operates to monitor movements of a sleeping subject by the use of one or more motion sensors. The detected movements are used to identify the sleep cycle timings for the user. The user can then be aroused during a light phase of sleep by timing the dawn simulator to increase to sufficient brightness to arouse the user during a light stage of sleep that is proximate to a desired wake up time.

Abstract: A light emitting diode (LED) phototherapy device is disclosed. The phototherapy device may be used in the treatment of various skin conditions. The phototherapy device may include multi-color LEDs for emitting multiple wavelengths of light for skin treatment. Furthermore, the phototherapy device may include a control system that receives, from a user, an indication of the skin condition to be treated, and in response the phototherapy device provides the corresponding wavelengths, intensity levels, and time interval for treatment of the skin condition. The phototherapy device may comprise a clamshell structure, pen shape, facial mask, or desk lamp design.

Abstract: A phototherapy device may be used in the treatment of various skin conditions. The phototherapy device may include multi-color LEDs for emitting multiple wavelengths of light for skin treatment. Furthermore, the phototherapy device may include a control system that receives, from a user, an indication of the skin condition to be treated, and in response the phototherapy device provides the corresponding wavelengths, intensity levels, and time interval for treatment of the skin condition. The phototherapy device may comprise a clamshell structure, pen shape, facial mask, or desk lamp design.

Abstract: The invention relates to a light therapy device that may be used in the treatment of various conditions. The light therapy device may include a display screen communicating one or more operating parameters to the user. Furthermore, the light therapy device may include a control system that receives, from a user, an indication of the ailment or condition to be treated. The user input can then be used to determine how the condition may be treated. Therapeutic light from a light source, such as an array of LEDs, may be directed through the display screen to a person receiving the treatment.

Abstract: A personal care device comprising a phototherapy device component and a shaving device component is disclosed. The phototherapy device component may comprise an array of light emitting diodes (LEDs), which are configured to emit light over a range of wavelengths which are selected to treat a skin condition. The LED array is disposed adjacent the shaving head of the shaving device so light therapy treatment and shaving may be performed simultaneously.

Abstract: A phototherapy device includes a first light source configured to emit a wavelength of light within the visible to infrared portion of the electromagnetic spectrum and a second light source configured to emit a wavelength of light within the ultraviolet portion of the electromagnetic spectrum, the wavelength of light of the first light source being selected to treat a skin condition.

Abstract: A personal care device comprising a phototherapy component and a microdermabrasion component is disclosed. The phototherapy device component may comprise an array of light emitting diodes (LEDs), which are configured to emit light over a range of wavelengths which are selected to treat a skin condition. The LED array may be disposed behind the exfoliating surface of the microdermabrasion component so light therapy treatment and microdermabrasion treatment may be performed simultaneously.

Abstract: A connection apparatus includes a frame-side member securable to a steel structural frame, a brace-side member securable to a seismic brace, and a coupling element that secures frame-side and brace-side members to each other. By way of example, the connection element may provide a hinge-type connection, which substantially isolates a seismic brace from nonaxial loads. As another example, the connection element may be a ball-and-socket type connection, which substantially isolates a seismic brace from nonaxial loads and absorbs any shear and moment applied thereto when the seismic brace drifts out of an intended plane of the steel structural frame. The connection element may also include a collar to stabilize the brace-side member and prevent shears and moments from causing the same to buckle in an unintended direction. Methods of installing and using the connection apparatus are also disclosed.

Abstract: A nonrigid connection apparatus includes a frame-side member securable to a steel structural frame, a brace-side member securable to a seismic brace, and a coupling element that nonrigidly secures the frame-side and brace-side members to each other. By way of example, the nonrigid connection element may provide a hinge-type connection, which substantially isolates a seismic brace from nonaxial loads. As another example, the nonrigid connection element may be a ball-and-socket type connection, which substantially isolates a seismic brace from nonaxial loads and absorbs any shear and moment applied thereto when the seismic brace drifts out of an intended plane of the steel structural frame. The nonrigid connection element may also include a collar to stabilize the brace-side member and prevent shears and moments from causing the same to buckle in an unintended direction. Methods of installing and using the nonrigid connection apparatus are also disclosed.

Abstract: A device is provided for delivering light to the blood supply of a human body through a non-ocular skin area. The device has a plurality of light emitting diodes (LEDs) spaced apart from each other and extending through apertures for emitting light to the body and a power supply connected to the light delivery unit. The device provides wavelengths of light within a specifically-determined range of intensity and a specifically-determined angles of illumination. Devices may be included for controlling and programming the output of the LEDs. A method is provided for delivering light to a non-ocular body region for treating jaundice, breaking down bilirubin and treating other disorders.

Abstract: A device is provided for delivering light to the blood supply of a human body through a non-ocular skin area. The device has a plurality of light emitting diodes (LEDs) spaced apart from each other and extending through apertures for emitting light to the body and a power supply connected to the light delivery unit. The device provides wavelengths of light within a specifically-determined range of intensity and a specifically-determined angles of illumination. Devices may be included for controlling and programming the output of the LEDs. A method is provided for delivering light to a non-ocular body region for treating jaundice, breaking down bilirubin and treating other disorders.

Abstract: A nonrigid connection apparatus includes a frame-side member securable to a steel structural frame, a brace-side member securable to a seismic brace, and a coupling element that nonrigidly secures the frame-side and brace-side members to each other. By way of example, the nonrigid connection element may provide a hinge type connection, which substantially isolates a seismic brace from nonaxial loads. As another example, the nonrigid connection element may be a ball-and-socket type connection, which substantially isolates a seismic brace from nonaxial loads and absorbs any shear and moment applied thereto when the seismic brace drifts out of an intended plane of the steel structural frame. The nonrigid connection element may also include a collar to stabilize the brace-side member and prevent shears and moments from causing the same to buckle in an unintended direction. Methods of installing and using the nonrigid connection apparatus are also disclosed.