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    • 1. 发明授权
    • Scotopically enhanced emergency light and control thereof
    • 智能增强应急灯及其控制
    • US08258705B2
    • 2012-09-04
    • US12453126
    • 2009-04-29
    • Jamey L. ButterisThomas K. HeatonMichael A. Starinki
    • Jamey L. ButterisThomas K. HeatonMichael A. Starinki
    • H05B37/00
    • H05B33/0854Y10T307/615Y10T307/729
    • System and method are provided for controlling emergency lighting where emergency lights turn on when main source of power goes out for controlling emergency lighting to conserve energy utilized by the emergency light, while maintaining good visibility of the emergency lighting. Solid state lighting, such as LED, is used within an emergency light to add light in blue wavelength region matching the light output to the most sensitive of wavelength response of the human eve to increase color perception and allows faster response time. Electrical current to the device and light output are reduced while LED light tends to increase its blue wavelength component as it is dimmed thus increasing effective light output. After a predetermined time, the light is purposefully dimmed to conserve energy and to allow the eye to slowly and safely adjust to the new lighting conditions. By reducing electrical current, energy storage batteries may be smaller than for similar unit that maintains constant light output.
    • 提供系统和方法,用于控制应急灯在主电源出来时开启的应急照明,用于控制应急照明,以节省应急灯利用的能量,同时保持应急照明的良好可见性。 在紧急照明中使用诸如LED的固态照明,以将匹配光输出的蓝色波长区域中的光添加到人类前夕的最灵敏的波长响应,以增加颜色感知并且允许更快的响应时间。 降低了对器件和光输出的电流,而LED灯随着其变暗而倾向于增加其蓝色波长分量,从而增加有效的光输出。 经过一段预定的时间后,灯光有意调暗,以节省能量,并允许眼睛缓慢而安全地调整到新的照明条件。 通过减少电流,储能电池可能会比保持恒定光输出的类似单元小。
    • 2. 发明申请
    • Scotopically enhanced emergency light and control thereof
    • 智能增强应急灯及其控制
    • US20100277070A1
    • 2010-11-04
    • US12453126
    • 2009-04-29
    • Jamey L. ButterisThomas K. HeatonMichael A. Starinki
    • Jamey L. ButterisThomas K. HeatonMichael A. Starinki
    • H01J13/32H05B37/02
    • H05B33/0854Y10T307/615Y10T307/729
    • System and method are provided for controlling emergency lighting where emergency lights turn on when main source of power goes out for controlling emergency lighting to conserve energy utilized by the emergency light, while maintaining good visibility of the emergency lighting. Solid state lighting, such as LED, is used within an emergency light to add light in blue wavelength region matching the light output to the most sensitive of wavelength response of the human eve to increase color perception and allows faster response time. Electrical current to the device and light output are reduced while LED light tends to increase its blue wavelength component as it is dimmed thus increasing effective light output. After a predetermined time, the light is purposefully dimmed to conserve energy and to allow the eye to slowly and safely adjust to the new lighting conditions. By reducing electrical current, energy storage batteries may be smaller than for similar unit that maintains constant light output.
    • 提供系统和方法,用于控制应急灯在主电源出来时开启的应急照明,用于控制应急照明,以节省应急灯利用的能量,同时保持应急照明的良好可见性。 在紧急照明中使用诸如LED的固态照明,以将匹配光输出的蓝色波长区域中的光添加到人类前夕的最灵敏的波长响应以增加颜色感知并且允许更快的响应时间。 降低了对器件和光输出的电流,而LED灯随着其变暗而倾向于增加其蓝色波长分量,从而增加有效的光输出。 经过一段预定的时间后,灯光有意调暗,以节省能量,并允许眼睛缓慢而安全地调整到新的照明条件。 通过减少电流,储能电池可能会比保持恒定光输出的类似单元小。