Abstract: A protective eyewear includes a frame, a lens supported on the frame, and an air delivery system including a nozzle adjacent to an outer surface of the lens. The nozzle conforms to the contour of the lens and is configured and arranged to direct a high-speed flat, laminar airflow over the outer surface of the lens whereby the airflow reduces the impact and collection of airborne contaminants on the outer surface of the lens.

Abstract: The present invention relates generally to safety eyewear and more particularly to a safety eyewear including a wicking device attached to the safety eyewear to remove or absorb perspiration. The safety eyewear of the present invention includes the wicking device attached to a frame of the safety eyewear to remove or absorb perspiration. In one embodiment, the wicking device includes a brow-bar, sub-frame, and wicking material. The sub-frame removably or permanently attached to the frame of the safety eyewear using a variety of means for attachment to the eyewear frame. The brow bar removably or permanently attached using variety of means for attachment to the sub-frame. The wicking material removably or permanently attached using a variety of means for attachment to the brow bar.

Abstract: The present invention relates generally to safety eyewear and more particularly to a safety eyewear including a wicking device attached to the safety eyewear to remove or absorb perspiration. The safety eyewear of the present invention includes the wicking device attached to a frame of the safety eyewear to remove or absorb perspiration. In one embodiment, the wicking device includes a brow-bar, sub-frame, and wicking material. The sub-frame removably or permanently attached to the frame of the safety eyewear using a variety of means for attachment to the eyewear frame. The brow bar removably or permanently attached using variety of means for attachment to the sub-frame. The wicking material removably or permanently attached using a variety of means for attachment to the brow bar.

Abstract: The present invention is a device for playing a cartridge for dispersing scented materials into a room. The cartridge generally has a plurality of scent elements supported on a rotatable disk. The device includes a housing, a blower assembly, a platter, a motor, first and second sensors and a control unit. The housing has a cavity for receiving the cartridge and is formed with an air intake and an exhaust port. The blower assembly is mounted within the housing for generating an airflow by drawing air in through the air intake over the cavity to diffuse at least one of the plurality of scent elements out through the exhaust port. The platter is configured to engage the rotatable disk and is rotated by the motor. The platter, first and second sensors and a control unit cooperate to control the rotation of the disk. The device can also include a heating element for activating the scent elements.

Abstract: The present invention is a device for playing a cartridge for dispersing scented materials into a room. The cartridge generally has a plurality of scent elements supported on a rotatable disk. The device includes a housing, a blower assembly, a platter, a motor, first and second sensors and a control unit. The housing has a cavity for receiving the cartridge and is formed with an air intake and an exhaust port. The blower assembly is mounted within the housing for generating an airflow by drawing air in through the air intake over the cavity to diffuse at least one of the plurality of scent elements out through the exhaust port. The platter is configured to engage the rotatable disk and is rotated by the motor. The platter, first and second sensors and a control unit cooperate to control the rotation of the disk. The device can also include a heating element for activating the scent elements.

Abstract: The present invention is a device for playing a cartridge for dispersing scented materials into a room. The cartridge generally has a plurality of scent elements supported on a rotatable disk. The device includes a housing, a blower assembly, a platter, a motor, first and second sensors and a control unit. The housing has a cavity for receiving the cartridge and is formed with an air intake and an exhaust port. The blower assembly is mounted within the housing for generating an airflow by drawing air in through the air intake over the cavity to diffuse at least one of the plurality of scent elements out through the exhaust port. The platter is configured to engage the rotatable disk and is rotated by the motor. The platter, first and second sensors and a control unit cooperate to control the rotation of the disk. The device can also include a heating element for activating the scent elements.

Abstract: A humidifier includes a modular performance indicator that is removably attached to a grill of the humidifier air outlet. The performance indicator generally includes at least one humidity sensing means and a display. The humidity sensing means is positioned within the airflow for measuring the exit-relative humidity of the airflow and the display is coupled to the humidity sensing means for indicating when the humidifier wick requires replacement and/or the humidifier water supply requires refilling based upon the measured exit-relative humidity reaching a predetermined value.

Abstract: A humidifier includes a modular performance indicator that is removably attached to a grill of the humidifier air outlet. The performance indicator generally includes at least one humidity sensing means and a display. The humidity sensing means is positioned within the airflow for measuring the exit-relative humidity of the airflow and the display is coupled to the humidity sensing means for indicating when the humidifier wick requires replacement and/or the humidifier water supply requires refilling based upon the measured exit-relative humidity reaching a predetermined value.