Abstract: A respiratory humidification device includes: a casing; a separator wall to divide an interior space into filling and humidification chambers, wherein a bottom edge of the separator wall leaves a space between it and the casing bottom to define a passage allowing water to flow atop the casing bottom between the chambers, and enabling the water level to rise enough to block the passage to prevent respiratory gas from passing therethrough; a valve and float within the filling chamber to control water flow into the filling chamber to prevent the water level from rising higher than a threshold; and wherein an outer wall of the casing and the separator wall cooperate with the water surface within the humidification chamber to define an elongate tube-like pathway through which respiratory gas proceeds along a path extending generally parallel to the water surface within the humidification chamber to be humidified.

Abstract: A respiratory humidification device includes: a casing; a separator wall to divide an interior space into filling and humidification chambers, wherein a bottom edge of the separator wall leaves a space between it and the casing bottom to define a passage allowing water to flow atop the casing bottom between the chambers, and enabling the water level to rise enough to block the passage to prevent respiratory gas from passing therethrough; a valve and float within the filling chamber to control water flow into the filling chamber to prevent the water level from rising higher than a threshold; and wherein an outer wall of the casing and the separator wall cooperate with the water surface within the humidification chamber to define an elongate tube-like pathway through which respiratory gas proceeds along a path extending generally parallel to the water surface within the humidification chamber to be humidified.

Abstract: A respiratory humidification device includes: a casing; a separator wall to divide an interior space into filling and humidification chambers, wherein a bottom edge of the separator wall leaves a space between it and the casing bottom to define a passage allowing water to flow atop the casing bottom between the chambers, and enabling the water level to rise enough to block the passage to prevent respiratory gas from passing therethrough; a valve and float within the filling chamber to control water flow into the filling chamber to prevent the water level from rising higher than a threshold; and wherein an outer wall of the casing and the separator wall cooperate with the water surface within the humidification chamber to define an elongate tube-like pathway through which respiratory gas proceeds along a path extending generally parallel to the water surface within the humidification chamber to be humidified.

Abstract: A flexible, rollable sole having a thin elastic or rubber cord attached thereto in parallel to and at a distance from the sole edge, the elastic cord fits around the ski boot at the junction of the sole and upper, the elastic cord extends around the boot at the level of the sole. The attachment may comprise a plurality of extensions of the plastic or rubber cord. In embodiments pair of soles sufficient to completely cover the toe and heel of the boot have a short gap therebetween. In embodiments a thin elastic hand holds a fabric upper body in place. Large loops allow a user to easily manipulated the device wearing ski gloves, a band, fastener or hook may be used to hold the device to its companion device or in the rolled up position or around the boot shaft while the user is skiing.

Abstract: A molding for a window or windshield is described. The molding includes a channel for engaging a window or windshield. The molding includes a window or windshield contact portion that forms a portion of the channel and is made from a material having a greater elasticity than other parts of the molding. The molding reduces or eliminates visual flaws that may be encountered when a window or windshield is installed in an opening of a structure exposed to varying environmental conditions.

Abstract: A molding for a window or windshield is described. The molding includes a channel for engaging a window or windshield. The molding includes a window or windshield contact portion that forms a portion of the channel and is made from a material having a greater elasticity than other parts of the molding. The molding reduces or eliminates visual flaws that may be encountered when a window or windshield is installed in an opening of a structure exposed to varying environmental conditions.