Abstract: A hands-free footwear sole cleaning device is foot-actuated to clean the bottom of footwear sole. Applying direct force with the footwear sole actuates a sprayer to discharge a cleaning fluid directly into the crevices and traction that form in the bottom of the footwear sole; and thereby remove debris. The sprayer is adjustable so that the direction, intensity, and pattern of the cleaning fluid can be adjusted for different cleaning needs and footwear soles. The device comprises an elevated base that provides support and, through its elevated disposition enables drainage of the cleaning fluid and debris. The device also includes a sprayer that is detachably retained in the elevated base to forcibly discharge cleaning fluid towards the footwear sole. The device also includes a foot trigger that is pivotally in communication with a spray trigger on the sprayer to actuate discharge of cleaning fluid onto the footwear sole with minimal splashing and debris dislodgement above the elevated base.

Abstract: A window shade system and housing-guide assembly for shading a window systemically includes a shade assembly, a bracket element and a guide-cover element. The shade element is furlable and unfurlable about an axis for rotation for selectively shading an outfitted window site. The bracket element includes a bracket-to-support interface portion and a guide-cover attachment portion. The guide-cover element includes a bracket-attachment portion, a shade-cover portion, and a shade-guide portion. The guide-cover element is attachable to the bracket element via mated engagement of the guide-cover attachment portion and the bracket-attachment portion. The shade-cover portion is formed so as to subtend an arc length radially anterior relative to the interface portion. The furled shade element is receivable in a space defined by the shade-cover portion and unfurlable via a shade-letting gap defined intermediate the shade-guide portion and the interface portion.

Abstract: A window shade system and housing-guide assembly for shading a window systemically includes a shade assembly, a bracket element and a guide-cover element. The shade element is furlable and unfurlable about an axis for rotation for selectively shading an outfitted window site. The bracket element includes a bracket-to-support interface portion and a guide-cover attachment portion. The guide-cover element includes a bracket-attachment portion, a shade-cover portion, and a shade-guide portion. The guide-cover element is attachable to the bracket element via mated engagement of the guide-cover attachment portion and the bracket-attachment portion. The shade-cover portion is formed so as to subtend an arc length radially anterior relative to the interface portion. The furled shade element is receivable in a space defined by the shade-cover portion and unfurlable via a shade-letting gap defined intermediate the shade-guide portion and the interface portion.

Abstract: A window shade system and housing-guide assembly for shading a window systemically includes a shade assembly, a bracket element and a guide-cover element. The shade element is furlable and unfurlable about an axis for rotation for selectively shading an outfitted window site. The bracket element includes a bracket-to-support interface portion and a guide-cover attachment portion. The guide-cover element includes a bracket-attachment portion, a shade-cover portion, and a shade-guide portion. The guide-cover element is attachable to the bracket element via mated engagement of the guide-cover attachment portion and the bracket-attachment portion. The shade-cover portion is formed so as to subtend an arc length radially anterior relative to the interface portion. The furled shade element is receivable in a space defined by the shade-cover portion and unfurlable via a shade-letting gap defined intermediate the shade-guide portion and the interface portion.

Abstract: An improved door bucket assembly is provided for a refrigerator or freezer door. The assembly includes a bucket pivotally mounted in a retainer mounted in the door, such that the bucket is movable between an upright position and tilt-out position. The bucket is open at the top such that items stored in the bucket are accessible when the bucket is in both the upright and tilt-out positions. A stop member limits the tilt-out movement of the bucket to 30°-45°. A clip on the retainer releasably engages a tab on the bucket to prevent accidental tilt-out of the bucket during movement of the door between open and closed positions.