Abstract: A connector is used to securely attach two nested, stacked buckets so they may be easily transported using the handle on the upper bucket but also maintains an air gap between the sidewalls of the buckets when in a nested, stacked configuration, enabling the buckets to be easily separated. Each bucket connector includes a biasing arm extending downward from an apron formed on the buckets. The biasing arm includes a hook that automatically engages the upper lip onto a lower bucket when the upper bucket is stacked inside the storage cavity formed in the lower bucket. The biasing arm disengages the hook from the upper lip. Formed on the biasing arm is a stop surface configured to limit the downward movement of the upper bucket into the storage cavity. The stop surface forms an air gap between adjacent sidewalls when the upper bucket is stacked over the lower bucket.

Abstract: A connector is used to securely attach two nested, stacked buckets together so they may be easily transported using the handle on the upper bucket but also maintains an air gap between the sidewalls of the buckets when in a nested, stacked configuration enabling the buckets to be easily separated. Each bucket connector includes a biasing arm extending downward from an apron formed on the upper bucket. The biasing arm includes a hook configured to automatically engage the upper lip onto a lower bucket when the upper bucket is stacked inside the center cavity formed in the lower bucket. The biasing arm is configured to disengage the hook from the upper lip selectively. Formed or attached to the biasing arm is a stop surface configured to limit the downward of the upper bucket into the storage space. The stop surface is configured so that an air gap is formed between adjacent sidewalls when the upper bucket is stacked over the lower bucket.

Abstract: A skylight for installation on a roof of a building is provided. The skylight includes a frame that has a plurality of elements and defines an interior opening. A mounting bracket with a first and second leg is included. The first leg of the mounting bracket is connected to one of the elements of the frame, and the second leg may have a guide structure with at least one opening that extends at an angle with respect to the second leg. The guide structure may be used for securing the mounting bracket and skylight to the roofing structure. The skylight may be provided with a flashing profile that has a rigid section attached to one of the elements of the frame and a flexible section attached to the rigid section. The rigid and flexible sections may extend along the longitudinal lengths of two different elements of the frame.

Abstract: A swiveling skylight mount and system is provided. The mount may include a base mount defining an opening therein, the opening bounded by a constantly radiused wall. The mount may also include an adjustment ring, the adjustment ring including an aperture adapted for receipt of a skylight tube. The adjustment ring may include a constantly radiused outer surface. The outer surface of the adjusting ring may be disposed at least partially against the wall defined by the opening in the base mount, and adapted to swivel relative to the base mount. Such a swiveling sky mount may also be included in an adjustable skylight system, that also includes a flashing unit to which the base mount may be attached, and a light transmissive dome.

Abstract: A skylight for installation on a roof of a building is provided. The skylight includes a frame that has a plurality of elements and defines an interior opening. A mounting bracket with a first and second leg is included. The first leg of the mounting bracket is connected to one of the elements of the frame, and the second leg may have a guide structure with at least one opening that extends at an angle with respect to the second leg. The guide structure may be used for securing the mounting bracket and skylight to the roofing structure. The skylight may be provided with a flashing profile that has a rigid section attached to one of the elements of the frame and a flexible section attached to the rigid section. The rigid and flexible sections may extend along the longitudinal lengths of two different elements of the frame.

Abstract: A skylight with sealing gasket and a gasket are provided. The skylight includes a frame with an inner side surface that faces an outer surface of a curb when installed, defining a first gap therebetween. A bottom surface of the frame faces an upper top surface of the curb when installed, defining a second gap therebetween. At least one light transmitting section is disposed within the frame. The gasket includes a main body portion disposable to contact the upper top surface of the curb and the bottom surface of the light transmitting section. The gasket also includes a first arm extending from the main body portion. The first arm is contactable with the inner side surface of the frame in order to seal the first gap.