Abstract: Compositions containing extract of C. ternatea flower and methods of extracting the extract and forming such composition are disclosed. Such compositions contain superior attributes as colorants, and may also include one or more of beta-carotene, beta-carotene extract, turmeric extract, or annatto extract and/or other suitable known colorants. Such compositions may be stabilized in a powder, crystal, or other solid form, or may be dissolved, suspended, or otherwise contained in solution. The extract may be produced via certain methods such as polar solvent extract, supercritical fluid extraction, expression, enfleurage, as well as other techniques. The stabilized compositions may further include a pH-modifying component for establishing or changing a pH level of a solution into which the composition is placed.

Abstract: A doorway consists of a frame and two doors. The doorway's purpose is to direct leaves and debris into a container. The doorway with the doors open allows leaves and debris to pass through the angled doors that can redirect leaves and debris into an attached receptacle.

Abstract: A resin binder composition useful in the manufacture of fiber glass articles is described. The resin binder is formulated to exhibit increased stress tolerance (flexibility) and to enable the manufacture of fiber glass products with less dusting with minimal compromise of physical strength characteristics.

Abstract: An apparatus for facilitating the installation of a flowable insulation in a wall or ceiling cavity comprises a rigid rectangular frame. A pair of transverse runners releasably receives an apertured slide panel and a pair of slide screen panels. When all three panels are received by the runners, they extend between the sides of the frame. A metal screen or wire mesh covers the frame other than at the runners. The apertured panel may be repositioned by removing one of the panels and sliding the other two to a different position then reinserting the removed panel. The frame may be pressed against a wall cavity and the apertured panel positioned so that it is not obstructed. An insulation hose may then inserted through the aperture in the apertured panel and insulation blown into the cavity; subsequently the apparatus may be removed.