Abstract: A combination stand assembly is provided. The assembly includes a dual-use stand adapted to provide a floor stand and/or a bed top stand. The combination stand includes a floor base configured with a telescoping upright support structure and a top tray. The top tray may be used to support various items such as, but not limited to, a laptop computer. The top tray is removable from the upright support structure and includes extendable legs so that the tray, when separated from the upright support, may be used as a self-contained secondary stand (e.g., for use as a bed top stand). In this way, the combination stand may be configured for use as a floor stand and/or for use as a bed top stand. The angle of the tray is adjustable in either configuration for ergonomic positioning.

Abstract: A secondary dispenser readily attachable to a standard toilet-tissue dispenser of a roll type for positioning next to the primary toilet-tissue dispenser for dispensing supplemental materials such as pre-wetted toilet sheets. The sheets can be withdrawn from an open door. A compact auxiliary device providing wetted or self-wetting sheets for releasable proximate mounting in conjunction with a conventional toilet-tissue dispenser of dry sheets; comprises an inexpensive container or magazine component pre-loaded with the supplemental sheets. The magazine can be snapped into functional position rapidly. It serves an improved health care and cleanliness function.

Abstract: Embodiments of the disclosed technology provide methods of boronizing titanium and other metals and metal alloys. The method proceeds, in an embodiment of the disclosed technology, by using a boron source, and placing it in a heated environment, followed by a reduced pressure environment, as is described in the disclosure. In a solid phase embodiment of the disclosure, boronized stainless steel alloys are produced having zero galling at 17,000 psi.

Abstract: Embodiments of the disclosed technology provide methods of boronizing titanium and other metals and metal alloys. The method proceeds, in an embodiment of the disclosed technology, by using a boron source, and placing it in a heated environment, followed by a reduced pressure environment, as is described in the disclosure. In a solid phase embodiment of the disclosure, boronized stainless steel alloys are produced having zero galling at 17,000 psi.

Abstract: Embodiments of the disclosed technology provide methods of boronizing titanium and other metals and metal alloys. The method proceeds, in an embodiment of the disclosed technology, by using a boron source, and placing it in a heated environment, followed by a reduced pressure environment, as is described in the disclosure. In a solid phase embodiment of the disclosure, boronized stainless steel alloys are produced having zero galling at 17,000 psi.

Abstract: Embodiments of the disclosed technology provide methods of boronizing titanium and other metals and metal alloys. The method proceeds, in an embodiment of the disclosed technology, by using a boron source, and placing it in a heated environment, followed by a reduced pressure environment, as is described in the disclosure. In a solid phase embodiment of the disclosure, boronized stainless steel alloys are produced having zero galling at 17,000 psi.

Abstract: A system may selectively block an area at an end of an astragal. The system may include an expandable boot and an actuator. The expandable boot may be positioned at the end of the astragal, and the expandable boot may be movable between a compacted shape and an expanded shape. The actuator may be operable to move the expandable boot between the compacted shape and the expanded shape.

Abstract: Embodiments of the disclosed technology provide methods of boronizing titanium and other metals and metal alloys. The method proceeds, in an embodiment of the disclosed technology, by using a boron source, and placing it in a heated environment, followed by a reduced pressure environment, as is described in the disclosure. In a solid phase embodiment of the disclosure, boronized stainless steel alloys are produced having zero galling at 17,000 psi.

Abstract: The present application provides improved fenestration products and improved methods of making fenestration products. The product may include (a) an elongated vinyl polymer foam body having a length, a first surface extending the length of the foam body, and a second surface extending the length of the foam body; and (b) an elongated fiber reinforced polymer pultrusion support engaging the foam body and substantially entirely covering the first surface, wherein at least a portion of the second surface is exposed. The method may include (a) providing an elongated vinyl polymer foam body; (b) covering a first surface extending the length of the body with an elongated fiber reinforced polymer pultrusion support; and (c) applying traditional woodworking processes to a second exposed surface extending the length of the body.