Abstract: This invention discloses a dryer for insertion into a cavity of a reservoir bladder with a fill inlet, a primary internal cavity and a back pocket cavity portion, the dryer including a framework configured for insertion into a water inlet of an internal cavity of reservoir bladder which includes a primary internal cavity and a back pocket cavity portion, and a first air passageway formed by the framework and configured to receive heated air from an air supply passageway and heater, and to direct the heated air to the primary internal cavity. The invention also discloses the framework forming a second air passageway which is configured to direct heated air to the back pocket cavity portion and such a framework providing a biased tab mounted to the framework configured to provide a biased securing tab for applying outward pressure to the water inlet of the reservoir bladder, for securing the reservoir bladder to the framework.

Abstract: An air dehumidifier for use in small enclosures such as gun and other types of safes is disclosed. The air dehumidifier provides a natural convection dehumidifier circulation system for use in enclosures that reduces natural convection airflow through a drying chamber and thereby dehumidifies and circulates air within the enclosure. Heated air released through the air flow apertures combine with air drawn in through the air intake apertures in the base, to provide air circulation and dehumidification within the safe interior. This invention also provides a drying chamber end cap which prevents articles within the enclosure from blocking the airflow out of the drying chamber.

Abstract: A dryer for insertion into a cavity in a garment, boot or shoe, including a framework with a heated surface on one side of the framework, with the heated surface forming at least one side of an exit airflow passageway to create and induce drying airflow through the cavity of the garment, boot or shoe. The dryer may be configured for an upper cavity and/or lower cavity of the object being dried and may in addition to the airflow, create a temperature differential across the framework to further or create a desired airflow.

Abstract: A gas fired garment drier is described in which a base is provided with an air conduit including an internal air passageway leading from a bottom end to a top end. A gas burner is positioned adjacent the bottom end of the conduit. A heat exchanger is situated adjacent the gas burner and leads into the air conduit and the air passageway. The heat exchanger includes a convection air duct extending into the air conduit within the air passageway. A garment support is provided adjacent the top end of the air conduit.

Abstract: A glove dryer attachment for a boot dryer includes a boot dryer attachment flange that is configured to mount on a boot dryer. A panel on the boot dryer attachment is provided with ribs projecting from the panel and defining air duct passages, including air inlet passages along one side of the panel and air discharge passages along the other side of the panel. The ribs and panel define open airway connections joining the air inlet passages and air discharge passages. The boot dryer attachment flange includes a baffle arranged to guide air into the intake passages and outwardly from the discharge passages.