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A compact portable dryer for damp outdoor gear has a tubular sleeve, an interspacing panel of reticulated foam, a ventilating plug and an air blowing plug. The tubular sleeve is a rectangle of canvas. It has strips of closures along both long edges, and both short edges. The closures along the long

A compact portable dryer for damp outdoor gear has a tubular sleeve, an interspacing panel of reticulated foam, a ventilating plug and an air blowing plug. The tubular sleeve is a rectangle of canvas. It has strips of closures along both long edges, and both short edges. The closures along the long edges mate with each other in order to form the sleeve into a tube. The panel of reticulated foam is also a rectangle. It has a length between one pair of spaced edges that corresponds to the length of the tubular sleeve. Its thickness as well as length between the other pair of spaced edges are such that, when rolled into a cylindrical coil, the cylindrical coil has a diameter corresponding to the diameter of the tubular sleeve. The sleeve is plugged with the ventilating plug at one end and the air blowing plug at the other.

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1. A compact portable dryer for damp outdoor gear, comprising: a panel of a flexible continuous interspersed physical medium that serves as a spacer between layers of damp gear, and facilitates forced air ventilation therethrough, even serving as channels for liquid water to drain out of said damp g

1. A compact portable dryer for damp outdoor gear, comprising: a panel of a flexible continuous interspersed physical medium that serves as a spacer between layers of damp gear, and facilitates forced air ventilation therethrough, even serving as channels for liquid water to drain out of said damp gear, as well as allows gases and vapor to pass with little resistance also, being rolled into a tubular coil, rolling damp gear together with said panel of flexible continuous interspersed physical medium; andan air blowing plug coupled to one end of the tubular coil, whereby damp gear can be inserted inside the tubular coil for drying. 2. The compact portable dryer of claim 1, further comprising: an outer sleeve comprising a rectangular and abbreviated panel of flexible material having closures arranged along one pair of spaced edges, wherein said closures along said one pair of spaced edges mate with each other in order to roll and secure the outer sleeve surrounding said tubular coil. 3. The compact portable dryer of claim 2, further comprising: a ventilating plug coupled to the other end of said tubular coil. 4. The compact portable dryer of claim 1, wherein: said panel of a flexible continuous interspersed physical medium that serves as a spacer between layers of damp gear, and facilitates forced air ventilation therethrough, even serving as channels for liquid water to drain out of said damp gear, as well as allows gases and vapor to pass with little resistance also, comprises foam;said one pair of spaced edges corresponds to a leading edge for the tubular coil, and, a spaced away other edge respectively;said foam panel is made of foam material of progressively denser density from the leading edge to the spaced away other edge, whereby an internal air flow forced, drawn or blown into the leading edge of the foam panel, said internal air flow through the panel will be relatively unimpeded at first proximate the leading edge except that the internal air flow will become progressively more impeded by the increasing density, thereby inducing progressively more of the internal air flow laterally out through the opposite broad sides of the panel. 5. The compact portable dryer of claim 4, wherein: said one pair of spaced edges corresponds to a leading edge for the cylindrical tubular foam coil, and, a spaced away other edge respectively;said foam panel comprises diagonal ribbons of flow partitions which, when said panel is rolled into a coil, said flow partitions are adapted such that an internal air flow forced, drawn or blown into the leading edge of the foam panel, said flow partitions will form spirals of flow barriers tending to force the internal air flow through the panel laterally out through the opposite broad sides of the panel. 6. The compact portable dryer of claim 1, wherein: said panel further comprises infused desiccant material. 7. The compact portable dryer of claim 3, wherein: said outer sleeve further comprises closures formed along another pair of spaced edges; andeach plug comprises a ring of closures for mating with said closures on said other pair of spaced edges of the outer sleeve. 8. The compact portable dryer of claim 1, further comprising: packets of desiccant rolled up together with said panel and damp gear and thereby being distributed throughout the tubular coil. 9. The compact portable dryer of claim 4, wherein: said foam panel comprises density variations from the leading edge thereof to a spaced away other edge thereof, thereby inducing progressively more of the internal air flow laterally out through the opposite broad sides of the panel. 10. The compact portable dryer of claim 1, further comprising: heating elements for pre-heating internal air flow and thereby forcing a heated internal air flow through the tubular coil. 11. The compact portable dryer of claim 1, wherein: wherein said air blowing plug comprises a conic, side-venting nozzle for inserting into the core of the tubular coil. 12. A compact portable dryer for damp outdoor gear, comprising: a panel of foam rolled into a tubular coil, rolling damp gear together with said panel of foam;a ventilating plug for one end of the tubular coil; andan air blowing plug for the other end of the tubular coil, whereby damp gear can be inserted inside the tubular coil for drying. 13. The compact portable dryer of claim 12, further comprising: an outer sleeve comprising a rectangular and abbreviated panel of flexible material having closures arranged along one pair of spaced edges, wherein said closures along said one pair of spaced edges mate with each other in order to roll and secure the outer sleeve surrounding said tubular coil;said outer sleeve further comprises closures formed along another pair of spaced edges; andeach plug comprises a ring of closures for mating with said closures on said other pair of spaced edges of the tubular outer sleeve. 14. The compact portable dryer of claim 13, wherein: said closures comprise any of hook and/or pile strips, zippers, buttons or snaps. 15. A method of drying damp or wet outdoor gear, comprising the steps of: rolling the damp or wet gear together with a panel of a flexible continuous interspersed physical medium that serves as a spacer between layers of damp gear, and facilitates forced air ventilation therethrough, even serving as channels for liquid water to drain out of said damp gear, as well as allows gases and vapor to pass with little resistance also, into a cylindrical roll;securing the cylindrical roll in cylindrical form; andcoupling an air blowing plug to one end of the cylindrical coil, whereby damp gear can be inserted inside the cylindrical coil for drying. 16. The method of claim 15, further comprising: distributing desiccant throughout the cylindrical coil of the panel of flexible continuous interspersed physical medium and damp or wet gear. 17. The method of claim 15, further comprising: coupling said one or the other end of the cylindrical coil with a ventilation plug; andforcing an internal air flow through the cylindrical roll to exhaust out the ventilation plug. 18. The method of claim 17, further comprising: inserting the cylindrical coil the panel of flexible continuous interspersed physical medium and damp or wet gear into a generally cylindrical outer sleeve which extends between an inlet port and an exhaust port, whereby the internal air flow through the cylindrical coil is generally confined inside the outer sleeve between the inlet and exhaust ports. 19. The method of claim 17, further comprising: powering the air-forcing source for forcing an internal air flow from the battery of a motor vehicle.