This invention relates to an umbrella cover or holder for storing and protecting an umbrella, particularly a foldable umbrella, when not in use, as well as after use. The umbrella cover of the present invention can be readily removed from the cover for use during a rainfall and is easily and conveniently reinserted into the cover after use following a rainfall whether wet or dry.
Conventional umbrella cover(s) in present use provide an aesthetic flexible sheath for foldable umbrella(s) within which an umbrella is conveniently stored during dry conditions prior to a rainfall. However, immediately following a rainfall a foldable umbrella cannot be easily reinserted into the cover. For this reason most foldable umbrella covers are generally put aside until the umbrella has dried. This inevitably results in misplacing or losing the cover altogether. A conventional umbrella cover is also unable to absorb water from the umbrella after a rainfall which is another reason a user will generally wait until the wet umbrella has dried off before attempting to reinsert the umbrella.
Although other umbrella cover designs have been proposed to alleviate the problem of not knowing where to place a wet soaked foldable umbrella following use none have received commercial acceptance. Umbrella cover designs which do not offer the simplicity and aesthetics of the inexpensive flexible sheath have failed to receive acceptance in the marketplace. Similarly, the use of two separate covers one for storing the umbrella during dry conditions and another as a temporary holder for a wet umbrella has not received acceptance. The general public is desirous of an umbrella cover which is aesthetic and convenient to use not only for storing and transporting an umbrella when dry but also for reinserting the umbrella when wet, i.e., to provide a place for the umbrella following use.
The umbrella cover of the present invention is composed of a flexible water resistant material such as nylon and a fastener, preferably a zipper, which is affixed to the flexible material about its entire outer perimeter such that when the zipper is closed the flexible material is configured to provide an enclosure for storing a foldable umbrella and when the zipper is opened the flexible material is reconfigured into a sheet of material which is adapted to be laid flat on a level surface. The folded umbrella may be readily inserted into the cover with the zipper partially opened or placed over the material with the zipper in the fully open position so that by closing the zipper the flexible material is reconfigured to enclose the umbrella wet or dry. The umbrella may be readily removed at any time from the cover by simply opening the zipper. Accordingly, the extent to which the zipper is opened or closed provides control over the removal and reinsertion of the umbrella independent of how wet the umbrella may be. Once the zipper is fully closed the flexible umbrella cover constitutes an enclosure for storing and transporting the umbrella.
According to the preferred embodiment of the present invention the umbrella cover is composed of flexible material having a zipper affixed to its outer perimeter with the zipper arranged in a configuration having an open and closed position such that when the zipper is drawn toward the closed position the flexible material forms an enclosure adapted to hold a folded umbrella for storage and transportation and when the zipper is drawn toward the open position the flexible material is configured into a sheet adapted to be laid flat open on a level surface. With the flexible material laid flat a wet umbrella may be conveniently placed upon its surface wet or dry and by closing the zipper the flexible material is reconfigured into an enclosure for storing the umbrella. Although a zipper is the preferred fastener other fasteners may be used having a similar configuration affixed to the outer perimeter of the material provided the fastener has an open and closed position which enables the material to form an enclosure in the closed position and to form a sheet of material in the open position.
The cover is preferably composed of at least one flexible outer layer of a material which is preferably water resistant such as nylon or a conventional water proof material and has an inner layer or interior liner which is preferably composed of an absorbent material such as cloth or terry cloth. The nylon outer layer forms the exterior of the cover when the fastener or zipper is closed. The inner lining is intended to absorb water from the umbrella if wet.
Additional advantages of the present invention will become apparent from the following detailed description of the invention when read in conjunction with the accompanying drawings of which:
The row of teeth 16 and 17 are preferably connected to a strip of fabric 24 which is stitched to the flexible material 14 so that each row of teeth 16 and 17 extend outwardly from the material 14 around the entire perimeter of the material 14 extending from the open position 20 to the closed position 22 and preferably in a closed loop configuration. Pulling the grip 19 moves the siding member 18 to either the open position 20 or the closed position 22.
In the embodiment described in
The flexible material 14 is preferably composed of two layers having an outer surface 31 composed of water resistant nylon or of another water impervious material and an inner layer 32 representing an inner liner of the cover 10 when the zipper 12 is closed. The inner layer 32 is composed of a water absorbent material such as cloth or terry cloth. In
The inner liner 32 should preferably cover the entire interior surface of the cover 10. A narrow strip 34 of nylon material or other water resistant or water impervious material is attached to the strip of fabric 24 overlapping the inner layer 32 along the entire outer perimeter of the cover 10 to form a waterproof seal adjacent the zipper 12 to prevent water from entering from the cover exterior through the zipper 12. The narrow strip 34 forms a narrow overhang partially extending over the lining 32 at the interconnection with the strip 24 to which the row of teeth 16 and 17 are connected to prevent the absorbent material 32 from absorbing water through the zipper 12. The inner lining of water absorbent material 32 will absorb and retain water from a wet umbrella immediately after use. Excess water retained in the absorbent material 32 can readily be rung out upon removal of the umbrella with the zipper in the fully open position or simply allowed to dry by exposure to the atmosphere or placed in sunlight and may even be placed in a dryer at a low heat setting to more quickly dry out.
Although a zipper is the preferred fastener other fasteners may be used in place of or in combination with a zipper. For example a row of buttons and button openings may form the fastener provided the row of buttons and button holes are arranged to extend along the outer perimeter of the material 14 in the same fashion as the zipper 12. Alternatively strips of Velcro may be used in a similar arrangement disposed on opposite sides about the outer perimeter of the flexible material 14 to operate in a fashion equivalent to the operation of the zipper 12 such that when the fastener is closed the material forms the enclosure for the umbrella and when the fastener is opened the flexible material may be laid out flat.
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Number | Date | Country | |
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20110030746 A1 | Feb 2011 | US |