IN BUCKET WETSUIT DRYING SYSTEM

Abstract

A drying aid for the drying of a wet wetsuit or other wet material; the drying aid comprising an assembly configurable for use between a first or bucket mode and a second or tub mode; the drying aid supporting the wet wetsuit or other wet material above a level of water draining from the wet wetsuit or other wet material.

Description

BACKGROUND

Use of wetsuits in water sports is a common practice. One problem associated with using wet suits is the task of drying the wetsuit in between sessions. Typically a surfer may rinse the suit out at a beach side shower then put it in a bucket until they get home to hang it out and let it dry.

A common practice is the use of a bucket or tub to transport the wet wetsuit in the users vehicle. Typically the user will not leave the wetsuit in the bucket or tub because the water draining from the suit collects in the bottom of the bucket and does not allow the suit to dry. The ability to allow a wet suit to dry while stored in the user's vehicle is highly desirable. The hanging out and drying of wet suits after transport from the beach or other water sports venue adds another chore to the experience of enjoying water sports.

The described invention is designed to address these issues.

NOTES

The term “comprising” (and grammatical variations thereof) is used in this specification in the inclusive sense of “having” or “including”, and not in the exclusive sense of “consisting only of”.

The above discussion of the prior art in the Background of the invention, is not an admission that any information discussed therein is citable prior art or part of the common general knowledge of persons skilled in the art in any country.

SUMMARY OF THE INVENTION

Accordingly, in one broad form of the invention there is provided a drying aid for the drying of a wet wetsuit or other wet material; the drying aid comprising an assembly configurable for use between a first or bucket mode and a second or tub mode; the drying aid supporting the wet wetsuit or other wet material above a level of water draining from the wet wetsuit or other wet material.

Preferably the assembly substantially conforms to a base of a bucket when in the first mode, and conforms substantially to an elongated base of a tub when in the second mode.

Preferably the assembly includes two generally horizontal and opposing top plates; each of the two top plates interconnected with, and spaced apart from, corresponding opposing bottom plates by structural elements.

Preferably at least the opposing top plates are provided with drainage holes.

Preferably the opposing top plates and corresponding opposing bottom plates are separated sufficiently to locate the opposing top plates above a level of water draining from a wet wetsuit or other wet material placed in the bucket or tub.

Preferably the assembly further includes a slider assembly comprising an upper facing plate interconnected with, and spaced apart from a corresponding bottom facing plate; the upper facing plate and bottom facing plate spaced apart so as to allow the slider assembly to slide between the opposing top plates and opposing bottom plates.

Preferably the upper facing plate and bottom facing plate are provided with slots to guide and control an extension of the opposing top plates and opposing bottom plates from the bucket mode to the tub mode.

In yet a further broad form of the invention there is provided a method of drying a wet wetsuit or other wet material in a bucket or tub; the method including the steps of:

• • i. placing a drying aid configurable between a first or bucket mode and a second or tub mode at the bottom of the bucket or tub,
  • ii. placing the wet wetsuit or other wet material on upper surfaces of the drying aid, and
  • iii. wherein the drying aid comprises an assembly including at least opposing top plates and corresponding opposing bottom plates interconnected by structural elements; the opposing top plates and opposing bottom plates spaced apart sufficient to locate the opposing top plates above a level of water draining from the wet wetsuit or other wet material placed in the bucket or tub.

Preferably the assembly further includes a slider assembly comprising an upper facing plate and a bottom facing plate.

Preferably the upper facing plate and bottom facing plate are interconnected by structural elements and space apart to allow the slider assembly to slide between the opposing top plates and opposing bottom plates.

Preferably the upper facing plate and bottom facing plate are provided with slots to guide and control an extension of the opposing top plates and opposing bottom plates from the bucket mode to the tub mode. The features and advantages described in this disclosure and in the following detailed description are not all-inclusive.

Many additional features and advantages will be apparent to one of ordinary skill in the relevant art in view of the drawings, specification, and claims hereof. Moreover, it should be noted that the language used in the specification has been principally selected for readability and instructional purposes and may not have been selected to delineate or circumscribe the inventive subject matter; reference to the claims is necessary to determine such inventive subject matter.

BRIEF DESCRIPTION OF THE DRAWINGS

The aforementioned and other features and objects of the present invention and the manner of attaining them will become more apparent, and the invention itself will be best understood, by reference to the following description of one or more embodiments taken in conjunction with the accompanying drawings, wherein:

FIG. 1a—Plan view of the example embodiment in bucket mode,

FIG. 1b—Front elevation view of example embodiment in bucket mode FIG. 2a—Plan view of the example embodiment in tub mode,

FIG. 2b—Front elevation view of example embodiment in tub mode FIG. 3—Perspective view of example embodiment in tub mode,

FIG. 4—Side elevation cross section of example embodiment in bucket mode inside a bucket and in use.

The Figures depict embodiments of the present invention for purposes of illustration only. One skilled in the art will readily recognize from the following discussion that alternative embodiments of the structures and methods illustrated herein may be employed without departing from the principles of the invention described herein

DESCRIPTION OF THE INVENTION

FIG. 1a discloses a plan view of the example embodiment in buck mode. The device is in a round form including a left 10 and right 11 halves and sits in the bottom of a bucket. The example embodiment contains a top facing plates 10 11 that also have drainage holes in them 13 that allow water from the wetsuit stored above the device to drain down towards the bottom of the bucket a second arrangement of extension plates 16 cannot be seen in this view but are represented as dotted lines in this figure.

FIG. 1b shows a front elevation view of the example embodiment in bucket mode. The two top facing plates 20 21 which can also be seen in FIG. 1a 10 11, are connected to a pair of bottom facing plates 23 22 which are the same size. The bottom facing 23 22 and top facing plates 20 21 are connected by structural spacers 27 28 that ensure that the top facing and bottom facing plates are separated to a distance that allow water from a wet suit in a bucket to drain to the bottom of a bucket and allow the wetsuit to dry while still contained within a bucket.

Between the bottom 23 22 and top 20 21 surfaces is a structure 24 26 that is not used in bucket mode but allows the device to be extended for use in an elongated oval shaped container such as a tub.

FIG. 2a shows a plan view of the example embodiment in tub mode. In tub mode the two upper facing plates 30 31 are separated and connected by a slider assembly 32 which contains guide tracks 33 34 that allow the two halves 30 31 to separate in a repeatable and predictable manner so that the device can be used in tubs which typically have an elongated egg shape in their base rather than a circular shape as in the case of the bottom of a bucket.

This configuration allows the drainage capability of the device to be used in a tub, where the wet suit is still suspended above the bottom of the tub and the draining capability of the device allows the wetsuit to dry while the drained water is below the wetsuit due to the height of the device.

FIG. 2b shows a front elevation view of the example embodiment in extended or tub mode. The top facing plates 40 41 are separated from the bottom facing plates 43 42 by spacers 46 47.

The connecting slider assembly 44 also has a top facing plate 44 and a bottom facing plate 45 that are separated also by spacers 48 that allow drainage of water while the weight of the wetsuit is supported to help keep the suit above the waterline of the drained water. Pins are used to connect the outer plates to the connecting slider assembly and the slider slots 33 34 allow the two outside parts 30 31 to slide out and extend to the full width of the tub in which it is being used.

FIG. 3 shows a perspective view of the example embodiment in tub or extended mode. The upper facing plates 50 51 connect with spacers to the bottom facing plates 52 53 and the slider assembly 54 55 allows the two parts 50 53 and 51 52 to separate and extend to the size of the tub in which the device is being used.

The slider assembly contains an upper facing plate 54 and a lower facing plate 55 with spacers that separate the two plates 54 55 and slots 56 that act as guide slides to allow the two outer parts 50 53 and 51 52 to extend in a uniform, predictable and controlled manner.

FIG. 4 shows a cross section of a front elevation view of the example embodiment in bucket mode. The bucket 60 contains a storage space for the transport of a wetsuit 63 where the water from the wet wetsuit 63 drains through the drainage holes of the example embodiment 61 to a holding area 62 at the bottom of the bucket. This arrangement allows the wetsuit to drain and dry without the need for hanging out the wetsuit to dry. The height of the example embodiment is large enough to allow the wetsuit to drain and remain dry during normal use and driving where turns and bumps may make the water in the bottom of the bucket splash and spray.

The result is a simple easy to use and adaptable device that allows users to store and dry wet suits in the users vehicle between water sports sessions.

ALTERNATIVE EMBODIMENT

The example embodiment shows a double sided device that allows the device to be dropped into the bottom of a bucket or tub without consideration to which side is facing up. An alternative embodiment could use a configuration where there is a plate only on the upper facing plane and where spacer legs are used to keep the plate above the waterline of the drained water in the bucket or tub. An alternative embodiment could use any porous material that allows the wetsuit to be suspended above the waterline of the drained water.

The example embodiment is applied to the use of a wetsuit.

An alternative embodiment could be applied to any material where the user would like the suspended material to drain and dry while being suspended above the drained water or fluid. This approach could be applied to but not limited to the drying of laundry or use in laundry tubs, baskets or buckets.

The example embodiment is applied to use in buckets or tubs. An alternative embodiment could see the devices use in any situation where wet or liquid soaked materials need to be drained and remain dry after draining.

Claims

1. A drying aid for the drying of a wet wetsuit or other wet material; the drying aid comprising an assembly configurable for use between a first or bucket mode and a second or tub mode; the drying aid supporting the wet wetsuit or other wet material above a level of water draining from the wet wetsuit or other wet material.

2. The drying aid of claim 1 wherein the assembly substantially conforms to a base of a bucket when in the first mode, and conforms substantially to an elongated base of a tub when in the second mode.

3. The drying aid of claim 1 wherein the assembly includes two generally horizontal and opposing top plates; each of the two top plates interconnected with, and spaced apart from, corresponding opposing bottom plates by structural elements.

4. The drying aid of claim 3 wherein at least the opposing top plates are provided with drainage holes.

5. The drying aid of claim 3 wherein the opposing top plates and corresponding opposing bottom plates are separated sufficiently to locate the opposing top plates above a level of water draining from a wet wetsuit or other wet material placed in the bucket or tub.

6. The drying aid of claim 1 wherein the assembly further includes a slider assembly comprising an upper facing plate interconnected with, and spaced apart from a corresponding bottom facing plate; the upper facing plate and bottom facing plate spaced apart so as to allow the slider assembly to slide between the opposing top plates and opposing bottom plates.

7. The drying aid of claim 6 wherein the upper facing plate and bottom facing plate are provided with slots to guide and control an extension of the opposing top plates and opposing bottom plates from the bucket mode to the tub mode.

8. A method of drying a wet wetsuit or other wet material in a bucket or tub; the method including the steps of: wherein the drying aid comprises an assembly including at least opposing top plates and corresponding opposing bottom plates interconnected by structural elements; the opposing top plates and opposing bottom plates spaced apart sufficient to locate the opposing top plates above a level of water draining from the wet wetsuit or other wet material placed in the bucket or tub.

placing a drying aid configurable between a first or bucket mode and a second or tub mode at the bottom of the bucket or tub,

placing the wet wetsuit or other wet material on upper surfaces of the drying aid, and

9. The method of claim 8 wherein the assembly further includes a slider assembly comprising an upper facing plate and a bottom facing plate.

10. The method of claim 9 wherein the upper facing plate and bottom facing plate are interconnected by structural elements and space apart to allow the slider assembly to slide between the opposing top plates and opposing bottom plates.

11. The method of claim 9 wherein the upper facing plate and bottom facing plate are provided with slots to guide and control an extension of the opposing top plates and opposing bottom plates from the bucket mode to the tub mode.