SUPPORT ASSEMBLY AND METHOD FOR SUPPORTING A RECREATIONAL PRODUCT

Abstract

An apparatus is disclosed to support a portion of the weight of a recreational product while riding on a lift. The apparatus includes a first element attachable to a recreational product user, and a second element fixedly supported relative to the recreational product. The first element includes a tether that can be secured to a recreational product user's limb at the first end of the tether; and a coupling fitting that is attached at or near the second end of the tether. The second element is fixed on the recreational product and includes a platform and a hook supported by the platform. A portion of the platform and the coupling fitting are configured to be magnetically attracted to each other. The hook is configured to engage the coupling fitting. When the hook and coupling fitting are fully engaged the platform and coupling fitting are spaced apart from each other.

Description

CROSS-REFERENCE TO RELATED APPLICATION(S)

This application claims the benefit of U.S. Provisional Application Ser. No. 61/683,293, filed Aug. 15, 2012, which is hereby incorporated by reference in its entirety.

BACKGROUND

The present invention relates generally to support assemblies and associated methods for recreational products, such as assemblies and methods for supporting a snowboard when a user is riding a lift.

Within the last two decades, snowboarding has gone from an activity that surfers did in the winter, to a globally recognized Olympic sport. Whether a snowboarder is at a world famous mountain or a local ski resort, he or she will inevitably have to deal with riding a chairlift (or a comparable lift) to ascend a slope. Typical chairlifts include one or more seats suspended from a cable, with rider(s) exposed to the open air and with legs and feet hanging freely from the seat(s). Recreational products, such as a snowboard, skis, or the like, often hang from a rider's feet or legs when riding such a typical chairlift.

Riding the chairlift for snowboarders is an extremely annoying and uncomfortable process. In order to get onto the chairlift, the snowboarder must first detach one foot (typically his or her back foot) so that he or she is able to push him- or herself to a loading station. As the snowboarder sits on the chairlift, he or she is confronted with the ever nagging problem of what to do with his or her snowboard. The rider either has the option to let his or her board dangle from one foot (e.g., the front foot), rest the board on the toe of their free foot (e.g., back foot) to provide some support, or place it on a ski support, if the lift has such a support and the entire group riding in a given chair unit agrees to use that support.

Unfortunately, all of these options have their drawbacks. If a snowboarder lets his or her board dangle, this creates a risk of causing pain to the knee and ankle that is supporting the weight of the board in essentially a cantilevered manner. This pain not only makes the chairlift ride uncomfortable, but causes fatigue and potentially long term damage. If the snowboarder chooses to rest the board on his or her free foot, this presents a risk of damage to the rider's boot as the sharp edge of the snowboard can dig into the boot causing cuts or other damage. Along with damaging the free boot, the board is also likely to get in the way of any person sitting next to such a rider, causing discomfort for all chairlift riders and the potential for the equipment to get damaged from banging into each other. If the snowboarder has the ability to use a ski support it is very rare they will even do so. This is due to the fact that such supports are generally designed for skiers and do not allow the snowboarder to comfortably support the weight of the board without hitting (and potentially damaging) neighbors' equipment.

There are several products available that attempt to solve this problem, but all have their specific drawbacks that make them undesirable. These drawbacks range from permanently modifying one's snowboard, boot, and/or binding to making the user attach an apparatus while sitting on the lift, which is a very dangerous undertaking. These drawbacks are so severe that they have dissuaded snowboarders from using any of these products to remedy the problem.

Therefore, there is a need for a universal, easy to use product for supporting a snowboard or other recreational product while a user rides a lift that allows that user to distribute weight of the recreational product relatively evenly between both feet while helping to ensure that the recreational product does not damage or get in the way of any other chair lift riders' equipment or the rider's own equipment (e.g., boots).

SUMMARY

In one aspect of the present invention an apparatus is disclosed to support a portion of the weight of a recreational product while riding on a lift. The apparatus includes a first element attached to a recreational product user, and a second element fixedly supported relative to the recreational product. The first element includes a tether that can be secured to a recreational product user's limb at the first end of the tether; and a coupling fitting that is attached at or near the second end of the tether. The second element is fixed on the recreational product and includes a platform and a hook supported by the platform. A portion of the platform and the coupling fitting are configured to be magnetically attracted to each other. The hook is configured to engage the coupling fitting. When the hook and coupling fitting are fully engaged the platform and coupling fitting are spaced apart from each other.

In another aspect of the present invention a method is disclosed to support at least a portion of the weight of a recreational product while riding on a lift. The method includes the steps of positioning a strap assembly configured to engage with a boot near a hooking mechanism attached to a recreational product, magnetically coupling a portion of the strap assembly with a portion of the hooking mechanism, separating the magnetically attracted portions while riding on a lift, and mechanically engaging a portion of the strap assembly with a portion of the hooking mechanism where the two portions are not configured to be magnetically attracted to each other.

In yet another aspect of the present invention a method is disclosed to deliver visual content in conjunction with sporting activities. The method includes the steps of providing a removable strap assembly configured to engage with a boot where the visual content is fixed to an external surface of the removable strap assembly, and providing a hooking mechanism that can engage with the removable strap assembly where the hooking mechanism is attachable to a binding, board, ski, or sled.

In a further aspect of the present invention an apparatus to support a portion of the weight of a recreational product while riding on a lift is disclosed. The apparatus includes a first element attached to a recreational product user, and a second element fixedly supported relative to the recreational product. The first element includes a first means for securing the first element to a recreational product user and a coupling means attached to the first means for coupling the first element to the recreational product. The second element is fixed on the recreational product and includes a first means for securing the second element to the recreational product and a second means supported by the first means for engaging the coupling means of the first element. The coupling means of the first element and the first means of the second element have at least a respective portion that are configured to be magnetically attracted to each other. The second means of the second element is configured to engage the coupling means of the first element. And the first means of the second element and the coupling means of the first element are spaced from each other when the coupling means of the first element and the second means of the second element are fully engaged.

In still a further embodiment of the present invention an apparatus to support at least a portion of the weight of a recreational product while riding on a lift is disclosed. The apparatus includes a first means element and a second means element. The first means element is attachable to a recreational product user and is used for facilitating magnetic alignment and engagement. The second means element is fixedly supported relative to the recreational product and is used for facilitation magnetic alignment with the first means element and for mechanically engaging the first means element.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a side elevation view of an embodiment of an apparatus according to the present invention.

FIGS. 2A and 2B are front elevation views showing different embodiments of a strap assembly of the apparatus of FIG. 1 in isolation.

FIG. 3 is a perspective view of a hooking mechanism of the apparatus of FIG. 1.

FIG. 4 is an enlarged side elevation view of the apparatus of FIG. 1

FIG. 5 is a side elevation view of another embodiment of an apparatus according to the present invention.

FIG. 6 is a perspective view of a strap assembly the apparatus of FIG. 5 attached to a boot.

FIG. 7 is a perspective view of a hooking mechanism of the apparatus of FIG. 5 attached to a binding.

FIG. 8 is an enlarged side elevation view of the apparatus of FIG. 5.

FIG. 9 is a flow chart of an embodiment of a method for at least partially supporting a recreational product while riding on a lift.

While the above-identified drawing figures set forth embodiments of the invention, other embodiments are also contemplated, as noted in the discussion. In all cases, this disclosure presents the invention by way of representation and not limitation. It should be understood that numerous other modifications and embodiments can be devised by those skilled in the art, which fall within the scope and spirit of the principles of the invention. The figures may not be drawn to scale, and applications and embodiments of the present invention may include features and components not specifically shown in the drawings.

DETAILED DESCRIPTION

In general, the present invention provides an apparatus and associated method for helping to support a recreational or sporting product, such as a board, binding, ski, or sled, while a user of the product is riding a lift. The apparatus can include a first element (e.g. a strap assembly) and a second element (e.g. a hooking mechanism) that can be selectively engaged with one another to help distribute weight more evenly when the recreational product is carried on a lift. The apparatus can allow one of a user's feet (generally contained within boots) to be bound to the recreational product in a manner customary for normal operation (e.g., buckled in a snowboard binding in a conventional manner), while the other, unbound foot can provide temporary support for the recreational product as well as provide relatively even weight distribution across both of the user's legs. In one aspect of the invention, the apparatus can include a relatively easy to engage mechanism that allows a user to temporarily engage the assembly without the use of his or her hands, such as with the use of a magnetic component that facilitates alignment of the strap assembly and the hooking mechanism. In another aspect of the invention, a method for supporting a recreational or sporting product includes engaging a strap assembly, attached to a user's limb, with a hooking mechanism attached to the recreational or sporting product; while riding the lift the weight of the product causes the strap assembly to engage with a hook portion of the hooking mechanism. The respective assemblies can be drawn together by magnetic forces, which facilitate engagement but are not required to maintain engagement. In still another aspect of the invention, a method for using the apparatus for supporting the weight of a recreational or sporting product can include fixing visual content onto the strap assembly, which can be used for advertising purposes, and distributing the assembly to recreational product users. Additional features and benefits of the present invention will be appreciated by those of ordinary skill in the art in view of the entirety of the present disclosure, including the accompanying figures.

FIG. 1 is a side elevation view of an embodiment of apparatus 11 used to support at least a portion of the weight of a snowboard while riding on a lift. For simplicity, the snowboarder and the lift are not illustrated. Although this embodiment shows apparatus 11 used in conjunction with a snowboard it will be understood by those of skill in the art that apparatus 11 can be used with other recreational products including a ski, binding, or sled. In FIG. 1, Snowboard 10 is shown along with boots 14R and 14L, and bindings 12. One of ordinary skill in the art will appreciate that boots 14R and 14L can be, but are not limited to, soft-flex or hard-flex boots. The illustrated configuration of boots 14R and 14L is provided merely by way of example and not limitation. Apparatus 11 is shown and includes first element 16 (also called a strap assembly) and second element 18 (also called a hooking mechanism). First element 16 includes adjustable strap 20, tether 24, and coupling fitting 26. Second element 18 includes platform 30 and hook 32. First element 16 and second element 18 are shown in FIG. 1 engaged with each other.

Bindings 12 can be attached to top portion 13 of snowboard 10 in a manner customary in the industry (e.g. by use of a mechanical fastener). Bindings 12 can be configured to receive snowboard boots 14R and 14L in a manner that positions the longitudinal axis of boots 14R and 14L to be substantially perpendicular to the longitudinal axis of snowboard 10. First element 16 is typically worn on which ever boot, 14R or 14L, contains back foot of the snowboarder. Whether the back foot is the left or right foot depends on the snowboarder's stance when riding the snowboard. If the snowboarder rides “regular”, boot 14R contains the back foot (the right foot). Conversely, if the snowboarder rides “goofy”, boot 14L contains the back foot (the left foot). FIG. 1 depicts a “regular” rider. First element 16 is releasably attached around (i.e., encircling) an outer face of boot 14R by adjustable strap 20, which can wrap around boot 14R at, or just above, the snowboarder's ankle. As shown in FIG. 1 boot 14R is disposed between bindings 12, and is not in contact with snowboard 10 or bindings 12. Second element 18 is attached to top portion 13 of snowboard 10 between bindings 12. Second element 18 can be attached to snowboard 10 by an adhesive or by mechanical fasteners such as screws or bolts or by any other suitable means.

Tether 24 is attached to first element 16 at one end, and coupling fitting 26 at an opposite end. Coupling fitting 26 can be a circular ring or can have any other suitable shape including, but not limited to, a triangular shape, a D-ring, or a rectangular shape. First element 16 and second element 18 are shown fully engaged. When fully engaged, coupling fitting 26 is in contact with upper portion 40 of hooking mechanism 32 such that there is a gap between platform 30 and coupling fitting 26.

FIG. 2A shows a front elevation view of one embodiment of first element 16, which includes adjustable strap 20, buckle 22, tether 24, coupling fitting 26, and frame 28. As previously mentioned, coupling fitting 26 can have a generally circular shape, or other suitable shapes such as a D-shape, rectangular shape, or triangular shape. First assembly 16 can be flexible in that it can conform to boot 14 and extend under load and return to size when not under load.

Frame 28 can have a generally triangular shape, or any other suitable shape, and can be made of a fabric, metal, rubber, polymer, or any suitable material. Frame 28 includes pockets 28A and 28B. Pocket 28A is an enclosed passage extending through frame 28 having two open ends oppositely disposed from each other. Pocket 28B is an enclosed passage extending partially through frame 28 having one open end at the bottom portion of frame 28. Frame 28 can help strengthen first assembly 16 and distribute a portion of the weight of snowboard 10 between adjustable strap 20 and tether 24.

Adjustable strap 20 is disposed at least partially within, and extends at least partially through pocket 28A. Adjustable strap 20 can be sewn into pocket 28A or can be allowed to slide within pocket 28A. Adjustable strap 20 can be made of a fabric, metal, rubber, polymer, or another suitable material and can have elastic or non-elastic properties. Adjustable strap 20 includes buckle 22. Buckle 22 is attached to the end of adjustable strap 20 and allows the two ends of adjustable strap 20 to secure together when engaged about a boot. Buckle 22 can be a friction buckle, a tongue buckle, a mating buckle or any other suitable connecting device.

Tether 24 can be oriented generally perpendicular to, and extend away from adjustable strap 20. Tether 24 is disposed at least partially within and extends at least partially through pocket 28B and can be attached to pocket 28B at one end. Tether 24 being disposed at least partially within pocket 28B can help prevent undesired lateral movement of tether 24. At least a portion of tether 24 (e.g. a free end) is not attached to pocket 28B and extends at least partially beyond pocket 28B and beyond a perimeter of frame 28. Tether 24 can be made of a fabric, metal, rubber, polymer, or another suitable material. Tether 24 includes coupling fitting 26 having inner diameter D1, which can be made entirely or partially of a material that is attracted by a magnetic field or can be made entirely or partially of permanent magnetic material. Coupling fitting 26 is attached to the end of tether 24 that extends at least partially beyond pocket 28B. Tether 24 here has elastic properties when under load.

FIG. 2B shows a front elevation view of another embodiment of first element (or strap assembly) 16′, which includes adjustable strap 20, buckle 22, tether 24′, coupling fitting 26, and frame 28′. As previously mentioned, coupling fitting 26 can have a generally circular shape, or other suitable shapes such as a D-shape, rectangular shape, or triangular shape. First assembly 16 can be flexible in that it can conform to boot 14 and extend under load and return to size when not under load.

Frame 28′ can have a generally triangular shape, or any other suitable shape, and can be made of a fabric, metal, rubber, polymer, or any suitable material. Frame 28′ can include pocket 28A′. Pocket 28A′ is an enclosed passage extending through frame 28′ having two open ends oppositely disposed from each other. Pocket 28A′ can also be omitted from Frame 28′. Frame 28′ can help strengthen first assembly 16 and distribute a portion of the weight of snowboard 10 between adjustable strap 20 and tether 24′.

Adjustable strap 20 can be disposed at least partially within, and extend at least partially through pocket 28A′. Adjustable strap 20 can be sewn into pocket 28A′ or can be allowed to slide within pocket 28A′. Alternatively, adjustable strap 20 can be directly attached to frame 28′. Adjustable strap 20 can be made of a fabric, metal, rubber, polymer, or another suitable material and can have elastic or non-elastic properties. Adjustable strap 20 includes buckle 22. Buckle 22 is attached to the end of adjustable strap 20 and allows the two ends of adjustable strap 20 to secure together when engaged about a boot. As previously mentioned buckle 22 can be a friction buckle, a tongue buckle, a mating buckle or any other suitable connecting device.

Tether 24′ can be oriented generally perpendicular to, and extends away from adjustable strap 20. Tether 24′ can be attached to an outer surface of frame 28′. At least a portion of tether 24′ that contacts an outer surface frame 28′ can be sewn or otherwise attached to frame 28′. In another embodiment, the entire perimeter of tether 24′ in contact with an outer surface of frame 28′ can be sewn, or otherwise attached, to frame 28′, this can help improve the strength of tether 24′ and reduce unwanted lateral movements of tether 24′. At least a portion of tether 24′ is not attached to frame 28′ and can extend at least partially beyond the perimeter of frame 28′. Tether 24 can be made of a fabric, metal, rubber, polymer, or another suitable material. Tether 24 includes coupling fitting 26, which can be made entirely or partially of a material that is attracted by a magnetic field or can be made entirely or partially of permanent magnetic material. Coupling fitting 26 is attached to the end of tether 24 that extends at least partially beyond frame 28′.

FIG. 3 is a perspective view of second element 18 of apparatus 11 of FIG. 1. Second element 18 includes platform 30 and hook 32. Platform 30 has a width W1 and includes magnetic portion 34 adhesive 36, side edges 38, back edge 44, front edge 46, and slot 48. Hook 32 includes back portion 42 and upper portion 40 having width W2. Platform 30 and hook 32 can be made of plastic, metal or any other suitable material. Magnetic portion 34 can be a permanent magnet or, alternatively, can be made of a material that is attracted by a magnetic field. Adhesive 36 is on the bottom of platform 30 and can secure platform 30 to snowboard 10. Adhesive 36 can be an epoxy, polyurethane, plastisol, or any other suitable adhesive. Alternatively, second element 18 can be mounted on snowboard 10 using mechanical fasteners or other suitable means.

Platform 30 supports hook 32 and magnetic portion 34. A portion of platform 30 can have width W1 greater than a portion of hook 32 having width W2. Width W1, being large, can help improve stability of second element 18 when mounted on snowboard 10. Width W2 can be smaller than an inner dimension (e.g., inner diameter) D1 of coupling fitting 26 (see FIG. 2A). Width W2 being smaller than W1 can allow coupling fitting 26 to engage hook 32. Side edges 38 can be beveled which can help to improve the engagement of coupling fitting 26 with magnetic portion 34 and hook 32. Each side edge 38 connects to back edge 44. Front edges 46 are disposed opposite back edge 44 and can be beveled which can reduce the weight of platform 30 and help avoid sharp corners. Slot 48 is disposed between front edges 46 and extends inwardly towards back edge 44. Slot walls 52 can be straight, which can help to accommodate magnetic portion 34.

Magnetic portion 34 is disposed within slot 48 on platform 30 and is generally located opposite from hook 32, with a gap or space in between. Magnetic portion 34 can also be a separate or detachable piece. Magnetic portion 34 can be cast or molded into platform 30 in further embodiments.

Hook 32 extends upwardly from platform 30 and can be integrally and monolithically formed with platform 30. Hook 32 is made from a sheet of material which can be, but is not limited to, plastic or metal, that can be bent on a free end into a c-shaped or hook-like profile. Hook 32 can also be formed using injection molding or any other suitable manufacturing method to produce the desired hook shape. Back portion 42 is tapered to connect platform 30 and hook 32. Back portion 42 is about as wide as platform 30 which can help increase the strength of the connection between platform 30 and hook 32. As hook 32 extends from platform 30 the width of hook 32 decreases along the tapered edges of hook 32 until reaching a substantially narrower point on upper portion 40 having width W2. Back portion 42 being wider than upper portion 40 can help strengthen the connection of hook 32 to platform 30. Upper portion 40 can be folded to create a catch profile to reduce a risk of coupling fitting 26 disengaging with hook 32 under load.

FIG. 4 is an enlarged view of a portion of apparatus 11. First element 16 can be removably secured to the snowboarder using buckle 22 or any other suitable securing mechanism. The snowboarder can secure first element 16 to boot 14R, the snowboarder's limb, or any other suitable location. Second element 18 is secured to snowboard 10. Second element 18 can be secured to snowboard 10 using an adhesive, mechanical fasteners, etc. Second element 18 can be secured at any location on top portion 13 of snowboard 10 such as adjacent to binding 12.

To use apparatus 11, the snowboarder removes boot 14R (which is the snowboarder's free-back foot which is usually not contained within a binding while riding a lift if the snowboarder is riding “regular”) from binding 12 and positions first element 16 sufficiently close to second element 18 such that both elements can be magnetically attracted to each other. Magnetic portion 34 on second element 18 can magnetically couple or engage with at least a portion of coupling fitting 26 on first element 16, as shown by the phantom lines in FIG. 4. When the snowboarder rides on the lift the full weight of snowboard 10 causes coupling fitting 26 and magnetic portion 34 to separate allowing a portion of coupling fitting 26 to mechanically engage upper portion 40 of hook 32. Magnetic attraction is not required to maintain the mechanical engagement of coupling fitting 26 and hook 32. When coupling fitting 26 engages upper portion 40 there is a gap between coupling fitting 26 and platform 30.

At least a portion of the weight of snowboard 10 can be distributed to the snowboarder when coupling fitting 26 engages with hook 32. Weight of snowboard 10 is transferred from second element 18 to first element 16 through coupling fitting 26. Coupling fitting 26 transfers a portion of the weight of snowboard 10 to tether 24, which in turn transfers a portion of the weight to frame 28 and adjustable strap 20 which can be releasably connected to the snowboarder.

Apparatus 11 has many benefits for the snowboarder including, but not limited to, the following. The elements being configured to be magnetically attracted to each other can allow for quick hands-free engagement. Using apparatus 11, a snowboarder can keep their back foot free, up until the moment they board the lift. Advantageously, the snowboarder then can use their back foot to move towards the lift and position themselves on the lift. When the snowboarder is about to board the lift they can quickly engage first and second elements 16 and 18 by positioning elements 16 and 18 near each other. Moreover, while riding the lift the risk of first and second elements 16 and 18 disengaging is low. A snowboarder likely will not have to reconnect elements 16 and 18 or maintain a certain body position to keep elements 16 and 18 engaged while riding on a lift. Using this embodiment of the present invention a snowboarder can easily and securely support at least a portion of the weight of snowboard 10 on their free-back foot while riding a lift.

A further benefit of using apparatus 11 is that a snowboarder does not have to permanently alter their equipment. Both first element 16 and second element 18 can be stand-alone structures. As such apparatus 11 can be removably or permanently retro-fit to used or new equipment.

Apparatus 11 can also be customized. The external surface of frame 28 can be large enough to fix visual content to. Visual content can include text or images. The visual content can be any type including, but not limited to, personal content for expressive purposes, or commercial content for advertising purposes. Apparatus 11 can also be produced in many different colors and with different color and design patterns.

FIG. 5 is a side elevation view of another embodiment of apparatus 211 used to support at least a portion of the weight of a snowboard while riding on a lift. For simplicity the snowboarder and the lift are not illustrated. Although this embodiment shows the invention in conjunction with a snowboard it will be understood by those of skill in the art that apparatus 211 can be used with other recreational products such as a binding, ski, or sled. Snowboard 10 is shown along with boots 214R and 214L, and bindings 212F and 212B. Apparatus 211 is shown and includes first element 216 and second element 218. First element 216 includes tether 224 and coupling fitting 226. Second element 218 includes hook 232 and magnetic portion 234.

Bindings 212F and 212B can be attached to a top portion of snowboard 10 in a manner customary in the industry (e.g. by use of a mechanical fastener). Bindings 212F and 212B are configured to receive a snowboard boot in a manner that positions the longitudinal axis of boots 214R and 214L to be substantially perpendicular to the longitudinal axis of snowboard 10. FIG. 5 depicts a “regular” rider so the back foot is the right foot. Those of ordinary skill in the art will understand that this embodiment applies equally to a “goofy” rider. First element 216 can be attached to the outer face of boot 214R at, or just above, the portion of boot 214R where the snowboarder's ankle is contained. Boot 214R is disposed between bindings 212F and 212B, and is not in contact with snowboard 10 or bindings 212F or 212B. Second element 218 is attached to binding 212B which is configured to receive a snowboarder's back foot. Second element 218 can be attached to binding 212B by an adhesive or by mechanical fasteners such as screws or bolts or by other suitable means.

First element 216 and second element 218 are shown engaged with each other. Tether 224 is attached to boot 214R at one end, and coupling fitting 226 at the other end. Coupling fitting 226 can be a ring or any other suitable shape including, but not limited to, a triangular shape, a D-ring, or a rectangular shape. Coupling fitting 226 and magnetic portion 234 are configured to be magnetically attracted to each other. Initially coupling fitting 226 and magnetic portion 234 engage with each other. When riding the lift gravity causes board 10 to fall and hook 232 engages coupling fitting 226. Hook 232 has a catch profile that reduces the risk of coupling fitting 226 disengaging with hook 232 while under load.

FIG. 6 is a perspective view of an embodiment of first element 216, which includes boot 214 and first element 216. First element 216 includes tether 224, and coupling fitting 226.

Boot 214 can be an ordinary snowboard boot that can be used with adjustable strap bindings where boot 214 is secured to the binding using adjustable straps; or step-in bindings where the boot 214 is mechanically attached to snowboard 10 by a mechanism on the bottom of boot 214 and snowboard 10. One of ordinary skill in the art will appreciate that the boot used can be, but is not limited to, a soft-flex or hard-flex boot. The illustrated configuration of boot 214 is provided merely by way of example and not limitation.

Tether 224 is fixedly attached at one end to boot 214. Tether 224 can be attached to boot 214 by sewing, using a mechanical faster, or by any other suitable technique. Tether 224 can also be integrated by the manufacturer into the base design of boot 214. Tether 224 can be made from an elastic material that will flex when under a load and return to shape when a load is removed. Tether 224 is shown attached to the outer face of boot 214 at, or just above, the snowboarder's ankle. Tether 224 can however, be attached at any location on boot 214. At the other end of tether 224 is coupling fitting 226. As with coupling fitting 26, coupling fitting 226 can be made entirely or partially of a material that is attracted by a magnetic field, or can be made entirely or partially of a permanent magnet. Coupling fitting 226 can have a generally circular shape, or other suitable shapes such as a D-shape, rectangular shape, or triangular shape.

FIG. 7 is a perspective view of an embodiment of second element 218, which includes binding 212, and second element 218. Binding 212 includes highback plate 260, straps 262, and baseplate 264. Second element 218 includes platform 230, hook 232, and magnetic portion 234. Platform 230 has width W1. Hook 232 includes upper portion 240 having width W2 and back portion 242.

Highback plate 260, straps 262, and baseplate 264 are arranged on binding 212 in a manner consistent with most snowboard bindings. Binding 212 is attached to snowboard 10 by mechanical fasteners or adhesives. Second element 218 is disposed along the outer surface of the in step of binding 212. Platform 230 attaches second element 218 to binding 212. Platform 230 can be integrally formed with binding 212 at or adjacent to baseplate 264, or alternatively, second element 218 can be a separate component attached to binding 212 with adhesives or mechanical fasteners. Platform 230 could also be attached to highback plate 260 or straps 262.

Platform 230 supports hook 232 and magnetic portion 234. Platform 230 can be made of plastic, metal or any other suitable material. A portion of platform 230 can have width W1 greater than upper portion 240 of hook 232 which can have a width W2. Width W1 being large can improve second element 218's stability when mounted on binding 212. Width W2 can be smaller than an inner dimension (e.g., inner diameter) D1 of coupling fitting 226 (see FIG. 6).

Magnetic portion 234 can be located away from upper portion 240 of hook 232 with a gap or space in between. Magnetic portion 234 can be made of a material that is attracted by a magnetic field, or can be a permanent magnet. Magnetic portion 234 can be attached to an outer face of platform 230. Magnetic portion 234 can be cast or molded into platform 230 in further embodiments.

Hook 232 extends upwardly from platform 230 and is a sheet of material which can be, but is not limited to, plastic or metal, that can be bent on one end into a c-shaped or hook-like profile. Back portion 242 is tapered to connect platform 230 and hook 232. Back portion 242 is about as wide as platform 230 which can help increase the strength of the connection between platform 230 and hook 232. As hook 232 extends from platform 230, the width of hook 232 decreases along the tapered edges of hook 232 until reaching a substantially narrower point on upper portion 240 having width W2. Back portion 242 being wider than upper portion 240 can help strengthen the connection of hook 232 to platform 230. Alternatively, W1 and W2 can be equivalent. Upper portion 240 can be folded to create a catch profile to reduce the risk of coupling fitting 226 disengaging with hook 232 under load.

FIG. 8 is an enlarged view of apparatus 211. First element 216 is attached to boot 214. Second element 218 is secured to binding 212. Second element 218 can be positioned at any suitable location on binding 212. Apparatus 211 works in a similar manner to the embodiment of apparatus 11 described in FIG. 4.

FIG. 9 is a flow chart of an embodiment of a method for at least partially supporting a recreational product while riding on a lift.

In step 900, first and second elements such as strap assembly 16 and hooking mechanism 18 are provided. Strap assembly 16 can be configured to engage about a recreational product user's boot 14L or 14R. Hooking mechanism 18 can be configured to engage about a recreational product 10. Strap assembly 16 and hooking mechanism 18 can be stand-alone devices capable of being either removably or permanently attached to boot 14L or 14R and/or recreational product 10.

In step 902, visual content is fixed onto strap assembly 16. The visual content can be fixed to strap assembly 16 by stitching, screen printing, or any other suitable method. The visual content can be fixed to one or more external surfaces of strap assembly 16. Visual content can include text, images, symbols, logos, trademarks, or copyrightable materials. The visual content on one external surface can be the same as the visual content on another surface. Alternatively, each external surface can have different visual content fixed to it, allowing the user a choice of visual display options. The user can choose to display the visual content by attaching the strap assembly so that the visual content projects away from their limb. Alternatively, the user can choose not to display the visual content by attaching the strap assembly 16 so that the visual content projects towards their limb.

In step 904, strap assembly 16 is distributed. Strap assembly 16 can be sold or distributed as a promotional item. A promotional item can be, but is not limited to an article of merchandise used in marketing and communication programs. Promotional items can be given away to promote a company, corporate image, brand, or event. Promotional items can have a company's name, logo or slogan, fixed to it and the item can be given away or sold. Strap assembly 16 can be distributed as a promotional item at many places and events, including, but not limited to, recreational sporting stores, recreational sporting gear demonstration events, and recreational sporting competition events.

In step 906, strap assembly 16 is positioned near hooking mechanism 18. Strap assembly 16 is attached to a recreational product user at, or near, the user's ankle and hooking mechanism 18 is attached to the recreational product (e.g. snowboard 10). The recreational product user can move his or her leg such that strap assembly 16 is almost in contact with hooking mechanism 18. An exact position is not required and the user does not have to use his or her hands to position strap assembly 16 near hooking mechanism 18.

In step 908, strap assembly 16 and hooking mechanism 18 are magnetically attracted to each other. Both strap assembly 16 and hooking mechanism 18 are configured to be magnetically attracted to each other. For example, strap assembly 16 can include a permanent magnet, and hooking mechanism 18 can include a magnetically attracted material. Alternatively, hooking mechanism 18 can include a permanent magnet and strap assembly 16 can include a magnetically attracted material. Strap assembly 16 and hooking mechanism 18 will engage when the user places them close to each other. The magnetic attraction between strap assembly 16 and hooking mechanism 18 provides for quick and hands-free engagement. The recreational product user can thus control their recreational product up until the moment that they board a lift. When they are about to board the lift they can quickly engage strap assembly 16 and hooking mechanism 18. If a recreational product user did not engage the elements before boarding a lift the user can magnetically attract them on the lift as well. This allows the user to sit safely in the lift without trying to attach strap assembly 16 and hooking mechanism 18 by hand while riding on a lift.

In step 910, the components are moved against magnetic forces. When the user is riding on the lift the recreational product (under the influence of gravity) falls and causes the magnetically attracted portions of strap assembly 16 and hooking mechanism 18 to separate.

In step 912, portions of strap assembly 16 and hooking mechanism 18 are mechanically engaged. When the recreational product falls in step 910 causing strap assembly 16 and hooking mechanism 18 to separate a portion of strap assembly 16 engages with a portion of hooking mechanism 18, without a need for magnetic coupling. Once mechanically engaged, a portion of the weight of the recreational product is distributed from hooking mechanism 18 to strap assembly 16. A portion of the weight is then transferred from strap assembly 16 to the recreational product user.

When the recreational product user disembarks the lift strap assembly 16 and hooking mechanism 18 are easily disengaged. Once the recreational product contacts the ground strap assembly 16 and hooking mechanism 18 can be mechanically disengaged. To completely disengage strap assembly 16 and hooking mechanism 18, the recreational product user only has to move strap assembly 16 (attached to boot 14L or 14R) away from hooking mechanism 18 (attached to the recreational product). The recreational product user can proceed to use their product.

The method as described above can be used to distribute a portion of the weight of a recreational product while riding on a lift. Those of ordinary skill in the art will recognize that recreational product can include, but is not limited to, a board, ski, sled, or binding. Those of ordinary skill in the art will also recognize that a lift can include, but is not limited to a chair lift. Finally those of skill in the art will recognize that a recreational product user can include, but is not limited, a snowboarder, a skier, or a sledder.

The method as described above allows a recreational product user to easily and quickly engage an assembly to support at least a portion of the weight of a recreational product while riding a lift. The method does not require the use of the user's hands and does not require the user to maintain any certain body position to balance the recreational product. The components used by the recreational product user are also stand-alone features which can be retro-fit onto existing equipment or integrated into new equipment. Strap assembly 16 also provides a surface for fixing visual content onto. Strap assembly 16 then can be used for personal expression or for advertising purposes. Persons of ordinary skill in the art will recognize that the method as described above with reference to FIG. 9 can apply to nearly any embodiment of the present invention (e.g., apparatus 11 or 211).

While the apparatus has been described with reference to certain embodiments of first elements and second elements interacting with each other, it will be understood by those skilled in the art that various combinations of the disclosed embodiments of first and second elements 16 and 18 can be used interchangeably with each other without departing from the scope of the invention.

Any relative terms of degree used herein, such as “substantially”, approximately”, “essentially”, “generally” and the like, should be interpreted in accordance with and subject to any applicable definitions or limits expressly stated herein. In all instances, and relative terms or terms of degree used herein should be interpreted to broadly encompass any relevant disclosed embodiments as well as such ranges or variations as would be understood by a person of ordinary skill in the art in view of the entirety of the present disclosure, such as to encompass ordinary manufacturing tolerance variations, incidental alignment variations, and the like.

While the invention has been described with reference to an exemplary embodiment(s), it will be understood by those skilled in the art that various changes may be made and equivalents may be substituted for elements thereof without departing from the scope of the invention. In addition, many modifications may be made to adapt a particular situation or material to the teachings of the invention without departing from the essential scope thereof. Therefore, it is intended that the invention not be limited to the particular embodiment(s) disclosed, but that the invention will include all embodiments falling within the scope of the appended claims.

Claims

1. An apparatus to support at least a portion of the weight of a recreational product while riding on a lift comprising:

a first element attachable to a recreational product user, the first element comprising: a tether securable to a limb of a user at or near a first end of the tether; and a coupling fitting attached at or near a second end of the tether; and

a second element fixedly supported relative to the recreational product, the second element comprising: a platform; and a hook supported by the platform,

wherein at least respective portions of the platform and the coupling fitting are configured to be magnetically attracted to each other and,

wherein the hook is configured to engage the coupling fitting, and

wherein the platform and the coupling fitting are spaced from each other when the hook and the coupling fitting are fully engaged.

2. The apparatus of claim 1 wherein the coupling fitting is in the shape of a circle, a triangle, a D-ring, or a rectangle.

3. The apparatus of claim 1 wherein at least a portion of the coupling fitting or the platform comprises a ferromagnetic material.

4. The apparatus of claim 1 wherein at least a portion of the coupling fitting or the platform comprises a magnet.

5. The apparatus of claim 1 wherein the first element further comprises an adjustable strap buckled to the limb of a user.

6. The apparatus of claim 1 wherein the first element further comprises a frame of a generally triangular shape which the adjustable strap extends at least partially through.

7. The apparatus of claim 1 wherein the first element further comprises a frame of a generally triangular shape which the tether extends at least partially through.

8. The frame of claim 6 wherein the frame is made from a flexible material.

9. The frame of claim 7 wherein the frame is made from a flexible material.

10. The apparatus of claim 1 wherein the tether is attached to a boot.

11. The apparatus of claim 1 wherein the tether is made from an elastic material.

12. The apparatus of claim 1 wherein the second element is attached to a top portion of the recreational product, wherein the recreational product comprises a snowboard.

13. The apparatus of claim 1 wherein the second element is secured to the recreational product with an adhesive.

14. The apparatus of claim 1 where the second element is integrated into a binding.

15. A method to support at least a portion of the weight of a recreational product while riding on a lift the method comprising the steps of:

positioning a strap assembly configured to engage about a boot near a hooking mechanism attached to a recreational product; and

magnetically coupling at least a portion of the strap assembly with at least a portion of the hooking mechanism; and

separating the magnetically coupled portions of the strap assembly and the hooking mechanism; and

mechanically engaging at least a portion of the strap assembly with at least a portion of the hooking mechanism, the portions not configured to be magnetically attracted to each other.

16. The method of claim 15 where the recreational product is a snowboard.

17. A method to deliver visual content in conjunction with sporting activities, the method comprising the steps of:

providing a removable strap assembly configured to engage about a boot wherein the visual content is fixed to an external surface of the removable strap assembly;

providing a hooking mechanism engagable with the removable strap assembly, the hooking mechanism configuration to be attachable to at least one of a binding, board, ski, or sled.

18. The method of claim 17 wherein the visual content is fixed to the removable strap assembly by stitching or screen printing the visual content to the removable strap assembly.

19. The method of claim 17 wherein the visual content is a trademark or is copyrightable material.

20. The method of claim 17 and further comprising;

distributing the removable strap assembly as a promotional item;

using the removable strap assembly with an existing recreational product wherein the removable strap assembly comprises a tether attached to a user at a first end and a coupling fitting at a second end magnetically attracted to the hooking mechanism attached to the recreational product.

21. An apparatus to support at least a portion of the weight of a recreational product while riding on a lift comprising:

a first means element attachable to a recreational product user for facilitating magnetic alignment and engagement, and

a second means element fixedly supported relative to the recreational product for facilitating magnetic alignment with the first means element and mechanically engaging the first means element.