Wash apparatus for powersports gear

Abstract

Examples relate to a power sports gear holder apparatus comprising a base, a support beam orthogonally coupled to the base, and an L-shaped pole coupled orthogonally to and extending from the support beam. The support beam is end-user adjustable in length. A distal portion of the L-shaped pole is adjustable to travel toward an opposing stop feature. The base, the distal portion of the L-shaped pole, and the opposing stop feature are configured to collectively apply a three-point hold on an object inserted therebetween. In some examples, the apparatus is configured to translate at a plurality of joints toward a substantially planar footprint. In some examples, at least one of the base, the support beam, or the L-shaped pole includes a respective lockable collar for adjusting the length of the base, support beam, or L-shaped pole.

Description

Docket No. 6566.001W01WASH APPARATUS FOR POWERSPORTS GEARCLAIM OF PRIORITY

[0001] This application claims priority to and the benefit of U.S. Provisional Application Serial No. 63 / 762,512, filed February 24, 2025, which is hereby incorporated herein by reference, and the benefit of priority of which is claimed herein.BACKGROUND

[0002] Power sports encompass a range of motorized recreational and competitive activities, including motocross, enduro, trail riding, all-terrain vehicle (ATV) operation, and similar off-road disciplines. Participants in these activities wear specialized protective gear designed to withstand the physical demands of the sport and the environmental conditions encountered during use. Such gear includes boots, helmets, gloves, chest protectors, and other body armor.

[0003] Off-road riding environments expose gear to mud, dirt, sand, water, and other particulate matter. After use, this gear typically requires cleaning to remove accumulated debris and to maintain the materials from which the gear is constructed. Cleaning methods in the field vary and may involve the use of pressure washers, garden hoses, brushes, or manual wiping. These cleaning operations may take place at race venues, trailheads, private residences, or other locations where water access is available.

[0004] Power sports gear varies in size, shape, weight, and material composition. Boots, for example, range from ankle-height shoes to knee¬ height designs with rigid shells and multiple buckle closures. Helmets include full-face and open-face configurations with ventilation channels and removable liners. Chest protectors and body armor panels have contoured surfaces and articulating joints. The geometry and construction of these items present a range of form factors that a user may encounter when performing post-ride maintenance.

[0005] Power sports activities occur in diverse geographic and environmental settings. Riders travel to different venues and locations, andDocket No. 6566.001W01post-ride gear maintenance may be performed in areas with varying ground conditions, available space, and access to utilities. The portability and transportability of equipment used in connection with gear maintenance is a consideration for riders who travel between locations.SUMMARY

[0006] The described examples relate to a collapsible washing mount configured to hold power sports gear during a washing operation. The collapsible washing mount may also be referred to as a power sports gear holder apparatus or a boot washing apparatus. The apparatus can be used to secure items such as boots, helmets, gloves, and chest protectors in a position that allows a user to clean the items using a pressure washer, a water hose, or by hand.

[0007] Motocross, enduro, trail riding, and other off-road motorsport activities expose riders to mud, dust, sand, and other debris. Boots worn during these activities accumulate this material on their exterior surfaces and in the seams, buckles, and tread patterns of the sole. After riding, the boots require cleaning. Riders have conventionally performed this cleaning by holding a boot in one hand and spraying it with a hose or pressure washer held in the other hand. To reach all surfaces of the boot, the rider may need to rotate the boot, flip it over, set it down, pick it up again, and reposition it multiple times. Boots used in off-road motorsports can be heavy and have a tall shaft that extends to the knee. Manipulating a boot of this size and weight while simultaneously directing a water stream can be awkward. The boot may slip from the rider's grip, fall to the ground, or rotate during the washing process. Water may also enter the interior of the boot through the opening at the top of the shaft during washing, which can be undesirable. In many cases, a second person may be needed to assist with holding the boot while the first person operates the hose or pressure washer.

[0008] The described examples address these circumstances by providing a structure that holds one or more boots in a fixed, elevated position during the washing operation. The apparatus can allow a single user to wash boots without needing to hold them by hand.Docket No. 6566.001W01

[0009] In the described examples, the apparatus includes a base assembly that rests on a ground surface. The base assembly can comprise two parallel horizontal members connected at one or both ends by end assembly portions. When assembled, these components form a rectangular or frame-like structure that sits on the ground. This base assembly provides a footprint that supports the apparatus and resists tipping when boots or other gear are loaded onto the apparatus. The base assembly can be placed on a variety of surfaces, including concrete, gravel, grass, or dirt.

[0010] Vertical arms extend upward from the horizontal members of the base assembly. These vertical arms are oriented orthogonally to the base assembly. In some examples, one set of vertical arms extends from a first horizontal member of the base assembly, and a second set of vertical arms extends from the second horizontal member of the base assembly. The vertical arms on the second horizontal member may be offset in position from the vertical arms on the first horizontal member. This offset can allow the vertical arms to nest beside one another without overlapping when the apparatus is collapsed for transport.

[0011] Each vertical arm can include a top portion that is angled at approximately 90 degrees from the vertical axis of the arm, forming an inverted L-shape. This angled top portion can extend inward toward the interior area defined by the base assembly. A boot can be placed upside down over the vertical arm, with the sole of the boot facing upward and the opening of the boot facing downward. The angled top portion of the vertical arm can contact the interior of the boot near the toe area, helping to hold the boot in position on the arm. By orienting the boot upside down, water applied during the washing operation can run off the exterior of the boot and away from the boot opening, which may reduce the amount of water that enters the boot interior.

[0012] The vertical arms can be adjustable in height. In some examples, each vertical arm includes a lockable collar that allows the upper portion of the arm to be extended or retracted. A user can loosen the lockable collar, slide the upper portion of the vertical arm to a desired height, and then tighten the lockable collar to lock the arm at that height. This adjustability allows theDocket No. 6566.001W01apparatus to accommodate boots of different shaft lengths, from short ankle¬ height shoes to tall knee-height motocross boots. In some examples, scribe lines or markings on the vertical arm may indicate preset height positions to guide the user during adjustment.

[0013] The vertical arms can also include horizontal L-shaped poles that extend from the vertical arm in a direction toward the interior of the base assembly. These L-shaped poles can provide an additional contact point on the boot. In some examples, the upper portion of the boot shaft, which covers the calf area of the rider, can be positioned between two L-shaped poles. The L-shaped poles can contact the boot shaft and hold it in place, reducing movement of the boot during washing. The L-shaped poles can also compress the boot opening, which may reduce water entry into the boot interior during the washing operation. The distal portion of an L-shaped pole can be adjustable to travel toward an opposing stop feature, such as the vertical arm on the opposite horizontal member of the base assembly or another structural element. In this configuration, the base, the distal portion of the L-shaped pole, and the opposing stop feature can collectively apply a three-point hold on the boot, securing it in position during the washing operation.

[0014] The L-shaped poles can be attached to the vertical arms via lockable collars that allow rotation. In some examples, a user can loosen the lockable collar, rotate the L-shaped pole to lie flat against the vertical arm, and then tighten the lockable collar. This allows the L-shaped poles to be stowed when not in use or during transport.

[0015] The end assembly portions that connect the two parallel horizontal members of the base assembly can also be adjustable. In some examples, the end assembly portions attach to the horizontal members using lockable collars or spring-button pins. The spring-button pins can be elastically deformable elements maintained under tension within the end assembly portion. A protrusion on each spring-button pin can engage with one of a series of indents on the horizontal members. By selecting different indents, the user can adjust the overall length of the base assembly. This allows the apparatus to be configured with a shorter base for use in a confined space or a longer base for added stability or to accommodate more boots.Docket No. 6566.001W01

[0016] The modular construction of the base assembly can allow multiple horizontal member sections to be connected in series through additional end assembly portions. This can extend the apparatus to include additional washing stations. In some examples, multiple pairs of boots can be mounted on the apparatus at the same time. The modular construction can also allow individual sections to be swapped or replaced. For example, a damaged horizontal member section can be removed and replaced without discarding the entire apparatus.

[0017] The apparatus can be collapsed into a substantially planar footprint for transport and storage. This can be accomplished by loosening the lockable collars at the various joints of the apparatus and rotating the vertical arms, L-shaped poles, and other extending members to lie flat against the base assembly. The offset arrangement of the vertical arms on the two horizontal members can allow the collapsed components to lie beside one another without stacking, resulting in a flatter profile. The collapsed apparatus can be stored in a truck bed, trailer, or gear bag alongside other riding equipment.

[0018] The lockable collars used throughout the apparatus can serve two functions. In one function, a lockable collar can allow adjustment of the length of a component by permitting telescoping movement along a linear axis. In another function, a lockable collar can allow rotation of a component about an axis. Both functions can be engaged or disengaged by tightening or loosening the collar.

[0019] The apparatus can be constructed from a variety of materials. In some examples, the horizontal members, vertical arms, L-shaped poles, and end assembly portions can be made from polyvinyl chloride, high-density polyethylene, polypropylene, aluminum, cast aluminum, stainless steel, alloy steel, beryllium copper, brass, bronze, carbon steel, cast iron, copper, galvanized steel, lead, magnesium, nickel, or powdered steel. The spring button pins can be made from aluminum, steel, or polymeric materials. The selection of materials can affect the weight, durability, and corrosion resistance of the apparatus.

[0020] A crossbar may connect the vertical arms on one horizontal member of the base assembly. This crossbar can be positioned at a height above theDocket No. 6566.001W01base assembly and oriented parallel to the horizontal member. The crossbar can provide structural support between the vertical arms.

[0021] In some examples, the apparatus can be used for items other than boots. Helmets can be placed over a vertical arm in an inverted orientation. Gloves can be placed over the vertical arms or draped between the L-shaped poles. Chest protectors and body armor panels can be positioned on the apparatus for cleaning. The adjustability of the vertical arms and L-shaped poles can allow the apparatus to accommodate items of varying size and shape.

[0022] The described examples can allow a user to set up the apparatus at a wash location, mount one or more items of gear on the vertical arms, perform the washing operation using both hands to direct the water stream, and then collapse the apparatus for transport to the next location. The apparatus can be set up and taken down by a single user without the need for tools beyond the lockable collars integrated into the apparatus structure.BRIEF DESCRIPTION OF THE DRAWINGS

[0023] In the drawings, which are not necessarily drawn to scale, like numerals may describe similar components in different views. Like numerals having different letter suffixes may represent different instances of similar components. Various embodiments are illustrated by way of example in the figures of the accompanying drawings. Such embodiments are demonstrative and not intended to be exhaustive or exclusive embodiments of the present subject matter.

[0024] FIG. 1 is a perspective schematic view depicting an example of a collapsible washing mount.

[0025] FIG. 2 is an exploded perspective schematic view depicting an example of a collapsible washing mount of FIG. 1.

[0026] FIG. 3 is a side schematic view depicting an example of the collapsible washing mount of FIG. 1.

[0027] FIG. 4 is a top schematic view depicting an example of the collapsible washing mount of FIG. 1.

[0028] FIG. 5 is an exploded perspective schematic view depicting an example of an end assembly of the collapsible washing mount of FIG. 1.Docket No. 6566.001W01

[0029] FIG. 6 is an exploded perspective schematic view depicting an example of a first assembly portion of the collapsible washing mount of FIG.1.

[0030] FIG. 7 is a perspective schematic view depicting an example of a second assembly portion of the collapsible washing mount of FIG. 1.DETAILED DESCRIPTION

[0031] Conventional methods of manually washing motocross boots are inefficient, time-consuming, ineffective, and can damage boots. Additionally, manually washing boots can inadvertently result in water getting into these boots, resulting in an uncomfortable rider experience. For example, riders often resort to holding the boots by hand and spraying them using a pressure washer or hose. In order to clean all sides of the boots, the rider has to bend down, pick up, and rotate the boots multiple times to ensure all sides and surfaces of the boots are exposed for washing. In addition, the boots are heavy and can fall, slip off, or rotate while washing; resulting in additional effort and time to complete a washing operation. This approach can be cumbersome, tedious, and frustrating for riders, as the boots are heavy and awkward to manipulate.

[0032] The present document relates to a collapsible washing mount that can be used to mount a boot for a washing operation. The collapsible washing mount can be used in conjunction with a power washer, a water hose, or by hand. The collapsible washing mount can also be easily collapsible for transport and storage, to be used in a variety of different locations. The collapsible washing mount can also be referred to as a power sports gear holder apparatus or a boot washing apparatus.

[0033] The collapsible washing mount can comprise multiple stations for securing a boot in an elevated position. This configuration can allow the rider to thoroughly clean the boot from various angles without the need to manually reposition or flip them repeatedly. By maintaining the boot off the ground and firmly held in place, the apparatus facilitates a more efficient and comprehensive cleaning process. This configuration can also allow the boot to be washed by one person, without the aid of a second person.Docket No. 6566.001W01

[0034] The collapsible washing mount can also provide a stable base for the placing of boots during the washing operation. This can be useful in locations with rough or uneven terrain, or locations with gravel, grass or other debris.

[0035] The collapsible washing mount can also prevent water intrusion during the washing operation by allowing the boot to be kept in an upsidedown position through the washing operation. The collapsible washing mount can also secure the opening of the boot in a closed position, preventing water intrusion during the washing operation.

[0036] The collapsible washing mount can also be used in a variety of different applications apart from washing boots. Examples include washing helmets, gloves, or chest protectors.

[0037] FIG, 1 is a perspective schematic view depicting an example of a collapsible washing mount 100. A collapsible washing mount 100 can include a base assembly 102 comprising a first assembly portion 104 and a second assembly portion 106 that is placed in parallel with the first assembly portion 104. The first assembly portion 104 and second assembly portion 106 can be connected to each other by an end assembly portion 108. This end assembly portion 108 can be connected to the first assembly portion 104 and the second assembly portion 106 on one end or on both ends. Once the first assembly portion 104, second assembly portion 106, and one or more end assembly portions 108 are connected together, these parts form a base assembly 102. The base assembly 102 provides a firm and stable base for the collapsible washing mount 100 to stand on, preventing the collapsible washing mount 100 from tipping over when loaded with boots or other apparel to be washed.

[0038] The first assembly portion 104 can comprise a first assembly vertical arm 112 that extends orthogonally from the horizontal portion of the first assembly portion 104 that is parallel to the surface the collapsible washing mount 100 is placed on. The first assembly vertical arm 112 can comprise a vertical portion that extends vertically upward before turning 90 degrees to form an inverted L-shape at the top. The first assembly portion 104 can include more than one first assembly vertical arm 112 to place the boots on. These first assembly vertical arms 112 can be connected to each other at multiple points by the horizontal bar of the first assembly portion 104 that forms partDocket No. 6566.001W01of the base assembly 102, or by a crossbar 116 parallel to the horizontal bar of the first assembly portion 104 that is raised from the base assembly 102. A first assembly vertical arm 112 can also comprise a horizontal L-shaped pole 118 that extends orthogonally from the first assembly vertical arm 112.

[0039] The second assembly portion 106 can also include one or more of a second assembly vertical arm 122 that extend orthogonally from the horizontal portion of the second assembly portion 106, The second assembly vertical arms 122 can be offset from the first assembly vertical arms 112 such that when collapsed, the second assembly vertical arms 122 do not overlap with the first assembly vertical arms 112, leading to a flatter and more flushed profile.

[0040] FIG. 2 is an exploded perspective schematic view depicting an example of a collapsible washing mount of FIG. 1. The first assembly portion 202 and the second assembly portion 204 can be attached to the end assembly portion 206 by end assembly lockable collars 208. This allows the overall length of the base assembly 212 to be varied based on the constraints of the setup location of the collapsible washing mount 200. This variation in length can be achieved by extending the end assembly portion 206 away from the first assembly portion 202 and second assembly portion 204 to a desired distance and engaging the end assembly lockable collars 208 by tightening or screwing them to lock them in place. This end assembly portion 206 with end assembly lockable collars 208 configuration can also be replicated on the opposite end of the first assembly portion 202 and second assembly portion 204. The modular nature of the end assembly lockable collars 208 can also allow the base assembly 212 to comprise multiple first assembly portions 202 and second assembly portions 204 to be connected in series, extending the base assembly 212 to incorporate multiple boot washing stations. The modular nature of this feature can enhance the versatility of the collapsible washing mount 200, allowing for expanded washing capacity while maintaining a compact footprint and reducing the quantity of individual components required for transport. This configuration can enable users to extend multiple washing stations quickly and efficiently, simplifying the logistics of setup and dismantling. This modular feature can enable multiple pairs of boots to be washed on the collapsible washing mount 200 at the same time. This modularDocket No. 6566.001W01feature can also allow for the swapping, interchange, or replacement of the first assembly portion 202 and the second assembly portion 204. For example, the base assembly 212 can comprise connecting two first assembly portions 202 to an end assembly portion 206, or two second assembly portions 204 to an end assembly portion 206. This swappable or interchangeable feature can also allow for quick replacement of individual parts in the event of damage or loss, allowing for the collapsible washing mount 200 to be refurbished or serviced in a short amount of time.

[0041] FIG. 3 is a side schematic view depicting an example of the collapsible washing mount of FIG. 1. The first assembly portion 302 can include one or more first assembly vertical arms 316. The vertical arm, first assembly vertical arm 316, can include a first assembly lockable collar 308 that can enable the first assembly vertical arm 316 to extend or shorten in length. For example, the first assembly lockable collar 308 can be unscrewed or loosened to enable the top portion of the first assembly vertical arm 318 to be extended or shortened to a desired length, before locking the first assembly lockable collar 308 in place. This enables the collapsible washing mount 300 to accommodate a variety of different boot sizes and boot types. For example, the rider would turn the boot upside down with the sole of the boot facing upward and the opening of the boot facing downward. The rider will then place the upside-down boot on top of the first assembly vertical arm 316, covering the top portion of the first assembly vertical arm 318. By having the first assembly vertical arm 316 adjustable in height, the rider can fit both boots or shoes with short cuffs or longer boots that can reach all the way to the knee.

[0042] FIG. 4 is a top schematic view depicting an example of the collapsible washing mount of FIG. 1. In this view, the top portion of the first assembly vertical arm 412 can extend into the inner area outlined by the base assembly 414. In an example, the top portion of the first assembly vertical arm 412 can be rotated to be parallel with the first assembly portion 402. This can be achieved by unscrewing or loosening the first assembly lockable collar 410, rotating the top portion of the first assembly vertical arm 412, and locking the first assembly lockable collars 410 back in place. The rotatable nature of the top portion of the first assembly vertical arm 412 can allow for easy storage, transportation, setup, or teardown of the collapsible washing mount 400.Docket No. 6566.001W01Examples can also include scribe lines on the top portion of the first assembly vertical arm 412 to guide the user to the default height to adjust the top portions of the first assembly vertical arm 412.

[0043] FIG. 5 is an exploded perspective schematic view depicting an example of an end assembly of the collapsible washing mount of FIG. 1. The end assembly 500 can be attached to first assembly portion 104 and second assembly portion 106 through the use of spring button pins 502 embedded within the end assembly portion 506. The spring button pins 502 are elastically deformable and maintained under tension with the end assembly portion 506, The protrusion 508 of the spring button pins 502 can line up to a series of indents on the first assembly portion 104 or the second assembly portion 106 that engage and lock the end assembly portion 506 to the first assembly portion 104 or the second assembly portion 106. In some examples, this combination of the spring button pins 502 in the end assembly portion 506 and the indents on the first assembly portion 104 and second assembly portion 106 allow for the collapsible washing mount 100 to be extendable in length to accommodate a variety of different configurations and applications. For example, the collapsible washing mount 100 can be configured to be shorter in length to conform to a tight space. In another example, the collapsible washing mount 100 can be configured to be longer in length to increase base stability to place more boots, or to use a high-pressure jet.

[0044] An example can allow for the spring button pins 502 to be easily removable from the end assembly portion 506 for washing purposes. The spring button pins 502 can also be made from a variety of materials, such as a polymeric material, aluminum, steel, or polymeric materials.

[0045] FIG. 6 is an exploded perspective schematic view depicting an example of a first assembly portion of the collapsible washing mount of FIG.1. The first assembly portion 600 can include one or more horizontal L-shaped poles 604. The horizontal L-shaped pole 604 can be attached to the first assembly portion 600 via a horizontal L-shaped lockable collar 608. In its deployed position, the horizontal L-shaped pole 604 can extend into the inner area constrained by the base assembly 102. In this configuration, the horizontal L-shaped poles 604 can add an additional point of contact with theDocket No. 6566.001W01boot to provide additional stability during the washing process. For example, the upper portion of the boot that covers the calf of a rider can be inserted in between the horizontal L-shaped poles 604 to clamp the boot down and prevent water ingress during the washing operation.

[0046] Similar to the first assembly lockable collar 410, the horizontal L-shaped lockable collar 608 allows for the horizontal L-shaped pole 604 to rotate about an axis to enable the horizontal L-shaped pole 604 to be flush with the vertical plane of the first assembly portion 600. This can be achieved by unscrewing or loosening the horizontal L-shaped lockable collar 608, rotating the horizontal L-shaped pole 604, and locking the horizontal L-shaped lockable collar 608 back in place. The rotatable nature of the horizontal L-shaped pole 604 can allow for easy storage, transportation, setup, or dismantling of the collapsible washing mount 100.

[0047] FIG. 7 is a perspective schematic view depicting an example of a second assembly portion of the collapsible washing mount of FIG. 1. The second assembly portion 700 can include a second assembly vertical arm 704 with a top portion of the second assembly vertical arm 706. In one example, the top portion of the second assembly vertical arm 706 can be rotated to be parallel with the second assembly portion 700. This can be achieved by unscrewing or loosening the second assembly lockable collar 702, rotating the top portion of the second assembly vertical arm 706, and locking the second assembly lockable collar 702 back in place. The rotatable nature of the top portion of the second assembly vertical arm 706 can allow for easy storage, transportation, setup, or tear down of the collapsible washing mount 100.

[0048] The collapsible washing mount can be collapsed into an essentially planar footprint for easy transport. This can be accomplished by unscrewing or loosening all the lockable collars and rotating the arms to lay as flat as possible against the base assembly 102. For example, the end assembly lockable collars 110, the first assembly lockable collars 114, the second end assembly lockable collars 208, the horizontal L-shaped lockable collars 608 can be unscrewed and unlocked. This is followed by rotating the first assembly portion 104, second assembly portion 106, top portions of the first assemblyDocket No. 6566.001W01vertical arm 318, top portions of the second assembly vertical arm 706, and horizontal L-shaped pole 118 to be flat with the base assembly 102.

[0049] The collapsible washing mount can be made from a variety of materials, such as polyvinyl chloride (PVC), high-density polyethylene (HDPE), polypropylene, aluminum, cast aluminum, stainless steel, alloy steel, beryllium copper, brass, bronze, carbon steel, cast iron, copper, galvanized steel, lead, magnesium, nickel, or powdered steel.

[0050] EXAMPLE USE CASESWashing Motocross Boots at a Race Venue

[0051] Some example use cases may involve a rider arriving at a motocross race venue and deploying the collapsible washing mount 100 in a designated wash area adjacent to the track. The rider would remove the collapsible washing mount from a gear bag in its collapsed, planar configuration and begin assembly by connecting the first assembly portion 104 and the second assembly portion 106 to one or more end assembly portions 108 using the end assembly lockable collars 208, as depicted in FIG. 2. The rider would then extend the end assembly portions 206 to a desired length to match the available space in the wash area, engaging the spring button pins 502 shown in FIG. 5 into the corresponding indents on the first assembly portion 104 and the second assembly portion 106 to lock the base assembly 102 at the selected length. With the base assembly 102 established on the ground surface, the rider would loosen the first assembly lockable collars 308 shown in FIG. 3 and extend the top portions of the first assembly vertical arms 318 upward to a height corresponding to the shaft length of the motocross boots being washed. The rider would then turn each boot upside down with the sole facing upward and the opening facing downward, and place each boot over a respective top portion of the first assembly vertical arm 318 or the top portion of the second assembly vertical arm 706 shown in FIG. 7. The horizontal L-shaped poles 604 shown in FIG. 6 would be rotated into their deployed position via the horizontal L-shaped lockable collars 608 so that the distal portions of the L-shaped poles extend inward toward the boot shaft, contacting the upper calf portion of the boot and forming a three-point hold in conjunction with the base assembly 102 and the opposing stop feature. ThisDocket No. 6566.001W01configuration would allow the rider to use a pressure washer or hose to spray all surfaces of the boots from multiple angles without needing to hold, reposition, or flip the boots. The inverted orientation of the boots on the vertical arms would direct water runoff away from the boot openings, reducing water intrusion into the boot interior. After washing, the rider would loosen the lockable collars, rotate the vertical arms and L-shaped poles flat against the base assembly 102, and collapse the apparatus back to its planar footprint for transport, as described in connection with FIGS. 4 and 7.Multi-Rider Boot Washing at a Team Pit Area

[0052] Some example use cases may involve a motocross team setting up the collapsible washing mount 200 in a shared pit area to wash boots for multiple riders simultaneously. As described in connection with FIG. 2, the modular nature of the end assembly lockable collars 208 allows the base assembly 212 to comprise multiple first assembly portions 202 and second assembly portions 204 connected in series through additional end assembly portions 206. A team mechanic or support crew member would connect, for example, three or four first assembly portions and corresponding second assembly portions end-to-end, creating an extended base assembly with multiple washing stations. Each station would include its own set of first assembly vertical arms 112 and second assembly vertical arms 122 as shown in FIG. 1, each adjustable in height via the respective lockable collars depicted in FIG.3. This extended configuration would allow four or more pairs of boots to be mounted upside down on the apparatus at the same time. The horizontal L-shaped poles 604 at each station, as shown in FIG. 6, would be deployed to clamp the upper portions of each boot, holding them in place while a single crew member moves along the length of the apparatus with a pressure washer, cleaning each pair of boots in sequence without stopping to reposition any individual boot. The spring button pins 502 shown in FIG. 5 would allow the crew to adjust the overall length of the base assembly by selecting different indent positions on the first and second assembly portions, accommodating the available space in the pit area. After the washing operation, the extended assembly could be disassembled into its individual modular sections, each collapsed to a planar footprint, and distributed among the team members for transport.Docket No. 6566.001W01Washing Boots with Short Cuffs and Ankle-Height Footwear

[0053] Some example use cases may involve a rider who uses different types of footwear across different riding disciplines, such as ankle-height enduro shoes or short-cuff trail boots, in addition to full-height motocross boots. As described in connection with FIG. 3, the first assembly lockable collar 308 enables the top portion of first assembly vertical arm 318 to be extended or shortened to a desired length before being locked in place. For shorter footwear, the rider would loosen the first assembly lockable collar 308 and retract the top portion of first assembly vertical arm 318 so that the vertical arm extends only to a height that corresponds to the interior depth of the shorter boot or shoe. The rider would then place the shorter footwear upside down over the retracted vertical arm, with the sole facing upward. The horizontal L-shaped poles 604 described in FIG. 6 would be repositioned via their respective horizontal L-shaped lockable collars 608 to contact the shorter cuff area of the footwear, forming the three-point hold described in claim 1. Scribe lines on the top portion of first assembly vertical arm 412, as noted in connection with FIG. 4, may guide the user to preset height positions corresponding to common boot sizes. This adjustability would allow the same collapsible washing mount to accommodate footwear ranging from low-cut riding shoes to knee-height motocross boots without requiring separate apparatus or adapters.Washing Helmets

[0054] Some example use cases may involve a rider using the collapsible washing mount 100 to hold a motocross helmet or other head protection during a washing operation. The rider would adjust the top portion of first assembly vertical arm 318 as shown in FIG. 3 to a height that allows the helmet to be placed over the vertical arm in an inverted orientation, with the helmet opening facing downward over the vertical arm. The inverted L-shape at the top of the first assembly vertical arm 112, as depicted in FIG. 1, would contact the interior crown area of the helmet, supporting the helmet's weight. The horizontal L-shaped poles 604 shown in FIG. 6 could be rotated into a deployed position to contact the lower rim or chin bar area of the helmet, providing lateral stabilization. The base assembly 102 formed by the firstDocket No. 6566.001W01assembly portion 104, second assembly portion 106, and end assembly portions 108 would anchor the apparatus on the ground surface while the rider sprays the exterior shell and visor area of the helmet with a hose or pressure washer. The inverted orientation would direct water away from the helmet interior, including the liner and padding. The three-point hold described in claim 1, formed by the base, the distal portion of the L-shaped pole, and the opposing stop feature, would hold the helmet in position during exposure to water pressure without requiring the rider to hold the helmet by hand.Washing Chest Protectors and Body Armor

[0055] Some example use cases may involve a rider mounting a chest protector or body armor panel on the collapsible washing mount 100 for cleaning. The rider would adjust the first assembly vertical arms 112 and second assembly vertical arms 122 shown in FIG. 1 to a height that allows the chest protector to be draped or hung over the top portions of the vertical arms. The crossbar 116 described in FIG. 1, which connects the first assembly vertical arms 112 at a raised position parallel to the first assembly portion 104, could serve as an additional horizontal support surface for the chest protector to rest against. The horizontal L-shaped poles 604 depicted in FIG. 6 could be deployed inward to contact the front or rear panel surfaces of the chest protector, holding the chest protector in a spread-open configuration that exposes both interior and exterior surfaces for washing. The lockable collars at each joint, including the first assembly lockable collars 308 shown in FIG.3 and the horizontal L-shaped lockable collars 608 shown in FIG. 6, would allow the rider to adjust the spacing and height of each contact point to conform to the shape and size of the particular chest protector. The base assembly 102 would maintain the apparatus in a stable upright position on the ground surface while the rider applies water from a hose or pressure washer to the chest protector surfaces.Washing Gloves

[0056] Some example use cases may involve a rider placing motocross gloves on the collapsible washing mount 100 for cleaning. The rider would retract the top portions of the first assembly vertical arms 318 as described in FIG. 3 to a short height, and then slide each glove over a respective top portionDocket No. 6566.001W01of a vertical arm with the fingers pointing downward and the cuff opening facing upward, or alternatively with the cuff facing downward over the arm. The horizontal L-shaped poles 604 shown in FIG. 6 could be positioned to lightly contact the gauntlet or cuff area of the glove, holding the glove against the vertical arm. Because gloves are lighter than boots, the three-point hold described in claim 1 would serve to prevent the gloves from being displaced by the force of a water stream during washing. Multiple gloves could be positioned across the several vertical arm stations provided by the first assembly vertical arms 112 and second assembly vertical arms 122 shown in FIG. 1, allowing an entire set of gloves to be washed at once. After washing, the gloves could remain mounted on the vertical arms in an elevated position to allow air drying, with the base assembly 102 providing a stable platform on any ground surface.Portable Field Deployment on Uneven Terrain

[0057] Some example use cases may involve a rider deploying the collapsible washing mount 100 at an outdoor location with uneven, rough, or debris-covered ground, such as a gravel parking area, a grassy field adjacent to a trail system, or a muddy staging area at an off-road event. The base assembly 102, formed by connecting the first assembly portion 104 and the second assembly portion 106 via the end assembly portions 108 as shown in FIGS. 1 and 2, would distribute the weight of the apparatus and the mounted gear across the footprint defined by the parallel first and second assembly portions and the connecting end assembly portions. The end assembly lockable collars 208 depicted in FIG. 2 would allow the rider to extend the end assembly portions 206 to widen the base footprint, increasing the lateral stability of the apparatus on uneven ground. The spring button pins 502 shown in FIG. 5 would engage indents at selected positions along the first and second assembly portions to lock the base at the chosen width. This configuration would allow the collapsible washing mount to remain upright and stable when loaded with boots or other gear, even when the ground surface is not level. The rider could then mount boots on the vertical arms, deploy the horizontal L-shaped poles 604 as described in FIG. 6, and perform the washing operation using a portable pressure washer or garden hose connected to a water source at the field location.Docket No. 6566.001W01Compact Storage and Transport in a Vehicle

[0058] Some example use cases may involve a rider collapsing the washing mount into a planar configuration for storage in a truck bed, trailer, or gear bag. As described in the specification, the rider would loosen the end assembly lockable collars 110, the first assembly lockable collars 114, the second assembly lockable collars 702 shown in FIG. 7, and the horizontal L-shaped lockable collars 608 shown in FIG. 6. The rider would then rotate the top portions of the first assembly vertical arms 318 described in FIG. 3 to be parallel with the first assembly portion 402 as depicted in FIG. 4, and rotate the top portions of the second assembly vertical arms 706 to be parallel with the second assembly portion 700 as shown in FIG. 7. The horizontal L-shaped poles 604 would be rotated to lie flush with the vertical plane of the first assembly portion 600 as described in FIG. 6. The first assembly portion 104 and the second assembly portion 106 would be rotated flat relative to the base assembly 102. The offset positioning of the second assembly vertical arms 122 relative to the first assembly vertical arms 112, as described in connection with FIG. 1, would allow the collapsed arms to nest without overlapping, producing a flatter profile. The resulting collapsed assembly would occupy a reduced volume, allowing the apparatus to be stored alongside other riding gear, tools, and equipment during transport to and from riding locations.Replacement and Interchange of Damaged Components

[0059] Some example use cases may involve a rider or team replacing a single damaged or lost component of the collapsible washing mount 200 without replacing the entire apparatus. As described in connection with FIG.2, the modular nature of the end assembly lockable collars 208 and the spring button pins 502 shown in FIG. 5 allows the first assembly portion 202 and the second assembly portion 204 to be detached from the end assembly portions 206 and interchanged. If a first assembly vertical arm 112 on one first assembly portion becomes bent or broken, the rider could disconnect that first assembly portion from the end assembly portions by disengaging the spring button pins 502 from the indents on the assembly portion, and then connect a replacement first assembly portion in its place. The base assembly 212 could also be reconfigured by connecting two first assembly portions 202 to an endDocket No. 6566.001W01assembly portion 206, or two second assembly portions 204 to an end assembly portion 206, depending on which components are available. This interchangeability would allow the collapsible washing mount to be returned to an operable state in the field without specialized tools, using only the spring button pin and lockable collar connections described throughout FIGS. 2, 5, 6, and 7.Drying Gear After Washing

[0060] Some example use cases may involve a rider leaving boots, helmets, gloves, or other gear mounted on the collapsible washing mount 100 after the washing operation is complete, using the apparatus as a drying rack. The boots would remain in their inverted position on the first assembly vertical arms 112 and second assembly vertical arms 122 as shown in FIG. 1, with the boot openings facing downward, allowing residual water to drain out by gravity. The elevated position of the gear on the vertical arms, raised above the base assembly 102, would allow air to circulate around all surfaces of the mounted items. The horizontal L-shaped poles 604 described in FIG. 6 would continue to hold the gear in place during the drying period, preventing the items from being displaced by wind. The base assembly 102 would maintain the apparatus in a stable upright configuration on the ground surface for the duration of the drying period. The height adjustment provided by the first assembly lockable collars 308 shown in FIG. 3 would allow the rider to position the gear at a height that promotes airflow around the boot shafts and soles. After the gear has dried, the rider would remove the items and collapse the apparatus for storage as described in connection with FIGS. 4 and 7.Washing Ski Boots or Snowboard Boots

[0061] Some example use cases may involve a user adapting the collapsible washing mount 100 for cleaning ski boots, snowboard boots, or other winter sport footwear that accumulates salt, slush, and trail debris. The user would adjust the top portions of the first assembly vertical arms 318 as described in FIG, 3 to a height corresponding to the shaft length of the ski or snowboard boot, which may differ from a motocross boot. The user would place each boot inverted over the vertical arm, with the sole facing upward. The horizontal L-shaped poles 604 described in FIG. 6 would be deployed to contact the lowerDocket No. 6566.001W01shell or cuff area of the boot, forming the three-point hold described in claim 1 to secure the boot during washing. Because ski and snowboard boots may have rigid plastic shells with different contours than motocross boots, the adjustability of the lockable collars at each joint would allow the user to reposition the contact points to conform to the boot geometry. The base assembly 102 would anchor the apparatus on a garage floor, driveway, or other wash surface. After washing, the boots could remain mounted for draining and drying in the inverted position.Commercial or Rental Gear Cleaning Operations

[0062] Some example use cases may involve a commercial outfitter, rental shop, or race team support operation using multiple collapsible washing mounts 200 connected in series, as described in FIG. 2, to clean large quantities of boots or other gear at the end of a rental period or race day. The operator would connect multiple first assembly portions 202 and second assembly portions 204 through end assembly portions 206 using the end assembly lockable collars 208, creating an extended washing station with numerous vertical arm positions. Each vertical arm station would hold one boot, and the operator could mount dozens of boots along the extended apparatus. The spring button pins 502 shown in FIG. 5 would allow the operator to adjust the overall length of the assembly to fit the available wash bay or outdoor wash area. The operator could then move along the length of the extended assembly with a pressure washer, cleaning each boot in sequence. The interchangeability of the assembly portions described in FIG. 2 would allow the operator to replace worn or damaged sections without discarding the entire apparatus. After the cleaning operation, the extended assembly could be broken down into individual modular sections, each collapsed to a planar footprint for storage until the next use.

[0063] In view of the above-described implementations of the subject matter, this application discloses the following list of examples, wherein one feature of an example in isolation or more than one feature of an example, taken in combination and, optionally, in combination with one or more features of one or more further examples, are further examples also falling within the disclosure of this application.Docket No. 6566.001W01

[0064] Example l is a power sports gear holder apparatus comprising a base, a support beam orthogonally coupled to the base, the support beam being enduser adjustable in length, and an L-shaped pole coupled orthogonally to and extending from the support beam, wherein a distal portion of the L-shaped pole is adjustable to travel toward an opposing stop feature, and where the base, the distal portion of the L-shaped pole, and the opposing stop feature are configured to collectively apply a three-point hold on an object inserted therebetween.

[0065] In Example 2, the subject matter of Example 1 optionally includes that the power sports gear holder apparatus is configured to translate at a plurality of joints toward a substantially planar footprint.

[0066] In Example 3, the subject matter of any one or more of Examples 1-2 optionally includes that at least one of the base, the support beam, or the L-shaped pole includes or uses a respective lockable collar for adjusting a length of the base, support beam, or L-shaped pole.

[0067] Example 4 is a collapsible washing mount comprising a base assembly portion, a first assembly portion, a second assembly portion arranged parallel with the first assembly portion, a set of end assembly portions, a first set of lockable collars to connect the first assembly portion and the second assembly portion with the set of end assembly portions, wherein the first set of lockable collars allow for, in an unlocked position, rotation of the first assembly portion and the second assembly portion, a first set of vertical arms attached to the first assembly portion of the base assembly portion, and a second set of vertical arms attached to the second assembly portion of the base assembly portion.

[0068] In Example 5, the subject matter of Example 4 optionally includes that the first set of vertical arms and the second set of vertical arms comprise a second set of lockable collars that allow rotation of the first set of vertical arms and the second set of vertical arms along a vertical axis defined by the first set of vertical arms and the second set of vertical arm s.

[0069] In Example 6, the subject matter of any one or more of Examples 4-5 optionally includes a supporting crossbar connecting the first set of vertical arms.Docket No. 6566.001W01

[0070] In Example 7, the subject matter of any one or more of Examples 4-6 optionally includes that the first set of vertical arms and the second set of vertical arms each comprise a top portion angled 90 degrees from a respective vertical axis defined by a corresponding first or second set of vertical arms.

[0071] Example 8 is a method for positioning power sports gear for washing, the method comprising providing or obtaining a power sports gear holder apparatus, the power sports gear holder apparatus including a base for anchoring the power sports gear holder apparatus on a floor surface, a support beam orthogonally coupled to the base, and an L-shaped pole coupled orthogonally to and extending from the support beam, establishing or adjusting a length of the support beam orthogonally coupled to the base, and positioning a distal portion of an L-shaped pole relative to a stop feature.

[0072] In Example 9, the subject matter of Example 8 optionally includes forming a three-point hold on an object inserted between the base, the three-point hold including contact on the object via the distal portion of the L-shaped pole and the stop feature.

[0073] In Example 10, the subject matter of any one or more of Examples 8- 9 optionally includes applying rotation at a plurality of joints of the power sports gear holder apparatus to alter a footprint of the power sports gear holder apparatus toward a substantially planar footprint.

[0074] The above Detailed Description can include references to the accompanying drawings, which form a part of the detailed description. The drawings show, by way of illustration, specific embodiments in which the present disclosure can be practiced. These embodiments are also referred to herein as “examples.” Such examples can include elements in addition to those shown or described. However, the present inventors also contemplate examples in which only those elements shown or described are provided. Moreover, the present inventors also contemplate examples using any combination or permutation of those elements shown or described (or one or more aspects thereof), either with respect to a particular example (or one or more aspects thereof), or with respect to other examples (or one or more aspects thereof) shown or described herein.Docket No. 6566.001W01

[0075] In the event of inconsistent usages between this document and any documents so incorporated by reference, the usage in this document controls. In this document, the terms “including” and “in which” are used as the plain-English equivalents of the respective terms “comprising” and “wherein.” Also, in the following claims, the terms “including” and “comprising” are open-ended, that is, a system, device, article, composition, formulation, or process that can include elements in addition to those listed after such a term in a claim are still deemed to fall within the scope of that claim.

[0076] In this document, the terms “a” or “an” are used, as is common in patent documents, to include one or more than one, independent of any other instances or usages of “at least one” or “one or more.” In this document, the term “or” is used to refer to a nonexclusive or, such that “A or B” can include but not B,” “B but not A,” and “A and B,” unless otherwise indicated. In this document, the terms “including” and “in which” are used as the plain-English equivalents of the respective terms “comprising” and “wherein.” Also, in the following claims, the terms “including” and “comprising” are open-ended, that is, a system, device, article, composition, formulation, or process that can include elements in addition to those listed after such a term in a claim are still deemed to fall within the scope of that claim. Moreover, in the following claims, the terms “first,” “second,” and “third,” etc. are used merely as labels, and are not intended to impose numerical requirements on their objects.

[0077] The above description is intended to be illustrative, and not restrictive. For example, the above-described examples (or one or more aspects thereof) can be used in combination with each other. Other embodiments can be used, such as by one of ordinary skill in the art upon reviewing the above description. The Abstract is provided to comply with 37 C. F. R. § 1.72(b), to allow the reader to quickly ascertain the nature of the technical disclosure. It is submitted with the understanding that it will not be used to interpret or limit the scope or meaning of the claims. Also, in the above Detailed Description, various features can be grouped together to streamline the disclosure. This should not be interpreted as intending that an unclaimed disclosed feature is essential to any claim. Rather, inventive subject matterDocket No. 6566.001W01can lie in less than all features of a particular disclosed embodiment. Thus, the following claims are hereby incorporated into the Detailed Description as examples or embodiments, with each claim standing on its own as a separate embodiment, and it is contemplated that such embodiments can be combined with each other in various combinations or permutations. The scope of the invention should be determined with reference to the appended claims, along with the full scope of equivalents to which such claims are entitled.

Claims

Docket No. 6566.001W01CLAIMSWhat is claimed is:

1. A power sports gear holder apparatus comprising:a base;a support beam orthogonally coupled to the base, the support beam being end-user adjustable in length; anda L-shaped pole coupled orthogonally to and extending from the support beam;wherein:a distal portion of the L-shaped pole is adjustable to travel toward an opposing stop feature; andwhere the base, the distal portion of the L-shaped pole, and the opposing stop feature are configured to collectively apply a three- point hold on an object inserted there between.

2. The power sports gear holder apparatus of claim 1, wherein the power sports gear holder apparatus is configured to translate at a plurality of joints toward a substantially planar footprint.

3. The power sports gear holder apparatus of claim 1, wherein at least one of the base, the support beam, or the L-shaped pole includes or uses a respective lockable collar for adjusting the length of the base, support beam, or L-shaped pole.

4. A collapsible washing mount, comprising:a base assembly portion;a first assembly portion;a second assembly portion arranged parallel with the first assembly portion;a set of end assembly portions;a first set of lockable collars to connect the first assembly portion and the second assembly portion with the set of end assembly portions, wherein the first set of lockable collars allow for, in an unlocked position, rotation of the first assembly portion and the second assembly portion;Docket No. 6566.001W01a first set of vertical arms attached to the first assembly portion of the base assembly portion; anda second set of vertical arms attached to the second assembly portion of the base assembly portion.

5. The collapsible washing mount of claim 4, wherein the first set of vertical arms and the second set of vertical arms comprise a second set of lockable collars that allow rotation of the first set of vertical arms and the second set of vertical arms along a vertical axis defined by the first set of vertical arms and the second set of vertical arms.

6. The collapsible washing mount of claim 4, comprising a supporting crossbar connecting the first set of vertical arms.

7. The collapsible washing mount of claim 4, wherein the first set of vertical arms and the second set of vertical arms each comprise a top portion angled 90 degrees from the respective vertical axis defined by a corresponding first or second set of vertical arms.

8. A method for positioning power sports gear for washing, the method comprising:providing or obtaining a power sports gear holder apparatus, the power sports gear holder apparatus including:a base for anchoring the power sports gear holder apparatus on a floor surface;a support beam orthogonally coupled to the base; and an L-shaped pole coupled orthogonally to and extending from the support beam; establishing or adjusting the length of the support beam orthogonally coupled to the base; and positioning a distal portion of an L-shaped pole, relative to a stop feature.

9. The method of claim 8, comprising forming a three-point hold, on an object inserted between the base, the three-point hold including contact on the object via the distal portion of the L-shaped pole, and the stop feature.Docket No. 6566.001W0110. The method of claim 8, comprising applying rotation at a plurality of joints of the power sports gear holder apparatus to alter the footprint of the power sports gear holder apparatus toward a substantially planar footprint.

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