This invention relates generally to wax handling assemblies and, more particularly, to a composite surf wax handling assembly that provides effective reuse of surfboard wax.
The use of surf wax (or “surfboard wax”) as material to be applied to the deck of a surfboard (or other buoyant platform) to help keep a user positioned on the surfboard from slipping off is well established. Typically, unused surf wax is applied to a surfboard, often from a bar, prior to the use of the surfboard and then removed following use of the surfboard. Such a routine, however, results in a significant amount of wax being wasted as the small pieces of unused surf wax at the end of the bar are usually too small to use and are thus discarded. Moreover, typical wax scrapers do not provide for any convenient mechanism to capture or reuse pieces of wax scraped off of a surfboard and so such scrapings are also typically discarded.
Thus, there remains a need for an assembly that allows a user to conveniently prepare used wax scrapings and other small pieces of wax for reuse as well as capture wax scraped off of a board for reuse.
A surf wax handling assembly comprising a base member, a hollow receptacle member that slidably engages with the base member, and a press member sized to slidably engage with the receptacle member so as to be able to slide into the hollow portion of the receptacle member. When in operation, the surf wax handling assembly enables the removal and collection of surf wax from a surfboard as well as the convenient processing of the removed wax, and other small pieces of available wax, for immediate reuse.
In this regard, the base member is defined by an elongated, rigid body having a slanted scraper at one end and a top portion that includes a pressing surface disposed between two opposing raised side edges. The receptacle member is defined by a rigid container having an open top, an open bottom, and a hollow interior, with the receptacle member configured to selectively engage with the top portion of the base member such that the pressing surface of the base member encloses the open bottom of the receptacle member. The press member is configured to slide into the open top of the receptacle member and through the hollow interior of the receptacle member so as to move material present in the hollow portion away from the open top.
It is an object of this invention to provide a surf wax handling assembly that allows a user to both capture wax scraped off of a board as well as conveniently prepare used wax scrapings and other small pieces of wax for reuse.
This and other objects will be apparent to one of skill in the art.
The invention described herein provides for a surf wax handling assembly operative to receive small wax pieces, press wax pieces together, and apply pressed wax pieces to a surfboard.
Referring now to the drawings and in particular
The base member 110 is defined by an elongated, rigid body having a slanted scraper 111 at one end, a top portion that includes a planar surface 112 disposed between two opposing raised side edges 113, and a bottom portion that includes a depressed surface 114 and a fin key slot 115 (in which a fin key 115a can be inserted). In one embodiment, the raised side edges 113 extend longitudinally along the elongated body of the base member 110 and each includes a securing recess 116 therein extending along their respective length.
The receptacle member 120 is defined by a rigid rectangular box having an open top and an open bottom disposed between a hollow interior. Extending outwardly around the entire receptacle member 120, adjacent to the open bottom of the receptacle member 120, is a securing ridge 121. The securing ridge 121 is sized to correspond to the securing recesses 116 on the base member 110 so as to allow the securing ridge 121 on any side of the receptacle member 120 to be inserted into and slide in one of the securing recesses 116. Other than the securing ridge 121, the receptacle member 120 is sized to be fit in planar surface 112, between two opposing raised side edges 113, such that when the receptacle member 120 is aligned with the base member 110 as shown in
The press member 130 is defined by a rigid block sized to slidably engage with the receptacle member 120 in a manner that allows it to be inserted into the open top and slid through the hollow portion of the receptacle member 120 and move any material present into the hollow portion away from the open top. In this regard, when the receptacle member 120 is in the distal position, material (such as pieces of wax W) that is positioned in the hollow portion, on top of the planar surface 112, can be pressed together by inserting the press member 130 into the open top and down towards the planar surface 112. In this regard, a plurality of wax pieces can be pressed into a single, large wax block that can be reused. After such wax is pressed together into the bottom of the receptacle member 120, the receptacle member 120 may be slid off the base member 110, as shown in
In one embodiment, the receptacle member 120 includes opposing handle members 122 that extend laterally from the two opposing sides of the receptacle member 120. It is contemplated that the opposing handle members 122 provide a place for a user to hold with their fingers for leverage while sliding the press member 130 through the hollow portion of the receptacle member 120.
In one embodiment, the base member 110 includes a key chain 217.
Referring now to
The press member 230 may, however, include a wide lip 231 to prevent it from extending too far into the receptacle member 220. In one embodiment, the surf wax handling assembly may include a wax comb formed by a slanted side surface 232 on the lip 231 at the top edge of the press member 230 as shown in
In the collection embodiment, extending outwardly around the entire receptacle member 220, adjacent to the open bottom of the receptacle member 220, is a securing ridge 221. The securing ridge 221 is sized to correspond to the securing recesses 216 on the base member 210 so as to allow the securing ridge 221 on any side of the receptacle member 220 to be inserted into and slide in one of the securing recesses 216.
The base member 210 in the collection embodiment does include a slanted scraper 211 at one end and a top portion that includes a planar surface 212 disposed between two opposing raised side edges 213 with securing recesses 216 so as to allow the receptacle member 220 to slidably engage therewith as in the fin key embodiment. But in the collection embodiment, the side edges 213 extend horizontally further along the same plane as the top portion, above the scraper 211, forming an interior channel 218 that leads up from the bottom edge of the scraper 211 to the planar surface 212. Since the side edges 213 (and accompanying securing recesses 216) extend out and above the scraper 211, the receptacle member 220 can be moved to a distal position above the channel 218, as shown in
In one embodiment, the base member 210 additionally includes opposing base handles 219 that extend laterally from the two opposing sides of the base member 210. It is contemplated that the base handles 219 provide a place for a user to place their fingers on for leverage when sliding the receptacle member 220 along the base member 210.
In one embodiment, the surf wax handling assembly may include a bottle opener built into any surface of the press member or the base member.
In one embodiment, the surf wax handling assembly may include a flip out pocketknife.
In one embodiment, the surf wax handling assembly may include a leash string integral therewith for coupling the assembly with a surfboard.
In one embodiment, the surf wax handling assembly may include slots for fin screws to be inserted.
It will be understood that many additional changes in the details, materials, steps and arrangement of parts, which have been herein described and illustrated to explain the nature of the invention, may be made by those skilled in the art within the principle and scope of the invention as expressed in any appended claims.
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Number | Date | Country |
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WO2008037003 | Apr 2008 | WO |