BRIEF DESCRIPTION OF THE EMBODIMENT
To further understand the nature and purpose of the invention, there is a detailed and descriptive drawing to further illustrate the purpose, in which:
FIG. 1: A view of the entire unit
FIG. 2: Is a exploded view of unit
FIG. 3: Open scraper with a view from the side
DESCRIPTION OF THE EMBODIMENT
In FIG. 1, when in use, the device is ran typically in a forward motion with the female 9 and male 8 connectors in front. As it moves, blade 1 is centered over a base of a ski, snowboard, or surfboard and pressure is applied. As blade 1 slides typically perpendicular to the length of the base of the ski, snowboard, or surfboard, the wax billows up into the gap 2 in the front hollow portion of the device as it is scraped up. Support rib 5 is positioned above blade 1 for support, while blade 1 is resting on support ribs 7, as clip 6 holds it in place. Once complete the excess wax can be released by pressing the male connector 8 inward from female connector 9 as the scraper is opened up.
FIG. 3 is a view to the inside as it is opened. As seen support rib 5 is moved off blade 1 and clip 6 can now be pulled back to release the blade. As seen in FIG. 2, is a solid view of the bottom case 3 with a clear view of gap 2 where the wax or debris is collected towards the front of the case. It also has a view of hinge 10, the male end 8, and the female 9 connector in the front.
FIG. 1 of the drawing shows a view of the top and bottom portion with an inside view of the device together with the blade inside. The scraper is run in a frontward motion as the wax is curled up into the device from blade 1 into the gap 2 in front of blade 1. The gap 2 runs parallel to the blade 1 to catch all the wax or debris that is created.
Typically, the scraper is run down the entire length of the ski, snowboard, or surfboard. As shown in FIG. 1, the blade 1 is a set distance out from the base 3 with a set gap 2 typically in front of blade 1. The support ribs 5 help secure the blade 1 in place as the unit is closed while clip 6 secures the blade as the unit is opened and closed. Blade 1 is also secured by the placement brackets 7.
As seen in FIG. 3, the unit is opened the male connector 8 is pushed in to allow it to be released from the female connecter 9. As it is opened, the hinge 10 pivots and allows it to be opened. When the unit is opened, clip 6 can be pushed to allow the release of blade 1. As seen in FIG. 2, blade 1 has typically 2 sharp beveled scraping edges and is reversible but can have several edges.
As seen in FIG. 1, is a view of bottom case 3 and top case 4 are placed together to form the entire unit. Notice how the male end on the hinge 10 is placed inside the female to form the complete hinge. As seen in FIG. 1 is the male connector 8 clipped into the gap in female connector 9 to close the unit. As seen in FIG. 3 the unit is opened by pushing the male connector 8 slightly inward and lifting at the same time to release the excess material.