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A scraper system for removing caulk beads from at least one surface. The scraper system comprises a handle portion and a scraper portion. The scraper portion comprises a first scraper structure defining a first scraper edge and a second scraper structure defining a second scraper edge. The second sc

A scraper system for removing caulk beads from at least one surface. The scraper system comprises a handle portion and a scraper portion. The scraper portion comprises a first scraper structure defining a first scraper edge and a second scraper structure defining a second scraper edge. The second scraper edge comprises a first scraper edge portion and a second scraper edge portion, and the first and second scraper edge portions extend at a first angle with respect to each other. The scraper system may be used in a first mode in which the first scraper edge is used to remove caulk beads from the at least one surface and a second mode in which the second scraper edge is used to remove caulk beads from a plurality of surfaces.

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1. A scraper system for removing caulk beads from at least one surface, comprising: a handle portion; anda scraper portion arranged on a first end of the handle portion and defining a scraper cavity, the scraper portion comprising a first scraper structure that extends from the handle portion and de

1. A scraper system for removing caulk beads from at least one surface, comprising: a handle portion; anda scraper portion arranged on a first end of the handle portion and defining a scraper cavity, the scraper portion comprising a first scraper structure that extends from the handle portion and defines a distal surface and a bottom surface that define a first scraper edge, where the first scraper structure is beveled between the distal surface and the bottom surface, andthe bottom surface is angled with respect to the handle portion, anda second scraper structure defining a second scraper edge comprising a first scraper edge portion and a second scraper edge portion, where the first and second scraper edge portions extend at a first angle with respect to each other; wherebythe scraper system may be used in a first mode in which the first scraper edge is used to remove caulk beads from the at least one surface; anda second mode in which the second scraper edge is used to remove caulk beads from a plurality of surfaces;when used in the first and second modes, at least a portion of the caulk beads removed by the first scraper structure and the second scraper structure collects in the scraper cavity; andthe second scraper edge defines a first scraper point, where the first and second scraper edge portions intersect at the first scraper point. 2. A scraper system as recited in claim 1, in which: the second scraper structure further comprises a third scraper edge comprising a third scraper edge portion and a fourth scraper edge portion, where the third and fourth scraper edge portions extend at a second angle with respect to each other; wherebythe scraper system may be used in a third mode in which the third scraper edge is used to remove caulk beads from a plurality of surfaces; andwhen used in the third, at least a portion of the caulk beads removed by the second scraper structure collects in the scraper cavity. 3. A scraper system as recited in claim 2, in which the first and second angles are different. 4. A scraper system as recited in claim 1, in which: a third scraper edge defines a second scraper point, where a third scraper edge portion and a fourth scraper edge portion intersect at the second scraper point. 5. A scraper system as recited in claim 1, in which: the second scraper structure defines a scraper cavity; andwhen caulk beads are removed from the at least one surface, removed caulk material is collected in the scraper cavity. 6. A scraper system as recited in claim 1, in which: a third scraper edge defines a second scraper point; andat least one crease edge extends between the first and second scraper points. 7. A scraper system as recited in claim 4, in which first and second crease edges extend between the first and second scraper points. 8. A scraper system as recited in claim 7, in which the first and second crease edges extend from each other at an angle of substantially between 159 and 179 degrees. 9. A scraper system as recited in claim 1, in which the second scraper structure defines first and second side walls and a bottom wall. 10. A scraper system as recited in claim 1, in which the second scraper structure defines a bottom wall comprising first, second, third, and fourth wall portions. 11. A method of removing caulk beads from at least one surface, comprising the steps of: providing a tool comprising a handle portion and a scraper portion, where the scraper portion is arranged on a first end of the handle portion, defines a scraper cavity, and comprises a first scraper structure that extends from the handle portion and defines a distal surface and a bottom surface that define a first scraper edge, where the first scraper structure is beveled between the distal surface and the bottom surface, andthe bottom surface is angled with respect to the handle portion, anda second scraper structure defining second scraper edge comprising a first scraper edge portion and a second scraper edge portion, where the first and second scraper edge portions extend at a first angle with respect to each other, anda third scraper edge, where the third scraper edge comprises a third scraper edge portion and a fourth scraper edge portion, andthe third and fourth scraper edge portions extend at a second angle with respect to each other;using the tool in a first mode in which the first scraper edge removes caulk beads from the at least one surface, where at least a portion of the caulk beads removed by the first scraper structure collects in the scraper cavity when the tool is used in the first mode;using the tool in a second mode in which the second scraper edge removes caulk beads from a plurality of surfaces, where at least a portion of the caulk beads removed by the second scraper structure collects in the scraper cavity when the tool is used in the second mode; andusing the tool in a third mode in which the third scraper edge removes caulk beads from a plurality of surfaces, where at least a portion of the caulk beads removed by the second scraper structure collects in the scraper cavity when the tool is used in the third mode. 12. A scraper system for removing caulk beads from at least one surface, comprising: a handle portion; anda scraper portion arranged on a first end of the handle portion and defining a scraper cavity, the scraper portion comprising a first scraper structure that extends from the handle portion and defines a distal surface and a bottom surface that define a first scraper edge, where the first scraper structure is beveled between the distal surface and the bottom surface, andthe bottom surface is angled with respect to the handle portion, anda second scraper structure defining a second scraper edge comprising a first scraper edge portion and a second scraper edge portion, where the first and second scraper edge portions extend at a first angle with respect to each other, anda third scraper edge comprising a third scraper edge portion and a fourth scraper edge portion, where the third and fourth scraper edge portions extend at a second angle with respect to each other; wherebythe scraper system may be used in a first mode in which the first scraper edge is used to remove caulk beads from the at least one surface,a second mode in which the second scraper edge is used to remove caulk beads from a plurality of surfaces, anda third mode in which the third scraper edge is used to remove caulk beads from a plurality of surfaces; andwhen used in the first, second, and third modes, at least a portion of the caulk beads removed by the first scraper structure and the second scraper structure collects in the scraper cavity. 13. A scraper system as recited in claim 12, in which the first and second angles are different. 14. A scraper system as recited in claim 12, in which: the second scraper edge defines a first scraper point, where the first and second scraper edge portions intersect at the first scraper point; andthe third scraper edge defines a second scraper point, where the third and fourth scraper edge portions intersect at the second scraper point.