Patent ID: 8622649

Claim:
A screen limestone leveling and smoothing tool comprising: a first telescoping member and a second telescoping member are each affixed with rollers, and blade members; wherein said tool is rolled along two generally parallel pieces of timber in order for the blade members to smooth and level out a top surface of a material used as a subsurface for brick paver or interlocking stone surface; wherein the first telescoping member and the second telescoping member are telescopically engaged with one another, and are both made of a hollowed construction whereby the second telescoping member extends and retracts with respect to the first telescoping member; wherein the first telescoping member and the second telescoping member each have a rectangularly-shaped cross section, and the first telescoping member has a larger cross-sectional shape when compared to the second telescoping member; wherein the first telescoping member and the second telescoping member each have a telescoping length such that both the first telescoping member and the second telescoping member are equal in length with respect to one another; wherein an overall tool length is comprised of the length formed of the first telescoping member and an exposed portion of the second telescoping member; wherein the first telescoping member is further defined with a top surface that includes a plurality of equally spaced holes there across; wherein the second telescoping member includes a spring-loaded button that is biased upwardly through a second top surface, and which aligns with one of the holes in order to lock the tool at an adjustable overall tool lengths; wherein the first telescoping member is further defined with a first bottom surface whereby the second telescoping member has a second bottom surface; wherein the first telescoping member includes a first blade member that extends downwardly from the first bottom surface whereas the second telescoping member includes a second blade member that extends downwardly from the second bottom surface; wherein the first blade member and the second blade member are offset with respect to one another.