Abstract: The present invention is a simulated stone structure having a base with an upfacing planar surface and a continuous groove formed in the surface. A plurality of mutually interlocking wall sections are engaged with the groove to form a continuous wall extending upwardly from the planar surface. The wall sections may be U-shaped with one leg in the groove and the other in contact with the periphery of the base. The wall sections partially overlap each other. s an abutting one of the wall sections. Additional wall sections may be placed atop the first set and interlocked with them. A topper piece may be placed on the additional wall sections for securement thereof.

Abstract: The present invention is a simulated stone structure having a base with an upfacing planar surface and a continuous groove formed in the surface. A plurality of mutually interlocking wall sections are engaged with the groove to form a continuous wall extending upwardly from the planar surface. The wall sections may be U-shaped with one leg in the groove and the other in contact with the periphery of the base. The wall sections partially overlap each other. s an abutting one of the wall sections. Additional wall sections may be placed atop the first set and interlocked with them. A topper piece may be placed on the additional wall sections for securement thereof.

Abstract: A skate wheel axle engages a removable skate wheel mounted on a rotational bearing support and is held in place by a wheel fastener such as a nut. A wheel cover mounting receives a wheel cover. The wheel cover is removably engaged with the cover mounting means by corresponding first and second part engagement threads.