A device for leveling and aligning tiles and method for leveling and aligning tiles are disclosed. In one embodiment, the leveling device includes a body and two spaced and parallel strip members extending transversely from the body. Each of the spaced and parallel strip members extend to the front and rear of the body. Two opposing lateral open windows are formed in the body. A breakaway section is defined along the body. A wedge device is provided for penetrating one or more of the two opposing lateral open windows and exerting a force on the tiles for leveling them relative to each other.

A hardboard installation support apparatus for mounting hardboard for board and batten siding installations includes a support bracket having a bracket front side, a bracket back side, a bracket top edge, a bracket bottom edge, a bracket left edge, and a bracket right edge. The supper bracket has a pair of mounting apertures extending from the bracket front side through the bracket back side. The pair of mounting apertures receives hardware to engage a building. A measurement indicator is coupled to the bracket front side and indicates a vertical distance from the bracket bottom edge. A support lip is coupled to the support bracket. The support lip is coupled to the bracket bottom edge and extends away from the bracket front side. The support lip and the bracket front side form an angle between 90° and 100°.

A levelling spacer device for the application of slabs for covering surfaces, including a base having a lower surface and an opposite upper surface, a separator element extending upwardly from the upper surface of the base, a threaded stem which rises up from the separator element, a pressing element able to screw into the threaded stem, and a corner spacer that rises up from the upper surface of the base. The separator element includes a main zone having side faces parallel to one another and spaced apart defining a first thickness of the main zone. The corner spacer includes two side edges parallel to one another and square-angled with respect to the side faces. The separator element includes a central zone proximal to the base having a non-zero second thickness smaller than the first thickness. The corner spacer joins the central zone and has a longitudinal axis perpendicular to the side faces.

The application is directed to a device for assisting individuals with the installation of one or more construction materials. The device is operationally configured to support construction materials at an elevated position. The device is also operationally configured to be attached to horizontal surfaces, vertical surfaces and angled surfaces.

A tile spacing device and accompanying system and method are disclosed for spacing a plurality of tiles having a contour. In one embodiment, the tile spacing device includes two parallel bodies connected by at least one spanning member. The first body, the second body, and the at least one spanning member form a cage-like fused-member structure having a four-tile engagement configuration, a three-tile engagement configuration, and a two-tile engagement configuration, respectively. Within each of the three engagement configurations, engagement of a tile with a spacer can be seen by a user through the cage-like fused-member structure.

A tile spacing device and accompanying system and method are disclosed for spacing a plurality of tiles having a contour. In one embodiment, the tile spacing device includes two parallel bodies connected by at least one spanning member. The first body, the second body, and the at least one spanning member form a cage-like fused-member structure having a four-tile engagement configuration, a three-tile engagement configuration, and a two-tile engagement configuration, respectively. Within each of the three engagement configurations, engagement of a tile with a spacer can be seen by a user through the cage-like fused-member structure.

A sheetrock lifting device including a base with a protrusion centrally disposed on a front side of the base. A plurality of locking caster wheels is disposed on the base and on the protrusion. A pair of stanchions is used to house a battery and a manual wench. A pair of support rods supports the device by connecting the stanchions to the protrusion. A pair of stabilizing beams further supports the stanchions. A pulley device containing a pulley arm, pulley, and pulley cable is disposed on the stabilizing beams. An electric wench is disposed between the stabilizing beams and is in operational communication the battery. The electric wench raises and lowers a telescoping tube to which is attached a drywall frame. A manual wench alternately raises and lowers the telescoping tube with a cable hook connected to a ring on the telescoping tube.

A leveling shim (1) for building is described, comprising a plastic plate (2), coupling means and through holes. The coupling means comprise flexible coupling means (5) able to be housed in at least one cavity (6) of the plate (2), and at least one coupling through hole (4).

The present disclosure provides tools, systems, and methods for leveling and aligning tiles. A tile leveling tool for guiding installation of tiles on an uneven installation surface comprises: an elongated main body extending along a longitudinal axis thereof, from a first end to a second end, wherein the main body further comprises a flat reference side, wherein the reference side has a straight reference edge parallel to the longitudinal axis; and at least one adjustable spacer extending from the main body configured to extend toward the installation surface, wherein the adjustable spacer is configured to adjust a space between the main body and the installation surface to arrange the reference edge straight across the uneven installation surface and to guide the installation of the tiles evenly.

The present disclosure provides tools, systems, and methods for leveling and aligning tiles. A tile leveling tool for guiding installation of tiles on an uneven installation surface comprises: an elongated main body extending along a longitudinal axis thereof, from a first end to a second end, wherein the main body further comprises a flat reference side, wherein the reference side has a straight reference edge parallel to the longitudinal axis; and at least one adjustable spacer extending from the main body configured to extend toward the installation surface, wherein the adjustable spacer is configured to adjust a space between the main body and the installation surface to arrange the reference edge straight across the uneven installation surface and to guide the installation of the tiles evenly.