Disclosed herein is a form work (1) for forming an edge of a poured slab roadway or pavement, the form work (1) comprising a metal edging member (2) having a roadway facing surface (3) and an opposite bracing surface (4), wherein the bracing surface (4) comprises a plurality of first brackets (5) for engaging with roadway pins (13), the first brackets (5) extending outwardly from the bracing surface (4) and configured to lock the pins (13) such that in use the form work (1) is held in position with respect to the pin (13).

Edging members for retaining or restraining installations of pavers, landscaping, and covering materials are constructed for endwise, longitudinal assembly with one another, and to receive stakes of generally V-shaped or generally U-shaped cross section, and spikes driven at angled orientations, for securing the members, on a substrate, against lateral and upward displacement.

A cement form assembly includes cement and a cement form. The cement form can include a ground facing surface extending horizontally on a ground support surface and a cement facing surface extending vertically and contacting the cement. An extension member extends outward from the cement form and includes a surface that extends the ground facing surface or the cement facing surface. The cement form and the extension member are each made, at least partially, of a foam material.

A curb/walk forming bracket has two half brackets connected to form a spacer/bracket. Each half bracket has a main body with an outer fin and an inner fin for attachment to form boards. A top bend extends from the main body and has a guide hole for placement of a stake. A lower guide hole or formed surround extends from the main body and is vertically aligned with the top guide hole. Slots or slotted holes run the length of the top bend of the main body of each half bracket with the slots or slotted holes accommodating fasteners for connecting the two half brackets so as to form an inverted U shape when placed for forming in an upright position. Holes are provided in the main body of each half bracket for fastening stakes for ground anchorage. Holes along each inner fin of each half bracket allow fastening to the form boards. The curb/walk forming bracket can be adjusted to different widths with variable widths achieved by overlapping the half components, moving them back and forth and fastening at the desired width.

A permeable paving system having a base layer and a paving layer, in which the base layer is made of a plurality of substantially hollow structural modules having a rigid bottom wall and a substantially parallel to a rigid top wall retained in a fixed space relationship from each other by a plurality of spacers, in which the structural module has a plurality of side walls extending between the perimeters of the top wall and the bottom wall, in which the top and bottom walls have apertures to allow movement of fluids into and out of the structural modules, and in which the top wall has a plurality of guide lines configured for alignment of paving material, and/or as a guide for cutting the structural module. Alternatively, instead of guide lines, there may be string line posts connectable to an element of the permeable paving system configured to extend above the top wall of said structural module and configured for establishing elevations of paving materials, and/or alignment of paving materials.

This tool is simple and versatile, easy to manufacture and use. It is capable in its application, of helping the user produce both simply designed or very complex pours of plasticized materials.

It is a tool that enhances the options available to a do-it-yourselfer or handyman as well as to experienced craftsmen

The description herein is not meant to limit the inventor herein as to the materials used, the methods of manufacture of components and their assembly or the application thereof.

A form assembly for installation of paving materials has elongated form sections, each having a first side wall facing the paving material and an opposite second side wall that has a first longitudinal channel defined between brackets. A number of connector elements join adjacent elongated form sections. Anchor mounting elements have a first coupling member configured to fit into the first longitudinal channel of the form section and a second coupling member configured for coupling to a mounting anchor. Each of the elongated form sections has an upper screed contact surface orthogonal to the first side wall and wherein a first wall thickness between first and second side walls that is between the upper screed contact surface and the first longitudinal channel exceeds a second wall thickness of the form section that is between the first longitudinal channel and a base that is opposite the upper screed contact surface.

A system for securing a semi-rigid foam member with respect to a poured curable material structure includes a semi-rigid foam member and a stabilizing bracket. Each stabilizing bracket comprises a body and at least one protrusion extending from a facial surface of the body. Each protrusion is configured to be manually and toollessly inserted into the semi-rigid foam member to secure the body of the respective stabilizing bracket to the semi-rigid foam member. The body of each stabilizing bracket can be secured to a support structure to secure the body and the semi-rigid foam member to a support surface of the support structure, with a base surface of the body and a base surface of the semi-rigid foam member abutting the support surface. The semi-rigid foam member is disposed adjacent to the poured curable material structure during curing.

Adjustable concrete forms including a landing form and a ramp form. The landing form includes jacks and landing brace members. The jacks are height adjustable. The landing brace members are supported by the jacks at a selected height. The landing brace members define a landing formwork configured to contain poured concrete in a desired landing shape. The ramp form defines a ramp formwork and is pivotally coupled to the landing form. The ramp form includes ramp brace members and couplers. The ramp brace members pivotally couple to the landing brace members and extend from the landing brace members towards a ramp start boundary. The couplers couple to the ramp brace members proximate the ramp start boundary and selectively couple to a structure proximate the ramp start boundary. The slope of the landing formwork and the slope of the ramp formwork are adjustable by selectively adjusting the height of the jacks.

Adjustable concrete forms including a landing form and a ramp form. The landing form includes jacks and landing brace members. The jacks are height adjustable. The landing brace members are supported by the jacks at a selected height. The landing brace members define a landing formwork configured to contain poured concrete in a desired landing shape. The ramp form defines a ramp formwork and is pivotally coupled to the landing form. The ramp form includes ramp brace members and couplers. The ramp brace members pivotally couple to the landing brace members and extend from the landing brace members towards a ramp start boundary. The couplers couple to the ramp brace members proximate the ramp start boundary and selectively couple to a structure proximate the ramp start boundary. The slope of the landing formwork and the slope of the ramp formwork are adjustable by selectively adjusting the height of the jacks.