The present invention relates to a connecting device for a leg part and a supporting member, i.e., a beam, and more specifically, it is possible to secure a pair of leg part more easily and robustly to the beam using a fixing bolt, and it also relates to a leg member and a beam member connecting device so that the volume can be reduced by folding the leg member under the beam member during storage.

Provided is a workbench including a utility member having a top face, a bottom face and side walls and a plurality of support legs. The workbench is manipulable between an operative position in which the support legs are detachably attached at leg mounts configured at the bottom face of the workbench, and a stowed position in which the support legs are detached from the leg mounts and are stowed within leg receptacles. At the stowed position the support legs are fully received within receiving receptacles configured at the utility member and do not project from the utility member.

A sawhorse having quick release deployable supports. The sawhorse includes a stretcher body having deployable supports pivotally mounted to the stretcher body. The deployable supports pivot with respect to the stretcher body from a storage position wherein the first and second supports are generally parallel to the stretcher body and a deployed position wherein the first and second supports are generally perpendicular to the stretcher body. A single lock mechanism locks the first and second deployable supports in the storage position and releases the deployable supports to the deployed position. Either the first or second deployable supports can be arbitrarily pivoted from the deployed to the storage position, with the other deployable support being pivoted from the deployed to the storage position.

A sawhorse having quick release deployable supports. The sawhorse includes a stretcher body having deployable supports pivotally mounted to the stretcher body. The deployable supports pivot with respect to the stretcher body from a storage position wherein the first and second supports are generally parallel to the stretcher body and a deployed position wherein the first and second supports are generally perpendicular to the stretcher body. A single lock mechanism locks the first and second deployable supports in the storage position and releases the deployable supports to the deployed position. Either the first or second deployable supports can be arbitrarily pivoted from the deployed to the storage position, with the other deployable support being pivoted from the deployed to the storage position.

The present invention relates to a novel adjustable sawhorse or workpiece support. The device is an adjustable apparatus to assist in various carpentry and other projects. The device has a work surface, four legs, and a gear and crank mechanism to allow for height adjustment. The device also includes hinges or pivots beneath the work surface that allow for angular adjustment of the work surface. Further, the device has a fastener to secure the work surface and allow for easy removal or replacement, if necessary.

The present disclosure concerns a sawhorse. More particularly the disclosure concerns a sawhorse configured with an articulation system.

The present disclosure concerns a sawhorse. More particularly the disclosure concerns a sawhorse configured with an articulation system.

The collapsible sawhorse comprises a cross tie, a first vertical support member, and a second vertical support member. The collapsible sawhorse may be a sawhorse that separates and collapses for transportation and storage. When assembled, the collapsible sawhorse may be used to elevate and support a project. The collapsible sawhorse may be used in pairs to elevate both ends of the project. As non-limiting examples, the project may be a construction material such as a board to be sawed, a temporary work surface such as a sheet of plywood, or a tool such as a chop saw. The collapsible sawhorse may be fastenerless in that the collapsible sawhorse may be assembled and disassembled without using tools.

The collapsible sawhorse comprises a cross tie, a first vertical support member, and a second vertical support member. The collapsible sawhorse may be a sawhorse that separates and collapses for transportation and storage. When assembled, the collapsible sawhorse may be used to elevate and support a project. The collapsible sawhorse may be used in pairs to elevate both ends of the project. As non-limiting examples, the project may be a construction material such as a board to be sawed, a temporary work surface such as a sheet of plywood, or a tool such as a chop saw. The collapsible sawhorse may be fastenerless in that the collapsible sawhorse may be assembled and disassembled without using tools.

A sawhorse includes a modular work surface supported by a frame. The modular work surface includes a first side portion, a second side portion and a central portion. The modular work surface is configured to move between a compact configuration and an expanded configuration. In the compact configuration the first side portion and the second side portion are adjacent to one another to provide a compact worktop and the central portion is positioned beneath the compact worktop. In the expanded configuration, the first side portion and the second side portion are distal to one another and the central portion is positioned therebetween to create an expanded worktop.