An unlocking structure of workbench ladder includes a platform and two ladders hinged to the two ends of the platform; wherein, the ladder includes an unlocking structure relative to the hinged joint of the platform, and the unlocking structure includes an operating button, rotating lock tongue and a first elastic element; the rotating lock tongue is arranged in the column and the upper end is a locking hook which is locked and located in the locking plate at the bottom of the platform; the first elastic element acts between the rotating lock tongue and the column driving and positioning the locking hook toward the locking plate to lock the ladder and the platform; the operating button acts on the rotating lock tongue to overcome the first elastic element and drive the locking hook to move in a direction opposite to the locking plate, unlocking the ladder and the platform.

A dismantlable portable sawhorse utilizes a bracket plate having a plank aperture and a support aperture that have lengths that are substantially orthogonal to each other and intersect to form a continuous aperture having an intersection space. The plank and support apertures are configured to receive various arrangements of plank lumber and support lumber, respectively. The bracket plate also has a front and back leg cup configured to receive leg lumber therein to lift the bracket plates up from the ground. The sawhorse is formed with two bracket plates configured with at least one of support and plank lumber configured in the respective apertures and extending between the two bracket plates and with leg lumber configured in each of the front and back leg cups of each bracket plate. The bracket plates may lean inward toward each other at a stand angle.

A dismantlable portable sawhorse utilizes a bracket plate having a plank aperture and a support aperture that have lengths that are substantially orthogonal to each other and intersect to form a continuous aperture having an intersection space. The plank and support apertures are configured to receive various arrangements of plank lumber and support lumber, respectively. The bracket plate also has a front and back leg cup configured to receive leg lumber therein to lift the bracket plates up from the ground. The sawhorse is formed with two bracket plates configured with at least one of support and plank lumber configured in the respective apertures and extending between the two bracket plates and with leg lumber configured in each of the front and back leg cups of each bracket plate. The bracket plates may lean inward toward each other at a stand angle.

A saw support assembly includes a base member defining a receiving channel. The receiving channel of the base member is configured to receive a leg of a saw therein to secure the base member to the leg of the saw. An arm member is pivotably coupled to the base member. The arm member is configured to pivot towards or away from the base member. The arm member is configured to extend from the base member to support the leg of the saw to which the base member is secured. A branch member extends between the base member and the arm member. The branch member defines a first end connected with the base member and a second end connected with the support arm. The branch member is configured to limit a degree to which the arm member can pivot away from the base member.

One or more devices are provided that are configured to detachably engage within a modular system. The one or more devices are positionable to provide a support structure upon which work can be performed.

The collapsible and portable table saw stand supports an electric table saw, while also providing an outfeed table for supporting a work piece at the same level as the top of the table saw. The table saw stand includes a front and a rear spaced apart sawhorse type structures with two lower and two upper longitudinal members extending between the legs of the sawhorses. The front sawhorse type structure is shorter than the rear, while a third shortened sawhorse type structure extends upwardly from the two upper longitudinal members between the front and rear sawhorses. Two longitudinal clamping jaws extend from the top of the third shortened sawhorse type structure to the top of the taller sawhorse type structure. The clamping jaws support the outfeed table by grasping a central keel of the outfeed table. The two upper longitudinal members support a table saw in front of the outfeed table.

A work support includes a pair of support legs, a first elongated rail and a second elongated rail each extending between and being coupled to the pair of support legs and spaced apart from one another, and an extendable workpiece support comprising a third elongated rail and a material support supported by the third elongated rail. The material support is movable laterally and axially relative to the third elongated rail. The third elongated rail is axially movable between extended and retracted positions.

A bracket (20) includes: a pedestal (21, 22) that is mountable on a support frame (2) of a work stand (1) for supporting a saw (60); and first and second engaging parts (38A, 38B) arranged on the pedestal to sandwich the support frame in a horizontal direction and engage with first and second engagement parts (8A, 8B) on opposite sides of the support frame. The second engaging part includes first and second levers (41, 42). The pedestal is movable along the longitudinal direction of the support frame by manipulating only the first lever to disengage it from the second engagement part (8B) and is removable from the support frame by simultaneously manipulating both the first and second levers in the same direction to disengage them from the second engagement part. The first and second levers both move in the same opposite direction to engage the second engagement part.

A portable table assembly and a method of assembling a portable table are provided. The table includes individual planks that laterally interlock with each other to form a tabletop and leg assemblies for supporting the tabletop. The leg assemblies each have a crossbeam and opposing clamps at each end of the crossbeam. The planks are arranged perpendicularly to the crossbeams, and planks on the ends of the tabletop are securely retained against the crossbeams. The table breaks down into individual planks and leg assemblies for transport and storage.

A portable table assembly and a method of assembling a portable table are provided. The table includes individual planks that laterally interlock with each other to form a tabletop and leg assemblies for supporting the tabletop. The leg assemblies each have a crossbeam and opposing clamps at each end of the crossbeam. The planks are arranged perpendicularly to the crossbeams, and planks on the ends of the tabletop are securely retained against the crossbeams. The table breaks down into individual planks and leg assemblies for transport and storage.