A foldable enclosure apparatus having a locking device for a baby bed has a hub device, four lower assemblies, four upper assemblies, and at least one locking device. The lower assemblies are foldable and are pivotally mounted around the hub device. Each upper assembly is foldable and is mounted between two adjacent lower assemblies of the four lower assemblies. The at least one locking device is mounted with the corresponding lower assembly and the corresponding upper assembly for locking or unlocking the upper assemblies to enhance the safety of the foldable enclosure apparatus.

A support apparatus 1 for supporting a user in an elevated working position above a ground surface G comprises a frame 60 for supporting a floor portion 20 of the support apparatus and a plurality of leg members 40a, 40b mounted to the frame 60 for supporting the frame above the ground surface G. Each leg member has a foot portion 42 for engaging the ground surface G. Each leg member is rotatably mounted to the frame for rotation about a rotational axis which is substantially perpendicular to the width and the length of the frame and each leg member extends from the frame in a radial direction of the rotational axis, whereby the foot portion is offset from the rotational axis.

A support apparatus 1 for supporting a user in an elevated working position above a ground surface G comprises a frame 60 for supporting a floor portion 20 of the support apparatus and a plurality of leg members 40a, 40b mounted to the frame 60 for supporting the frame above the ground surface G. Each leg member has a foot portion 42 for engaging the ground surface G. Each leg member is rotatably mounted to the frame for rotation about a rotational axis which is substantially perpendicular to the width and the length of the frame and each leg member extends from the frame in a radial direction of the rotational axis, whereby the foot portion is offset from the rotational axis.

A sidewalk architectural feature defining a length, a width and a height, wherein the length is greater than the width, the sidewalk architectural feature including a plurality of vertical members extending in a direction generally parallel with the height, the plurality of vertical members defining a plurality of bays of the sidewalk architectural feature including a first bay and a second bay disposed adjacent to the first bay; and a framework comprising a plurality of spanning members extending between adjacent vertical members, wherein at least a portion of the framework is coupled to at least one of the plurality of vertical members through a flexible interface.

A sidewalk architectural feature defining a length, a width and a height, wherein the length is greater than the width, the sidewalk architectural feature including a plurality of vertical members extending in a direction generally parallel with the height, the plurality of vertical members defining a plurality of bays of the sidewalk architectural feature including a first bay and a second bay disposed adjacent to the first bay; and a framework comprising a plurality of spanning members extending between adjacent vertical members, wherein at least a portion of the framework is coupled to at least one of the plurality of vertical members through a flexible interface.

A support apparatus 1 for supporting a user in an elevated working position above a ground surface G comprises a frame 60 for supporting a floor portion 20 of the support apparatus and a plurality of leg members 40a, 40b mounted to the frame 60 for supporting the frame above the ground surface G. Each leg member has a foot portion 42 for engaging the ground surface G. Each leg member is rotatably mounted to the frame for rotation about a rotational axis which is substantially perpendicular to the width and the length of the frame and each leg member extends from the frame in a radial direction of the rotational axis, whereby the foot portion is offset from the rotational axis.

A support apparatus 1 for supporting a user in an elevated working position above a ground surface G comprises a frame 60 for supporting a floor portion 20 of the support apparatus and a plurality of leg members 40a, 40b mounted to the frame 60 for supporting the frame above the ground surface G. Each leg member has a foot portion 42 for engaging the ground surface G. Each leg member is rotatably mounted to the frame for rotation about a rotational axis which is substantially perpendicular to the width and the length of the frame and each leg member extends from the frame in a radial direction of the rotational axis, whereby the foot portion is offset from the rotational axis.

A foldable enclosure apparatus has a hub device, four lower assemblies, four upper assemblies, and at least one locking device. The lower assemblies are foldable and are pivotally mounted around the hub device. Each upper assembly is foldable and is mounted between two adjacent lower assemblies of the four lower assemblies. The at least one locking device is mounted with the corresponding lower assembly and the corresponding upper assembly for locking or unlocking the upper assemblies.

A first scaffold plank member having a board like member having a top surface, first and second opposing end edges and a first and second opposing side edges; a first and second side rails, the side rail attached to the board like member near the respective side edges, each respective side rail extending downwardly from the top surface, each side rail having an inward and an outward facing surface, positioned near both the first and second opposing end edges, a first and second clips separated by a distance from one another, the first and second clips extending outwardly from the respective end edges, each clip having a terminating downwardly projecting lip, and a channel section located between the lip and the respective end edge, the channel section shaped to engage a horizontal scaffold member; a series of slots through the top surface, said series of slots positioned near the first side edge, each slot of said series of slots having a portion of the slot positioned inwardly of the inward facing surface, each slot being sized to accept a portion of a clip through the slot, two of said slots are separated a distance to accept two clips on a second scaffold board whereby, if a portion of a second scaffold plank's first and second clips are inserted through these slots, so that the second scaffold plank is supported by the first scaffold plank.

A first scaffold plank member having a board like member having a top surface, first and second opposing end edges and a first and second opposing side edges; a first and second side rails, the side rail attached to the board like member near the respective side edges, each respective side rail extending downwardly from the top surface, each side rail having an inward and an outward facing surface, positioned near both the first and second opposing end edges, a first and second clips separated by a distance from one another, the first and second clips extending outwardly from the respective end edges, each clip having a terminating downwardly projecting lip, and a channel section located between the lip and the respective end edge, the channel section shaped to engage a horizontal scaffold member; a series of slots through the top surface, said series of slots positioned near the first side edge, each slot of said series of slots having a portion of the slot positioned inwardly of the inward facing surface, each slot being sized to accept a portion of a clip through the slot, two of said slots are separated a distance to accept two clips on a second scaffold board whereby, if a portion of a second scaffold plank's first and second clips are inserted through these slots, so that the second scaffold plank is supported by the first scaffold plank.