Abstract: A collapsible cart assembly having a framework with two brackets. The two brackets have first arms, second arms and third arms. A rear leg frame section is rigidly affixed to the first arms. A front leg frame section that is pivotably connected to the second arms. A handle frame section is pivotably connected to the third arms of the brackets. Slides are disposed on the rear leg frame section. A first set of linkages connect the slides to the front leg frame section. A second set of linkages connect the slides to the handle frame section. The slides and linkages move the front leg frame the handle frame between an open configuration and a closed configuration.

Abstract: A folding chair assembly with an improved folding mechanism. The folding chair assembly has a backrest structure, a seat structure, and an armrest structure that are all made from shaped tube forms. The tube form of the armrest structure is attached to the tube form of the backrest structure with a pivot connection. The tube form of the armrest structure is also attached to the tube form of the seat structure at a pivot connection. A slotted linkage is provided that extends between the tube form of the backrest and the tube form of the seat. The slotted linkage is pivotably connected to either the backrest structure or to the seat structure. The slotted linkage defines a slot. The slot engages a fixed pin on either the seat structure or the backrest structure. The fixed pin reciprocally moves within the slot as the folding chair assembly is manipulated.

Abstract: A collapsible stand that is designed for use on loose soil or sand. The collapsible stand has a central shaft and an auger that extends from the shaft. A slide hub moves along the central shaft between a first position and a second position. Legs radially extend from the central shaft. Linkages are used to interconnect the legs with the slide hub. When the slide hub moves to its first position along the central shaft, the linkages move the legs into a stowed configuration. When the slide hub moves to the second position, the linkages move the legs into a deployed configuration. The central shaft is set into the ground using the auger. The legs are deployed, wherein the legs have footpads that rest upon the ground. The pull of the auger biases the footpads against the ground and create a highly stable stand.

Abstract: A portable table with a collapsible support framework. The support framework has legs that are interconnected by scissor linkages. The legs have brackets affixed to the top end. Guide rails are provided that can be selectively attached to the support framework. The guide rails contain connectors that selectively engage the brackets on the legs of the support framework. Each of the guide rails has a top surface and a ledge that is disposed a first depth below the top surface. A segmented tabletop extends between the guide rails. The segmented tabletop rests on the ledges of the guide rails, wherein the segmented tabletop is the same thickness as the depth of the ledges. This provides the portable table with a flat top surface having no cantilevered areas. The result is a strong and sturdy table that can be easily and rapidly disassembled.

Abstract: A platform assembly that attaches to a shaft. The platform assembly includes a hub that is mounted in a fixed position. Cradle supports extend from the hub. The cradle supports define open troughs having open tops between opposing side surfaces. Support arms are provided that are connected to the cradle supports with pivot connections. The pivot connections enable the support arms to rotate between an open position and a folded position. In the open position, each of the support arms lay flush in the open troughs. In the folded position, each of the support arms are angled away from the open trough. A flexible panel is supported by the support arms. The flexible panel is held taut in a horizontal plane when the support arms are in their open positions. The flexible panel is folded and collapsed when the support arms are moved to their folded positions.

Abstract: A collapsible cart assembly having a framework with two brackets. The two brackets have first arms, second arms and third arms. A rear leg frame section is rigidly affixed to the first arms. A front leg frame section that is pivotably connected to the second arms. A handle frame section is pivotably connected to the third arms of the brackets. Slides are disposed on the rear leg frame section. A first set of linkages connect the slides to the front leg frame section. A second set of linkages connect the slides to the handle frame section. The slides and linkages move the front leg frame the handle frame between an open configuration and a closed configuration.

Abstract: A folding chair assembly with an improved folding mechanism. The folding chair assembly has a backrest structure, a seat structure, and an armrest structure that are all made from shaped tube forms. The tube form of the armrest structure is attached to the tube form of the backrest structure with a pivot connection. The tube form of the armrest structure is also attached to the tube form of the seat structure at a pivot connection. A slotted linkage is provided that extends between the tube form of the backrest and the tube form of the seat. The slotted linkage is pivotably connected to either the backrest structure or to the seat structure. The slotted linkage defines a slot. The slot engages a fixed pin on either the seat structure or the backrest structure. The fixed pin reciprocally moves within the slot as the folding chair assembly is manipulated.

Abstract: A portable shelter having an improved crown hub assembly for extending and collapsing the shelter. The crown hub assembly has a mounting disc, wherein a plurality of pole receptacles are pivotably connected to the mounting disc. A slotted plate is positioned under the mounted disc. The slotted plate has slots that align with the pole receptacles when properly rotated. The alignment between the slots and the pole receptacles enables the pole receptacles to rotate from a horizontal orientation into a vertical orientation. Support poles are received into each of the pole receptacles. The support poles support the canopy of the shelter.

Abstract: An armrest assembly for use on a folding chair. The armrest assembly has a molded plastic body with a top surface and an underside. The armrest assembly is provided with a phone holder construct that amplifies sounds produced by a cell phone. An access opening is formed in the top surface of the armrest. A receptacle for holding the cell phone is positioned under the access opening. The receptacle has a base that is smaller than the access opening. Side walls extend from the access opening to the base, therein creating a tapered construct capable of amplifying sounds generated within the receptacle by the cell phone. Protrusions are formed on the base of the receptacle. The protrusions support the cell phone in the receptacle and prevent the speakers of the cell phone from becoming muffled by directly contacting the base within the receptacle.

Abstract: An armrest assembly for use on a folding chair. The armrest assembly has a molded plastic body with a top surface upon which a person's arm rests. The molded plastic body has an underside that is reinforced by support ribs for strength. The molded plastic body of the armrest assembly is molded in two parts. A first body section is molded of a first material and a second body section is molded of a second material. The first material is a rigid plastic material. The second material is a flexible plastic material. The second body section of flexible plastic material is overmolded onto the first body section of the rigid plastic material. A cup holder construct is formed into the armrest assembly. The cup holder construct is formed in part of the rigid plastic material and in part by the flexible plastic material.

Abstract: An armrest assembly for use on a folding chair. The armrest assembly has a molded plastic body with a top surface and an underside. The armrest assembly is provided with a phone holder construct that amplifies sounds produced by a cell phone. An access opening is formed in the top surface of the armrest. A receptacle for holding the cell phone is positioned under the access opening. The receptacle has a base that is smaller than the access opening. Side walls extend from the access opening to the base, therein creating a tapered construct capable of amplifying sounds generated within the receptacle by the cell phone. Protrusions are formed on the base of the receptacle. The protrusions support the cell phone in the receptacle and prevent the speakers of the cell phone from becoming muffled by directly contacting the base within the receptacle.

Abstract: A table top includes a stone veneer presenting a single unitary piece of stone as the top surface of the stone veneer, wherein the stone veneer defines a veneer perimeter comprising a rectangle having a width of at least 20 inches (50.8 centimeters) and a length of at least 40 inches (101.6 centimeters), wherein the stone veneer has a veneer thickness, a substrate defining a substrate perimeter and having a substrate thickness, and an adhesive securing the bottom surface of the stone veneer to the top surface of the substrate, wherein the veneer perimeter and the substrate perimeter are substantially the same shape and size, wherein the veneer thickness is at least 1 millimeter (0.03937 inch) and not greater than 6 millimeters (0.2362 inch), wherein the substrate thickness is at least 3 millimeters (0.1181 inch), and wherein the table top weighs less than 4 pounds per square foot (191.5 Newtons per square meter).