A shell for a seat, particularly for a simulator, includes a seat surface, a backrest and side parts. The shell includes two or more shell parts connected releasably to each other. The shell parts are connectable to each other along a dividing plane. The dividing plane can run substantially parallel to or enclose a small angle with a plane which connects a front side of the seat surface to an upper side of the backrest, and the shell parts can extend substantially equally far from the dividing plane in a direction transversely thereof. A method for transporting a shell for a seat includes: providing two shell parts which can be connected releasably to each other to form the shell; placing the shell parts in each other; and placing the shell parts which are placed in each other in a packaging.

A shell for a seat, particularly for a simulator, includes a seat surface, a backrest and side parts. The shell includes two or more shell parts connected releasably to each other. The shell parts are connectable to each other along a dividing plane. The dividing plane can run substantially parallel to or enclose a small angle with a plane which connects a front side of the seat surface to an upper side of the backrest, and the shell parts can extend substantially equally far from the dividing plane in a direction transversely thereof. A method for transporting a shell for a seat includes: providing two shell parts which can be connected releasably to each other to form the shell; placing the shell parts in each other; and placing the shell parts which are placed in each other in a packaging.

Present invention teaches a screwless chair where the unassembled product can come in a flat package, reducing the size of storage and adding to the ease of transportation. No screws are needed for the chair of present invention; no tools are needed for the assembly/disassembly when a user unfolds the seat back from the seat base, slides the hook pieces along the groove pieces and set the seat back down by inserting the protrusion pieces to the corresponding receiving tubes; the locking tabs on the protrusion pieces provide the locking function when inserting into the receiving tubes. Errors in setting up the chair can be avoided. The ease of setting up, and thus the sturdiness and the safety of the chair, is not affected by repeated disassembly/re-assembly.

Present invention teaches a screwless chair where the unassembled product can come in a flat package, reducing the size of storage and adding to the ease of transportation. No screws are needed for the chair of present invention; no tools are needed for the assembly/disassembly when a user unfolds the seat back from the seat base, slides the hook pieces along the groove pieces and set the seat back down by inserting the protrusion pieces to the corresponding receiving tubes; the locking tabs on the protrusion pieces provide the locking function when inserting into the receiving tubes. Errors in setting up the chair can be avoided. The ease of setting up, and thus the sturdiness and the safety of the chair, is not affected by repeated disassembly/re-assembly.

A foldable camping chair, including a foldable supporting frame which includes a connecting unit arranged between two front supporting blocks, a rear supporting block and the two front supporting blocks defining a triangular shape, two side connecting rods, and two front connecting rods; two recessed grooves are formed on a front side of the rear supporting block; two ends of each side connecting rod are movably articulated with a corresponding recessed groove and fixedly plugged in a corresponding front supporting block respectively; two ends of each front connecting rod is movably articulated with an end of the connecting unit and a front supporting block respectively; lower and upper ends of each front supporting block are plugged with a front supporting leg and a front supporting rod respectively; lower and upper ends of the rear supporting block are plugged with a rear supporting leg and a rear supporting rod respectively.

A modular furniture assembly includes a base, a back, a removable seat, and a first bracket. The base defines an interior cavity. The first bracket includes first and second portions. The first portion is configured to connect the back with the base. The second portion is configured to support the removable seat within the interior cavity of the base.

A modular furniture assembly includes a base, a back, a removable seat, and a first bracket. The base defines an interior cavity. The first bracket includes first and second portions. The first portion is configured to connect the back with the base. The second portion is configured to support the removable seat within the interior cavity of the base.

Disclosed herein are portable, collapsible rocking chairs for outdoor use. These rocking chairs have a plurality of chair arms (each chair arm having a proximal end and a distal end), a removable seat coupled to and supported by the distal ends of the plurality of chair arms, and a rocker assembly for rocking. An exemplary rocker assembly includes two rocker rails, one or more cross bars coupled to the rocker rails, and a plurality of arm ports for removably receiving the proximal end of each chair arm. Some rocker assemblies also include one or more hubs coupled to each rocker rail. The chair arms may comprise one or more hollow pole segments and an elastic cord coupling the pole segments and the rocker assembly.

Disclosed herein are portable, collapsible rocking chairs for outdoor use. These rocking chairs have a plurality of chair arms (each chair arm having a proximal end and a distal end), a removable seat coupled to and supported by the distal ends of the plurality of chair arms, and a rocker assembly for rocking. An exemplary rocker assembly includes two rocker rails, one or more cross bars coupled to the rocker rails, and a plurality of arm ports for removably receiving the proximal end of each chair arm. Some rocker assemblies also include one or more hubs coupled to each rocker rail. The chair arms may comprise one or more hollow pole segments and an elastic cord coupling the pole segments and the rocker assembly.

Connectors for assembling off-the-shelf framework such as pipes and tubes. The connectors include parts that can have puzzle-shaped ends for locking the components together, and when connected, the connectors form various cavities that may include friction-inducing components disposed in the cavities to render the framework stationary. The cavities may be sized to accommodate different sizes of framework.