Maxchief Investments Limited

Hsin-Hung Tsai

Wen-Sheng Lin

Wen-Shen Lin

A collapsible table includes a blow-molded table top and two opposing collapsible support stands mounted on a bottom of the table top. The support stands are supported by articulated support braces attached to cross braces that span the underside of the table top. At opposing ends of the cross braces are substantially U-shaped brackets that receive leg members of the support stands when the support stands are in a collapsed position.

Blow-molded table

A blow-molded table includes a table board, and two opposite support units each foldably mounted on a bottom of the table board. Each of the two support units includes a support stand pivotally mounted on either one of two ends of the table board, and a support member pivotally mounted on a mediate of the table board and pivotally connected with the support stand. Thus, the blow-molded table is supported rigidly and stably when being expanded and is folded when not in use.

A folding chair is configurable into a use position and a storage position. The folding chair includes a backrest, a seat, and inner and outer support structures. The outer support structure includes substantially parallel first and second elongate outer support members, each having an upper portion attached to the backrest and a lower portion disposed adjacent an underlying surface when the chair is in the use position. The seat is pivotally attached to the outer support structure between the first and second elongate outer support members. The inner support structure is pivotally attached to the outer support structure between the first and second elongate outer support members. The inner support structure includes substantially parallel first and second elongate inner support members disposed on opposing sides of the seat. Upper portions of the first and second elongate inner support members are slidably attached to the seat. Lower portions of the first and second elongate inner support members are disposed adjacent the underlying surface when the chair is in the use position. When the chair is in the storage position, the seat, the backrest, the inner support structure and the outer support structure are substantially coplanar. Based on the coplanarity of these structures, the stacking thickness of the chair is determined by the thickness of the seat and the backrest. Accordingly, the chair has a very low profile and minimized stacking thickness when it is in the storage position.

Growing community of inventors

Jhuci, Taiwan

Hsin-Hung Tsai