Steelcase Inc.

Eric T McClure

James P Steffens

Kurt R Heidmann

Robert M Scheper

Robert Peter Arko

Glenn A Knoblock

Brian H Root

Kenneth J Penning

David D Sayers

Brian L Christensen

Patrick P Schwoerer

Noe Palacios

Greg A VanStee

Michael W Haan

Steven Ryutaro Takayama

Steven J Dessaint

Micahel W Haan

Mark Scott Drelles

Mark S Drelles

Insulated beverage cooler with cover protection

Chair

A chair includes a base, a seat supported on the base and defining right and left sides, and an armrest. The armrest includes an armrest support rotatably supported under the seat on a bearing mechanism on the base for 360.degree. of movement around the seat, including movement to positions adjacent the right and left sides of the seat. The seat is slidably supported on the base for movement between a forward use position and a rearward position, the rearward position permitting increased clearance in front of the seat for adjustment of the armrest, but the seat being normally biased toward the forward position by a spring device. The base includes a control for supporting a reclineable back.

Chair with adjustable armrest

A chair construction and method for building a chair having selected features are provided. The construction includes a plurality of interchangeable different components including different base assemblies, back assemblies, seats, arms, and chair controls that can be selected to provide different features on a 'customized' chair. The different chair controls are constructed from a selected one of a plurality of interchangeable energy modules and a selected one of a plurality of interchangeable seat support modules. All components include standardized connections for engaging the related components, and further include various mechanisms and designs so that by selecting particular components, a chair having various features and appearances can be provided. For example, the plurality of interchangeable seat support modules includes a non-adjustable seat support module, a seat-angle-adjustable seat support module, and a seat-depth-adjustable seat support module. Also, the plurality of interchangeable chair control modules include a non-lockable energy module, a back lockable energy module, and a multi-position backstop energy module, each connectable to a selected one of the aforementioned seat support modules. The modularity of these components facilitates assembly including on-site assembly, repair, and post-assembly upgrading of the chair. Further, the seat support is connected by removable pivot pins to allow assembly, retrofit and/or modification in the field. The tension adjustment mechanism, the seat height actuator mechanism, and the pivot connections are constructed for durability, performance, assembleability, compactness of design, and to minimize the number of and complexity of parts. The method includes selecting modules from a menu of interconnectable/interchangeable modules to construct a chair control, and further selecting modules from a menu of interchangeable components to construct a chair having selected features.

Modular chair construction and method of assembly

A chair construction and method for building a chair having selected features are provided. The construction includes a plurality of interchangeable different components including different base assemblies, back assemblies, seats, arms, and chair controls that can be selected to provide different features on a 'customized' chair. The different chair controls are constructed from a selected one of a plurality of interchangeable energy modules and a selected one of a plurality of interchangeable seat support modules. All components include standardized connections for engaging the related components, and further include various mechanisms and designs so that by selecting particular components, a chair having various features and appearances can be provided. For example, the plurality of interchangeable seat support modules include a non-adjustable seat support module, a seat-angle-adjustable seat support module, and a seat-depth-adjustable seat support module. Also, the plurality of interchangeable chair control modules include a non-lockable energy module, a back lockable energy module, and a multi-position backstop energy module, each connectable to a selected one of the aforementioned seat support modules. The modularity of these components facilitates assembly including on-site assembly, repair, and post-assembly upgrading of the chair. Further, the seat support is connected by removable pivot pins to allow assembly, retrofit and/or modification in the field. The tension adjustment mechanism, the seat height actuator mechanism, and the pivot connections are constructed for durability, performance, assembleability, compactness of design, and to minimize the number of and complexity of parts. The method includes selecting modules from a menu of interconnectable/interchangeable modules to construct a chair control, and further selecting modules from a menu of interchangeable components to construct a chair having selected features.

Tension adjustment mechanism for chairs

Growing community of inventors

Grand Rapids, MI, United States of America

Eric T McClure