Daniel Paul Chairs, LLC

Shelby Williams Industries, Inc.

Peter W Barile

Peter Barile, Sr

Michael E Saylor

Manfred Steinfeld

Todd Edward Helm

An oval-shaped T-nut that is received within an oval receiver machined into the upholstered panel to be secured to a chair frame is provided. The oval shape of the T-nut prevents the oval-shaped T-nut from rotating when a screw is driven into the T-nut. Further, this eliminates the necessity of stapling the traditional plastic T-nut to the chair panel, thus saving time and money associated with the manufacture of an upholstered metal frame chair. In addition to the oval-shaped T-nut described herein, a novel U-shaped screw catch is also provided which cooperates with a barbed nylon or plastic push rivet to secure the upholstered chair panels to one another. Further, a method for connecting upholstered seat back panels to the tabs positioned on the back frame of a chair, utilizing the T-nut and the screw catch is disclosed.

Non-rotating T-nut and screw catch for use in a chair panel and method for using the same

Boutique chair

Disclosed is a chair containing a flexible back support frame mechanism that includes an improved spring assembly designed to allow reclining movement of a back support frame relative to a seat assembly. The spring can assembly of the present invention is, preferably, carried by a rear cross support member thereby eliminating the need for cumbersome elongated springs and their attendant support members. Further, the spring can assembly of the present invention allows the compression member to be readily and easily changed, thus providing the ability to easily adjust the flex tension of the back support member.

Flexible back chair with improved spring can assembly

Flexible back chair with spring can assembly

Disclosed is a stackable chair containing a flexible back support frame mechanism that includes an improved spring system designed to allow reclining movement of a back support frame relative to a seat assembly. The back support frame and seat assembly are connected using right and left spring members disposed in a substantial surface-to-surface contact relationship with the seat assembly and back support frame members.

Chair with improved back spring

A ganging cup-holderis described herein and illustrated by the accompanying figures. The ganging cup-holderis intended for use with two adjacent temporary seating chairsto (1) temporarily secure the two adjacent chairsin a substantially fixed position relative to one another and (2) to provide a convenient location for the placement of items, to prevent damage or loss of items or to prevent spillage of the contents of an item.

Ganging cup-holder

Chair

Stool

Chair frame portion

A chair frame () for a stackable chair. The chair frame () includes a seat support portion () for support the seat portion () of a chair, and includes a pair of leg assemblies () oppositely disposed on either side of the seat support portion (). Each leg assembly () includes a front leg () and a rear leg (), and an upper support member (). Each upper support member () has an upper surface (), at least a portion of which defines a curvilinear surface portion. Each leg assembly () also includes a stacking bar () extending between the front leg () and the rear leg (), the stacking bar () being disposed below, and being selectively space from, the upper support member (). The stacking bar () of each leg assembly () has a lower surface (), at least a portion of which defines a curvilinear surface portion configured to closely engage at least a portion of the curvilinear surface portion of the upper surface () of the upper support member () of another chair frame () to facilitate the stacking of a plurality of chairs utilizing the chair frame ().

Chair frame for a stackable chair

A chair frame () for a stackable chair. The chair frame () includes a seat support () for supporting the seat () of the stackable chair, the seat support () of the frame () defining first and second side frame portions (). The chair frame () also includes first and second front leg members () and first and second rear leg members () extending downwardly from the seat support (). A back support () is secured to the seat support (), the back support () defining first and second side portions () and a lower frame portion () disposed between the first and second side portions () of the back support (). Also included are first and second bracing structures () extending between the seat support () and the back support (), whereby the bracing structures () strengthen the engagement of the seat support () with the back support ().

Frame for a stackable chair

Bamboo lattice back chair

A-frame chair leg assembly

A molded foam spring seat includes a seat cushion having a bottom surface supported by a support frame having an opening therein. A drop-in frame is insertable within the opening, with the drop-in frame including a pair of opposed walls having fastening means thereon. A plurality of compression springs are each detachably extended between the fastening means on the drop-in frame. Each compression spring is in partial compression until compressed downward by a user seated on the seat cushion. Each compression spring resiliently rebounds to partial compression when the seat cushion is not compressed. The seat cushion includes sides tapered inwardly toward a seat cushion upper surface to reduce bulging of each side outwards with repetitive use of the seat cushion, and to minimize wear on the seat cushion sides when other seat cushions and support frames are positioned adjacent, or are stacked on the seat cushion.

Growing community of inventors

Morristown, TN, United States of America

Peter W Barile