06 - Common metals and ores; objects made of metal
20 - Furniture and decorative products
40 - Treatment of materials; recycling, air and water treatment,
Goods & Services
furniture parts made primarily of metal, namely, casters, glides and levelers, finials, ferrules, metal stampings, and metal tube end caps and connectors non-metal furniture parts, namely, glides and levelers, plastic casters, self-adjusting glides, door rollers, knobs custom manufacture of furniture parts and die cast products, manufacture of furniture parts to order and specification of others
06 - Common metals and ores; objects made of metal
20 - Furniture and decorative products
40 - Treatment of materials; recycling, air and water treatment,
Goods & Services
furniture parts made primarily of metal, namely, casters, glides and levelers, finials, ferrules, metal stampings, and metal tube end caps and connectors non-metal furniture parts, namely, glides and levelers, plastic casters, self-adjusting glides, door rollers, knobs custom manufacture of furniture parts and die cast products, manufacture of furniture parts to order and specification of others
A device that prevents the self-adjustment of a leveling glide for the tubular legs of various types of furniture, including tables and chairs, is disclosed. The device comprises a threaded insert for a furniture leveling assembly that includes a polymeric washer secured to the bottom of the threaded insert. The polymeric washer is aligned with the axis of the internally threaded of the threaded insert and has a hole diameter that is smaller than the diameter of the externally threaded stem of the leveling glide.
A self-adjusting furniture glide attachable to an article of furniture is described. The self-adjusting furniture glide comprises an outer shell comprising an upper portion and a lower portion, wherein the upper portion and the lower portion are joined together to form a hollow cavity and a center member disposed in the outer shell. The center member is seated in the outer shell above a cup-shaped cushion, and comprises a means capable of attaching the self-adjustable furniture guide to an article of furniture attached to a top surface of the center member. The center member is capable of vertical movement within the outer shell and the vertical movement of the center member in the outer shell compresses the cup-shaped cushion.
A socket for coupling an end piece to a leg member of an article of furniture is described. The socket is insertable into an opening in the leg member and the socket has an opening therein for receiving a stem of the end piece. The socket comprises a tubular body having upper and lower ends. The lower end comprises the opening for receiving the stem of the end piece and the upper end is insertable into the leg member. In addition, the socket comprises a washer attached to the upper end of the socket. When the socket is inserted into the leg member, the washer has an interference fit with the inner diameter of the leg member.
A socket for coupling an end piece to a leg member of an article of furniture is described. The socket is insertable into an opening in the leg member and the socket has an opening therein for receiving a stem of the end piece. The socket comprises a tubular body having upper and lower ends. The lower end comprises the opening for receiving the stem of the end piece and the upper end is insertable into the leg member. In addition, the socket comprises a washer attached to the upper end of the socket. When the socket is inserted into the leg member, the washer has an interference fit with the inner diameter of the leg member.
A furniture glide for use with a tubular furniture leg. The glide comprises a furniture leg engagement assembly adapted to be mounted to the furniture leg and a base assembly mounted to the furniture leg engagement assembly. The base assembly includes a receiver member and a base member removably mounted to the receiver member. The base member has a pad portion with a bottom surface adapted for contacting a floor.
A replacement furniture glide includes a shell assembly and a foot assembly. The shell assembly includes an upper portion forming a chamber adapted to receive a conventional furniture glide affixed to a furniture leg. A lower portion extends downward from the upper portion. The shell assembly is divided vertically into multiple sections. The foot assembly includes an upper mounting member and a lower floor engagement member that is connected to the mounting member. The shell assembly lower portion is received within an upwardly extending cavity in the foot assembly mounting member to releaseably lock the shell assembly sections together. The shell assembly sections are separated by withdrawing the shell assembly lower portion from the foot assembly mounting member cavity to unlock the shell assembly sections.
A renewable furniture glide for use with a tubular furniture legs includes a foot having a base portion with a bottom surface for contacting a floor and a sleeve portion for receiving a lower end of the furniture leg. The glide also includes a ferrule having a central web, a set of arm segments, and a set of leg segments. The arm segments extend radially outward from the web to engage the inner surface of the furniture leg. The leg segments extend radially outward and axially downward from the web to a foot portion that extends radially outward axially upward to an outer edge. The outer edge engages the inner surface of the foot sleeve portion.
A self-adjusting furniture glide attachable to an article of furniture is described. The self-adjusting furniture glide comprises an outer shell comprising an upper portion and a lower portion, wherein the upper portion and the lower portion are joined together to form a hollow cavity and a center member disposed in the outer shell. The center member is seated in the outer shell above a cup-shaped cushion, and comprises a means capable of attaching the self-adjustable furniture guide to an article of furniture attached to a top surface of the center member. The center member is capable of vertical movement within the outer shell and the vertical movement of the center member in the outer shell compresses the cup-shaped cushion.
A furniture glide for use with a tubular furniture leg,. The glide comprises a furniture leg engagement assembly adapted to be mounted to the furniture leg and a base assembly mounted to the furniture leg engagement assembly. The base assembly includes a receiver member and a base member removably mounted to the receiver member. The base member has a pad portion with a bottom surface adapted for contacting a floor.
A device that prevents the self-adjustment of a leveling glide for the tubular legs of various types of furniture, including tables and chairs, is disclosed. The device comprises a threaded insert for a furniture leveling assembly that includes a polymeric washer secured to the bottom of the threaded insert. The polymeric washer is aligned with the axis of the internally threaded of the threaded insert and has a hole diameter that is smaller than the diameter of the externally threaded stem of the leveling glide.
A renewable furniture glide for use with a tubular furniture legs includes a foot having a base portion with a bottom surface for contacting a floor and a sleeve portion for receiving a lower end of the furniture leg. The glide also includes a ferrule having a central web, a set of arm segments, and a set of leg segments. The arm segments extend radially outward from the web to engage the inner surface of the furniture leg. The leg segments extend radially outward and axially downward from the web to a foot portion that extends radially outward axially upward to an outer edge. The outer edge engages the inner surface of the foot sleeve portion.
A replacement furniture glide includes a shell assembly and a foot assembly. The shell assembly includes an upper portion forming a chamber adapted to receive a conventional furniture glide affixed to a furniture leg. A lower portion extends downward from the upper portion. The shell assembly is divided vertically into multiple sections. The foot assembly includes an upper mounting member and a lower floor engagement member that is connected to the mounting member. The shell assembly lower portion is received within an upwardly extending cavity in the foot assembly mounting member to releaseably lock the shell assembly sections together. The shell assembly sections are separated by withdrawing the shell assembly lower portion from the foot assembly mounting member cavity to unlock the shell assembly sections.
