41 |
Seating suspension assembly and method |
US205308 |
1998-12-04 |
US6056278A |
2000-05-02 |
Larry I. Bullard; Allen Sigmon; Roger Tornero |
A seating suspension assembly provides efficiency in the manufacture of upholstered furniture such as chairs, sofas or the like. The preferred form of the invention comprises a pair of flexible, durable fabric straps having coil springs fixedly positioned therebetween. The fabric can be attached to a rigid wooden chair seat frame and the suspension assembly stapled or tacked thereto. The coil springs are thus suspended between the front and back of the frame. Upon upholstering, the suspension assembly provides a comfortable, crowned seat for the user. A method of forming the seating suspension assembly is also disclosed. |
42 |
Seating suspension assembly |
US693702 |
1996-08-07 |
US5700060A |
1997-12-23 |
Larry I. Bullard; Allen Sigmon; Roger Tornero |
A seating suspension assembly provides efficiency in the manufacture of upholstered furniture such as chairs, sofas or the like. The preferred form of the invention comprises a pair of flexible, durable fabric straps having coil springs fixedly positioned therebetween. The fabric can be attached to a rigid wooden chair seat frame and the suspension assembly stapled or tacked thereto. The coil springs are thus suspended between the front and back of the frame. Upon upholstering, the suspension assembly provides a comfortable, crowned seat for the user. |
43 |
Plastic spring assembly connected to wire frame |
US25426872 |
1972-05-17 |
US3766580A |
1973-10-23 |
CURTIS W; TRIMBLE D |
Corrugated plastic springs are substituted for metal coil springs in a chair, sofa, or the like. The bottom of the spring is provided with spaced apart wire retaining means for connecting the springs to the wires. The retaining means are so located that the wires, which have been constructed perpendicular to each other, are bent out of a perpendicular relationship and impart opposite rotational forces on the spring, providing for a secure connection therebetween. The tops of the springs are held in such a manner that each spring may be compressed independently of each other and may move laterally to the extent that they do not abut each other.
|
44 |
Plastic spring assembly connected to a support tray |
US25426772 |
1972-05-17 |
US3765038A |
1973-10-16 |
CURTIS W |
Corrugated plastic springs are substituted for metal coil springs in a chair, sofa, or the like. An annular flange is at the bottom of the spring and has a radial slot therein. A base tray support has a plurality of openings for receiving a respective spring therein. Each opening has a radial slot merging thereinto. One may insert the flange into the base tray slot and insert the edge of an opening into the slot on the flange and rotate the spring until the entire flange has proceeded under the base tray to provide a connection between the spring and base tray. A flexible spacer member is provided to keep the springs spaced from each other. The spacer member has a plurality of openings each receiving a top of a respective one of the springs therethrough.
|
45 |
Structural laminate for seating and the like |
US3616142D |
1968-09-26 |
US3616142A |
1971-10-26 |
SCHROTENBOER ALBERT |
This disclosure relates to a structural laminate useful for constructing upholstered items such as furniture and seating for vehicles and the like. The laminate comprises a relatively thick layer of cushioning material and a bottom layer formed of a plurality of spaced, relatively stiff strips of material held together and to the side of the cushioning material by a loosely woven or knit web of starched woven material. There is also disclosed a laminate-making process comprising the steps of applying glue to flat longitudinal strips, continuously feeding a plurality of the glued strips to the top of a web of padding to form a layer of glue strips on the batting, continuously applying glue to a web of woven material, applying the glued web of woven material to the layer of glued longitudinal strips, and compressing the laminate thus formed.
|
46 |
Magnetic spring or shock absorber device |
US3467973D |
1967-09-28 |
US3467973A |
1969-09-23 |
MINNICK CHRIS A |
|
47 |
Seat cushion |
US58778966 |
1966-10-19 |
US3393012A |
1968-07-16 |
CHANCELLOR JR CHARLES W |
|
48 |
Combination pad and insulator for cushions |
US67227857 |
1957-07-16 |
US3116196A |
1963-12-31 |
TERRY SAMUEL M |
|
49 |
Seat constructions and processes of producing the same |
US8059461 |
1961-01-04 |
US3099844A |
1963-08-06 |
BOLESKY RICHARD C |
|
50 |
Method of manufacturing cushions |
US25329051 |
1951-10-26 |
US2785440A |
1957-03-19 |
TOULMIN JR HARRY A |
|
51 |
Dual edging |
US23336151 |
1951-06-25 |
US2656880A |
1953-10-27 |
GRAUPNER ARTHUR H |
|
52 |
Hassock construction |
US8739749 |
1949-04-14 |
US2636551A |
1953-04-28 |
HARRY SIMON |
|
53 |
Seat spring |
US55240944 |
1944-09-02 |
US2418697A |
1947-04-08 |
CAUGHEY JOHN M |
|
54 |
Upholstery unit and method of making same |
US26621639 |
1939-04-05 |
US2267091A |
1941-12-23 |
GORDON JACK C; DETRICK EDWARD R |
|
55 |
Cushion construction |
US16735737 |
1937-10-05 |
US2184396A |
1939-12-26 |
EVERETT MUDGE |
|
56 |
Seat construction |
US2090839D |
|
US2090839A |
1937-08-24 |
|
|
57 |
Resilient means |
US74603334 |
1934-09-29 |
US2056625A |
1936-10-06 |
JULIUS SIEBERT |
|
58 |
Seat bottom for furniture |
US71897634 |
1934-04-04 |
US2016018A |
1935-10-01 |
MULDER JOHN H; MULDER HENRY H |
|
59 |
Upholstery construction |
US37968629 |
1929-07-20 |
US1894262A |
1933-01-17 |
BANK ALBERT M |
|
60 |
Chair |
US43620030 |
1930-03-15 |
US1885471A |
1932-11-01 |
OEHRL ERNEST A |
|