| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 21 | Method of Making Spring Core For A Bedding or Seating Product | US13455478 | 2012-04-25 | US20120204426A1 | 2012-08-16 | Guido Eigenmann; Niels S. Mossbeck; Darrell A. Richmond |
| Disclosed herein is a method of making a spring core (12) for a bedding or seating product (10). The spring core (12) has coil springs (26) having unknotted end turns (72, 74) made from high tensile strength wire. In each embodiment, the end turns (72, 74) of the coil springs (26) are generally U-shaped having one arcuate leg (76) longer than the other (78), the legs (76, 78) being joined by a connector (80) having an arcuate bump (81) therein. The springs (26) are oriented in the spring core (12) such that a long leg (76) of one end turn (72) abuts a shortleg (78) of the adjacent end turn (72) prior to being wrapped in helical lacing wire (32). The high tensile wire enables the coil springs (26) to be manufactured using less wire than heretofore possible. | ||||||
| 22 | APPARATUS AND METHOD FOR THE MANUFACTURE OF A SPRING UNIT | US13346004 | 2012-01-09 | US20120152401A1 | 2012-06-21 | Howard Martin Dixon; Paul Rodgers |
| Apparatus and methods for use in the manufacture of a spring unit for incorporation into an upholstered article, for example, a mattress, cushion or the like. Coil formation apparatus includes a drive shaft to control movement of a coil pitch guide member and a link member comprising a connecting rod adjustably connected to a radius arm of the drive shaft. A coil interlinking process comprises compressing a first coil to define a clearance, extending a second coil passed the first coil via the clearance, allowing the first coil to extend across the clearance, and contracting the second coil to engage the first coil thereby interlinking the first and second coils. Spring unit manufacturing apparatus comprises a plurality of jaw pairs each comprising a first fixed jaw and a pivotal second jaw, the pivotal second jaw being pivoted by a cam and linkage assembly operated by a rotary drive shaft. | ||||||
| 23 | Apparatus and method for the manufacture of a spring unit | US11912354 | 2006-04-26 | US08091398B2 | 2012-01-10 | Howard Martin Dixon; Paul Rodgers |
| Apparatus and methods for use in the manufacture of a spring unit for incorporation into an upholstered article, for example, a mattress, cushion or the like. Coil formation apparatus includes a drive shaft used to control movement of a coil pitch guide member and a link member comprising a connecting rod connected to a radius arm of the drive shaft by means of an adjustable connection. A coil interlinking process comprises compressing a first coil to define a clearance extending a second coil passed the first coil via the clearance, allowing the first coil to extend across the clearance, and contracting the second coil such that the second coil engages the first coil thereby interlinking the first and second coils. Spring unit manufacturing apparatus comprises a plurality of jaw pairs each comprising a first fixed jaw and a pivotal second jaw, the pivotal second jaw being pivoted by a cam and linkage assembly that is operated by a rotary drive shaft. | ||||||
| 24 | Bedding or seating product made with coil springs having unknotted end turns with bumps | US11954660 | 2007-12-12 | US07921561B2 | 2011-04-12 | Guido Eigenmann; Niels S. Mossbeck; Darrell A. Richmond |
| Disclosed herein is a bedding or seating product (10) having a spring core (12) comprising coil springs (26) having unknotted end turns (72, 74) made from high tensile strength wire. In each embodiment, the end turns (72, 74) of the coil springs (26) are generally U-shaped having one arcuate leg (76) longer than the other (78), the legs (76, 78) being joined by a connector (80) having an arcuate bump (81) therein. The springs (26) are oriented in the spring core (12) such that a long leg (76) of one end turn (72) abuts a short leg (78) of the adjacent end turn (72) prior to be wrapped in helical lacing wire (32). The high tensile wire enables the coil springs (26) to be manufactured using less wire than heretofore possible. | ||||||
| 25 | Coil Spring Having Unknotted End Turns With Bumps | US12830636 | 2010-07-06 | US20100295223A1 | 2010-11-25 | Guido Eigenmann; Niels S. Mossbeck; Darrell A. Richmond |
| Disclosed herein is a bedding or seating product (10) having a spring core (12) comprising coil springs (26) having unknotted end turns (72, 74) made from high tensile strength wire. In each embodiment, the end turns (72, 74) of the coil springs (26) are generally U-shaped having one arcuate leg (76) longer than the other (78), the legs (76, 78) being joined by a connector (80) having an arcuate bump (81) therein. The springs (26) are oriented in the spring core (12) such that a long leg (76) of one end turn (72) abuts a short leg (78) of the adjacent end turn (72) prior to being wrapped in helical lacing wire (32). The high tensile wire enables the coil springs (26) to be manufactured using less wire than heretofore possible. | ||||||
| 26 | Method and apparatus for producing pocket coil bag row | US10577234 | 2004-11-08 | US07426810B2 | 2008-09-23 | Hiroyuki Takahashi; Yuuji Kameda |
| An apparatus for producing a pocket coil bag row has two or more coil spring producing apparatuses for producing springs having different wire diameters and has an apparatus for transporting coil springs from each coil spring producing apparatus to a coil chute section. The coil chute section has receiving chambers corresponding to coil springs having different diameters sent in from each coil spring producing apparatus, and opening/closing sections are provided in the lower portions of the receiving chambers. The coil chute section has one exit and has a control device for controlling opening/closing so that the opening/closing of the opening/closing sections is performed in accordance with a previously set arrangement pattern of the coil springs. The coil chute sends coil springs to the exit of the coil chute section in a preset order and individually seals the coil springs in continuous bags. | ||||||
| 27 | Multi-stranded coil spring | US11699184 | 2007-01-29 | US20070118987A1 | 2007-05-31 | Richard Gladney; Bernard Kuchel; Michael DeFranks |
| A spring assembly including a helical coil formed from a multi-strand cord. | ||||||
| 28 | Bedding or seating product made with coil springs having unknotted end turns | US11148941 | 2005-06-09 | US20060277686A1 | 2006-12-14 | Guido Eigenmann; Niels Mossbeck |
| Disclosed herein is a bedding or seating product having a spring core comprising coil springs having unknotted end turns made from high tensile strength wire. In each embodiment, the end turns of the coil springs are generally U-shaped having one leg longer than the other, the legs being joined by an arcuate connector. The springs are oriented in the spring core such that a long leg of one end turn abuts a short leg of the adjacent end turn prior to be wrapped in helical lacing wire. The high tensile wire enables the coil springs to be manufactured using less wire than heretofore possible. | ||||||
| 29 | Multi-stranded coil spring | US10782050 | 2004-02-19 | US20050005354A1 | 2005-01-13 | Richard Gladney; Bernhard Kuchel |
| A spring assembly including a helical coil formed from a multi-strand cord. | ||||||
| 30 | Spring interior forming and assembling apparatus | US724408 | 1991-06-28 | US5139054A | 1992-08-18 | Thomas P. Long; Michael L. Shelton; Thomas J. Wells |
| An apparatus for forming and assembling spring interiors is provided in which, in the preferred embodiment, adjustable reforming dies adjacent a cutting station lengthen the supporting structure of a bridging portion of the coil band that interconnects coils near the end of the band to compensate for the change of length caused by the cutting of the endmost bridging portion separating spring assemblies. Adjustable dies are also provided to vary the length of the bridging portions when they are initially formed. The coils are interlaced at a lacing station from continuous lacing coil bands. | ||||||
| 31 | Spring bands for incorporation in spring units | US278532 | 1988-11-23 | US4886249A | 1989-12-12 | Leslie T. Docker; William Whittleworth |
| A known kind of spring unit, for use in mattresses, seats and the like, is made as an assembly of spring bands which are disposed side by side and a plurality of helical wires (5,6) which extend transversely to the bands and are linked to them. Each spring band comprises a row of springs (1), and each pair of adjacent springs is integrally connected by a connector (2) which includes two spaced end portions (3), which are transverse to the band and are embraced by helical wires. Variations in manufacture lead to variations in the spacing between the end portions. The invention provides for the further bending of each connector (2), after initial formation of the spring band, to cause the end portions to take up a predetermined spacing. This is effected by reshaping corner portions of the connector between dies (31,42) so that the corner portions (8) are finally of more gentle curvature than they were (12) when initially formed. | ||||||
| 32 | Offset continuous row coil spring assembly | US9796 | 1987-02-02 | US4771494A | 1988-09-20 | Henry Zapletal; Edwin B. Watts; Terry L. Aronson; Thomas J. Wells |
| A spring assembly for mattresses, innersprings, and the like. The assembly comprises rows of coils, each row comprising a continuous length of wire formed into a plurality of coils interconnected by Z-shaped wire segments alternately disposed at the top and bottom of the coils. Adjacent rows of coils are connected by helical wire wound through overlapping sections of the Z-shaped wire segments. The overlapping connected sections are straight, flat offset sections located on opposite sides of each coil with the center of each overlapped section being located in a common diametral plane of the coil so that complete compression of the coil does not result in the coil being pulled laterally, twisted and distorted. | ||||||
| 33 | Method and apparatus for forming a row of spring coils from a continuous length of wire | US905851 | 1986-09-10 | US4726106A | 1988-02-23 | Henry G. Mohr |
| A single continuous length of wire is formed into a continuous length spiral or helix, which is subsequently placed onto a moving chain conveyor having pins upstanding therefrom. The helix then is folded into a wave configuration for establishing a row of parallel coils by folding the links so as to move further apart a pair of adjacent pins of adjacent links while simultaneously moving closer together other pins on the same adjacent links. Thereby, the individual spring coils are arranged in generally parallel alignment one with the other within the row. Each coil in the row is thereby connected at its opposite ends to adjacent coils by three-dimensional looped connector segments. The looped connector segments are then formed into substantially two-dimensional planar configuration by engagement of the center section of the connector segment with a forming tool, which forming tool is then operative to pull the center portion of the connector segment outwardly, and then after clamping of the end loops or turns of the coils at opposite ends of the connector segment, rotating the forming tool and the center portion of the connector segment so as to establish a connector segment having parallel opposite end sections interconnected by an offset section. During forming of the end segments or heads of the connector segment of the coils, each connectors segment is deformed from a looped three-dimensional attitude into a generally planar configuration comprising parallel end sections interconnected by an offsetting center section. | ||||||
| 34 | Seating spring assembly and method | US310145 | 1981-10-09 | US4415147A | 1983-11-15 | Thomas S. Biscoe; Rodney S. Taylor |
| The seating spring assembly includes a series of elongate sinuous spring wires with each of the wires touching each of the adjacent spring wires at frequent intervals along their length. Frangible welds, in the form of spot welding, are provided at spaced apart touching locations along the lengths of the wires to temporarily secure the adjacent spring wires together. A sleevelike plastic coating surrounds the wires and the frangible welds are broken when the seat is occupied by a person so that the plastic coating then constitutes the sole element holding the spring wires together and the full flexibility and comfort of the seating spring assembly is retained. | ||||||
| 35 | Machine for producing composite wire structures | US80667059 | 1959-04-15 | US3070135A | 1962-12-25 | WILLIAM THOMPSON; BROMLEY SYKES NEVILLE |
| 36 | Coil shaping and mashing machine | US46153154 | 1954-10-11 | US2854033A | 1958-09-30 | WILSON THOMAS E |
| 37 | Improvement in woven-wire mattresses | US170334D | US170334A | 1875-11-23 | ||
| 38 | 침대 매트리스의 스프링구조체 제조용 스프링 공급장치 | KR1020130033795 | 2013-03-28 | KR101280706B1 | 2013-07-01 | 김덕남 |
| PURPOSE: A spring feeding device for manufacturing a spring structure of a mattress is provided to automatically feed springs for manufacturing a spring structure of a mattress, thereby improving productivity. CONSTITUTION: A spring feeding device for manufacturing a spring structure of a mattress comprises a feeding unit (10), a transferring unit (30), and a transporting unit (80). The feeding unit supplies springs. The transferring unit transfers the supplied springs, and is arranged with spring modules. The transporting unit transports the spring modules which are arranged on the transferring unit. The transferring unit includes a drum, a pair of transferring rollers, and a pair of conveyor belts. The springs detachably adhere to the drum. The transferring rollers are installed on the front side of the drum. The conveyor belts are settled successively with the springs according to the rotation of the drum. | ||||||
| 39 | 비통상적인 종결 회선을 구비한 코일용 코일 성형 다이 및코일 헤드 성형 다이 | KR1020037007128 | 2001-11-13 | KR1020040005861A | 2004-01-16 | 데모스래리; 쯔호우조 |
| 매트리스와 유연성 있는 지지 구조물용 스프링내장 어셈블리(1)의 자동 제조용 기계는 코일의 단부를 넘어 연장되는 종결 회선(26)을 가지는 일반적으로 나선형의 스프링 코일(2)을 제조하도록 구성된 코일 성형 장치(201,202)와, 성형된 코일을 내장형스프링 조립기(500)로 이송하는 인덱스 드라이버(320)에 의해 구동되고 체인(315)에 연결된 복수개의 플라이트(308)를 갖는 컨베이어 시스템(301,302)을 포함한다. 코일러 기계 위의 코일 성형 블록(208)은 코일의 종결 회선이 성형되는 캐비티(218)를 가지며, 이로부터 코일은 캐비티로 연장하는 컷터(212)에 의해 절단된다. 코일 성형 기계의 코일 헤드 성형 스테이션(230,240)에 있는 코일 헤드 성형 다이(2000)는 또한 코일의 종결 회선을 수용하기 위한 캐비티(2010)와, 및 캐비티를 둘러싸고 다이 내의 종결 회선에 근접한 코일 헤드를 성형하는 펀치(232)용 펀치 세트를 제공하는 플랜지(2007, 2008)를 갖는다. | ||||||
| 40 | Pocketed Spring Comfort Layer | US15901458 | 2018-02-21 | US20180177305A1 | 2018-06-28 | Richard A. Krtek; Austin G. Long; Eric Rhea; Darrell A. Richmond |
| A comfort layer for a bedding or seating product has slow-acting pockets characterized by the individual springs of the comfort layer being pocketed with either semi-impermeable or non-permeable fabric. Each seam joining opposed plies of fabric around each of the coil springs of the comfort layer may be segmented, allowing air to flow between the segments, thereby increasing the luxury “feel” of the comfort layer. The method of making the comfort layer includes compressing the springs and creating pockets with a welding horn and an anvil. | ||||||
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