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    • 1. 发明申请
    • CUSHION MEMBER, METHOD AND APPARATUS FOR MANUFACTURING THE SAME
    • 衬垫构件,制造该衬垫的方法和装置
    • WO0050681B1
    • 2000-11-16
    • PCT/JP0001038
    • 2000-02-23
    • NHK SPRING CO LTDMINEGISHI TAKESHIEBIHARA TAKASHI
    • MINEGISHI TAKESHIEBIHARA TAKASHI
    • B68G7/02D04H1/00D04H3/07D04H3/16F16F3/10D04H3/02
    • D04H3/037D04H3/07D04H3/16Y10S5/953
    • A cushion manufacturing apparatus comprises a plurality of nozzles for continuously discharging a softened thermoplastic resin, thereby looping a plurality of continuous filaments with the respective contact portions thereof bonded together, first guide portions (41, 42) for moving the continuous filaments inward from opposite surfaces in the thickness direction of the cushion member as the filaments are looped, and second guide portions (43, 44) for moving the filaments inward from the opposite sides of the cushion member. The guide portions (41, 42; 43, 44) are provided with a plurality of rollers (50, 52, 60, 62) individually having outer peripheral surfaces projected or recessed corresponding to the outline of the profile of the cushion member and belts (54, 55, 64, 65) stretched between the rollers and capable of endlessly running to change the respective shapes thereof depending on the respective shapes of the outer peripheral surfaces of the rollers, thereby forming the shaping guide surfaces (56, 57, 66, 67).
    • 本发明提供一种缓冲垫制造装置,该缓冲垫制造装置具有:多个喷嘴,其连续排出软化了的热塑性树脂,使多个连续的长丝成环状并使各自的接触部彼此接合;第一引导部(41,42),其使连续长丝从相对面 在长丝卷绕时在缓冲件的厚度方向上延伸;以及第二引导部分(43,44),用于使长丝从缓冲件的相对侧向内移动。 导向部分(41,42; 43,44)设置有多个辊子(50,52,60,62),每个辊子具有与缓冲部件的轮廓相对应的突出或凹陷的外周表面和带( (56,55,64,65),它们在所述辊之间被拉伸并且能够循环运转以根据所述辊的外周表面的相应形状改变其各自的形状,从而形成所述成形引导表面 67)。
    • 5. 发明专利
    • Seat pads
    • GB2157559A
    • 1985-10-30
    • GB8509749
    • 1985-04-16
    • NHK SPRING CO LTD
    • MINEGISHI TAKESHIKOHMURA YOSHIAKISUZUKI KAZUO
    • A47C7/18B29C44/04A47C27/14
    • In the manufacture of seat pads by the foaming of urethanes, moulds in which the foaming is performed, consist of a mould top (4) and a mould bottom (3). Indented portions corresponding to a seat shape are formed in the mould top (4). Slits (6) into which partitions (5) to divide the mould are inserted, are provided in the mould top (4). Foamed original solutions (10) and (12) for a low hardness foamed material and a high hardness one are respectively poured into an intermediate portion and both side portions of the mould bottom (3) respectively. After dividing the mould at the intermediate portion and the portions on its left and right sides by application of the mould top (4) to the mould bottom (3) and insertion of partitions (5) through slits (6) on left and right sides, both foamed original solutions (10) and (12) are allowed to foam simultaneously. Then the partitions (5) are drawn out. As a result urethane foams having different hardness are integrally formed in the mould, and an integrated moulded product is obtained.