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    • 1. 发明授权
    • Method of manufacturing a resin spring
    • 制造树脂弹簧的方法
    • US06709618B2
    • 2004-03-23
    • US09991659
    • 2001-11-26
    • Hiroki MakinoTsutomu Tomizawa
    • Hiroki MakinoTsutomu Tomizawa
    • B29C4514
    • F16F1/373B29C45/14B29L2031/774B60G11/22B60G2202/143B60G2204/125B60G2204/143B60G2204/41043F16F2226/00F16F2236/04
    • A method of manufacturing a resin spring which can improve close contact between a spring body and inner-pressure generating members to reduce variations in load characteristics due to repeated deformation during use. The method of manufacturing a resin spring includes the steps of forming an elastomer preform having inner closed chambers, compressing the preform by applying an external force to produce a permanently deformed portion to form a spring body having at least one permanently deformed inner chamber, injecting an inner-pressure generating resin into each of the at least one permanently deformed inner chamber of the spring body, and molding the inner-pressure generating resin into an inner-pressure generating member by using the spring body as part of a die.
    • 一种制造树脂弹簧的方法,其可以改善弹簧体和内压产生构件之间的紧密接触,以减少由于使用期间的重复变形而导致的负载特性的变化。 制造树脂弹簧的方法包括以下步骤:形成具有内封闭腔室的弹性体预制件,通过施加外力来压缩预制件以产生永久变形的部分,以形成具有至少一个永久变形的内室的弹簧体, 内压产生树脂分成弹簧体的至少一个永久变形的内腔中的每一个,并且通过使用弹簧体作为模具的一部分将内压产生树脂模制成内压产生件。
    • 8. 发明授权
    • Compression spring formed of an elastic body
    • 压弹由弹性体形成
    • US06196531B1
    • 2001-03-06
    • US09253005
    • 1999-02-19
    • Hiroki MakinoTsutomu Tomizawa
    • Hiroki MakinoTsutomu Tomizawa
    • B60G1122
    • F16F1/373B60G11/22B60G2202/143
    • To provide a compression spring formed of an elastic body made from a resin or rubber which is capable of maintaining its shape upon deformation without the use of any supporting member, thereby always ensuring a specific load-deformation characteristic. A compression spring of the present invention includes a cylindrical spring main body, wherein compression energy generated when the compression spring is pressed in the radial direction is absorbed by elastic deformation of the cylindrical spring main body. In this compression spring, a base having a flat bottom surface swelled along a plane perpendicular to the pressing direction is formed on the pressing force receiving side of the spring main body. Furthermore, a reinforcing wall for connecting the swelled portion of the base to a side portion of the cylindrical spring main body is formed integrally with the spring main body.
    • 为了提供一种由树脂或橡胶制成的弹性体形成的压缩弹簧,其能够在不使用任何支撑构件的情况下在变形时保持其形状,从而始终确保特定的载荷 - 变形特性。 本发明的压缩弹簧包括圆筒形弹簧主体,其中当压缩弹簧沿径向按压时产生的压缩能量被圆柱形弹簧主体的弹性变形吸收。 在该压缩弹簧中,在弹簧主体的按压力接收侧形成有具有沿垂直于按压方向的平面膨胀的平坦的底面的基座。 此外,用于将基座的隆起部分连接到圆柱形弹簧主体的侧部的加强壁与弹簧主体一体地形成。