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    • 5. 发明授权
    • Construction of sole unit for footwear
    • 建造鞋类鞋底单位
    • US4730402A
    • 1988-03-15
    • US848197
    • 1986-04-04
    • Edward J. NortonCraig F. FramKenneth W. GrahamJames A. Smith
    • Edward J. NortonCraig F. FramKenneth W. GrahamJames A. Smith
    • A43B13/12A43B13/18A43B13/14A43B13/04
    • A43B13/187A43B13/12
    • The invention is in a sole unit for footwear including a midsole/wedge component (16, 30, 40, 60) of plastic material. The midsole/wedge component includes a core (26, 36, 46, 62) which may be characterized as a V-channel within a central longitudinal portion extending away from the back of the heel along substantially the longitudinal axis of the component. A pair of posts (22 and 24, 32 and 34, 42 and 44, 64 and 66) describing a lateral and medial post extend along the component at least to the region of the heel seat of the wedge. The density of the medial post (Shore A) may be equal to or greater than the density of the lateral post, and both posts have a density (Shore A) greater than that of the core to minimize excessive rear foot motion and instability.The invention also envisions several process for forming the midsole/wedge component.
    • 本发明是用于鞋类的唯一单元,其包括塑料材料的中底/楔形部件(16,30,40,60)。 中底/楔形部件包括芯部(26,36,46,62),该芯部可以表征为在基本上沿着部件的纵向轴线远离脚后跟延伸的中心纵向部分内的V形通道。 描述横向和内侧柱的一对柱(22和24,32和34,42和44,64和66)至少延伸到楔的后跟座的区域沿着该部件延伸。 内侧柱(邵氏A)的密度可以等于或大于侧柱的密度,并且两个柱的密度(邵氏A)大于芯的密度,以最大限度地减少过度的后脚运动和不稳定性。 本发明还设想了用于形成中底/楔形部件的几种方法。
    • 6. 发明授权
    • Process of molding a component of a sole unit for footwear
    • 模制鞋类鞋底单元部件的工艺
    • US4876053A
    • 1989-10-24
    • US224247
    • 1988-07-26
    • Edward J. NortonCraig F. FramKenneth W. GrahamJames A. Smith
    • Edward J. NortonCraig F. FramKenneth W. GrahamJames A. Smith
    • A43B13/12A43B13/18
    • A43B13/12A43B13/187
    • The process of molding a component of a sole unit for an athletic shoe comprising the steps of supporting a core of a first plastic material in a cavity of a mold, the core defining an integral part of the component and extending within a heel region toward a forefoot region, supporting at least one rigid plug member within the cavity juxtaposed and in partially surrounding relation to the core, injecting a second plastic material into the cavity to fill the cavity, to form a shell around the core, at least partially curing the injected plastic material, removing the plug member, and injecting a third plastic material which upon curing forms a second resilient plastic material having a hardness (Shore A) greater than that of the material of the core into the cavity to fill the area heretofore occupied by the plug member, the plug member being shaped such that the third plastic material forms a set of posts.
    • 模制用于运动鞋的鞋底单元的部件的过程包括以下步骤:将第一塑料材料的芯支撑在模具的空腔中,所述芯限定部件的一体部分并且在跟部区域内向着 在脚前区域内支撑至少一个刚性插塞构件,所述至少一个刚性塞构件并置并且部分地围绕所述芯体,将第二塑料材料注入到所述空腔中以填充空腔,以形成围绕所述芯体的壳体,至少部分地固化所述注入 塑料材料,去除插塞构件,以及注入第三塑料材料,其在固化时形成第二弹性塑性材料,其硬度(肖氏A)大于芯材料的硬度(Shore A) 塞构件,插塞构件被成形为使得第三塑料材料形成一组柱。
    • 7. 发明授权
    • Midsole construction
    • 中层建筑
    • US5642575A
    • 1997-07-01
    • US519486
    • 1995-08-25
    • Edward J. NortonZenon O. Smotrycz
    • Edward J. NortonZenon O. Smotrycz
    • A43B13/18
    • A43B13/181
    • A composite midsole for shoes comprising an energy absorbing cellular foam cushion having recesses extending inwardly from its undersurface, thermally bonded to a sheet of resilient material extending over the undersurface and into the recesses to form domes of the resilient material. Impact energy is partially absorbed by compression of the cushion and partially transmitted to cause spring-like deflection of the domes. The combined effect is selectively variable over the area of the midsole to produce the desired cushioning properties in localized areas of the midsole.
    • 一种用于鞋子的复合中底,其包括能量吸收细胞泡沫垫,其具有从其下表面向内延伸的凹部,热粘合到延伸穿过下表面并进入凹部的弹性材料片,以形成弹性材料的圆顶。 撞击能量部分地被垫子的压缩吸收,部分地被传递以引起穹顶的弹簧状的偏转。 组合效果在中底的区域上有选择性地变化,以在中底的局部区域产生所需的缓冲性能。