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    • 1. 发明授权
    • Method for inflating a bladder
    • 膀胱充气方法
    • US5353459A
    • 1994-10-11
    • US114223
    • 1993-09-01
    • Daniel R. PotterJoel L. PasskeDavid M. Forland
    • Daniel R. PotterJoel L. PasskeDavid M. Forland
    • A43B13/20A43B17/03
    • A43B17/03A43B13/206
    • The invention is directed to a method for inflating a bladder including a first and a second distinct chamber linked in fluid communication by an interconnecting port, and a fluid fill inlet linked in fluid communication with the first chamber. A first nozzle set at a first predetermined pressure level and connected to a first fluid pressure source is inserted in the fill inlet to thereby inflate the first and second chambers to the first predetermined pressure. The interconnecting port is sealed to isolate the first chamber from the second chamber out of fluid communication with each other such that the second chamber is isolated at the first predetermined pressure. The first nozzle is removed from the fluid fill inlet. A second nozzle set at a second predetermined pressure level and connected to a second pressure source is inserted into the fluid fill inlet to thereby inflate the first chamber to the second predetermined pressure. The fluid fill inlet is sealed, to isolate the first chamber at the second predetermined pressure, and the second nozzle is removed from the fluid fill inlet.
    • 本发明涉及一种用于使包括通过互连端口流体连通的第一和第二不同室的气囊和与第一室流体连通的流体填充入口进行充气的方法。 设置在第一预定压力水平并连接到第一流体压力源的第一喷嘴插入到填充入口中,从而将第一和第二室充气到第一预定压力。 互连端口被密封以将第一腔室与第二腔室隔离,使得第二腔室以第一预定压力隔离。 从流体填充入口移除第一个喷嘴。 设置在第二预定压力水平并连接到第二压力源的第二喷嘴被插入到流体填充入口中,从而将第一室充气到第二预定压力。 流体填充入口被密封,以在第二预定压力下隔离第一室,并且第二喷嘴从流体填充入口移除。
    • 4. 发明授权
    • Complex-contoured tensile bladder and method of making same
    • 复杂轮廓拉伸膀胱及其制作方法
    • US5802739A
    • 1998-09-08
    • US475500
    • 1995-06-07
    • Daniel R. PotterJoel L. PasskeMichael A. Aveni
    • Daniel R. PotterJoel L. PasskeMichael A. Aveni
    • A43B13/20A43B21/28
    • A43B21/28A43B13/20
    • A complex-contoured tensile bladder and method of making same in which a bladder comprises an envelope formed from two outer barrier layers surrounding a tensile element formed of two inner sheets. The inner sheets are attached to one another along selected first attachment portions and include die cuts at certain locations. Each of the outer barrier layers are attached to the inner sheet nearest it at selected second attachment portions which are incoincident with the selected first attachment portions. The outer layers are sealed around the periphery to form the envelope and the bladder is inflated with a gas so that the inner sheets form a tensile member which extends between the selected second portions, and the selected first portions form hinges disposed between the outer layers. When loaded the tensile member compresses at the hinges which readily allow for compression while not interfering with the cushioning properties of the gas. This construction of the bladder allows for the formation of complex-curved, contoured shapes by appropriately selecting the first attachment portions and the second attachment portions and the die cuts.
    • 复合轮廓的拉伸气囊及其制造方法,其中气囊包括由围绕由两个内片形成的拉伸元件的两个外阻挡层形成的包络。 内部片材沿着所选择的第一附接部分彼此附接并且在某些位置包括模切。 每个外部阻挡层在与所选择的第一附接部分不一致的选定的第二附接部分处附接到最接近其的内部片材。 外层围绕周边密封以形成外壳,并且气囊用气体充气,使得内片形成在所选择的第二部分之间延伸的拉伸构件,并且所选择的第一部分形成设置在外层之间的铰链。 当加载时,拉伸构件在铰链处压缩,其容易地允许压缩而不干扰气体的缓冲性能。 通过适当选择第一附接部分和第二附接部分以及模具切口,膀胱的这种构造允许形成复杂的弯曲形状。
    • 5. 发明授权
    • Footwear with adjustable viscoelastic unit
    • 鞋类可调节粘弹性单位
    • US4817304A
    • 1989-04-04
    • US90926
    • 1987-08-31
    • Mark G. ParkerDavid M. ForlandLester Q. LeeThomas McGuirkDaniel R. PotterStephen F. Potter
    • Mark G. ParkerDavid M. ForlandLester Q. LeeThomas McGuirkDaniel R. PotterStephen F. Potter
    • A43B13/20A43B13/12A43B13/18
    • A43B13/20
    • Footwear having an improved cushioning sole structure is disclosed. The footwear includes an upper and a sole member attached to the upper. The sole member includes a sealed inner member of a flexible material which is inflated with a gaseous medium to form a compliant and resilient insert. An elastomeric yieldable outer member encapsulates the insert about preselected portions of the insert. The inner and outer members function together to form a viscoelastic unit for attenuating the shock and returning the energy of foot impact. A mechanism adjusts the impact response of the unit so that the effect of the insert dominates the impact response function in a predetermined area adjacent at least one side of the insert. The adjusting mechanism includes a gap in the outer member along the side of the insert adjacent the predetermined area so that the flexible material of the sealed inner member can flex in the gap during foot impact.
    • 公开了具有改进的缓冲鞋底结构的鞋类。 鞋类包括附着在鞋面上的鞋底和鞋底。 鞋底构件包括柔性材料的密封内部构件,其被气态介质充气以形成顺应性和弹性插入件。 弹性体可屈服的外部构件围绕插入件的预选部分封装插入件。 内部和外部构件一起起作用以形成用于衰减冲击并返回足部冲击能量的粘弹性单元。 一种机构调节该单元的冲击响应,使得该插入物的作用在与插入件的至少一侧相邻的预定区域中占主要地位。 调节机构包括沿着插入件相邻于预定区域的侧面的外部构件中的间隙,使得密封的内部构件的柔性材料可以在脚部冲击期间在间隙中弯曲。