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    • 1. 发明申请
    • ANATOMICAL, PRESSURE-EVENIZING MATTRESS OVERLAY
    • 解剖学,压力感受层次叠加
    • WO2010087968A1
    • 2010-08-05
    • PCT/US2010/000240
    • 2010-01-27
    • MJD INNOVATIONS, L.L.C.
    • DENNIS, Casey, A.DENNIS, Michael, R.
    • A47C27/14
    • A47C27/14A47C27/006
    • A method and structure for furnishing pressure-evenized, dynamic-reaction anatomical support. The method includes supporting the anatomy with a 100% open cell viscoelastic foam, and thereafter, and within the foam, reacting to both static and dynamic, anatomically -produced foam indentations to expand and contract cell-openness size, whereby deeper/ sharper indentations result in greater-size cell -openness. Such reacting includes laterally stretching and flowing regions of the foam adjacent such an indentation. The overlay structure features a dynamic-response core expanse formed of a 100% open-cell, compressible and flowable, polyurethane, viscoelastic foam possessing a compressed, relaxed-state volume and an elastomenc, moisture-resistant coating, load-transmissively, interfacially bonded to the entirety of the outside surface of the core expanse to function as a dynamically responsive unit with the expanse. The coating possesses a relaxed-state prestressed tension condition which is responsible for the expanse's compressed condition.
    • 提供压力均匀,动态反应解剖支持的方法和结构。 该方法包括用100%开放细胞粘弹性泡沫支撑解剖结构,此后,在泡沫内部,对静态和动态解剖学产生的泡沫压痕进行反应以扩大和收缩细胞开放尺寸,从而产生更深/更尖锐的压痕 在更大的细胞 - 开放度。 这种反应包括邻近这种压痕的泡沫的横向拉伸和流动区域。 覆盖结构具有由100%开孔,可压缩和可流动的聚氨酯,粘弹性泡沫形成的动态响应芯膨胀,其具有压缩,松弛状态体积和弹性防潮涂层,负载透射性,界面粘合 到核心的整个外表面都可以作为一个动态响应的单元与扩展。 涂层具有松弛状态的预应力张力条件,负责膨胀的压缩状态。
    • 3. 发明申请
    • ANATOMICAL, PRESSURE-EVENIZING MATTRESS OVERLAY AND ASSOCIATED METHODOLOGY
    • 解剖学,压力弥合性和相关方法学
    • WO2011139259A1
    • 2011-11-10
    • PCT/US2010/001331
    • 2010-05-05
    • MJD INNOVATIONS, L.L.C.
    • DENNIS, Casey, A.DENNIS, Michael, R.
    • A47C31/00
    • A61G7/057A47C27/006A47C27/14
    • A method and structure for furnishing pressure-evenized, dynamic-reaction anatomical support. The method includes (a) supporting the anatomy with a 100% open cell viscoelastic foam, and (b) within the foam, reacting to both static and dynamic, anatomically-produced foam indentations to expand and contract cell-openness size, whereby deeper/ sharper indentations result in greater-size cell-openness. Such reacting includes laterally stretching and flowing regions of the foam adjacent such an indentation The overlay structure features (1) a dynamic-response core expanse formed of a 100% open-cell, compressible and flowable, polyurethane, viscoelastic foam possessing a compressed, relaxed-state volume, and (2) an elastomeric, moisture- and gas-flow-managing coating, load-transmissively, bonded to the entirety of the core expanse's outside surface to function as a dynamically-responsive unit with the expanse. The coating possesses a relaxed-state, prestressed tension condition which is responsible for the expanse's compressed condition.
    • 提供压力均匀,动态反应解剖支持的方法和结构。 该方法包括(a)用100%开放细胞粘弹性泡沫支持解剖结构,和(b)在泡沫内,对静态和动态的解剖学产生的泡沫压痕进行反应以扩大和收缩细胞开放尺寸,从而更深/ 更清晰的凹痕导致更大尺寸的细胞开放性。 这种反应包括邻近这种压痕的泡沫的横向拉伸和流动区域。覆盖结构特征(1)由100%开孔,可压缩和可流动的聚氨酯,粘弹性泡沫形成的动态响应芯层,其具有压缩,放松 - (2)弹性体,水分和气体流量管理涂层,负载透射性地粘合到整个核心膨胀体的外表面上,用作具有膨胀性的动态响应单元。 涂层具有松弛状态的预应力张力条件,负责膨胀的压缩状态。