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    • 4. 发明申请
    • BODY ARMOR STRAND STRUCTURE, METHOD AND PERFORMANCE
    • 身体臂架结构,方法和性能
    • US20070259179A1
    • 2007-11-08
    • US11103688
    • 2005-04-12
    • Thomas OhnstadMichael Dennis
    • Thomas OhnstadMichael Dennis
    • D02G3/00
    • F41H5/0421F41H1/02Y10T428/2973Y10T428/2978Y10T442/3065
    • Structure, methodology and performance involving and utilizing body armor strand material which includes an elongate strand body possessing elongate brittle ceramic surface structure, elongate ductile core structure disposed within that surface structure, and elongate brittle/ductile transition structure operatively interposed and joining the surface and core structures. Methodology includes the steps of preparing a defined mass of elongate ceramic-surfaced, ductile-cored strand elements, each including, along the outside of its length, elongate, sharp-angular edges, and placing that mass in the impact path of such a projectile in a manner whereby edges in the strands face the projectile impact path. Response performance of the invented strand material includes using fragmentation of a surface-hardened ceramic therein to dissipate energy, cutting an impacting projectile into fragments and deflecting those fragments, and telegraphing fragmentation of the ceramic material through a brittle/ductile region in the strand material to a ductile core-region wherein resulting deformation of this core region further dissipates projectile energy.
    • 涉及和利用身体装甲线材的结构,方法和性能,其包括具有细长的脆性陶瓷表面结构的细长线束体,设置在该表面结构内的细长延性芯结构,以及可操作地插入并连接表面和芯的细长的脆性/延性过渡结构 结构。 方法包括以下步骤:准备一定长度的细长陶瓷表面的延性芯线材元件,每个元件沿着其长度的外侧包括细长的锐角边缘,并将该质量放置在这种抛射体的冲击路径中 使得股线中的边缘面向射弹冲击路径。 本发明的股线材料的响应性能包括使用其中的表面硬化的陶瓷的碎裂来消散能量,将冲击的射弹切割成碎片并使这些碎片偏转,并将陶瓷材料的断裂通过线材料中的脆性/延性区域传递到 韧性核心区域,其中该核心区域的最终变形进一步消散射弹能量。
    • 7. 发明申请
    • Multi-function surface-coating fire and fuel-leakage inhibition
    • 多功能表面涂层防火和燃油泄漏抑制
    • US20070160827A1
    • 2007-07-12
    • US11543651
    • 2006-10-04
    • Thomas OhnstadRussell MonkMichael Dennis
    • Thomas OhnstadRussell MonkMichael Dennis
    • B32B5/16B32B17/10B32B25/04
    • C09D5/185A62C2/065E04B1/94Y10T428/259Y10T428/31Y10T428/31826
    • Barrier structure for furnishing, selectively and variously, penetration and fire-threat protection on the outside surface of a target structure. The barrier structure includes a high-elastomeric coating having an inner face bonded to such a surface, an exposed outer face, and, within this coating, at least one elastomeric layer region extending to the outer face, and containing an embedded distribution of intumescence elements. Basic variations of this structure include (a) an additional layer region which is formed with elastomeric-material including an embedded distribution of liquid-imbiber beads, and (b) an additional layer region which is formed purely of elastomeric material. The elastomeric material employed, and the embedded liquid-imbiber beads where included, react to liquid petroleum-based substances (1) to imbibe such liquid, (2) to swell in size as a result of such imbibing, and (3) to coagulate into a sticky mass.
    • 用于在目标结构的外表面上有选择地和各种地进行穿透和防火威胁保护的屏障结构。 阻挡结构包括高弹性体涂层,其具有结合到这种表面的内表面,暴露的外表面,并且在该涂层内,至少一个延伸到外表面的弹性体层区域,并且包含嵌入的发泡元件分布 。 该结构的基本变型包括(a)由弹性体材料形成的附加层区域,其包括液体-imbiber珠粒的嵌入分布,和(b)纯粹由弹性体材料形成的附加层区域。 所使用的弹性体材料和包括的嵌入式液体 - 薄膜珠粒与液体石油基物质(1)反应以吸收这种液体,(2)由于这种吸入而膨胀的尺寸,和(3)凝固 变成粘稠的质量
    • 9. 发明申请
    • Self-balancing, load-distributing helmet structure
    • 自平衡,负载分配头盔结构
    • US20060096011A1
    • 2006-05-11
    • US11061916
    • 2005-02-18
    • Michael DennisGerhard Paasche
    • Michael DennisGerhard Paasche
    • A42B3/00
    • A42B3/145A42B3/08A42B3/127
    • A self-seeking, load-distributing, load-balancing and shock-managing head-engaging system for use inside, and in association with, the shell of a helmet, including (a) a collection of configurationally changeable, shock-absorbing pads removeably and changeably attached/attachable effectively as a variable distribution to the inside of such a shell, and (b) a cinchable, self-seeking/adjusting, self-load-balancing and load distributing chin-strap subsystem operatively associated with the pad distribution, and also attached to the shell. This sub-system is sensitive to the then-particularities of such a pad distribution, and is operable, on cinching of the subsystem through the simple act of pulling on just two strap ends, to stabilize the associated helmet shell on the head of a wearer, with all of the pads in the then-distribution of pads being thereby drawn into proper, defined, shock-managing, load-distributing and load-balancing condition relative to the wearer's head.
    • 一种自动寻找,负载分配,负载平衡和冲击管理头部接合系统,用于头盔壳体内部和与之相关联,包括(a)可移除的可组态变化的减震垫的集合 并且可变地附接/有效地附接到这种壳体的内部的可变分布,以及(b)可操作地与衬垫分配相关联的可绑定,自寻找/调节,自负载平衡和负载分配下巴子系统, 并附加在外壳上。 该子系统对这种垫分布的特殊性是敏感的,并且可以通过简单地拉动仅两个条带端部来对子系统进行收紧,以将相关的头盔壳体稳定在佩戴者的头部上 因此,垫的分布中的所有垫因此相对于佩戴者的头部被拉入适当的,限定的,冲击管理,负载分配和负载平衡状态。