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    • 11. 发明公开
    • BOOT FOR PROTECTION AGAINST
    • STIEFEL ZUM SCHUTZ VOR DRUCKWELLENERZEUGENDENSCHÜTZENABWEHRMINEN
    • EP2433514A1
    • 2012-03-28
    • EP09844310.4
    • 2009-05-05
    • Duque, AndresPerez, Esteban
    • Duque, AndresPerez, Esteban
    • A43B3/00F41H1/00
    • A43B3/0026A43B13/127
    • The "Boot for protection against "shock wave" anti-personnel mines" comprises a simple and robust generic body-shield system for preventing injuries caused when an anti-personnel mine is triggered, said system being integrated into a boot. The system comprises a shield with threefold protection: a sole for absorbing pressure and thermal energy; a deflector for dissipating thermal energy in so far as it is broken down and reflects pressure, a main shield for containing the pressure shock wave and a secondary shield for providing protection from fragments, which together dissipate the shock wave, and provide protection from high temperatures and from the fragments generated during the explosion of the artefact. The land conditions for which the invention has been developed, lightweightness, size and flexibility to facilitate use, and lower costs and triple protection (fragments, shock wave and high temperature) are aspects taken into account and incorporated in this invention.
    • “防冲突”“杀伤人员地雷”包括一个简单而坚固的通用体盾系统,用于防止触发杀伤人员地雷时造成的伤害,所述系统被整合到防护罩中。 该系统包括具有三重保护的屏蔽:用于吸收压力和热能的鞋底; 用于消散热能的偏转器,只要它被分解并反射压力,用于容纳压力波的主屏蔽和用于提供保护免受碎片的次级屏蔽,这些共同消散冲击波,并提供高温保护 以及在人造物爆炸期间产生的碎片。 本发明已经开发了本发明的土地条件,轻便性,尺寸和灵活性以便于使用,并且降低成本和三重保护(碎片,冲击波和高温)是本发明的一个方面。
    • 13. 发明公开
    • Minefield shoe and method for manufacture thereof
    • Schuhefürein Minenfeld和Herstellungsverfahren von solchen Schuhen
    • EP1382933A1
    • 2004-01-21
    • EP03005442.3
    • 2003-03-14
    • Achidatex Ltd.
    • Chavet, ItzchakMadmoni, Avichai
    • F41H11/12A43B7/32
    • A43B3/0026
    • A minefield shoe (300) for reducing the danger of accidental detonation of a land mine by a wearer of the shoe, the shoe including: (a) a cushion (202) including a plurality of inflatable compartments (322), the cushion having, when inflated, at least one flexible, substantially flat, ground-contacting surface extending across the compartments; (b) passages (224), disposed within the cushion, for providing fluid communication between the compartments, and (c) means for attaching the shoe to a boot of the wearer, wherein each of the compartments is in fluid communication with at least one other compartment, via the passages, so as to prevent any significant increase in internal pressure of any one of the compartments resulting from a decrease in internal volume of another compartment, thereby to allow deformation of the ground-contacting surface to form a matching counterpart of terrain engaged by the shoe, while maintaining a substantially even distribution of the load on the shoe along all of the ground-contacting surface.
    • 一种用于减少由鞋的穿戴者意外引爆地雷的危险的雷场鞋(300),所述鞋包括:(a)包括多个可充气隔间(322)的缓冲垫(202) 当膨胀时,延伸穿过隔室的至少一个柔性的,基本平坦的接地表面; (b)设置在衬垫内的通道(224),用于在隔室之间提供流体连通,以及(c)用于将鞋附接到穿着者的靴子的装置,其中每个隔室与至少一个 通过通道,以防止由于另一个隔室的内部体积的减小而导致的任何一个隔室的内部压力的任何显着增加,从而允许地面接触表面变形以形成匹配的对应物 同时保持靴子沿着所有地面接触表面的负载的基本上均匀的分布。
    • 14. 发明申请
    • REDUCTION OF RISK OF INJURY FROM ANTI-PERSONNEL MINES
    • 减少杀伤人员地雷伤害的风险
    • WO2018051054A1
    • 2018-03-22
    • PCT/GB2017/000141
    • 2017-09-18
    • THE SECRETARY OF STATE FOR DEFENCE
    • SKELTON, Colin
    • A43B3/00A43B3/16F41H1/00F41H11/12
    • A43B3/0026A43B3/16F41H1/00F41H11/12
    • The injuries inflicted on persons by anti-personnel mines are reduced or mitigated by using material having a density of at least 6 g/cm 3 and, preferably, a density of at least 6 g/cm 3 and a mass of at least 200 g, worn about the heel, ankle or lower leg of an individual. The invention also relates to the use of footwear comprising material having a density of at least 6 g/cm 3 to mitigate the risk of injury, and protective footgear comprising a heel section adapted to fit around the heel of an item of footwear, and fastening means for attaching the footgear to said item of footwear, wherein the heel section itself comprises a base region formed from a material having a density of at least 6 g/cm 3 and a mass of at least 200 g, and an upper region connected to the base region and supporting the fastening means.
    • 通过使用密度至少为6克/立方厘米并且密度最好为密度的材料来减少或减轻杀伤人员地雷对人员造成的伤害 至少6克/厘米3和至少200克的质量,围绕个体的脚后跟,脚踝或小腿穿着。 本发明还涉及包含具有至少6g / cm 3的密度以减轻受伤风险的材料的鞋的用途,以及包括适于围绕脚后跟配合的脚后跟部分的保护鞋袜 鞋类物品以及用于将鞋袜附接到所述鞋类物品的紧固装置,其中脚后跟部分本身包括由密度为至少6g / cm 3的材料形成的基部区域和 至少200克的质量,以及连接到基部区域并支撑紧固装置的上部区域。
    • 15. 发明申请
    • LANDMINE AVOIDANCE AND PROTECTION DEVICE
    • 防盗防护装置
    • WO2007024198A1
    • 2007-03-01
    • PCT/SG2006/000230
    • 2006-08-14
    • NANYANG TECHNOLOGICAL UNIVERSITYFUSS, Franz KonstantinTAN, Ming Adin
    • FUSS, Franz KonstantinTAN, Ming Adin
    • F41H1/00A43B1/08A43B3/00F41H11/12
    • F41H1/00A43B1/0054A43B3/0005A43B3/0026F41H11/13F41H11/136
    • A mine avoidance device (10) has a frame (13) adapted to be secured to a source of a load and at least three support legs (14) each extending from the frame (13). Each leg (14) has a releasable joint (12) between the leg (14) and the frame (13). At least one detector (19) is operatable to provide a detection capability for each support leg (14) operable to detect a characteristic of a mine (11) when at least a portion of the support leg (14) is located proximate to the mine (11). An actuator (45) operable to provide an actuation capability at the joint (12) of each leg (14), to constrain the joint (12) to allow a load to be transmitted from the frame (13), through the joint (12) and the support to the terrain. The actuator (45) can also release the joint (12) such that a load can not be transmitted from the frame (13) through the joint (12).
    • 防雷装置(10)具有适于固定到负载源的框架(13)和从框架(13)延伸的至少三个支撑腿(14)。 每个腿(14)在腿部(14)和框架(13)之间具有可释放接头(12)。 当至少一部分支撑腿(14)位于靠近矿山时,至少一个检测器(19)可操作以提供每个支撑腿(14)的检测能力,可操作以检测矿(11)的特征。 (11)。 致动器(45)可操作以在每个支腿(14)的接头(12)处提供致动能力,以约束接头(12)以允许负载从框架(13)通过接头(12)传递 )和对地形的支持。 致动器(45)还可以释放接头(12),使得负载不能通过接头(12)从框架(13)传递。
    • 17. 发明申请
    • SAFETY COMBAT SHOES
    • 安全组合鞋
    • WO2002100206A1
    • 2002-12-19
    • PCT/KR2002/000969
    • 2002-05-22
    • LEE, Kyun-Chul
    • LEE, Kyun-Chul
    • A43B13/00
    • A43B13/10A43B3/0026A43B7/32A43B13/02A43B13/12A43B13/187
    • The safety combat boots has been invented to protect wholly a soldier or a private citizen, specially for an ankle from bomb of laied a land-mine and stand from an explosive power, with make an application of the theory, in addition to anyone can always put on this combat boots. The safety combat boots has been used bullet proof material, shock absorptionare and composed of 21 steps. These 21 steps are composed of inside of 2 steps for shock-dispersion, inside of 2 steps for shock absorption and reflection honeycomb, vacuum layer of steps for wavelength mitigative, gel of 7 steps...etc. First the outsole of safety combat boots can reduce explosive force about 50 %, and then explosive force can be shock-disperse (pass from inside of outsole through the vacuum layer) about 50 %. So third inside of outsole can protect feet and ankles because of second outsole.
    • 安全作战靴已被发明,以完全保护一名士兵或一名私人公民,特别是一个脚踝从一个地雷的炸弹中脱离爆炸力,并应用这一理论,除了任何人都可以随时 穿上这个战靴 安全作战靴已使用防弹材料,减震,由21个步骤组成。 这21个步骤由2个步骤的内部组成,用于冲击分散,2个步骤内部用于减震和反射蜂窝,真空层为波长缓和,凝胶7步骤等。 首先,安全战靴的外底可以将爆炸力减少约50%,然后爆炸力可以减震(从外底穿过真空层)约50%。 因此,第二大底内侧可以保护脚和脚踝。
    • 19. 发明申请
    • EXTRACTION PLATFORM
    • 提取平台
    • US20150164182A1
    • 2015-06-18
    • US14569604
    • 2014-12-12
    • Shane David Threlfall
    • Shane David Threlfall
    • A43C19/00A43B5/00
    • A43B3/0026A43B3/00A43B3/16A43B5/18Y10T137/6633
    • An extraction platform helps disengage a load from a pliant surface by pumping a portion of the pliant surface out from beneath the platform. By forcibly removing portions of the pliant surface, i.e., debris, mud, snow, from beneath the platform housing, any seals, vacuums, tensile forces, or adhesive constituents are broken or disturbed sufficiently, such that the platform housing and the load disengage from the pliant surface. The platform also provides a large surface area for spreading out the weight of the load. The platform includes a mounting surface that joins with the load. A traction surface engages the pliant surface. A pump portion pumps portions of the pliant surface into an intake aperture, and out through a discharge aperture. A drive portion having sprockets and a cable drives the pump portion through momentum forces created by the platform housing, such as articulations of a walking gait.
    • 提取平台通过从平台下方抽出柔韧表面的一部分来帮助从平坦表面脱离负载。 通过从平台壳体下方强制地将柔性表面的部分(即碎片,泥浆,雪)部分去除,任何密封,真空,拉力或粘合剂成分被充分地破坏或干扰,使得平台壳体和负载脱离 柔美的表面。 该平台还提供了大的表面积来扩展负载的重量。 该平台包括与负载连接的安装表面。 牵引表面接合柔顺表面。 泵部分将柔性表面的部分泵入进气孔,并通过排放孔排出。 具有链轮和电缆的驱动部分通过由平台壳体产生的动量力来驱动泵部分,例如步行步态的关节。