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    • 1. 发明授权
    • Spacecraft magnetic shield
    • 航天器磁盾
    • US08550406B2
    • 2013-10-08
    • US13134733
    • 2011-06-15
    • Robert T. Bigelow
    • Robert T. Bigelow
    • B64G1/52
    • B64G1/54
    • A spacecraft magnetic shield apparatus is disclosed. One embodiment has an armature attached at one end of a spacecraft and an electromagnet attached to the other end. A computer determines the position of the armature and electromagnet in relation to the spacecraft, and a power source powers the electromagnet. In operation, the positioning of the electromagnet is generally in line with incoming charged particles or ion radiation and powering of the electromagnet creates a magnetic field that deflects a percentage of the incoming charged particles or ion radiation from directly impacting the spacecraft.
    • 公开了一种航天器磁屏蔽装置。 一个实施例具有附接在航天器的一端的电枢和附接到另一端的电磁体。 计算机确定电枢和电磁体相对于航天器的位置,电源为电磁铁供电。 在操作中,电磁铁的定位通常与进入的带电粒子或离子辐射一致,并且电磁铁的供电产生磁场,其使进入的带电粒子或离子辐射的百分比偏转直接影响到航天器。
    • 2. 发明申请
    • Spacecraft magnetic shield
    • 航天器磁盾
    • US20120318928A1
    • 2012-12-20
    • US13134733
    • 2011-06-15
    • Robert T. Bigelow
    • Robert T. Bigelow
    • B64G1/54B64G1/52
    • B64G1/54
    • A spacecraft magnetic shield apparatus is disclosed. One embodiment has an armature attached at one end of a spacecraft and an electromagnet attached to the other end. A computer determines the position of the armature and electromagnet in relation to the spacecraft, and a power source powers the electromagnet. In operation, the positioning of the electromagnet is generally in line with incoming charged particles or ion radiation and powering of the electromagnet creates a magnetic field that deflects a percentage of the incoming charged particles or ion radiation from directly impacting the spacecraft.
    • 公开了一种航天器磁屏蔽装置。 一个实施例具有附接在航天器的一端的电枢和附接到另一端的电磁体。 计算机确定电枢和电磁体相对于航天器的位置,电源为电磁铁供电。 在操作中,电磁铁的定位通常与进入的带电粒子或离子辐射一致,并且电磁铁的供电产生磁场,其使进入的带电粒子或离子辐射的百分比偏转直接影响到航天器。
    • 3. 发明授权
    • Spacecraft sleeping berth
    • 航天器睡眠泊位
    • US06467221B1
    • 2002-10-22
    • US09644935
    • 2000-08-23
    • Robert T. Bigelow
    • Robert T. Bigelow
    • E04B134
    • B64D11/00B64D11/0023B64D11/0604
    • The present invention provides an improved sleeping berth for space modules that can be expanded from a collapsed position to provide greater passenger comfort in a larger living space. The extension of the berth is accomplished using expandable gas inflated bellows between two hard surface housings. The berth can be retracted into its closed position simply by removing the air pressure from the bellows. The berth's retracted position may still accommodate a passenger and may be used in this position when space is unavailable for the berth's extension.
    • 本发明提供了一种用于空间模块的改进的卧铺,其可以从折叠位置扩展,以在较大的生活空间中提供更大的乘客舒适度。 泊位的延伸使用两个硬表面外壳之间的可膨胀气体充气波纹管实现。 通过从波纹管中除去空气压力,可以将泊位缩回到其关闭位置。 泊位的缩回位置可能仍然容纳乘客,并且当空间不可用于泊位的延伸时可以用于该位置。
    • 4. 发明授权
    • Integrated translation tube assembly for a space module
    • 用于空间模块的集成平移管组件
    • US06293500B1
    • 2001-09-25
    • US09549624
    • 2000-04-14
    • Robert T. Bigelow
    • Robert T. Bigelow
    • B64G110
    • B64G1/12B64G9/00B64G2001/224
    • The present invention provides an improved integrated translation tube for the movement of equipment and personnel through space modules, particularly for non-rigid type space modules such as the NASA Transhab module. In addition, the present invention provides an internal framework for the structural support of the space module itself, and the equipment installed internally to the space module. The present invention's arched shaped translation tube provides sufficient strength and rigidity to provide the required structural support, while simultaneously maximizing the uninterrupted interior volume of the space module.
    • 本发明提供了一种改进的集成平移管,用于通过空间模块移动设备和人员,特别是用于非刚性型空间模块,例如NASA Transhab模块。 此外,本发明提供了用于空间模块本身的结构支撑的内部框架,以及安装在空间模块内部的设备。 本发明的拱形平移管提供足够的强度和刚性以提供所需的结构支撑,同时最大化空间模块的不间断的内部体积。
    • 8. 发明授权
    • Orbital debris shield
    • 轨道碎片盾
    • US07309049B2
    • 2007-12-18
    • US11498659
    • 2006-08-03
    • Robert T. Bigelow
    • Robert T. Bigelow
    • B64G1/56
    • B64G1/56Y10T428/192
    • An orbital debris shield for protecting the hull of a spacecraft. The shield is comprised of a number of flexible and releasably attached gores that substantially cover the hull. Interleafed between layers of the gores are layers of a spacing material. As debris collides with the gores, the material is shocked and breaks up to some degree. As the shocked debris disperses through a layer of the gore, the spacing material interacts with the debris. After dispersing through a number of layers of the gores and the spacing material, the debris transfers a significant portion of kinetic energy and the probability of the remaining particles piercing the hull is significantly decreased.
    • 用于保护航天器船体的轨道碎片盾。 护罩由许多基本上覆盖船体的柔性和可释放地附接的山脉组成。 沟渠层之间的交错是间隔材料层。 随着碎屑与山羊碰撞,材料受到震动,并在一定程度上破裂。 当震动的碎屑通过一层玻璃分散时,间隔材料与碎屑相互作用。 在分散通过多个层和间隔材料之后,碎屑转移了大部分动能,并且剩余的颗粒穿透船体的可能性显着降低。
    • 9. 发明授权
    • Flexible structural restraint layer for use with an inflatable modular structure
    • 柔性结构约束层,用于充气模块化结构
    • US07100874B2
    • 2006-09-05
    • US10722904
    • 2003-11-25
    • Robert T. BigelowAiken Brian
    • Robert T. BigelowAiken Brian
    • E04B1/34B64G1/12
    • B29C70/222B29L2031/7156
    • A flexible structural restraint layer for use with an inflatable modular structure, having a fore and aft assembly separated by a longeron and an inflatable bladder. The restraint layer is comprised of two circumferential strap assemblies, each attachedly fastened at opposing ends of a radial strap assembly. There are a plurality of axial straps that are secured in place to the circumferential strap assemblies and the radial strap assembly. The restraint layer surrounds the bladder and the ends of the axial straps are secured in place at the fore and aft end of the modular structure. When the bladder is inflated, the structural restraint layer distributes the load created by the inflated bladder.
    • 一种用于可充气模块化结构的柔性结构约束层,具有由龙门和可膨胀囊隔开的前后组件。 约束层由两个周向带组件组成,每个带状组件分别紧固在径向带组件的相对端。 存在多个轴向带,其固定到周边带组件和径向带组件的适当位置。 约束层围绕囊,并且轴向带的端部固定在模块化结构的前端和后端的适当位置。 当膀胱膨胀时,结构约束层分布由膨胀的膀胱产生的负荷。