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    • 1. 发明授权
    • Vented, flexible, thin chemiluminescent device
    • 通风,灵活,薄化学发光装置
    • US5226710A
    • 1993-07-13
    • US922432
    • 1992-07-30
    • Robert D. GigliaWilliam E. BayKevin Nolan
    • Robert D. GigliaWilliam E. BayKevin Nolan
    • F21K2/06
    • F21K2/06
    • There is provided a flexible, thin, chemiluminescent device comprised of a back sheet having sealed thereto at its edges a windowed front sheet, separation means to divide the internal cavity into a larger and a smaller compartment, the larger compartment containing a contents-releasable receptacle for one part of a two-part chemiluminescent composition and an absorbent material in the larger compartment containing the second part of the composition external to the receptacle, the smaller compartment forming an exit passageway for gases, being in open communication with the larger compartment at its upstream end, and open to the atmosphere through a vent at its downstream end, whereby gases generated during storage and use can exit harmlessly without distorting or inflating the device. The smaller compartment may contain a gas porous component which acts to separate residual liquid from escaping gas thereby preventing unwanted liquid leakage from the chemiluminescent device.
    • 提供了一种柔性,薄的化学发光装置,其包括在其边缘处密封有窗口的前片的背片,将内腔分成更大和更小的隔室的分离装置,较大的隔间含有可释放内容物的容器 对于两部分化学发光组合物的一部分和在容纳在容器外部的组合物的第二部分的较大隔间中的吸收材料,较小的隔室形成用于气体的出口通道, 上游端,并通过其下游端的通风口向大气敞开,由此在储存和使用期间产生的气体可以无害地退出,而不会使设备变形或膨胀。 较小的隔室可以包含气体多孔组分,其用于将残留液体与逸出气体分离,从而防止不希望的液体从化学发光装置泄漏。
    • 3. 发明授权
    • Radar- and infrared-detectable structural simulation decoy
    • 雷达和红外可检测结构模拟诱饵
    • US5092244A
    • 1992-03-03
    • US629860
    • 1984-07-11
    • Robert D. Giglia
    • Robert D. Giglia
    • H01Q15/20
    • H01Q15/20
    • A simulation decoy whose position and structural purport are determinable by infrared detection means is disclosed, which comprises a multi-dimensional display body containing a sufficient quantity of combustible carbon to provide a controlled burning for a predetermined length of time, and means to initiate ignition of said carbon to produce sustained burning of said multi-dimensional display body, to activate such simulation decoy for infrared detection. The simulation decoy of this invention may employ metal coated fibers with the combustible carbon to provide radar-detection capability and may be utilized to mimic motive structures such as land-based vehicles, marine vehicles, or aircraft, as a two-dimensional or three-dimensional display, providing an infrared and radar signature useful as a defensive countermeasure in warfare or other battlefield conditions. In one embodiment, the multi-dimensional display body is provided as an inflatable spherical body which can be discharged from an aircraft at high altitudes and employed to provide a spherical radar and infrared signature, to provide a defense countermeasure against "smart" heat-seeking, surface-to-air and air-to-air guided missiles.
    • 公开了一种模拟诱饵,其位置和结构声明可以通过红外线检测装置来确定,该模拟诱饵包括一个多维显示体,该多维显示体包含足够量的可燃碳以提供预定时间内的受控燃烧, 所述碳产生所述多维显示体的持续燃烧,以激活用于红外检测的这种模拟诱饵。 本发明的模拟诱饵可以使用具有可燃碳的金属涂覆纤维来提供雷达检测能力,并且可以用于模拟诸如陆基车辆,船用车辆或飞机的动力结构,作为二维或三维, 提供红外和雷达签名,作为战争或其他战场条件下的防御对策。 在一个实施例中,多维显示体被设置为可以从高空飞行器排出的可充气球体,用于提供球面雷达和红外特征,为“智能”寻热提供防御对策 地空导弹和空对空导弹。