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    • 4. 发明申请
    • SYSTEM FOR PROVIDING THERMAL ENERGY RADIATION DETECTABLE BY A THERMAL IMAGING UNIT
    • 用于通过热成像单元提供热能辐射检测的系统
    • WO2009057122A3
    • 2009-10-29
    • PCT/IL2008001438
    • 2008-11-02
    • ELTA SYSTEMS LTDOPTIGO SYSTEMS LTDTIDHAR GIL
    • TIDHAR GIL
    • H01K1/28
    • H01K1/28
    • In accordance with an aspect of the invention, there is provided a thermal radiation marker (10) adapted to emit radiation within the thermal portion of the infrared spectrum. According to some embodiments of the invention, the thermal radiation marker may include an incandescent filament (16) and a glass or quartz enclosure (12). The incandescent filament may be adapted to produce radiation at least within the thermal portion of the infrared spectrum. The glass or quartz enclosure may include at least a portion that is substantially thin, and may enclose pressurized inert (14) gas and the incandescent filament surrounded by the inert gas. At least a portion of the glass or quartz enclosure may be sufficiently thin so as to enable good transmittance therethrough for tli3rmal radiation approximately in the 3-5&mgr,-m wavelength band. The pressurized inert gas enclosed within the glass or quartz enclosure and surrounding the incandescent filament may enable a regenerative cycle to take place within the enclosure.
    • 根据本发明的一个方面,提供了一种适于在红外光谱的热部分内发射辐射的热辐射标记(10)。 根据本发明的一些实施例,热辐射标记可以包括白炽灯丝(16)和玻璃或石英罩(12)。 白炽灯丝可以适于至少在红外光谱的热部分内产生辐射。 玻璃或石英外壳可以包括至少一部分基本上薄的部分,并且可以包围加压的惰性气体(14)和由惰性气体包围的白炽灯丝。 玻璃或石英外壳的至少一部分可以是足够薄的,以便能够在大约3-5μm波长带中进行大量的透射。 封闭在玻璃或石英外壳内并围绕白炽灯丝的加压惰性气体可能使外壳内发生再生循环。
    • 6. 发明专利
    • DISTRIBUTED JAMMER SYSTEM
    • IL194649A
    • 2012-02-29
    • IL19464908
    • 2008-10-07
    • TIDHAR GILGOICHMAN TALAFEK ORIELTA SYSTEMS LTDOPTIGO SYSTEMS LTD
    • TIDHAR GILGOICHMAN TALAFEK ORI
    • There is provided according to some embodiments of the invention a laser directed infrared countermeasures system (hereinafter: "LDIRCM system") mountable on a platform. According to some embodiments of the invention, a LDIRCM system may include a plurality of sector units. Each sector unit may include at least one laser unit and a laser guidance module. The laser unit may be adapted to generate a laser beam or laser energy that is intended for jamming a guidance system of a threat. The laser unit may be coupled to the laser guidance module. The laser guidance module may be adapted to steer at least a laser beam generated by the laser unit towards a threat. According to an aspect of invention, each one of the plurality of sector units is configurable to provide, when mounted on the platform, a jamming capability in respect of a threat located within a sector that is substantially less than 180° horizontally. The plurality of sector units are mountable on the platform such that each one of the sector units is configurable to provide a jamming capability in respect of a threat located within a different sector relative to the platform. Thus, the threat jamming capability of the LDIRCM system is defined by the aggregate of the different sectors covered by each one of the plurality of sector units.
    • 7. 发明专利
    • Distributed jammer system
    • IL217452A
    • 2016-04-21
    • IL21745212
    • 2012-01-10
    • TIDHAR GILGOICHMAN TALAFEK ORIELTA SYSTEMS LTDOPTIGO SYSTEMS LTDELTA SYSTEMS LTD
    • TIDHAR GILGOICHMAN TALAFEK ORI
    • There is provided according to some embodiments of the invention a laser directed infrared countermeasures system (hereinafter: "LDIRCM system") mountable on a platform. According to some embodiments of the invention, a LDIRCM system may include a plurality of sector units. Each sector unit may include at least one laser unit and a laser guidance module. The laser unit may be adapted to generate a laser beam or laser energy that is intended for jamming a guidance system of a threat. The laser unit may be coupled to the laser guidance module. The laser guidance module may be adapted to steer at least a laser beam generated by the laser unit towards a threat. According to an aspect of invention, each one of the plurality of sector units is configurable to provide, when mounted on the platform, a jamming capability in respect of a threat located within a sector that is substantially less than 180° horizontally. The plurality of sector units are mountable on the platform such that each one of the sector units is configurable to provide a jamming capability in respect of a threat located within a different sector relative to the platform. Thus, the threat jamming capability of the LDIRCM system is defined by the aggregate of the different sectors covered by each one of the plurality of sector units.
    • 8. 发明申请
    • DISTRIBUTED JAMMER SYSTEM
    • 分布式JAMMER系统
    • WO2007116403A2
    • 2007-10-18
    • PCT/IL2007000451
    • 2007-04-10
    • ELTA SYSTEMS LTDOPTIGO SYSTEMS LTDAPHEK ORITIDHAR GILGOICHMAN TAL
    • APHEK ORITIDHAR GILGOICHMAN TAL
    • G01S7/495
    • G01S7/495F41G7/224F41H11/02F41H13/0056
    • There is provided according to some embodiments of the invention a laser directed infrared countermeasures system (hereinafter: "LDIRCM system") mountable on a platform. According to some embodiments of the invention, a LDIRCM system may include a plurality of sector units. Each sector unit may include at least one laser unit and a laser guidance module. The laser unit may be adapted to generate a laser beam or laser energy that is intended for jamming a guidance system of a threat. The laser unit may be coupled to the laser guidance module. The laser guidance module may be adapted to steer at least a laser beam generated by the laser unit towards a threat. According to an aspect of invention, each one of the plurality of sector units is configurable to provide, when mounted on the platform, a jamming capability in respect of a threat located within a sector that is substantially less than 180° horizontally. The plurality of sector units are mountable on the platform such that each one of the sector units is configurable to provide a jamming capability in respect of a threat located within a different sector relative to the platform. Thus, the threat jamming capability of the LDIRCM system is defined by the aggregate of the different sectors covered by each one of the plurality of sector units.
    • 根据本发明的一些实施例提供了可安装在平台上的激光定向红外对策系统(以下称为“LDIRCM系统”)。 根据本发明的一些实施例,LDIRCM系统可以包括多个扇区单元。 每个扇区单元可以包括至少一个激光单元和激光引导模块。 激光单元可以适于产生用于干扰威胁引导系统的激光束或激光能量。 激光单元可以耦合到激光引导模块。 激光引导模块可以适于将至少由激光单元产生的激光束转向威胁。 根据本发明的一个方面,多个扇区单元中的每一个可配置成在安装在平台上时提供相对于水平地基本上小于180°的扇区内的威胁的干扰能力。 多个扇区单元可安装在平台上,使得扇区单元中的每一个可配置为相对于该平台提供位于不同扇区内的威胁的干扰能力。 因此,LDIRCM系统的威胁干扰能力由多个扇区单元中的每一个覆盖的不同扇区的总和来定义。