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    • 32. 发明申请
    • Lice Extermination System and Method
    • 虱子灭绝系统和方法
    • US20080212312A1
    • 2008-09-04
    • US12064168
    • 2006-08-17
    • Lori KaufinannRam OronAriela DonvalDoron NevoMoshe Oron
    • Lori KaufinannRam OronAriela DonvalDoron NevoMoshe Oron
    • F21V33/00
    • A61N5/0617A61N2005/063A61N2005/0644A61N2005/0647A61N2005/0659
    • Apparatus (10) is provided for treating an infested area (27) of a subject, the apparatus including a housing (20), and an illumination unit (22), which is coupled to the housing (20) and includes a light source (28) configured to emit light having an emission spectrum selected from the group consisting of: visible light and infrared light, which spectrum is better absorbed by an infestation of the area (27) than by tissue of the subject, the infestation including at least one infestation selected from the group consisting of: lice, and lice eggs, and the tissue including at least one tissue selected from the group consisting of: skin of the subject, and hair of the subject. The apparatus (10) further includes an optical guide unit (24), coupled to the housing (20), and configured to distribute the light to the area (27). Other embodiments are also described.
    • 设备(10)用于处理受试者的感染区域(27),所述设备包括壳体(20)和照明单元(22),所述照明单元联接到所述壳体(20)并且包括光源 28),其被配置为发射具有选自以下的发射光谱的光:可见光和红外光,所述光谱被所述区域(27)的侵染更好地吸收,而不是受试者的组织,所述感染包括至少一个 侵染选自:虱子和虱子卵,并且所述组织包括选自受试者的皮肤和受试者的头发的至少一种组织。 所述设备(10)还包括耦合到所述壳体(20)并被配置为将光分布到所述区域(27)的光导单元(24)。 还描述了其它实施例。
    • 35. 发明授权
    • Optical resonators with orthogonally polarized modes
    • 具有正交偏振模式的光学谐振器
    • US06850544B2
    • 2005-02-01
    • US10099473
    • 2002-03-15
    • Asher A. FriesemShmuel BlitRam OronErez HasmanNir Davidson
    • Asher A. FriesemShmuel BlitRam OronErez HasmanNir Davidson
    • H01S3/082H01S3/098H01S3/106
    • H01S3/08036H01S3/08054H01S3/082H01S3/106H01S2301/20H01S2301/203
    • An optical resonator supporting two sets of simultaneously co-existent oscillation modes (30 and 31), having polarizations orthogonal to each other. Mode control elements (28 and 29), such as apertures and phase elements, are introduced into the resonator to allow only preferred modes to exist. The placement and orientation of the sets are designed such that the high intensity zones of one set fall on the nodes or low intensity zones of the other set in an interlaced pattern. Thus, in a laser resonator, better utilization of the gain medium (24) is achieved and the beam quality and brightness over multimode lasing are improved. This configuration improves the performance of high Fresnel number resonators, in both pulsed and continuous lasers, for applications such as scribing, drilling, cutting, target designation and rangefinding. An application of the intra-cavity coherent summation of orthogonally polarized modes is described, whereby azimuthally or radially polarized beams may be obtained.
    • 支持两组同时共存的振荡模式(30和31)的光学谐振器,具有彼此正交的极化。 将模式控制元件(28和29)(诸如孔径和相位元件)引入到谐振器中,以仅允许存在优选的模式。 这些组的放置和取向被设计成使得一组的高强度区域以交错图案落在另一组的节点或低强度区域上。 因此,在激光谐振器中,实现了增益介质(24)的更好的利用,并提高了多模激光的光束质量和亮度。 这种配置提高了脉冲和连续激光器中高菲涅尔数谐振器的性能,适用于诸如划线,钻孔,切割,目标指定和测距等应用。 描述了正交偏振模式的腔内相干求和的应用,由此可以获得方位角或径向偏振光束。