会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • METHOD AND APPARATUS FOR IMPROVING IMAGE RESOLUTION
    • 改善图像分辨率的方法和装置
    • WO2008093099A3
    • 2008-10-02
    • PCT/GB2008000338
    • 2008-02-01
    • KING S COLLEGE LONDONHEINTZMANN RAINERWICKER KAI
    • HEINTZMANN RAINERWICKER KAI
    • G02B21/00
    • G02B21/0056
    • Embodiments of the invention allow the operation of confocal microscopes with relatively open pinholes (e.g. 1 Airy unit) whilst still giving a significant XY resolution improvement. In addition axial (Z) discrimination or resolution may also be improved. This is achieved by.splitting the emitted light path in an interf erometric fashion. One of the split beams is then directed to an image transformation system, which may perform an image inversion which inverts at least one coordinate in image space. The transformed beam and the non- trans formed beam are then recombined in an interf erometric fashion (i.e. coherently added), which provides an interference effect resulting in increased resolution of the image. Where the embodiments are being used in a confocal application, the resulting combined beam can then be subject to a spatially discriminating means, such as a pinhole, or the like.
    • 本发明的实施例允许具有相对开放的针孔(例如1个艾里单位)的共焦显微镜的操作,同时仍然给出显着的XY分辨率改进。 此外,还可以提高轴向(Z)辨别或分辨率。 这是通过以交互式测量方式对发射的光路进行分割来实现的。 分割光束中的一个然后被引导到图像变换系统,其可以执行在图像空间中反转至少一个坐标的图像反转。 然后,经过变换的波束和非反射形成的波束以界面测量方式(即相干地添加)重组,这提供了干扰效果,导致图像的分辨率增加。 在实施例用于共焦应用的情况下,所得到的组合光束然后可以经受空间鉴别手段,例如针孔等。
    • 2. 发明申请
    • METHOD AND APPARATUS FOR IMPROVING IMAGE RESOLUTION
    • 改善图像分辨率的方法和装置
    • WO2008093099A2
    • 2008-08-07
    • PCT/GB2008/000338
    • 2008-02-01
    • KING'S COLLEGE LONDONHEINTZMANN, RainerWICKER, Kai
    • HEINTZMANN, RainerWICKER, Kai
    • G02B21/00
    • G02B21/0056
    • Embodiments of the invention allow the operation of confocal microscopes with relatively open pinholes (e.g. 1 Airy unit) whilst still giving a significant XY resolution improvement. In addition axial (Z) discrimination or resolution may also be improved. An embodiment based on differences in the defocusing behaviour should yield improved optical sectioning. This is achieved by splitting the emitted light path in an interferometric fashion at a position in the standard system it would normally not be split. This would typically be after the objective and after the (de-)scanning optics but before the pinhole or another spatially discriminating detector. One of the split beams is then directed to an image transformation system, which applies an image transformation which spatially displaces those parts of the image which are not on or near the optical axis within the image plane or whose effect depends on the amount of defocus. For example, the image transformation may be an image inversion which inverts at least one coordinate in image space. The transformed beam and the non-transformed beam are then recombined in an interferometric fashion (i.e. coherently added), which provides an interference effect resulting in increased resolution of the image. Where the embodiments are being used in a confocal application, the resulting combined beam can then be subject to a spatially discriminating means, such as a pinhole, or the like.
    • 本发明的实施例允许具有相对开放的针孔(例如1个艾里单位)的共焦显微镜的操作,同时仍然给出显着的XY分辨率改进。 此外,还可以提高轴向(Z)辨别或分辨率。 基于散焦行为差异的实施例应当产生改进的光学切片。 这是通过将发射的光路以干涉方式分割在标准系统中通常不被分裂的位置来实现的。 这通常是在目标之后和(除去)扫描光学器件之后,但在针孔或另一个空间鉴别检测器之前。 分割光束中的一个然后被引导到图像变换系统,该系统应用图像变换,该图像变换在图像平面内不在或在光轴附近的图像的那些部分,或者其影响取决于散焦量。 例如,图像变换可以是在图像空间中反转至少一个坐标的图像反转。 然后将经变换的波束和未经变换的波束以干涉测量方式(即相干加法)重组,这提供了干扰效果,导致图像的分辨率增加。 在实施例用于共焦应用的情况下,所得到的组合光束然后可以经受空间鉴别手段,例如针孔等。
    • 3. 发明申请
    • UNTERWASSERANTENNE
    • 水下天线
    • WO2008080451A2
    • 2008-07-10
    • PCT/EP2007/009977
    • 2007-11-19
    • ATLAS ELEKTRONIK GMBHBUSCH, RainerWICKER, Kai
    • BUSCH, RainerWICKER, Kai
    • G10K11/00
    • B63G8/39G10K11/002G10K11/008
    • Bei einer Unterwasserantenne mit mindestens einer Wandlerreihe (11) aus einer Mehrzahl von hintereinander gereihten, voneinander beabstandeten, elektroakustischen Wandlern (12) und mit einem in Schalleinfallsrichtung (10) hinter der Wandlerreihe (11) angeordneten Reflektor (13), der mindestens eine schallharte Reflektorplatte (16) mit einer den Wandlern (12) zugekehrten, ebenen Vorderwand (161) und einer von den Wandlern (12) abgekehrten Rückwand (162) aufweist, ist zur Unterdrückung von sich im Reflektor (13) in Richtung der Längserstreckung des Reflektors (13) ausbreitenden Moden die Rückwand (162) von der Reflektorplatte (16) so gestaltet, dass der Abstand (a) der Rückwand (162) von der Vorderwand (161) über die längs der Wandlerreihe (11) gesehene Länge des Reflektors (13) variiert.
    • 与来自多个行一个在另一个的,间隔,电声换能器的后面(12)的换能器(11)的至少一排的水下天线和一个在声音的入射方向(10),其布置换能器排后面(11)的反射器(13),所述至少一个声音反射的反射板 与从后壁背对所述换能器(12),平坦的前壁(161)和具有所述换能器中的一个(12)的面向(16)(162)是(13在反射器的纵向延伸的方向上的反射器(13)以抑制 )传播模式所设计的反射板(16)的后壁(162),所述距离(a)约的前壁(161)的后壁(162)(沿着换能器11)的反射器的观看长度的行(13)而变化 ,
    • 6. 发明申请
    • UNTERWASSERANTENNE
    • 水下天线
    • WO2009062565A1
    • 2009-05-22
    • PCT/EP2008/007792
    • 2008-09-18
    • ATLAS ELEKTRONIK GMBHBUSCH, RainerWICKER, Kai
    • BUSCH, RainerWICKER, Kai
    • G01S11/14G10K11/00
    • G01S7/521B63G8/39G10K11/008G10K11/28
    • Bei einer Unterwasserantenne zum Anbau an den Bootskörper eines Unterseeboots, die eine sich in Anbaulage längs des Bootskörpers (11) erstreckende, flächenhaft ausgedehnte Wandleranordnung (15) mit einem Reflektor (21) und einer Vielzahl von nebeneinander und untereinander beabstandet angeordneten, dem Reflektor (21) in Schalleinfallsrichtung vorgesetzten, elektroakustischen Wandlerelementen (20) aufweist, ist zur Realisierung einer für den Anbau am U-Boot bezüglich Gewicht und Anbauvolumen optimierten Seitenantenne, mit gutem Nutz-/Störverhältnis der Reflektor (21) über die gesamte Länge der Wandleranordnung (15) in untereinanderliegende Reflektorbereiche (212, 211) mit auf Empfangsfrequenzbänder aus unterschiedlichen Frequenzbereichen abgestimmtem Reflexionsverhalten unterteilt, wobei das Empfangsfrequenzband aus dem höchsten Frequenzbereich den in Anbaulage obersten Reflektorbereich (212) und das Empfangsfrequenzband aus dem untersten Frequenzbereich den untersten Reflektorbereich (211) zugeordnet ist.
    • 在用于安装在海底的船体水下天线时,在沿船体(11),平面地扩展的换能器组件(15)的反射器(21)和多个相邻和重叠间隔开,所述反射器的安装位置延伸的一个(21 )在声音入射方向优越,电声换能器元件(20),其是实现一种相对于被安装在U小船重量和生长体积优化侧天线(具有反射器21)在换能器组件的整个长度的良好的用户/噪声比(15) 与调谐以接收不同频率的频带划分彼此相对的反射器区域(212,211)的范围内的反射行为,其中在安装位置反射器区域(212)的顶部的最高频率范围的接收频带,并从最低频率范围内的接收频带的最低反射器 与所述栅极区域(211)相关联。
    • 7. 发明申请
    • UNDERWATER ANTENNA
    • 水下天线
    • WO2008080451A4
    • 2009-01-08
    • PCT/EP2007009977
    • 2007-11-19
    • ATLAS ELEKTRONIK GMBHBUSCH RAINERWICKER KAI
    • BUSCH RAINERWICKER KAI
    • G10K11/00
    • B63G8/39G10K11/002G10K11/008
    • Disclosed is an underwater antenna comprising at least one series (11) of transducers consisting of a plurality of spaced-apart electroacoustic transducers (12) that are arranged one behind another in a row, and a reflector (13) which is disposed behind the series (11) of transducers in the direction of incidence of sound and is provided with at least one reverberant reflector plate (16) that has a planar front wall facing the transducers (12) and a rear wall (162) facing away from the transducers (12). In order to suppress, in the reflector (13), modes that propagate in the direction of the longitudinal extension of the reflector (13), the rear wall (162) of the reflector plate (16) is designed such that the distance (a) between the rear wall (162) and the front wall (161) varies along the length of the reflector (13), said length extending along the series (11) of transducers.
    • 与来自多个行一个在另一个的,间隔,电声换能器的后面(12)的换能器(11)的至少一排的水下天线和一个在声音的入射方向(10),其布置换能器排后面(11)的反射器(13),所述至少一个声音反射的反射板 与从后壁背对所述换能器(12),平坦的前壁(161)和具有所述换能器中的一个(12)的面向(16)(162)是(13在反射器的纵向延伸的方向上的反射器(13)以抑制 )传播模式所设计的反射板(16)的后壁(162),所述距离(a)约的前壁(161)的后壁(162)(沿着换能器11)的反射器的观看长度的行(13)而变化 ,
    • 8. 发明申请
    • UNDERWATER ANTENNA
    • 水下天线
    • WO2008080451A3
    • 2008-11-20
    • PCT/EP2007009977
    • 2007-11-19
    • ATLAS ELEKTRONIK GMBHBUSCH RAINERWICKER KAI
    • BUSCH RAINERWICKER KAI
    • G10K11/00
    • B63G8/39G10K11/002G10K11/008
    • Disclosed is an underwater antenna comprising at least one series (11) of transducers consisting of a plurality of spaced-apart electroacoustic transducers (12) that are arranged one behind another in a row, and a reflector (13) which is disposed behind the series (11) of transducers in the direction of incidence of sound and is provided with at least one reverberant reflector plate (16) that has a planar front wall facing the transducers (12) and a rear wall (162) facing away from the transducers (12). In order to suppress, in the reflector (13), modes that propagate in the direction of the longitudinal extension of the reflector (13), the rear wall (162) of the reflector plate (16) is designed such that the distance (a) between the rear wall (162) and the front wall (161) varies along the length of the reflector (13), said length extending along the series (11) of transducers.
    • 与来自多个行一个在另一个的,间隔,电声换能器的后面(12)的换能器(11)的至少一排的水下天线和一个在声音的入射方向(10),其布置换能器排后面(11)的反射器(13),所述至少一个声音反射的反射板 与从后壁背对所述换能器(12),平坦的前壁(161)和具有所述换能器中的一个(12)的面向(16)(162)是(13在反射器的纵向延伸的方向上的反射器(13)以抑制 )传播模式所设计的反射板(16)的后壁(162),所述距离(a)约的前壁(161)的后壁(162)(沿着换能器11)的反射器的观看长度的行(13)而变化 ,