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    • 63. 发明授权
    • Antenna
    • 天线
    • US5874922A
    • 1999-02-23
    • US815278
    • 1997-03-10
    • Nobuaki Tanaka
    • Nobuaki Tanaka
    • H01P7/10G01S7/02G01S13/02H01P3/16H01Q13/08H01Q13/10H01Q13/28H01Q15/02H01Q15/08H01Q19/06H01Q21/00
    • H01Q13/28H01Q21/0068
    • An antenna having a high gain, of small-size, and capable of setting the radiation direction of electromagnetic waves in a desired direction. The antenna also allows electromagnetic waves to be radiated stably. The antenna has a first planar conductor shaped like a flat plate. Disposed on the first planar conductor is a bar-shaped dielectric strip having one end connected to a waveguide or a transmission circuit and the other end being an open end which does not reach the position of openings in a second covering planar conductor. The end surface of the open end of the dielectric strip is shaped like a flat surface, and a column-shaped dielectric resonator is disposed at the open end side on the extension axis of the dielectric strip. A surrounding member is provided around the side of the dielectric resonator so as to surround it with a space therebetween. Further, a second planar conductor is disposed so as to cover the top surfaces of the dielectric strip, the dielectric resonator and the surrounding member. The second planar conductor has two rectangular-shaped openings above the dielectric resonator so as to be parallel to the extension axis along the length direction of the dielectric strip and to a line symmetry of the strip.
    • 具有高增益,小尺寸并且能够将电磁波的辐射方向设置在期望方向的天线。 该天线还允许电磁波被稳定地辐射。 天线具有类似平板的第一平面导体。 设置在第一平面导体上的是棒状的介质条,其一端连接到波导或传输电路,另一端是未到达第二覆盖平面导体中的开口位置的开口端。 介质条的开口端的端面成形为平坦的表面,并且在介质条的延伸轴的开口端侧设置有柱状介质谐振器。 周围构件围绕介质谐振器的侧面设置,以便以它们之间的空间围绕它。 此外,第二平面导体设置成覆盖介质条,介质谐振器和周围元件的顶表面。 第二平面导体在介质谐振器上方具有两个矩形开口,以沿着介质条的长度方向平行于延伸轴线并且与条的线对称。
    • 64. 发明授权
    • Luneberg lens and method of constructing same
    • Luneberg镜头及其构造方法
    • US5677796A
    • 1997-10-14
    • US519577
    • 1995-08-25
    • Kurt A. ZimmermanDonald L. Runyon
    • Kurt A. ZimmermanDonald L. Runyon
    • G02B3/00H01Q15/08G02B9/00G02B3/02
    • H01Q15/08G02B3/0087
    • An improved spherical gradient lens and a method of fabricating same. A uniform sphere of a material such as high density irradiated polystyrene or a methylpentene copolymer in the polyolefin family having a uniform relative dielectric constant is provided. A plurality of radially extending holes are formed therein, for example by drilling, the holes having a predetermined cross sectional geometry along axes extending radially from the center of the sphere. The geometry of holes is selected to control the resultant local density of material, and thus the relative dielectric constant as a function of distance from the center of the sphere. Hole diameters are chosen so as to be small compared to the shortest wavelength of interest with which the lens will be used.
    • 改进的球面梯度透镜及其制造方法。 提供了具有均匀的相对介电常数的聚烯烃系列中的高密度辐射聚苯乙烯或甲基戊烯共聚物等均匀球体。 多个径向延伸的孔例如通过钻孔形成在其中,沿着从球的中心径向延伸的轴线具有预定的横截面几何形状的孔。 选择孔的几何形状来控制所得的材料的局部密度,并因此控制相对介电常数作为距球体中心的距离的函数。 选择孔直径与使用透镜的感兴趣的最短波长相比较小。
    • 65. 发明授权
    • Spherical dielectric lens with variable refractive index
    • 具有可变折射率的球形介质透镜
    • US5661499A
    • 1997-08-26
    • US564127
    • 1995-12-15
    • Alexandr Lvovich EpshteinPetr Nikolaevich KorzhenkovViktor Pavlovich FilaretovAlexandr Semenovich Smagin
    • Alexandr Lvovich EpshteinPetr Nikolaevich KorzhenkovViktor Pavlovich FilaretovAlexandr Semenovich Smagin
    • H01Q15/08
    • H01Q15/08
    • The spherical dielectric lens with variable refractive index contains modules (1, 4, 7, 9, 12) connected with one another and made from homogeneous dielectric materials with various .di-elect cons. values, which are arranged in accordance with the given principle of change in dielectric permittivity .di-elect cons. from the radius value (r) of the lens, uniquely corresponding to the rule of variation of its refractive index (n). The modules (1, 4, 7, 9, 12) of the interior layers, which form the central cubic core, are inscribed in a sphere, are of cubic form and are equal in size, while the exterior modules (1, 4, 7, 9, 12) have an outer surface of spherical form, where the latter interior layer modules (1, 4, 7, 9, 12) fill out the central core up to the sphere. On at least two sides of each module (1, 4, 7, 9, 12) along its entire length are constructed a grooves which are broader to the inside (2, 5, 8, 10, 13, 16, 15) and/or protrusions (3, 11, 14) which have in pairs identical lateral cross-section, by means of which the modules (1, 4, 7, 9, 12) are connected with one another to form the spherical lens surface. Various combinations of construction of the grooves and protrusions on the sides of the module (1, 4, 7, 9, 12) are proposed.
    • PCT No.PCT / RU94 / 00090 Sec。 371 1995年12月15日第 102(e)日期1995年12月15日PCT 1994年4月22日PCT PCT。 公开号WO95 / 29517 日期:1995年11月2日具有可变折射率的球形介质透镜包含彼此连接并由具有各种+531值的均匀介电材料制成的模块(1,4,7,9,12),其按照给定的 介电常数的变化原理来自透镜的半径值(r)+531,其唯一对应于其折射率(n)的变化规则。 形成中心立方体核心的内层的模块(1,4,7,9,12)被内接在球体中,其立方体形状和尺寸相等,而外部模块(1,4, 7,9,12)具有球形的外表面,其中后者的内层模块(1,4,7,9,12)将中心芯填满球体。 在每个模块(1,4,7,9,12)沿着其整个长度的至少两个侧面上构造有一个对内部(2,5,8,10,13,16,15)和/ 或突起(3,11,14),它们具有成对的相同的横截面,借助于该组件,模块(1,4,7,9,12)彼此连接以形成球面透镜表面。 提出了在模块(1,4,7,9,12)的侧面上的凹槽和突起的构造的各种组合。
    • 66. 发明授权
    • Communications retro-reflector
    • 通讯后视镜
    • US5424737A
    • 1995-06-13
    • US171308
    • 1993-12-22
    • Kevin W. Lindell
    • Kevin W. Lindell
    • H01Q15/08H01Q15/23H01Q15/00
    • H01Q15/08H01Q15/23
    • A lens such as a Luneberg lens is used in a retro-reflector having a plurality of reflector elements formed in a mosaic covering a predetermined portion of the lens. Each of the reflector elements may be individually controlled independently of the others; in this way, an interrogation source whose direction can be determined can have its interrogation signals reflected back only to it by having only one or a selected few of the reflector elements act as reflectors. Reflection in other directions may be suppressed by causing the other mosaic elements to act as absorbers. In addition, the reflectors can have their reflective or transmissive properties modulated so as to act as amplitude or phase modulators of the interrogation signal. In this way, information can be imparted to the reflected interrogation signal. Doppler effects, on account of the velocity of a vehicle upon which the retro-reflector is mounted, are corrected for each of the individual reflector elements depending upon their positions on the Luneberg lens in relation to the vehicle and its direction of motion and velocity. The lens can be arranged with fixed elements in a pattern with symmetry about an axis of rotation of the lens; such elements need not be fixed, however, and may also be individually controlled or controlled as a group in a pattern.
    • 诸如Luneberg透镜的透镜被用在具有形成为镶嵌在镜片的预定部分上的多个反射器元件的回射器中。 每个反射器元件可以独立于其它反射器元件独立控制; 以这种方式,可以确定其方向的询问源可以使其询问信号仅通过仅反射器元件中的一个或所选择的几个反射器反射回到它。 可以通过使其他马赛克元件作为吸收体来抑制其它方向的反射。 此外,反射器可以具有其反射或透射特性被调制以用作询问信号的幅度或相位调制器。 以这种方式,信息可以被赋予反射询问信号。 根据其相对于车辆及其运动方向和速度的Luneberg透镜上的位置,针对各个反射器元件,针对每个反射器元件校正由于其上安装有反光镜的车辆的速度的多普勒效应。 透镜可以布置成具有围绕透镜的旋转轴对称的图案的固定元件; 然而,这样的元件不需要被固定,并且也可以作为一个图案中的一个单独的控制或控制。