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
    • 2. 发明授权
    • Architecture and method of coupling electromagnetic energy to thermal detectors
    • 将电磁能耦合到热探测器的结构和方法
    • US06329655B1
    • 2001-12-11
    • US09414989
    • 1999-10-07
    • Michael D. JackMichael RayJohn VaresiJan GrinbergHarold FettermanFranklin A. Dolezal
    • Michael D. JackMichael RayJohn VaresiJan GrinbergHarold FettermanFranklin A. Dolezal
    • G01J500
    • G01J5/02G01J5/023G01J5/08G01J5/0837G01J5/20H01Q1/22H01Q9/28H01Q21/24
    • A radiation sensor. The inventive sensor has a two-level detector structure formed on a substrate in which a thermal detector element is suspended over the substrate as a microbridge structure. A receiver of electromagnetic radiation is provided on the same side of the substrate in a manner that efficiently couples the radiation field to the thermal detector element. The thermal detector element has a sandwich structure including a heater metal layer, a dielectric layer, and a thin film thermo-resistive material. The thermal detector element is suspended out of physical contact with the receiver. In one embodiment, the receiver is an antenna having a crossed bowtie configuration that efficiently couples the radiation field to the detector element. The inventive radiation sensors are especially useful for mm-wave and microwave sensing applications. The sensor can be used individually or in linear or two-dimensional arrays thereof. The invention also is directed to a method of fabricating such a radiation sensor.
    • 辐射传感器。 本发明的传感器具有形成在基板上的两级检测器结构,其中热探测器元件作为微桥结构悬挂在基板上。 将电磁辐射的接收器以有效地将辐射场耦合到热检测器元件的方式设置在基板的相同侧上。 热检测器元件具有包括加热器金属层,电介质层和薄膜耐热材料的夹层结构。 热探测器元件与接收器物理接触被暂停。 在一个实施例中,接收机是具有交叉的弓形结构的天线,其将辐射场有效地耦合到检测器元件。 本发明的辐射传感器对于毫米波和微波感测应用特别有用。 传感器可以单独使用或以其线性或二维阵列使用。 本发明还涉及一种制造这种辐射传感器的方法。
    • 5. 发明授权
    • Electron beam addressed liquid crystal light valve
    • 电子束寻址液晶光阀
    • US4728174A
    • 1988-03-01
    • US927580
    • 1986-11-06
    • Jan GrinbergNobuo J. KodaPhillip G. ReifWilliam P. Bleha, Jr.Murray S. WelkowskyArno G. Ledebuhr
    • Jan GrinbergNobuo J. KodaPhillip G. ReifWilliam P. Bleha, Jr.Murray S. WelkowskyArno G. Ledebuhr
    • G02F1/13G02F1/133G02F1/1333G09F9/35G09G3/18
    • G02F1/133348
    • An electron beam addressed crystal light valve (LCLV) produces an AC voltage across a liquid crystal layer from a single polarity electron beam, and exhibits very high resolution. A mirror and a thin layer of partially conductive material are deposited on a support membrane on the electron beam side of the liquid crystal. The partially conductive layer is divided into a series of pixel elements by a conductive matrix which faces the electron beam. Electrons from the beam are absorbed by the partially conductive layer to establish a negative voltage across the liquid crystal, and then flow out to the conductive matrix to produce an AC voltage prior to the next electron beam scan. The conductive matrix is connected in circuit with a transparent electrode which provides a voltage reference on the readout side of the liquid crystal. The elements of the device are designed with electrical parameters that produce a discharge rate from the partially conductive layer fast enough to complete an AC cycle between successive electron beam scans, but slow enough for the liquid crystal to respond and produce an image.
    • 电子束寻址晶体光阀(LCLV)从单极性电子束产生跨液晶层的交流电压,表现出非常高的分辨率。 在液晶的电子束侧的支撑膜上沉积有反射镜和薄层的部分导电材料。 部分导电层通过面向电子束的导电矩阵分成一系列像素元件。 来自光束的电子被部分导电层吸收,以在液晶两端建立负电压,然后在下一个电子束扫描之前流出到导电矩阵以产生交流电压。 导电矩阵与在液晶的读出侧提供电压基准的透明电极连接在一起。 器件的元件设计有电气参数,其从部分导电层产生放电速率足够快以在连续的电子束扫描之间完成AC循环,但是足够慢以使液晶响应并产生图像。
    • 10. 发明授权
    • Optical data processing system with reflective liquid crystal light valve
    • 光学数据处理系统带反光液晶光阀
    • US4018509A
    • 1977-04-19
    • US664777
    • 1976-03-08
    • Donald D. BoswellJan GrinbergAlexander D. JacobsonGary D. Myer
    • Donald D. BoswellJan GrinbergAlexander D. JacobsonGary D. Myer
    • G02B27/46G02F1/135G02F1/13
    • G02B27/46G02F1/135
    • There is disclosed a high performance coherent optical data processing system using a reflective mode liquid crystal light valve which is particularly suited for application to real-time coherent optical data processing. A preferred example of the system uses a reflective light valve comprising a CdS photoconductor, a CdTe light absorbing layer, a dielectric mirror, and a liquid crystal layer sandwiched between indium-tin-oxide transparent electrodes deposited on optical quality glass flats. The non-coherent light image is directed onto the photoconductor; this reduces the impedance of the photoconductor, thereby switching the AC voltage that is impressed across the electrodes onto the liquid crystal to activate the device. The liquid crystal is operated in a hybrid field effect mode. It utilizes the twisted nematic effect to create a dark off-state (voltage off the liquid crystal) and the optical birefringence effect to create the bright on-state. The liquid crystal thus modulates the polarization of the coherent read-out or projection light responsively to the non-coherent image. An analyzer is used to create an intensity modulated output beam which is projected through a Fourier transform lens onto a screen or other detector means.
    • 公开了一种使用特别适用于实时相干光数据处理的反射模式液晶光阀的高性能相干光数据处理系统。 该系统的优选实例使用包括CdS光电导体,CdTe光吸收层,电介质镜和夹在沉积在光学优质玻璃平板上的铟锡氧化物透明电极之间的液晶层的反射光阀。 非相干光图像被引导到光电导体上; 这降低了光电导体的阻抗,从而将跨电极施加的交流电压切换到液晶上以启动该装置。 液晶以混合场效应模式运行。 它利用扭曲的向列效应产生暗的关闭状态(液晶的电压)和光学双折射效应以产生亮的导通状态。 因此,液晶响应于非相干图像调制相干读出或投影光的偏振。 分析仪用于产生强度调制的输出光束,其通过傅立叶变换透镜投影到屏幕或其它检测器装置上。