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    • 1. 发明授权
    • Real-time optical correlating system
    • 实时光学相关系统
    • US06999176B1
    • 2006-02-14
    • US09687166
    • 2000-10-16
    • Amy Sue KransteuberDon A. Gregory
    • Amy Sue KransteuberDon A. Gregory
    • G01B9/02
    • G06K9/745G03H1/04G03H1/2294G03H2001/0445G03H2226/11
    • A Real-Time Optical Correlating System produces holograms that contain both amplitude and phase information and have none of the time constraints of the traditional holographic methods. It has been demonstrated to operate at television field rates (60 Hz) employing currently available devices of moderate resolution. Using the System, the holographic matched filter of an input scene is calculated optically as an analog sum, captured by a charge-coupled device (CCD) camera and transmitted directly or through a computer to and displayed on a commercially available liquid crystal display (LCD) device. The correlation plane may be viewed immediately on a suitable screen because there is no film to process or computer calculations to be performed. Concurrently with the creation of the holographic matched filter of the input scene, a Fourier transform of a test scene is produced and both are imaged on another charge-coupled device camera for any correlation between the input and test scenes.
    • 实时光相关系统产生包含幅度和相位信息的全息图,并且没有传统的全息方法的时间限制。 已经证明使用目前可用的中等分辨率的装置在电视场速率(60Hz)下运行。 使用该系统,输入场景的全息匹配滤波器被光学地计算为模拟和,由电荷耦合器件(CCD)照相机捕获,并直接或通过计算机传输并显示在市售的液晶显示器(LCD)上 )设备。 可以在合适的屏幕上立即查看相关平面,因为没有要处理的电影或要执行计算机计算。 与输入场景的全息匹配滤波器的创建同时,产生测试场景的傅立叶变换,并且在另一个电荷耦合设备摄像机上对两者进行成像,以获得输入和测试场景之间的任何相关性。
    • 2. 发明授权
    • Optical encoding and correlation system
    • 光学编码与相关系统
    • US5235461A
    • 1993-08-10
    • US860379
    • 1992-03-30
    • James C. KirschDon A. Gregory
    • James C. KirschDon A. Gregory
    • G06E3/00G06K9/74
    • G06K9/745G06E3/005
    • An optical correlator system for encoding a complex optical image onto a erent beam of light such as a laser and comparing it with a reference complex image. One embodiment of the invention encodes phase only information of the complex image onto the coherent beam of light by means of a liquid crystal television receiver. The light beam is passed through the liquid crystal television receiver, whose pixels are manipulated to provide phase information concerning the image. A second embodiment of the invention encodes both phase and amplitude components of a complex image onto the coherent beam of light such as a laser beam. Either or both encodings are utilized in the optical correlator system.
    • 一种光学相关器系统,用于将复数光学图像编码到诸如激光的相干光束上,并将其与参考复合图像进行比较。 本发明的一个实施例通过液晶电视接收机将复数图像的相位信息编码到相干光束上。 光束通过液晶电视接收机,其像素被操纵以提供关于图像的相位信息。 本发明的第二实施例将复数图像的相位和幅度分量编码在诸如激光束的相干光束上。 光学相关器系统中都使用一个或两个编码。
    • 6. 依法登记的发明
    • Large memory acousto-optically addressed pattern recognition
    • 大存储声光地址模式识别
    • USH331H
    • 1987-09-01
    • US750611
    • 1985-07-01
    • Don A. GregoryJoseph G. M. DuthieLaura L. Huckabee
    • Don A. GregoryJoseph G. M. DuthieLaura L. Huckabee
    • G06E3/00G06K9/76
    • G06E3/005G06K9/76
    • A method of and apparatus for acousto-optically addressed pattern recognition using Vander Lugt matched filtering. In optical correlation a beam of light containing an image to be examined is directed to fall on a matched filter array that contains a representation of an object of interest. Critical alignment between the beam and a matched filter of the array is achieved by acousto-optical deflection of the light beam. A large number of matched filters can be addressed sequentially at very high sampling rates, thereby providing a large memory capability for coherent optical image processing. In the system an object beam containing an image of interest is directed to a plane of interest where the matched filter is located. An acousto-optical device located in the object beam path is driven by a signal generator at megahertz frequencies. The acousto-optical device converts the megahertz frequency signals to acoustic waves that affect the density of the optical path of the object wave, changing the index of refraction at a selected plane in this path. This spatial modulation of the index of refraction across the path of the wave causes the incident light to be deflected at selectable angles. By proper selection of the megahertz frequency driving signals these variable angles are selected to direct the Fourier transform of the object beam to selected ones of an array of matched filters at the focal plane, allowing rapid correlation of any incoming intelligence information on the object beam with prerecorded information stored in a filter array.
    • 7. 发明授权
    • Chemical polish for BaF.sub.2 and CaF.sub.2
    • BaF的化学抛光{HD 2 {B和CaF {HD 2
    • US4040896A
    • 1977-08-09
    • US741651
    • 1976-11-15
    • James A. HarringtonDon A. Gregory
    • James A. HarringtonDon A. Gregory
    • C04B41/53C04B41/91C09K13/04H01S3/034C23F3/00
    • C04B41/009C04B41/5353C04B41/91C09K13/04H01S3/034
    • Disclosed are a method and the chemical solutions (a blend of H.sub.2 SO..4 and CH.sub.3 COOH) employed for producing high quality crystal surfaces on CaF.sub.2 and BaF.sub.2 by a chemical polishing cycle that follows a multistage mechanical polishing cycle. The high quality crystal surfaces on CaF.sub.2 and BaF.sub.2, which otherwise are of the quality for field of use, makes these crystals ideally suited for applications as windows for HF/DF laser since the chemically polished crystal surface has fewer irregularities which reduce the amount of surface scattering of the HF/DF radiation, thus allowing a more predictable output. The high quality surfaces achieved from chemical polishing are of particular value in the study of optical absorption of very low loss materials, where the scattered radiation produces heat.
    • 公开了一种方法和化学溶液(H2SO4和CH3COOH的混合物),用于通过遵循多级机械抛光循环的化学抛光循环在CaF2和BaF2上生产高质量的晶体表面。 CaF2和BaF2上的高质量晶体表面,否则其质量在使用场合使得这些晶体非常适用于HF / DF激光器的窗口,因为化学抛光的晶体表面具有较少的不规则性,从而减少了表面的数量 散射HF / DF辐射,从而允许更可预测的输出。 在化学抛光中获得的高质量表面在研究散射辐射产生热量的极低损耗材料的光学吸收方面是特别有价值的。
    • 10. 发明授权
    • Fiber optic-based correlating and sensing system
    • 基于光纤的相关和感应系统
    • US5606435A
    • 1997-02-25
    • US578007
    • 1995-12-22
    • Amy S. KransteuberDon A. Gregory
    • Amy S. KransteuberDon A. Gregory
    • G01D5/353G03H1/04G06E3/00G03H1/16G02B27/46
    • G03H1/0404G01D5/266G06E3/003
    • The fiber optic-based correlating and sensing system (the System) utilizes length of optical fiber through which the object beam travels prior to being incident on the holographic plate. First, a matched filter is created on the holographic plate of the initial condition of the environment. Then when the plate is re-placed in its original position in the System and the reference beam is blocked from reaching the plate, a correlation peak appears as the object beam passes through the holographic plate. To use the System as a correlator, the object beam is transmitted through an input scene prior to its travel through the optical fiber. The changes in the input scene from the initial scene causes broadening of the shape of and degradation of intensity of the correlation peak. To use the System as a sensor, the object beam travels through the optical fiber acquiring information regarding the environment surrounding the fiber, such as pressure, temperature, sound, electric and magnetic fields. Again, the changes in the environment are indicated by the broadening shape and decreased intensity level of the correlation peak.
    • 基于光纤的相关和感测系统(系统)利用一定长度的光纤,物体光束在入射到全息板之前行进。 首先,在环境的初始状态的全息板上创建匹配滤波器。 然后当板被重新放置在系统中的原始位置并且参考光束被阻挡到达板时,当物体光束通过全息板时出现相关峰值。 为了将系统用作相关器,物体光束在通过光纤行进之前通过输入场景传输。 从初始场景的输入场景的变化引起相关峰的强度形状的变宽和劣化。 为了使用系统作为传感器,物体光束通过光纤获取关于光纤周围的环境的信息,例如压力,温度,声音,电场和磁场。 再次,环境的变化由相关峰值的形状和强度水平的降低来表示。