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    • 1. 发明授权
    • Intermodulation product stabilized laser
    • 互调产品稳定激光器
    • US5029174A
    • 1991-07-02
    • US446237
    • 1989-12-05
    • Mark W. AndersonGary W. DeBellRobert J. Schultz
    • Mark W. AndersonGary W. DeBellRobert J. Schultz
    • H01S3/137H01S3/139
    • H01S3/137H01S3/139
    • A method and system for stabilizing the output frequencies of a multimode laser of the type which operates in at least three optical cavity modes includes detecting the intermodulation product frequency, using a suitable photodetector. The optical cavity modes may be either purely longitudinal for a single transverse mode, or may include radiation from multiple transverse cavity excitations, also with possible longitudinal plurality. The detector output is monitored for the intermodulation product beat signal which is contained in the detector current at the differences of the primary difference frequencies of the optical modes. A signal derived from the frequency of the intermodulation product term is compared with a reference signal, and the resulting error signal is driven to zero by varying the optical length of the laser oscillator cavity in response to the error signal, thereby causing the operating modes of the laser to be stabilized. Possible means of adjusting optical cavity length include, but are not limited to, thermal expansion or contraction of the resonator support structure which is used to establish the relative spacing of the laser's end mirrors, by piezoelectric or magnetostrictive means according to which one or both cavity mirrors is moved to change physical cavity length, or other electro-optic means which may be employed to adjust optical cavity length by control of the refractive index or optical path length presented by an intracavity optical element.
    • 用于稳定以至少三个光腔模式工作的类型的多模激光器的输出频率的方法和系统包括使用合适的光电检测器检测互调产物频率。 对于单个横向模式,光腔模式可以是纯粹的纵向,或者可以包括来自多个横向空腔激励的辐射,也可能具有可能的纵向多个。 监视检测器输出,用于在光模式的主要差频的差值处包含在检测器电流中的互调产物拍频信号。 从互调乘积项的频率导出的信号与参考信号进行比较,并且通过响应于误差信号改变激光振荡器腔的光学长度而将所得到的误差信号驱动为零,从而导致 激光要稳定。 调整光腔长度的可能方法包括但不限于用于通过压电或磁致伸缩装置确定激光器端镜的相对间隔的谐振器支撑结构的热膨胀或收缩,根据该方法,一个或两个空腔 移动镜子以改变物理空腔长度,或者可以通过控制由腔内光学元件呈现的折射率或光程长度来调节光腔长度的其它电光装置。
    • 3. 发明授权
    • Near-eye display with on-axis symmetry
    • 具有轴对称性的近眼显示
    • US08376548B2
    • 2013-02-19
    • US12887572
    • 2010-09-22
    • Robert J. Schultz
    • Robert J. Schultz
    • G03B21/14G03B21/28G02B5/32G02B27/22G03H1/26G02F1/03G02F1/07G02F1/1335
    • G02B5/32G02B27/0101G02B2027/0112
    • A near-eye display projects virtual images from an image generator to an eyebox within which the virtual images can be seen by a viewer. A first optical path conveys image-bearing light from the image generator to a selectively reflective powered optic and a second optical path conveys the image-bearing light along a line of sight from the selectively reflective powered optic to the eyebox. First and second selectively reflective surfaces fold the first optical path with respect to the second optical path to locate the image generator out of the line of sight to the eyebox. The image generator is effectively inclined to the line of sight to the eyebox for reducing a thickness of the near-eye display. The selectively reflective powered optic is oriented normal to local overlapping portions of the first and second optical paths at the selectively reflective powered optic.
    • 近眼显示器将虚拟图像从图像发生器投射到眼镜框,在该眼镜框中可以看到虚拟图像。 第一光路将来自图像发生器的图像承载光传送到选择性反射的动力光学元件,并且第二光路将沿着视线的图像承载光从选择性反射的动力光学器件传送到眼框。 第一和第二选择性反射表面相对于第二光路折叠第一光路,以将图像发生器定位到眼镜框的视线之外。 图像发生器有效地倾斜到眼框的视线以减小近眼显示的厚度。 选择性反射驱动的光学器件在选择性反射的动力光学器件处定向成垂直于第一和第二光学路径的局部重叠部分。
    • 4. 发明申请
    • NEAR-EYE DISPLAY WITH ON-AXIS SYMMETRY
    • 近轴对称显示
    • US20120069413A1
    • 2012-03-22
    • US12887572
    • 2010-09-22
    • Robert J. Schultz
    • Robert J. Schultz
    • G02B27/01G02B5/32G02F1/19
    • G02B5/32G02B27/0101G02B2027/0112
    • A near-eye display projects virtual images from an image generator to an eyebox within which the virtual images can be seen by a viewer. A first optical path conveys image-bearing light from the image generator to a selectively reflective powered optic and a second optical path conveys the image-bearing light along a line of sight from the selectively reflective powered optic to the eyebox. First and second selectively reflective surfaces fold the first optical path with respect to the second optical path to locate the image generator out of the line of sight to the eyebox. The image generator is effectively inclined to the line of sight to the eyebox for reducing a thickness of the near-eye display. The selectively reflective powered optic is oriented normal to local overlapping portions of the first and second optical paths at the selectively reflective powered optic.
    • 近眼显示器将虚拟图像从图像发生器投射到眼镜框,在该眼镜框中可以看到虚拟图像。 第一光路将来自图像发生器的图像承载光传送到选择性反射的动力光学元件,并且第二光路将沿着视线的图像承载光从选择性反射的动力光学器件传送到眼框。 第一和第二选择性反射表面相对于第二光路折叠第一光路,以将图像发生器定位到眼镜框的视线之外。 图像发生器有效地倾斜到眼框的视线以减小近眼显示的厚度。 选择性反射驱动的光学器件在选择性反射的动力光学器件处定向成垂直于第一和第二光学路径的局部重叠部分。
    • 8. 发明授权
    • Processing packet information using an array of processing elements
    • 使用一系列处理元素处理数据包信息
    • US08477780B2
    • 2013-07-02
    • US10809164
    • 2004-03-25
    • Robert J. Schultz
    • Robert J. Schultz
    • H04L12/28H04L12/56
    • H04L49/3009H04L49/3063H04L49/40
    • Processing packet information using an array of processing elements involves performing search-independent processing on packet information in parallel with a search of a first stage memory unit and then using the processed information and the result from the search of the first stage memory unit to generate search information for a search of a second stage memory unit. The search-independent processing of packet information in parallel with search operations can be repeated at each stage of the array. By performing search-independent processing of packet information in parallel with search operations instead of serially, latency that is contributed from the relatively slow search operations is reduced.
    • 使用处理单元阵列处理分组信息涉及对第一级存储器单元的搜索并行地对分组信息进行搜索独立处理,然后使用经处理的信息和来自第一级存储器单元的搜索的结果来生成搜索 用于搜索第二级存储器单元的信息。 与搜索操作并行的分组信息的搜索独立处理可以在阵列的每个阶段重复。 通过与搜索操作并行地执行分组信息的搜索独立处理而不是串行地执行,从相对较慢的搜索操作中贡献的等待时间减少。