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    • 1. 发明申请
    • Firewall method and apparatus for industrial systems
    • 工业系统的防火墙方法和装置
    • US20060155865A1
    • 2006-07-13
    • US11326742
    • 2006-01-06
    • David BrandtBrian BatkeBryan SingerCraig AndersonGlenn SchulzMichael BushJohn WilkinsonRamdas PaiSteven Scott
    • David BrandtBrian BatkeBryan SingerCraig AndersonGlenn SchulzMichael BushJohn WilkinsonRamdas PaiSteven Scott
    • G06F15/16
    • H04L63/102H04L63/02H04L63/0245H04L63/0263H04L63/0428H04L63/10H04L69/16H04L69/163H04L69/166
    • The invention includes a method and apparatus for use with a system including networked resources where communication between resources is via a dual packet protocol wherein a first protocol includes a frame that specifies a destination device/resource and a data field and the second protocol specifies a final destination device/resource and includes a data field and where the second packets are encapsulated in the first protocol packet frames the method including the steps of specifying access control information for resources, for each first protocol packet transmitted on the network, intercepting the first protocol packet prior to the first protocol destination resource, examining at least a subset of the additional embedded packet information to identify at least one of the intermediate path resources and the final destination resource, identifying the access control information associated with the identified at least one of the intermediate path resources and the final destination resource and restricting transmission of the first protocol packet as a function of the identified access control information.
    • 本发明包括一种用于包括网络资源的系统的方法和装置,其中资源之间的通信是经由双包协议,其中第一协议包括指定目的地设备/资源的帧和数据字段,并且第二协议指定最终 目的地设备/资源,并且包括数据字段,并且其中第二分组被封装在第一协议分组帧中,该方法包括以下步骤:为网络上发送的每个第一协议分组指定用于资源的访问控制信息,拦截第一协议分组 在所述第一协议目的地资源之前,检查所述附加嵌入分组信息的至少一个子集以识别所述中间路径资源和所述最终目的地资源中的至少一个,识别与所述中间路由资源和所述最终目的地资源相关联的所述访问控制信息, 路径资源和最终目的地 资源和限制作为所识别的访问控制信息的函数的第一协议分组的传输。
    • 4. 发明申请
    • Endoscope test device
    • 内窥镜测试装置
    • US20050049457A1
    • 2005-03-03
    • US10910074
    • 2004-08-03
    • Dennis LeinerMichael Bush
    • Dennis LeinerMichael Bush
    • G01M11/00G01M11/02H04N5/225H04N17/00A61B1/00
    • G01M11/0264A61B1/00057G01M11/00G01M11/0214H04N17/002H04N2005/2255
    • The invention uses optics and precision mechanisms to quantitatively assess the performance of medical endoscopes. By viewing standardized optical targets under well-controlled conditions, the optical quality of endoscopes can be easily determined in much the same fashion as getting one's eyes tested at the optometrist. The actual design, however, is much more complicated than your optometrist's eye chart and different-types of endoscopes from different manufacturers require customization of the target geometry, the viewing distance, and the viewing angle. Also, there are several optical characteristics beyond image sharpness that need to be assessed, requiring other unique test geometries, including contrast, distortion, and vignetting. Clinically significant measurements are performed with simplicity and cost-effectiveness through the use of relatively inexpensive optical components and an embedded processor and graphical display system.
    • 本发明使用光学和精密机构来定量评估医用内窥镜的性能。 通过在良好控制的条件下观察标准化的光学目标,可以以与验光师测试眼睛大致相同的方式容易地确定内窥镜的光学质量。 然而,实际设计比您的验光师眼图复杂得多,不同制造商的不同类型的内窥镜需要定制目标几何,观看距离和视角。 此外,除了图像清晰度之外,还需要对其进行评估,需要其他独特的测试几何,包括对比度,失真和渐晕等几种光学特性。 通过使用相对便宜的光学元件和嵌入式处理器和图形显示系统,以简单和成本效益来进行临床重要的测量。
    • 10. 发明授权
    • Endoscope test device
    • 内窥镜测试装置
    • US07022065B2
    • 2006-04-04
    • US10910074
    • 2004-08-03
    • Dennis C. LeinerMichael Bush
    • Dennis C. LeinerMichael Bush
    • A61B1/00
    • G01M11/0264A61B1/00057G01M11/00G01M11/0214H04N17/002H04N2005/2255
    • The invention uses optics and precision mechanisms to quantitatively assess the performance of medical endoscopes. By viewing standardized optical targets under well-controlled conditions, the optical quality of endoscopes can be easily determined in much the same fashion as getting one's eyes tested at the optometrist. The actual design, however, is much more complicated than your optometrist's eye chart and different types of endoscopes from different manufacturers require customization of the target geometry, the viewing distance, and the viewing angle. Also, there are several optical characteristics beyond image sharpness that need to be assessed, requiring other unique test geometries, including contrast, distortion, and vignetting. Clinically significant measurements are performed with simplicity and cost-effectiveness through the use of relatively inexpensive optical components and an embedded processor and graphical display system.
    • 本发明使用光学和精密机构来定量评估医用内窥镜的性能。 通过在良好控制的条件下观察标准化的光学目标,可以以与验光师测试眼睛大致相同的方式容易地确定内窥镜的光学质量。 然而,实际设计比您的验光师眼图复杂得多,不同制造商的不同类型的内窥镜需要定制目标几何,观看距离和视角。 此外,除了图像清晰度之外,还需要对其进行评估,需要其他独特的测试几何,包括对比度,失真和渐晕等几种光学特性。 通过使用相对便宜的光学元件和嵌入式处理器和图形显示系统,以简单和成本效益来进行临床重要的测量。