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    • 1. 发明授权
    • Determining a profile for an interface of a network device
    • 确定网络设备接口的配置文件
    • US07796634B2
    • 2010-09-14
    • US11870490
    • 2007-10-11
    • Brian A. ArnoldKaartik ViswanathJeffrey LeePritesh N. PatelBruce B. WellerFloyd H. Gerhardt
    • Brian A. ArnoldKaartik ViswanathJeffrey LeePritesh N. PatelBruce B. WellerFloyd H. Gerhardt
    • H04J3/16
    • H04L67/303H04L65/1069
    • Selecting a profile for an interface of a network device includes accessing profile sequences, where each profile sequence corresponds to an interface. Each profile sequence includes profiles that provide parameters for communicating data. The following are repeated for a profile sequence for an interface until a link satisfies a sequence criterion or until a last profile of the profile sequence is reached to select a profile for the interface. A current profile is accessed, and a link for the interface is initiated according to the current profile. Whether the link for the interface satisfies the sequence criterion is determined. A next profile of the profile sequence is accessed if the link does not satisfy the sequence criterion, and the current profile is selected if the link satisfies the sequence criterion. Data is communicated according to the selected profile.
    • 选择网络设备的接口的配置文件包括访问配置文件序列,其中每个配置文件序列对应于接口。 每个配置文件序列包括提供用于传送数据的参数的配置文件。 对于接口的配置文件序列重复以下操作,直到链路满足序列标准或直到达到配置文件序列的最后一个配置文件以选择接口的配置文件为止。 访问当前配置文件,并根据当前配置文件启动该接口的链路。 确定接口的链路是否满足序列标准。 如果链路不满足序列标准,则访问轮廓序列的下一轮廓,并且如果链路满足序列标准,则选择当前轮廓。 数据根据所选配置文件进行通信。
    • 3. 发明授权
    • Determining a profile for an interface of a network device
    • 确定网络设备接口的配置文件
    • US07295570B1
    • 2007-11-13
    • US10383848
    • 2003-03-07
    • Brian A. ArnoldKaartik ViswanathJeffrey LeePritesh N. PatelBruce B. WellerFloyd H. Gerhardt
    • Brian A. ArnoldKaartik ViswanathJeffrey LeePritesh N. PatelBruce B. WellerFloyd H. Gerhardt
    • H04J3/16
    • H04L67/303H04L65/1069
    • Selecting a profile for an interface of a network device includes accessing profile sequences, where each profile sequence corresponds to an interface. Each profile sequence includes profiles that provide parameters for communicating data. The following are repeated for a profile sequence for an interface until a link satisfies a sequence criterion or until a last profile of the profile sequence is reached to select a profile for the interface. A current profile is accessed, and a link for the interface is initiated according to the current profile. Whether the link for the interface satisfies the sequence criterion is determined. A next profile of the profile sequence is accessed if the link does not satisfy the sequence criterion, and the current profile is selected if the link satisfies the sequence criterion. Data is communicated according to the selected profile.
    • 选择网络设备的接口的配置文件包括访问配置文件序列,其中每个配置文件序列对应于接口。 每个配置文件序列包括提供用于传送数据的参数的配置文件。 对于接口的配置文件序列重复以下操作,直到链路满足序列标准或直到达到配置文件序列的最后一个配置文件以选择接口的配置文件为止。 访问当前配置文件,并根据当前配置文件启动该接口的链路。 确定接口的链路是否满足序列标准。 如果链路不满足序列标准,则访问轮廓序列的下一轮廓,并且如果链路满足序列标准,则选择当前轮廓。 数据根据所选配置文件进行通信。
    • 4. 发明申请
    • Determining a Profile for an Interface of a Network Device
    • 确定网络设备接口的配置文件
    • US20080031272A1
    • 2008-02-07
    • US11870490
    • 2007-10-11
    • Brian ArnoldKaartik ViswanathJeffrey LeePritesh PatelBruce WellerFloyd Gerhardt
    • Brian ArnoldKaartik ViswanathJeffrey LeePritesh PatelBruce WellerFloyd Gerhardt
    • H04J3/16
    • H04L67/303H04L65/1069
    • Selecting a profile for an interface of a network device includes accessing profile sequences, where each profile sequence corresponds to an interface. Each profile sequence includes profiles that provide parameters for communicating data. The following are repeated for a profile sequence for an interface until a link satisfies a sequence criterion or until a last profile of the profile sequence is reached to select a profile for the interface. A current profile is accessed, and a link for the interface is initiated according to the current profile. Whether the link for the interface satisfies the sequence criterion is determined. A next profile of the profile sequence is accessed if the link does not satisfy the sequence criterion, and the current profile is selected if the link satisfies the sequence criterion. Data is communicated according to the selected profile.
    • 选择网络设备的接口的配置文件包括访问配置文件序列,其中每个配置文件序列对应于接口。 每个简档序列包括提供用于传送数据的参数的简档。 对于接口的配置文件序列重复以下操作,直到链路满足序列标准或直到达到配置文件序列的最后一个配置文件以选择接口的配置文件为止。 访问当前配置文件,并根据当前配置文件启动该接口的链路。 确定接口的链路是否满足序列标准。 如果链路不满足序列标准,则访问轮廓序列的下一轮廓,并且如果链路满足序列标准,则选择当前轮廓。 数据根据所选配置文件进行通信。
    • 6. 发明授权
    • Compact light mixing illuminator, utilizing the fourier transform of patterned solid-state surface light emitting arrays
    • 紧凑型光混合照明器,利用图案化固态表面发光阵列的傅立叶变换
    • US09022598B2
    • 2015-05-05
    • US13035705
    • 2011-02-25
    • Jeffrey Lee
    • Jeffrey Lee
    • F21V9/00G02B27/46
    • F21V9/00G02B27/46Y10S362/80
    • One embodiment of the invention is directed to a light mixing illuminator for illuminating an object, comprising an array of light emitting elements wherein at least some of the elements emit light of different wavelengths. An optical device is employed that focuses the light from the elements to a Fourier plane of the device, wherein the light emitting elements are arranged so that at least the zero spatial frequency components of light of the different wavelengths from the elements substantially overlap in a region at the Fourier plane. An objective is used to project the region onto the object. A mask is used that selectively blocks some of spatial frequency components of light from the elements without blocking the zero spatial frequency components of light from reaching the object.
    • 本发明的一个实施例涉及一种用于照亮物体的光混合照明器,包括一组发光元件,其中至少一些元件发射不同波长的光。 使用将来自元件的光聚焦到装置的傅立叶平面的光学装置,其中发光元件被布置成使得至少来自元件的不同波长的光的零空间频率分量在区域中基本上重叠 在傅里叶平面。 一个目标用于将该区域投影到对象上。 使用掩模,其选择性地阻挡来自元件的光的一些空间频率分量,而不阻挡光的零空间频率分量到达对象。
    • 8. 发明授权
    • Loading device for a pulmonary implant
    • 用于肺部植入物的装载装置
    • US08100959B2
    • 2012-01-24
    • US12043404
    • 2008-03-06
    • Like QueHoang NguyenSon GiaAjitkumar NairRoger FarnholtzGeorge SurjanAndrew HuffmasterJeffrey Lee
    • Like QueHoang NguyenSon GiaAjitkumar NairRoger FarnholtzGeorge SurjanAndrew HuffmasterJeffrey Lee
    • A61F2/06
    • A61B17/12022A61B17/12104A61B17/12172A61B50/30A61B2017/0053A61B2017/00809A61B2017/00867A61B2017/12054A61F2/04A61F2/2436A61F2002/043A61F2002/9522
    • Devices for loading a collapsible implant onto a delivery catheter. In one aspect, a loading device comprises an outer tubular structure and an inner tubular structure. The outer tubular structure comprises a narrowing passage configured to receive a catheter at one end and a collapsible implant at another end. The inner tubular structure is configured to move slidably and co-axially within the outer tubular structure. The inner tubular structure comprises a carrier pin configured to move within the narrowing passage as the inner tubular structure slides into the outer tubular structure. The sliding of the inner tubular structure into the outer tubular structure causes an implant mounted on the carrier pin to collapse as the implant moves through the narrowing passage and into the distal end of a catheter. In an optional aspect, the outer tubular structure further comprises a grasper to stabilize the catheter for receipt of the collapsible implant, and the internal diameter of the inner tubular structure varies to cause the grasper to first contract and stabilize the catheter, and then expand and release the catheter, as the grasper moves into the inner tubular structure.
    • 用于将可折叠植入物装载到输送导管上的装置。 在一个方面,装载装置包括外部管状结构和内部管状结构。 外部管状结构包括被配置为在一端接收导管并在另一端容纳可折叠植入物的狭窄通道。 内部管状结构构造成在外部管状结构内可滑动地和同轴地移动。 内部管状结构包括承载销,其构造成随着内部管状结构滑入外部管状结构而在变窄的通道内移动。 内部管状结构滑动到外部管状结构中,当植入物移动通过变窄的通道并进入导管的远端时,安装在承载销上的植入物塌陷。 在可选方面,外部管状结构还包括抓紧器,用于稳定导管以接收可折叠植入物,并且内部管状结构的内径变化,使得抓紧器首先收缩和稳定导管,然后膨胀和 释放导管,因为抓紧器移动到内部管状结构中。
    • 9. 发明申请
    • SOLAR COLLECTOR SYSTEM
    • 太阳能收集系统
    • US20110114081A1
    • 2011-05-19
    • US12904714
    • 2010-10-14
    • Jeffrey Lee
    • Jeffrey Lee
    • F24J2/30
    • F24S10/90F24S10/30F24S10/45F28D15/0266F28D15/0275Y02E10/44
    • A solar energy collecting system comprises a manifold defining a closed fluid passage between a condensation point and a heating point. The manifold includes a plurality of heat exchange members configured to be in heat exchange relationship with the fluid passage at the heating point, and a heat sink at the condensation point. A plurality of solar energy collector members extend from and operably connect to the heat exchange members of the manifold. The solar energy collector members collect solar energy and transform it into heat energy. Heat energy is transferred from the solar energy collector members to the heat exchange members and to a fluid in the passage in the manifold at the heating point so as to heat the fluid into a vapor. The fluid is circulated in heat exchange relationship to the condensation point where heat energy is transferred to the heat sink so as to cool the fluid to a liquid. The fluid repeatedly cycles between a vaporized state at the heat exchange members and a liquefied state at the condensation point.
    • 太阳能收集系统包括限定在冷凝点和加热点之间的封闭流体通道的歧管。 歧管包括构造成与加热点处的流体通道处于热交换关系的多个热交换构件,以及在冷凝点处的散热器。 多个太阳能收集器构件从歧管的热交换构件延伸并且可操作地连接到歧管的热交换构件。 太阳能收集器收集太阳能并将其转化为热能。 热能从太阳能收集器构件传递到热交换构件,并且在加热点处的歧管中的通道中的流体被转移,以将流体加热成蒸气。 流体以热能传递到散热器的冷凝点与热交换关系循环,以将流体冷却至液体。 流体在热交换构件的蒸发状态和冷凝点处的液化状态之间重复循环。
    • 10. 发明申请
    • SYSTEM AND USER INTERFACE FOR PROCESSING PATIENT MEDICAL DATA
    • 用于处理患者医疗数据的系统和用户界面
    • US20070055545A1
    • 2007-03-08
    • US11456688
    • 2006-07-11
    • Rex MaughanJeffrey LeeJennel McCoy
    • Rex MaughanJeffrey LeeJennel McCoy
    • G06Q10/00G06F19/00
    • G06Q50/24G06F19/00G06Q50/22G16H15/00G16H50/20
    • A clinical data processing system systematically organizes and analyzes clinically significant information of a patient using a result flag indicating a critical or abnormal result to automate display of a view of clinical data in various contexts including diagnosis, insurance, medical complaint assessment and others to improve patient care. A system for use in processing patient clinical data for access by a user includes a repository associating an observation with a clinical significance indicator and with data indicating observations relevant to evaluation of the observation having the associated clinical significance indicator. A clinical data processor uses the repository fork automatically providing data for display in response to receiving data representing an input observation and an associated clinical significance indicator. The data for display supports a user in making a patient assessment and includes the input observation and associated relevant clinical data item,s. A display processor initiates generation of data representing an image including the data for display.
    • 临床数据处理系统使用指示关键或异常结果的结果标志来系统地组织和分析患者的临床重要信息,以在包括诊断,保险,医疗投诉评估等的各种情况下自动显示临床数据视图以改善患者 关心。 用于处理患者临床数据以供用户访问的系统包括将观察与临床意义指标相关联的储存库,以及指示与具有相关临床意义指标的观察评估相关的观察结果的数据。 临床数据处理器使用储存库叉自动地提供用于显示的数据以响应于接收到表示输入观察的数据和相关联的临床显着性指示符。 用于显示的数据支持用户进行患者评估,并且包括输入观察和相关的相关临床数据项。 显示处理器启动表示包括要显示的数据的图像的数据的生成。