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    • 102. 发明授权
    • Head-mounted display apparatus for observing an outside world image
and/or a display image
    • 用于观察外界图像和/或显示图像的头戴式显示装置
    • US5526184A
    • 1996-06-11
    • US163693
    • 1993-12-09
    • Yuki TokuhashiAkiyoshi TochigiSatoshi Imai
    • Yuki TokuhashiAkiyoshi TochigiSatoshi Imai
    • G02B27/02G02B5/30G02B27/01G02F1/13G02F1/1335H04N5/64G02B27/14
    • G02B27/017G02B27/0172G02B2027/0178G02B5/30
    • A head-mounted display apparatus designed so that the utilization efficiency of display light from an image display device is increased and it is possible to control the brightness of an outside, real world image and also possible to shut off light from the outside. A liquid crystal display device (2) is disposed so that the direction of polarization of light emerging from the liquid crystal display device (2) is parallel to the plane of incidence on a polarization beam splitter (5) disposed in front of an observer's eye. The light emerging from the liquid crystal display device (2) is transmitted by the PBS (5) and reflected by a concave mirror (3) through a quarter-wave plate (6) disposed on the exit side of the PBS (5). The reflected light passes through the quarter-wave plate (6) and enters the PBS (5) again. Since the display light passes through the quarter-wave plate (6) twice during the round-trip travel, almost all the display light is reflected by the PBS (5) to enter the observer's eye. Accordingly, the light emerging from the liquid crystal display device (2) reaches the observer's eye with substantially no loss of light. With regard to light (4) from the outside world, a half of the incident light is reflected by the PBS (5), and the other half reaches the observer's eye.
    • 一种头戴式显示装置,其设计成使得来自图像显示装置的显示光的利用效率增加,并且可以控制外部的真实世界图像的亮度,并且还可以切断来自外部的光。 液晶显示装置(2)被布置成使得从液晶显示装置(2)出射的光的偏振方向平行于设置在观察者眼前的偏振分束器(5)上的入射平面 。 从液晶显示装置(2)出射的光由PBS(5)透射并通过设置在PBS(5)的出射侧的四分之一波片(6)被凹面镜(3)反射。 反射光通过四分之一波片(6)并再次进入PBS(5)。 由于显示光在往返行进期间通过四分之一波片(6)两次,几乎所有的显示光被PBS(5)反射,以进入观察者的眼睛。 因此,从液晶显示装置(2)射出的光基本上没有光线而到达观察者的眼睛。 对于来自外界的光(4),一半的入射光被PBS(5)反射,另一半到达观察者的眼睛。
    • 103. 发明授权
    • Welder head
    • 焊机头
    • US4803329A
    • 1989-02-07
    • US089804
    • 1987-08-27
    • Syozo NakataSatoshi Imai
    • Syozo NakataSatoshi Imai
    • B23K11/30B23K11/31B23K9/32
    • B23K11/315
    • A welder head comprises a pair of welding electrodes arranged opposite to each other through workpiece to be welded, an electrode holder including a sliding member for holding one of welding electrodes and a support member for supporting the sliding member slidably in an opposing direction of welding electrodes, a pressure mechanism for pressing the one of the welding electrodes toward the other of the welding electrodes through the electrode holder, an elastic member for urging the sliding member toward the opposing direction of the welding electrodes, and a U-shaped electricity feeder provided between the one of the welding electrodes and the support member of the electrode holder and for supplying a welding current to the one of the welding electrodes.
    • 焊接头包括通过待焊接的工件彼此相对布置的一对焊接电极,包括用于保持焊接电极之一的滑动部件和用于沿着焊接电极的相反方向可滑动地支撑滑动部件的支撑部件的电极保持器 用于通过电极保持器将焊接电极中的一个朝向另一个焊接电极按压的压力机构,用于将滑动部件朝向焊接电极的相反方向推压的弹性部件,以及设置在焊接电极之间的U形供电装置 焊接电极中的一个和电极保持器的支撑构件,并且用于向焊接电极之一提供焊接电流。
    • 105. 发明授权
    • Network design system
    • 网络设计系统
    • US09191306B2
    • 2015-11-17
    • US13307629
    • 2011-11-30
    • Satoshi Imai
    • Satoshi Imai
    • H04L12/26H04L12/721H04L12/24
    • H04L45/123H04L41/0806H04L41/145
    • An operator sets a path demand to be accommodated, and sets information of a device candidate, the number of ports, a path route and the like, which are demanded for a network, in an objective function that indicates a total cost when the path demand to be accommodated is newly included in the network. A mathematical programming problem for minimizing the objective function under a constraint condition derived from a configuration of the network is set, and a solution is obtained by using a solver for solving the mathematical programming problem. A device is added or the like to the network based on the obtained solution, and the demanded path is added to the network.
    • 操作者设定要容纳的路径需求,并且在指示路径需求的总成本的目标函数中设置要求网络的设备候选的信息,端口数,路径路径等信息 被包含在网络中。 设定了从网络配置导出的约束条件下最小化目标函数的数学规划问题,并通过使用求解器来求解数学规划问题来获得解决方案。 基于所获得的解决方案将设备添加到网络等,并且将所请求的路径添加到网络。
    • 107. 发明授权
    • Path control method, communication system, and communication apparatus
    • 路径控制方法,通信系统和通信装置
    • US08885640B2
    • 2014-11-11
    • US12961643
    • 2010-12-07
    • Satoshi Imai
    • Satoshi Imai
    • H04L12/28H04L12/721H04L12/773H04L12/729
    • H04L45/124H04L45/123H04L45/125H04L45/60
    • A path control method for controlling paths among edge nodes on a network wherein a plurality of nodes, including relay nodes and multiple edge nodes, are connected via links, the method including determining paths in a specified plurality of edge nodes, path information indicating the paths determined by an edge node that determines paths earlier is transmitted to an edge node that determines paths subsequently, each edge node that determines paths subsequently determines additional paths by prioritizing the use of paths indicated by the path information, and conducting path control on the network by using the path information obtained as a result of paths being determined by the last edge node from among the specified plurality of edge nodes.
    • 一种用于控制网络中的边缘节点之间的路径的路径控制方法,其中包括中继节点和多个边缘节点的多个节点经由链路连接,所述方法包括确定指定的多个边缘节点中的路径,指示路径的路径信息 由确定先前路径的边缘节点确定的边缘节点确定随后的路径,确定路径的每个边缘节点随后通过对由路径信息指示的路径的使用进行优先级来确定附加路径,以及通过网络上的路径控制来进行网络上的路径控制 使用由所述最终边缘节点从所述指定的多个边缘节点中确定的路径获得的路径信息。
    • 108. 发明授权
    • Route control method and route control system
    • 路线控制方法和路线控制系统
    • US08705555B2
    • 2014-04-22
    • US12890776
    • 2010-09-27
    • Satoshi ImaiAkiko YamadaTakanori Matsunaga
    • Satoshi ImaiAkiko YamadaTakanori Matsunaga
    • H04Q11/02
    • H04L43/0876H04L41/0803H04L41/12H04L43/0817H04L45/127
    • A route control system includes a status measuring unit, a cost management unit, a route determining unit, and a route setting unit. The status measuring unit checks a status of each node included in a network. The status is a wake state or a sleep state. The cost management unit updates a link cost for a link connected to a node in the wake state to a value smaller than any link cost for a link connected to a node in the sleep state. The route determining unit determines an optimum route connecting a first terminal to a second terminal. A sum of the link costs for the optimum route is lowest among the link costs for other available routes connecting the first terminal to the second terminal. The route setting unit sets a requested data flow in the optimum route.
    • 路线控制系统包括状态测量单元,成本管理单元,路线确定单元和路线设置单元。 状态测量单元检查网络中包括的每个节点的状态。 状态是唤醒状态或睡眠状态。 成本管理单元将连接到处于唤醒状态的节点的链路的链路成本更新为小于连接到处于睡眠状态的节点的链路的任何链路成本的值。 路线确定单元确定将第一终端连接到第二终端的最佳路由。 在将第一终端连接到第二终端的其他可用路由的链路成本中,最佳路由的链路成本的总和最小。 路由设置单元在最佳路由中设置所请求的数据流。
    • 109. 发明授权
    • Video quality monitoring method, distribution server, and client
    • 视频质量监控方式,分发服务器和客户端
    • US08296814B2
    • 2012-10-23
    • US12707785
    • 2010-02-18
    • Koji NakamichiSatoshi ImaiHiroshi YamamotoToshio Soumiya
    • Koji NakamichiSatoshi ImaiHiroshi YamamotoToshio Soumiya
    • H04N7/173
    • H04N17/004H04N21/2404H04N21/2407H04N21/64723
    • A video quality monitoring method includes a distribution server measuring first video quality index values according to a full-reference method by comparing a video, distributed from the distribution server to a client through a network, with a degraded video, generated by causing multiple scenarios of quality degradation due to the network in the video in a pseudo manner, creating characteristic data of first quality degradation values, obtained by causing the quality degradation to vary with the scenarios at regular intervals, and the first video quality index values corresponding to the respective scenarios, and transmitting the characteristic data to the client; and the client measuring a second quality degradation value in the video distributed through the network, and calculating a second video quality index value, equivalent to a value according to the full-reference method, of the distributed video from the measured second quality degradation value and the characteristic data.
    • 视频质量监视方法包括分发服务器,根据全参考方法,通过将通过网络从分发服务器分发给客户端的视频与通过使用多个场景的多个场景生成的劣化视频进行比较来测量第一视频质量指标值 以伪方式由于视频中的网络导致的质量劣化,产生通过使质量劣化以规则的间隔随场景而变化的第一质量劣化值的特征数据,以及与各个场景对应的第一视频质量指标值 并将特征数据发送给客户端; 并且所述客户端测量通过所述网络分发的视频中的第二质量劣化值,并且根据所测量的第二质量劣化值计算与所述全参考方法相对应的分布式视频的值的第二视频质量指标值,以及 特征数据。
    • 110. 发明授权
    • Camera module
    • 相机模块
    • US08265479B2
    • 2012-09-11
    • US12312223
    • 2007-10-24
    • Satoshi ImaiMitsuru IchikawaFujio KanaiAtsushi HoridanTakahiro Okabe
    • Satoshi ImaiMitsuru IchikawaFujio KanaiAtsushi HoridanTakahiro Okabe
    • G03B17/02
    • H04N5/2253G02B7/102G03B17/02G03B2217/002H04M1/0214H04M1/0264H04N5/2254H04N5/2257
    • A camera module advantageous in simplifying an assembly process is provided. A camera module 22 includes a barrel unit 66 having a housing space S; a lens holding unit 68 which holds an imaging optical system 34, which is housed in the housing space S, and which is supported such that the lens holding unit 68 is movable along an optical axis of the imaging optical system 34; an image pickup element 29 which is disposed in the barrel unit 66 and which picks up an object image guided by the imaging optical system 34; and a driving unit 72 which moves the lens holding unit 68 along the optical axis of the imaging optical system 34. The barrel unit 66 includes an inner barrel 80 in which the housing space S is formed and an outer barrel 78 disposed outside the inner barrel 80. A retaining plate 86 includes a front plate portion 86A and two side plate portions 86B. The retaining plate 86 clamps the inner barrel 80 and the outer barrel 78 in the optical axis direction in the state in which the front plate portion 86A retains a front end of the outer barrel 78 and distal ends of the two side plate portions 86B retain the rear end-face wall 8002.
    • 提供了有利于简化组装过程的相机模块。 相机模块22包括具有容纳空间S的筒单元66; 保持单元68,其保持容纳在容纳空间S中的成像光学系统34,并且被支撑为使得透镜保持单元68能够沿着成像光学系统34的光轴移动; 图像拾取元件29,其设置在镜筒单元66中并拾取由成像光学系统34引导的物体图像; 以及驱动单元72,其沿着成像光学系统34的光轴移动透镜保持单元68.筒单元66包括内筒80,其中形成有容纳空间S,以及设置在内筒外侧的外筒78 保持板86包括前板部分86A和两个侧板部分86B。 在前板部86A保持外筒78的前端的状态下,保持板86在光轴方向夹持内筒80和外筒78,两侧板部86B的前端保持 后端面壁8002。