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    • 51. 发明授权
    • Dynamic edge bead removal
    • 动态边缘珠去除
    • US07183181B2
    • 2007-02-27
    • US10950839
    • 2004-09-27
    • Xiao LiRoger Y. B. YoungBruce J. Whitefield
    • Xiao LiRoger Y. B. YoungBruce J. Whitefield
    • H01L21/20H01L21/36
    • H01L21/02087H01L21/6708
    • A method of removing an edge bead of a coated material on a substrate. The substrate is rotated, and a fluid that solvates the coated material is delivered. The delivery of the fluid is directed radially inward on the substrate at a rate of between about three millimeters per second and about twenty millimeters per second until a desired innermost fluid delivery position on the substrate is attained. Immediately upon attaining the desired innermost fluid delivery position on the substrate, the delivery of the fluid is directed radially outward off the substrate at a rate of more than zero millimeters per second and less than about four millimeters per second. The rotation of the substrate is ceased.
    • 一种去除衬底上涂覆材料的边缘珠的方法。 旋转衬底,并且输送溶剂化涂覆材料的流体。 流体的输送以约3毫米每秒和约20毫米/秒的速率径向向内指向基底上,直到达到基底上所需的最内流体输送位置。 在基板上达到理想的最内流体输送位置之后,流体的输送立即以大于零毫米/秒的速度从基板径向向外指向,并且小于约4毫米/秒。 衬底的旋转停止。
    • 55. 发明授权
    • IP fragmentation in GTP tunnel
    • GTP隧道中的IP分片
    • US09203751B2
    • 2015-12-01
    • US13996231
    • 2010-12-21
    • Wei GuLei GuoXiao LiDi LiuLirong SunQi Xia
    • Wei GuLei GuoXiao LiDi LiuLirong SunQi Xia
    • H04L12/28H04L12/56H04L12/741H04W28/06H04W76/02H04W80/04H04L12/805
    • H04L45/74H04L47/36H04W28/06H04W76/12H04W80/04
    • The present invention relates to a method for improving IP fragmentation and transmission of user payload between a User Equipment, UE (10), and a Peer Node, PN (14). The payload is transmitted through a transmission path enabled by at least a first (17,18) and a second (17,18) established tunnel, said tunnels connecting a first (11), (13) and a second (11, 13) node in a Packet Core Network, PCN. The method comprises the steps of: The first node (11,13) fragments (19) at least one received payload packet (15) into fragments (16) on the basis of a minimum Maximum Transmission Unit, MTU, for an upper IP layer of the transmission path. The first node (11,13) encapsulates (20) said fragments at the entry of the first tunnel (17, 18). What particularly characterizes the method is that it further comprises a step where the first node (11,13) determines (21) the MTU for the upper IP layer of the transmission path on the basis of an MTU of a lower IP layer of the transmission path and on the basis of the size of at least one additional tunnel header for the encapsulated fragments (16).
    • 本发明涉及一种用于改善用户设备,UE(10)和对等节点(PN)(14)之间的用户有效载荷的IP分段和传输的方法。 有效载荷通过至少第一(17,18)和第二(17,18)建立的隧道启用的传输路径传输,所述隧道连接第一(11),(13)和第二(11,13) 分组核心网络中的节点,PCN。 该方法包括以下步骤:第一节点(11,13)根据用于上层IP的最小最大传输单元MTU将至少一个接收到的有效载荷分组(15)分段(19)成片段(16) 的传输路径。 第一节点(11,13)在第一隧道(17,18)的入口处封装(20)所述碎片。 该方法的特征在于,其还包括步骤,其中第一节点(11,13)基于传输的较低IP层的MTU来确定(21)传输路径的上层IP的MTU 并且基于用于封装的片段(16)的至少一个附加隧道头部的大小。
    • 57. 发明授权
    • Micro-gap thermal photovoltaic large scale sub-micron gap method and apparatus
    • 微间隙热光伏大型亚微米间隙法和装置
    • US08791357B2
    • 2014-07-29
    • US13037214
    • 2011-02-28
    • Eric L. BrownRobert S. DiMatteoBruno A. NardelliBin PengXiao Li
    • Eric L. BrownRobert S. DiMatteoBruno A. NardelliBin PengXiao Li
    • H01L31/00H01L31/04H01L31/024
    • H01L31/0406H01L31/024H01L31/052H01L31/0521H02S10/30Y02E10/50
    • The present invention relates to micron-gap thermal photovoltaic (MTPV) technology for the solid-state conversion of heat to electricity. The problem is forming and then maintaining the close spacing between two bodies at a sub-micron gap in order to maintain enhanced performance. While it is possible to obtain the sub-micron gap spacing, the thermal effects on the hot and cold surfaces induce cupping, warping, or deformation of the elements resulting in variations in gap spacing thereby resulting in uncontrollable variances in the power output. A major aspect of the design is to allow for intimate contact of the emitter chips to the shell inside surface, so that there is good heat transfer. The photovoltaic cells are pushed outward against the emitter chips in order to press them against the inner wall. A high temperature thermal interface material improves the heat transfer between the shell inner surface and the emitter chip.
    • 本发明涉及用于固态转换热量的微间隙热光伏(MTPV)技术。 问题是形成并且然后保持两个物体之间的亚微米间隙处的紧密间隔,以便保持增强的性能。 虽然可以获得亚微米间隙,但热和冷表面的热效应引起元件的拔罐,弯曲或变形,导致间隙间距的变化,从而导致功率输出的不可控变化。 该设计的主要方面是允许发射器芯片与壳体内表面紧密接触,从而具有良好的热传递。 将光伏电池向外压靠在发射器芯片上,以便将它们压靠在内壁上。 高温热界面材料改善了壳体内表面和发射极芯片之间的热传递。
    • 60. 发明申请
    • MULTIPLE PATH LOAD DISTRIBUTION FOR HOST COMMUNICATION WITH A TAPE STORAGE DRIVE
    • 带有磁带存储驱动的主机通信的多路径负载分配
    • US20130268693A1
    • 2013-10-10
    • US13443243
    • 2012-04-10
    • Charles BakerMiaohui ZhangXiao Li
    • Charles BakerMiaohui ZhangXiao Li
    • G06F3/00
    • G06F3/0635G06F3/061G06F3/0686
    • A method for a multiple port host to communicate with multiple tape drives is provided by requesting information associated with a particular tape. Information is provided that is indicative of availability status of a plurality of host ports. It is determined if there is a traffic load or a reservation load on an active host port. The active host port is reserved if there is not a traffic load or a reservation load on the active host port. Another method receives input indicative of read/write information from at least one tape drive at a host bus adapter. A host port count is increased, and a size of the read/write information is increased until the read/write information is not accepted by the host bus adapter. The host port count is decreased, and the size of the read/write information is decreased until the read/write information is accepted.
    • 通过请求与特定磁带相关联的信息来提供多端口主机与多个磁带驱动器通信的方法。 提供了指示多个主机端口的可用性状态的信息。 确定活动主机端口上是否存在流量负载或预留负载。 如果活动主机端口上没有流量负载或预留负载,则保留活动主机端口。 另一种方法从主机总线适配器接收来自至少一个磁带驱动器的指示读/写信息的输入。 增加主机端口计数,并且增加读/写信息的大小,直到主机总线适配器不接受读/写信息。 主机端口计数减少,读取/写入信息的大小减小,直到读取/写入信息被接受为止。