会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 32. 发明申请
    • SYSTEM AND METHOD FOR PROVIDING DETERMINISTIC ROUTING IN A NETWORK ENVIRONMENT
    • 在网络环境中提供决定性路由的系统和方法
    • US20120275458A1
    • 2012-11-01
    • US13542571
    • 2012-07-05
    • Vincent L. DetersMichael Wright
    • Vincent L. DetersMichael Wright
    • H04L12/56
    • H04L45/02H04L45/28
    • A method is provided in one example embodiment and includes receiving at a network element having a binding table a packet that is part of a flow, the binding table having an entry corresponding to the flow, the entry mapping the flow to a first one of a plurality of endpoints and recognizing that a state of the first one of the plurality of endpoints at the first network element is not active. The method further includes, determining that the state of the first one of the plurality of endpoints at a second network element mated with the first network element and having a binding table similar to the binding table of the first network element is active. The method still further includes, directing the flow to the first one of the plurality of endpoints via the second network element.
    • 在一个示例实施例中提供了一种方法,并且包括在具有绑定表的网元处接收作为流的一部分的分组,所述绑定表具有与所述流对应的条目,所述条目将所述流映射到第一个 并且识别第一网络元件上的多个端点中的第一个端点的状态不是活动的。 该方法还包括:确定与第一网络元件配合并具有类似于第一网络元件的绑定表的绑定表的第二网络元件处的多个端点中的第一个端点的状态是活动的。 该方法还包括经由第二网络单元将流引导到多个端点中的第一端点。
    • 33. 发明授权
    • Locking system for mortise lock base
    • 锁紧锁系统
    • US08201858B1
    • 2012-06-19
    • US12289804
    • 2008-11-05
    • Charles MoonMichael Wright
    • Charles MoonMichael Wright
    • E05C1/12
    • E05B13/004E05B15/0013E05B63/04E05B63/16Y10T70/5385Y10T70/5513Y10T70/5518Y10T292/0836Y10T292/0837Y10T292/084Y10T292/0844Y10T292/097Y10T292/0971
    • A locking system for a stop button employed in a mortise lock having a spindle for operating a latch utilizing a first spindle base and a second spindle base which are nested relative to one another. Each base includes an opening for the mortise lock spindle such that the spindle may enter the combined first and second bases from the left side or the right side. A locking hub overrides either the first or second base and is capable of selectively lying over either the first or second base. An abutment linked to the stop button interacts with the locking hub such that either the first or second base may not be turned by the spindle when this occurs. Locking hub selectively locks either the first or second base through its position relative to the same and allows the mortise lock to easily transform from a left-hand version to a right-hand version.
    • 一种用于榫眼锁中的停止按钮的锁定系统,其具有使用相对于彼此嵌套的第一主轴基座和第二主轴基座来操作闩锁的主轴。 每个底座包括用于榫眼锁定主轴的开口,使得主轴可以从左侧或右侧进入组合的第一和第二基座。 锁定毂优先于第一或第二底座并且能够选择性地躺在第一或第二底座之上。 与停止按钮相连的支座与锁定毂相互作用,使得当发生这种情况时,第一或第二底座可能不被主轴转动。 锁定毂选择性地将第一或第二底座锁定在相对于相同位置的位置,并允许榫眼锁从左侧版本转换为右侧版本。
    • 36. 发明授权
    • Method and system for customizing distributed short message routing
    • 定制分布式短消息路由的方法和系统
    • US07209759B1
    • 2007-04-24
    • US11159949
    • 2005-06-23
    • John David BillingMichael WrightGail Gyurek
    • John David BillingMichael WrightGail Gyurek
    • H04Q7/20H04Q7/38
    • H04W4/12
    • Techniques for dynamically distributing short messages include storing action data and parameter data. Action data indicates actions for forwarding a short message and includes an action to bypass a short message service center (SMSC). Parameter data indicates parameters in network protocol headers for a short message. Provider input data is received that indicates a special value set and a special action set. The special value set includes a value for a corresponding special parameter set that includes a parameter from the parameter data. The special action set includes an action to be performed if an actual value set matches the special value set. When a particular short message is received, it is determined whether an actual value set based on the particular short message matches the special value set. If so, then the short message is processed according to the special action set.
    • 用于动态分发短消息的技术包括存储动作数据和参数数据。 动作数据指示转发短消息的动作,并包括绕过短消息服务中心(SMSC)的动作。 参数数据表示短消息的网络协议头中的参数。 接收到提供者输入数据,指示特殊值集和特殊动作集。 特殊值集包括一个包含参数数据参数的特殊参数集的值。 特殊动作集包括如果实际值集合与特殊值集合匹配的操作。 当接收到特定短消息时,确定基于特定短消息设置的实际值是否匹配特殊值集合。 如果是这样,那么根据特殊的动作设置来处理短消息。
    • 38. 发明申请
    • Energy storing electronic lock
    • 储能电子锁
    • US20060112747A1
    • 2006-06-01
    • US11001288
    • 2004-12-01
    • Charles MoonWilly RuythoorenMichael Wright
    • Charles MoonWilly RuythoorenMichael Wright
    • E05B47/06
    • E05B47/0673E05B17/10E05B47/0012E05B2047/0024Y10T70/713
    • An electronic lock includes a compression spring that stores energy to ensure that the electronic lock re-locked after unlocking. The spring is received between a lock bolt and a lock bolt housing. When the electronic lock is locked, the lock bolt is received in a notch of a locking portion. When the electronic lock is unlocked, a motor moves both the lock bolt and the lock bolt housing in a direction to remove the lock bolt from the notch. After a predetermined amount of time, the motor is reversed to move the lock bolt housing in an opposing direction. If the outside handle has not been released, the lock bolt does not re-enter the notch. The spring is compressed between the lock bolt housing and the lock bolt and stores energy. When the outside handle is released and the notch returns to the original position, and the spring pushes the lock bolt into the notch to ensure the electronic lock is re-locked.
    • 电子锁包括一个压缩弹簧,该压缩弹簧存储能量以确保在解锁之后重新锁定电子锁。 弹簧被接收在锁定螺栓和锁定螺栓壳体之间。 当电子锁被锁定时,锁定螺栓被容纳在锁定部分的凹口中。 当电子锁解除锁定时,电动机将锁定螺栓和锁定螺栓壳体沿一个方向移动,以将锁定螺栓从凹口移除。 在预定的时间之后,马达被反转以使锁定螺栓壳体沿相反的方向移动。 如果外部手柄尚未释放,则锁定螺栓不会重新进入切口。 弹簧在锁定螺栓壳体和锁定螺栓之间被压缩并储存能量。 当外部手柄释放并且凹口返回到原始位置时,弹簧将锁定螺栓推入凹口,以确保电子锁被重新锁定。
    • 39. 发明授权
    • Method of calculating a pressure compensation recipe for a semiconductor wafer implanter
    • 计算半导体晶片植入机的压力补偿配方的方法
    • US07001856B2
    • 2006-02-21
    • US10697639
    • 2003-10-31
    • Frederico GarzaKarl PetersonMichael Wright
    • Frederico GarzaKarl PetersonMichael Wright
    • H01L21/00
    • H01J37/3171H01J37/304
    • A process uses pressure changes and a pressure compensation factor to estimate the rate at which neutral atoms are implanted. While implanting a first wafer using a first pressure compensation factor, the rate at which ions are implanted is determined. The first wafer is moved radially with respect to an ion beam while implanting ions into the first wafer so as to achieve a uniform total dose based on the rate at which ions are implanted and the estimated rate at which neutral atoms are implanted. The pressure is determined while implanting the first wafer, determining the pressure. A second pressure compensation factor is selected, that would have achieved a uniform rate of implanted ions plus implanted neutral atoms across a surface of the first wafer. The second pressure compensation factor is different from the first pressure compensation factor. The second pressure compensation factor is used to implant a second wafer. The second wafer is tested by forming a sheet resistance contour map. If the sheet resistant contour map shows uniform resistance across the wafer, the second pressure compensation factor is used to implant wafers subsequent to the second wafer.
    • 一个过程使用压力变化和压力补偿因子来估计中性原子被植入的速率。 在使用第一压力补偿因子植入第一晶片时,确定注入离子的速率。 第一晶片相对于离子束径向移动,同时将离子注入到第一晶片中,以便基于离子注入的速率和中性原子注入的估计速率来实现均匀的总剂量。 在注入第一晶片时确定压力,确定压力。 选择第二压力补偿因子,其将实现在第一晶片的表面上的注入离子加入植入的中性原子的均匀速率。 第二压力补偿系数与第一压力补偿系数不同。 第二压力补偿因子用于植入第二晶片。 通过形成薄层电阻轮廓图来测试第二个晶片。 如果抗张力轮廓图在晶片上显示出均匀的电阻,则第二压力补偿因子用于在第二晶片之后植入晶片。