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    • 1. 发明授权
    • Apparatus and method for self-measurement of intraocular pressure
    • 眼压自我测量的装置和方法
    • US07556380B2
    • 2009-07-07
    • US10598002
    • 2003-10-20
    • Bruce E. CohanAndrew C. PearchZvi FlandersDonald E. Gillespie
    • Bruce E. CohanAndrew C. PearchZvi FlandersDonald E. Gillespie
    • A61B3/02A61B3/10
    • A61B3/16
    • An apparatus and method for the self-measurement of intraocular pressure utilize a tonometer disposed within a housing and having a tonometer tip. The apparatus further includes an adjustment mechanism in communication with the tonometer for positioning the tonometer tip in contact with a test eye of the user, and an illuminator mounted within the housing adjacent the tonometer tip. A receiver is aligned with the tonometer tip for receiving an applanation pattern created by contact of the tonometer tip with the test eye, and a display is provided in communication with the receiver for displaying the applanation pattern to an observing eye of the user. The intraocular pressure of the test eye is determined from a force applied by the tonometer tip upon observation of a selected applanation pattern by the observing eye.
    • 用于眼内自我测量的装置和方法利用设置在壳体内并具有眼压计尖端的眼压计。 该装置还包括与眼压计连通的调节机构,用于将眼压计尖端定位成与用户的测试眼接触,以及安装在邻近眼压计尖端的壳体内的照明器。 接收器与眼压计尖端对齐,用于接收通过眼压计尖端与测试眼睛的接触而产生的压平图案,并且提供与接收器通信的显示器,用于向用户的观察眼睛显示压平图案。 通过观察眼观察选定的压平图案,由眼压计尖端施加的力确定测试眼睛的眼内压。
    • 5. 发明授权
    • Method and apparatus for merging call components during call reconstruction
    • 在呼叫重建期间合并呼叫组件的方法和装置
    • US07366110B2
    • 2008-04-29
    • US11045702
    • 2005-01-27
    • Donald E. GillespieManish MarwahVivekananda Velamala
    • Donald E. GillespieManish MarwahVivekananda Velamala
    • H04L12/28
    • H04L65/1043H04L29/06027H04L65/1083H04L69/40
    • The present invention is directed to a secondary communication server 216 for assuming control of a communication formerly controlled by a primary communication server 212 in the event of a failure, comprising: (a) an input operable to (i) receive, from a first communication node 204a, first communication information, wherein the first communication information is associated with the communication and comprises a first node identifier 236a and/or a communication identifier 240a, the first node identifier 236a is associated with a second communication node 204b, the communication identifier is associated with the communication, and the second communication node 204b comprises second communication information associated with the communication and (ii) thereafter receive, from the second communication node 204b, the second communication information; and (b) a reconstruction agent 228 operable to identify the second communication information based on the first node identifier 236a and/or communication identifier 240a.
    • 本发明涉及一种辅助通信服务器216,用于在发生故障的情况下,假定对由主要通信服务器212先前控制的通信进行控制,其包括:(a)可操作以(i)从第一通信 节点204a,第一通信信息,其中第一通信信息与通信相关联并且包括第一节点标识符236a和/或通信标识符240a,第一节点标识符236a与第二通信节点204b相关联 所述通信标识符与所述通信相关联,并且所述第二通信节点204b包括与所述通信相关联的第二通信信息,以及(ii)此后从所述第二通信节点204b接收所述第二通信信息; 和(b)可操作以基于第一节点标识符236a和/或通信标识符240a来识别第二通信信息的重建代理228。
    • 6. 发明授权
    • Calling name information caching
    • 调用名称信息缓存
    • US06823048B2
    • 2004-11-23
    • US09813629
    • 2001-03-21
    • Donald E. Gillespie
    • Donald E. Gillespie
    • H04M164
    • H04M3/42H04M1/57H04M3/42042H04M3/42059H04M2242/22
    • Calling name presentation services are provided by maintaining a local cache of requested information. When a called destination is determined to subscribe to calling name presentation, the local cache is queried to determine if the calling number is in the local cache. If the calling number is in the local cache, information corresponding to the calling number is retrieved from the local cache. If the calling number is not in the local cache, a remote database is queried for the information. The information retrieved from the remote database is stored in the local cache. In either case, the name information is sent to the call destination. A Signaling System 7 architecture may be used to implement local caching.
    • 通过维护所请求信息的本地缓存来提供呼叫名称呈现服务。 当被叫目的地被确定订阅主叫名称时,查询本地高速缓存以确定主叫号码是否在本地缓存中。 如果主叫号码在本地缓存中,则从本地缓存中检索与主叫号码对应的信息。 如果主叫号码不在本地缓存中,则查询远程数据库。 从远程数据库检索的信息存储在本地缓存中。 在任一情况下,将名称信息发送到呼叫目的地。 信令系统7架构可用于实现本地缓存。
    • 8. 发明授权
    • Method and system for conveying supervision information
    • 监督信息的传递方法和系统
    • US06256379B1
    • 2001-07-03
    • US09163841
    • 1998-09-30
    • Donald E. Gillespie
    • Donald E. Gillespie
    • H04M322
    • H04M15/58H04M15/00H04M15/90H04M2215/016H04M2215/0188H04Q3/0029
    • A method and system for conveying supervision information to a call processing system using an intelligent network is provided. A call originating at the call processing system is received by a network switch. The network switch sends a query to a service control point which returns a routing message to the network switch. The network switch routes the call and waits for supervision information corresponding to a request for subsequent information provided by the service control point. Upon receiving the supervision information at the network switch, the network switch informs the service control point of the supervision information. The service control point in turn notifies the call processing system of the supervision information. Advantageously, the interface need not have the ability to convey supervision information.
    • 提供了一种用于将监控信息传送到使用智能网络的呼叫处理系统的方法和系统。 由呼叫处理系统发起的呼叫由网络交换机接收。 网络交换机向服务控制点发送查询,该服务控制点向网络交换机返回路由消息。 网络交换机路由呼叫,并等待与服务控制点提供的后续信息的请求对应的监控信息。 在网络交换机收到监控信息后,网络交换机通知业务控制点监控信息。 服务控制点又通知呼叫处理系统的监控信息。 有利地,接口不需要具有传送监督信息的能力。
    • 9. 发明授权
    • Pneumatically-powered battering ram
    • 气动马力
    • US5329685A
    • 1994-07-19
    • US80661
    • 1993-06-18
    • Donald E. Gillespie
    • Donald E. Gillespie
    • A62B3/00B25D1/00B25D9/08B23P19/04
    • B25D1/00A62B3/005B25D9/08Y10T29/53839Y10T29/5393
    • A pneumatically-powered battering ram for striking objects quickly and effectively with an initial high striking velocity resulting in an increased peak force effective in breaking the target object. The battering ram includes an elongated hollow housing containing a mass to be propelled, preferably a piston, and a supply of compressed gas, preferably carbon dioxide disposed within the housing. A valve mechanism releases a portion of the compressed gas into a charge cavity located between the piston and the supply of compressed gas. A sear mechanism holds the piston in place against the pressure of the compressed gas in the charge cavity. When the battering ram is swung at an object such as a door, a trigger mechanism releases the sear mechanism which in turn releases the piston. The piston is then accelerated forward by the compressed gas charge. Consequently, as the ram reaches the door, so does the piston which is traveling at a much higher velocity than could be obtained solely by manual swinging. As a result, the peak force initially imparted upon the door is greater and the door is broken down in a quick and efficient manner.
    • 一种用于以最初的高冲击速度快速有效地撞击物体的气动打击锤,导致有效地破坏目标物体的增加的峰值力。 殴打压头包括细长的中空壳体,其包含被推进的物质,优选活塞,以及供应压缩气体,优选地设置在壳体内的二氧化碳。 阀机构将一部分压缩气体释放到位于活塞和压缩气体供应之间的电荷腔中。 冲击机构抵抗压缩气体在充气腔中的压力将活塞保持在适当的位置。 当击打压头在诸如门的物体上摆动时,触发器机构释放冲击机构,其又释放活塞。 然后通过压缩气体充气向前加速活塞。 因此,当冲头到达门时,活塞以比仅通过手动摆动获得的速度高得多的速度行进。 结果,最初施加在门上的峰值力更大,门被快速有效地分解。