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    • 63. 发明授权
    • SIP header reduction
    • SIP标头缩减
    • US07817635B2
    • 2010-10-19
    • US11991301
    • 2006-09-01
    • Haseeb AkhtarDavid BrombalAnthony JonesMohamed Khalil
    • Haseeb AkhtarDavid BrombalAnthony JonesMohamed Khalil
    • H04L12/28H04L12/56G06F15/16
    • H04L69/04H03M7/30H04L65/1006H04L67/14H04L69/22
    • A SIP header reduction protocol operating on a communication network to compress the SIP header fields on SIP control messages used to initiate a SIP communication session. The new protocol is implemented on the mobile use equipment (UE) (301) and P-CSCF proxy SIP server (302). The prior SIGCOMP compression dictionary is used to compress those header field parameters defined by the SIGCOMP dictionary. A new 3G Dictionary is implemented with header field parameters for several wireless specific data elements and parameters necessary to access various wireless technologies and services which are missing from the SIP/SDP based SIGCOMP dictionary. Finally, an Encoding Assistant (EA) (310, 355) function is implemented on the UE and P-CSCF that operates a standard encoding and decoding of SIP message header fields to reduce those SIP header fields that are dynamic over time but are essentially static in terms of most user communication. The EA parameters can be updated periodically, while the 3G and SIGCOMP dictionary are static and not updated.
    • 在通信网络上操作的SIP报头缩减协议,用于压缩用于发起SIP通信会话的SIP控制消息上的SIP报头字段。 新协议在移动设备(UE)301和P-CSCF代理SIP服务器302上实现。 先前的SIGCOMP压缩字典用于压缩由SIGCOMP字典定义的头字段参数。 实现了一个新的3G字典,其具有用于几个无线特定数据元素的头部字段参数和访问从基于SIP / SDP的SIGCOMP字典缺失的各种无线技术和服务所必需的参数。 最后,在UE和P-CSCF上实现编码助理(EA)(310,355)功能,其操作SIP消息头字段的标准编码和解码,以减少随时间动态变化但基本上是静态的那些SIP头字段 在大多数用户通信方面。 EA参数可以定期更新,而3G和SIGCOMP字典是静态的,不会更新。
    • 68. 发明申请
    • Synthetic infiltration collection system
    • 合成渗透收集系统
    • US20070108112A1
    • 2007-05-17
    • US11599495
    • 2006-11-13
    • Anthony JonesRobert Campbell
    • Anthony JonesRobert Campbell
    • E02B1/00
    • E03B3/00C02F1/004C02F2103/08
    • The present invention is a filtered seawater collection system for installation at seaside locations. This system filters undesirable elements from seawater including garbage, debris, volatile organics and biologics such as toxic algaes. The resulting filtered seawater is then pumped to a desalination plant for de-salting. This system comprises a subterranean reservoir installed at a sheltered location, such as behind a set of dunes. A borehole is created by directional drilling, the borehole breaking through the surf line and into open ocean. A pipe is laid extending from the reservoir out to the open ocean. The pipe ends in an intake, which is overlapped by gravel packets which act as filtration media. The intake receives water filtered through the gravel packets, which is transported through the pipe to the reservoir.
    • 本发明是用于安装在海边的过滤海水收集系统。 该系统从海水中过滤不需要的物质,包括垃圾,碎片,挥发性有机物和生物制剂如有毒藻类。 然后将所得过滤的海水泵送至用于脱盐的脱盐设备。 该系统包括安装在遮蔽位置的地下储存器,例如在一组沙丘的后面。 井眼是通过定向钻井产生的,钻孔穿过冲浪线并进入开阔的海洋。 一条管道从储水池延伸到开阔的海洋。 管道在入口处终止,该入口与作为过滤介质的砾石包重叠。 进气口接收通过砾石包过滤的水,其通过管道输送到储存器。