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    • 1. 发明授权
    • High impedance probe for monitoring fast ethernet LAN links
    • 用于监控快速以太网LAN链路的高阻探头
    • US06233613B1
    • 2001-05-15
    • US08914294
    • 1997-08-18
    • Douglas WalkerRobin Iddon
    • Douglas WalkerRobin Iddon
    • G06F1300
    • H04L25/0266H04L1/24
    • A high impedance tap for monitoring traffic over a communication link of a fast Ethernet local area network (LAN). The circuit of the present invention is advantageously used for tapping into a fast Ethernet communication link (e.g., bi-directional communication channel) of a LAN using, for instance, {fraction (10/100)} BaseT Ethernet communication protocol. The novel circuit is particularly useful in point to point communication links (e.g., supporting fast Ethernet communication) where two communication nodes are coupled together using a bi-directional communication link (e.g., two twisted pair cables). Unlike the prior art monitoring probes, the probe of the present invention does not insert itself in series between the communication link, but rather taps onto the communication link in parallel using a high impedance termination circuit thereby leaving the existing communication link undisturbed electrically. By leaving the communication link undisturbed electrically, the probe of the present invention does not introduce latency into the communication link nor does it interrupt the communication link for any reason (e.g., during auto-negotiation sessions or on power down, power interruption, etc.). The high impedance value selected for the present invention is approximately one order of magnitude greater than the individual termination impedance of the communication nodes. The particular termination circuit used can employ a parallel coupled resistor with optional capacitors coupled to each wire of a twisted pair cable. The probe can be attached to a number of different statistics gathering systems (e.g., of the RMOD and RMOD2 standard) or various types of traffic accounting systems.
    • 用于监控快速以太网局域网(LAN)通信链路上的流量的高阻抗抽头。 本发明的电路有利地用于使用例如{fraction(10/100)} BaseT以太网通信协议来窃听LAN的快速以太网通信链路(例如,双向通信信道)。 该新颖的电路在使用双向通信链路(例如,双绞线电缆)将两个通信节点耦合在一起的点对点通信链路(例如,支持快速以太网通信)中特别有用。 与现有技术的监测探头不同,本发明的探针不会将其自身插入到通信链路之间,而是使用高阻抗终端电路并联连接到通信链路上,从而使现有的通信链路不受电扰动。 通过使通信链路不受干扰地进行,本发明的探测器不会将延迟引入到通信链路中,也不会由于任何原因(例如在自动协商会话期间或掉电,断电等)中断通信链路。 )。 为本发明选择的高阻抗值大约比通信节点的各个终端阻抗大一个数量级。 所使用的特定终端电路可以采用并联耦合电阻器,其中可选的电容器耦合到双绞线电缆的每根导线。 探测器可以连接到许多不同的统计信息收集系统(例如,RMOD和RMOD2标准)或各种类型的流量计费系统。
    • 3. 发明申请
    • Dispensing system with material spill prevention system
    • 配料系统配料防溅系统
    • US20090056286A1
    • 2009-03-05
    • US11920270
    • 2006-05-08
    • George BertramDouglas Walker
    • George BertramDouglas Walker
    • B65B1/30
    • B29C44/182B29C44/60
    • A material spill prevention system with feed location sensing system to reduce the possibility of material spillage relative to the film being utilized for bag formation. The material spill prevention system monitors whether there is a proper film feed situation and, if not, precludes the release of material from the dispenser as in by precluding a flow controller opening and the release of material to the bag intended to receive the release chemical (e.g., a foam packaging bag). The prevention system is applicable to a variety of film feed arrangements as in a C-fold film drawn by a nip roller arrangement from a roll source with the dispenser mechanism positioned intermediate the nip and film source relative to film travel. An embodiment of the spill prevention system also features an absolute position transducer for monitoring position of a flow controller which controls output of material from the dispenser.
    • 具有进料位置感测系统的材料溢出防止系统,以减少相对于用于袋形成的膜的材料溢出的可能性。 材料溢出预防系统监测是否存在适当的胶片进给情况,如果不是,排除了从分配器释放材料,因为通过排除流量控制器开口和释放材料到旨在接收释放化学品的袋子( 例如泡沫包装袋)。 预防系统可应用于各种胶片馈送装置,如在由辊源所组成的夹辊装置所绘制的C形折叠膜中,其中分配器机构相对于胶片行进位于辊隙和胶片源之间。 溢出物防止系统的一个实施例还具有绝对位置传感器,用于监测控制来自分配器的材料输出的流量控制器的位置。
    • 6. 发明申请
    • Catheter device and method for delivering a dose internally during minimally-invasive surgery
    • 导管装置和在微创手术期间内部递送剂量的方法
    • US20050020986A1
    • 2005-01-27
    • US10913520
    • 2004-08-09
    • Timothy MickleyBruce ChristieDouglas WalkerJeremy Connell
    • Timothy MickleyBruce ChristieDouglas WalkerJeremy Connell
    • A61M25/00A61M25/01A61M5/00
    • A61M25/0136A61M25/0084A61M2025/0089
    • A catheter handpiece apparatus and method for delivering a desired dose with minimal potential for contamination of the injected substance and rapid, accurate delivery of the desired dose. In one embodiment, a carriage assembly affixed to an inner lumen is slidably located within a handpiece housing equipped with an outer lumen. The carriage assembly receives a dose carpule. An actuator knob cocks the carriage assembly and a spring-powered actuator mechanism. After the catheter is maneuvered to a desired injection site and a desired dose is set, depressing a first trigger causes the inner lumen tip to extend beyond the outer lumen into the injection site. Depressing a second trigger causes the actuator mechanism to push the desired dose from the dose carpule through the inner lumen into the injection site. A second embodiment provides a catheter handpiece with a carriage assembly cocking lever and an operator-powered dose delivery mechanism.
    • 一种导管手持装置和方法,用于以最小的污染所注射物质的潜力来递送期望的剂量,并快速准确地输送所需剂量。 在一个实施例中,固定到内腔的托架组件可滑动地位于配备有外腔的手持壳体内。 托架组件接收剂量卡粒。 执行器旋钮使托架组件和弹簧动力致动器机构旋转。 在将导管操纵到期望的注射部位并设定期望的剂量之后,按下第一触发器将使内腔尖端延伸超出外腔进入注射部位。 按下第二个触发器使得致动器机构将期望的剂量从剂量小丸通过内腔推入注射部位。 第二实施例提供具有托架组件起动杆和操作者动力的剂量递送机构的导管手柄。
    • 8. 发明授权
    • Hand held dispenser
    • 手持式分配器
    • US08544689B2
    • 2013-10-01
    • US10591769
    • 2005-03-11
    • George BertramDouglas WalkerMatthew Hayduk
    • George BertramDouglas WalkerMatthew Hayduk
    • B67D7/78
    • B29B7/7438B29K2075/00B29K2105/04Y10T29/49826
    • A hand held dispenser system with associated dispensed material supply assembly as in separate source chemical foam precursor feeding into, for example, streamlined chemical passageways preferably each comprised of, in series, a castellated swivel hose filter, a valve assembly housing, a wing extensions of a manifold, which manifold supports a high efficiency drive system and is supported by a handle that provides for a compact assembly and receives a rugged trigger assembly. The manifold design provides for elongated filter and, temperature controlled cartridge heater insertion. There is further provided in a preferred embodiment a readily releasable electric source feed line plug connection at the butt end of the dispenser. The dispenser is well suited for the dispensing of methane foam as in a product packaging setting.
    • 手动分配器系统,其具有相关联的分配材料供应组件,如在单独的源化学泡沫前体中,进料到例如流线化的化学通道,优选地每个都包括雉ated旋转软管过滤器,阀组件壳体, 歧管,该歧管支撑高效率的驱动系统,并且由手柄支撑,该手柄提供紧凑的组件并且接收坚固的触发器组件。 歧管设计提供细长的过滤器和温度控制的盒式加热器插入。 在优选实施例中还提供了在分配器的对接端处的容易释放的电源馈线插头连接。 分配器非常适合于在产品包装设置中分配甲烷泡沫。
    • 9. 发明授权
    • Bag forming system edge seal
    • 袋成型系统边缘密封
    • US07213383B2
    • 2007-05-08
    • US10623100
    • 2003-07-22
    • Douglas WalkerGeorge Bertram
    • Douglas WalkerGeorge Bertram
    • B65B51/10B65B9/06
    • B29C44/60B29B7/7678B29C44/182B29C44/3442Y10T156/1741
    • A foam-in-bag assembly with a film feed mechanism which feeds film with a film driver and a bag forming assembly which includes an edge sealer that contacts film being fed by the film driver and which is supported on a moving member of the film feed mechanism and retains a fixed position relative to the moving member while in sealing engagement with the film being fed by the film driver. The edge seal assembly is preferably for use with a nip roller set and has a bearing through which a driving shaft of the nip roller extends and an edge wire is received on an edge wire support of the edge sealer. The support for the edge wire retains a fixed edge seal position while the driving member rotates within the sleeve.
    • 一种具有胶片馈送机构的泡沫包装组件,其将膜与胶片驱动器和袋形成组件一起供给,所述胶片驱动器和袋形成组件包括边缘密封件,所述边缘密封件接触由所述胶片驱动器馈送的胶片并且被支撑在胶片进给的移动部件上 机构,并且在与由胶片驱动器供给的胶片密封接合的同时保持相对于移动部件的固定位置。 边缘密封组件优选地与夹持辊组一起使用,并且具有轴承,夹持辊的驱动轴延伸穿过该轴承,并且边缘线被容纳在边缘密封器的边缘丝线支撑件上。 当驱动构件在套筒内旋转时,边缘线的支撑件保持固定的边缘密封位置。