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    • 5. 发明申请
    • MEDICAL SKIN COVERINGS, SURGICAL INCISION DRAPES, BACTERIAL BARRIERS FOR COVERING WOUNDS, SKIN CLOSURE DEVICES AND METHODS OF TREATMENT USING SAME
    • 医疗皮肤覆盖物,外科手术切口,用于覆盖伤口的细菌障碍物,皮肤闭合装置和使用其的治疗方法
    • WO2014202935A1
    • 2014-12-24
    • PCT/GB2014/000236
    • 2014-06-17
    • LUMINA ADHESIVES ABBERESFORD, Keith Denis Lewis
    • TUNIUS, Mats
    • A61L15/58A61B19/08A61F13/02C09J4/06
    • C09J4/06A61B17/00491A61B17/085A61B46/00A61B2017/005A61F13/0253A61L15/58C08L33/08C08L33/10
    • A medical skin covering comprises a layer of a switchable adhesive composition disposed between first and second release liners, the release liners having low surface energy relative to skin so that the adhesive composition adheres preferentially to skin. The adhesive composition comprises a mixture, in proportions by weight based on the weight of the composition, of: 10% to 95% of a pressure sensitive adhesive component not having pendent curable groups curable by free radical polymerisation; 5% to 85% of curable molecules curable by free radical polymerization, and 0.1% to 10% of photoinitiator; the weight proportion of the adhesive component being calculated on the basis of its dry weight. The switchable adhesive composition is transformable from a viscoelastic state to an elastic state upon exposure to visible light or long wavelength UV and the medical skin covering may be used in a surgical incision drape, a bacterial barrier, a skin closure device, a wound dressing or for fixing medical equipment to skin such as electrodes, electrical leads and tubes for delivery and removal of fluids.
    • 医用皮肤覆盖物包括设置在第一和第二剥离衬垫之间的可切换粘合剂组合物层,所述剥离衬垫相对于皮肤具有低的表面能,使得粘合剂组合物优先粘附于皮肤。 粘合剂组合物包含按重量计按组合物重量计的混合物:10%至95%的不具有通过自由基聚合可固化的侧链可固化基团的压敏粘合剂组分; 5%至85%的通过自由基聚合可固化的可固化分子和0.1%至10%的光引发剂; 基于其干重计算粘合剂组分的重量比例。 可切换粘合剂组合物在暴露于可见光或长波长紫外线时可从粘弹性状态转变为弹性状态,医用皮肤覆盖物可用于手术切口悬垂,细菌屏障,皮肤闭合装置,伤口敷料或 用于将医疗设备固定到诸如电极,电引线和用于输送和去除流体的管的皮肤上。
    • 6. 发明申请
    • PEDAL CRANK TORQUE SENSOR FOR A BICYCLE
    • 用于自行车的PEDAL CRANK扭矩传感器
    • WO2014132021A1
    • 2014-09-04
    • PCT/GB2014/000070
    • 2014-02-28
    • KARBON KINETICS LIMITED
    • THORPE, RichardLUKIS, Lawrence
    • B62M3/00B62M6/50B62M6/45
    • B62M3/003B62M6/45B62M6/50G01L3/1435
    • There is described a torque sensing system for a bicycle (1) having a pair of pedals (8) mounted at respective ends of a pedal shaft (18), and a drive sprocket (12) mounted to the pedal shaft adjacent one end thereof, the torque sensing system comprising first and second encoders (5, 9) mounted at spaced locations for rotation with the pedal shaft and sprocket, respective first and second detectors (4, 16) for sensing angularly spaced points on the said first and second encoders, and control circuitry for receiving input signals from said first and second detectors, the control circuitry being operable to determine the relative angular positions of the first and second encoders and to determine a torque value based on the determined relative angular positions of the first and second encoders.
    • 描述了一种用于具有安装在踏板轴(18)的相应端部的一对踏板(8)的自行车(1)的扭矩传感系统,以及安装在与其一端相邻的踏板轴上的驱动链轮(12) 转矩传感系统包括安装在间隔位置以与踏板轴和链轮一起旋转的第一和第二编码器(5,9),用于感测所述第一和第二编码器上的角度间隔的点的相应的第一和第二检测器(4,16) 以及用于从所述第一和第二检测器接收输入信号的控制电路,所述控制电路可操作以确定所述第一和第二编码器的相对角位置,并且基于所确定的所述第一和第二编码器的相对角位置来确定扭矩值 。
    • 8. 发明申请
    • A BUILDING SYSTEM
    • 建筑系统
    • WO2013057462A1
    • 2013-04-25
    • PCT/GB2012/000791
    • 2012-10-17
    • ANDREW WRIGHT ASSOCIATES LTDWRIGHT, AndrewPALMER, AngusROGAN, Damian
    • WRIGHT, AndrewPALMER, AngusROGAN, Damian
    • E04B1/34E04B7/10E04B1/32
    • E04B1/3412E04B1/32E04B1/342E04B7/105E04B2001/327E04B2001/3294
    • A building system has a roof structure (2) comprising a skeletal framework (1) of struts (3) connected at joint nodes (4) to form a triangular lattice; the framework defining a plurality of interconnected domes (5, 6) of two types, the first type of dome comprising a primary dome (5); each of the primary domes having mutually the same configuration of struts and each primary dome being supported at support nodes where struts are connected to supporting columns (10) located at apeces of a respective regular hexagon (7) as seen in plan view; the second type of dome comprising a secondary dome (6) smaller than each primary dome, each of the secondary domes having mutually the same configuration of struts and each secondary dome being supported at support nodes where struts are connected to supporting columns located at apeces of a respective equilateral triangle as seen in plan view. The support nodes (13) of adjacent domes being shared so that supporting columns mutually support adjacent domes. The arrangement of domes in the complete framework corresponds to a geometrical figure formed of interlocking hexagons (7) and triangles (8) with apeces (12) corresponding to the positions of the support nodes supporting the primary domes and secondary domes respectively. The framework is assembled from a set of replicated modular units of four types, each modular unit of a given type comprising a respective configuration of struts.
    • 建筑系统具有屋顶结构(2),其包括连接在联合节点(4)上的支柱(3)的骨架框架(1),以形成三角形格子; 所述框架限定两种类型的多个相互连接的圆顶(5,6),所述第一类型的圆顶包括主圆顶(5); 每个主圆顶具有相互相同的支柱构造,并且每个主圆顶支撑在支撑节点处,其中支撑节点连接到位于相应的正六边形(7)的支脚的支柱(10),如平面图所示; 第二类型的圆顶包括比每个主圆顶小的次级圆顶(6),每个次圆顶具有相互相同的支柱构造,并且每个次圆顶支撑在支撑节点处,支撑节点处支柱连接到位于 在平面图中看到的相应的等边三角形。 相邻圆顶的支撑节点(13)被共享,使得支撑柱相互支撑相邻的圆顶。 完整框架中的圆顶的布置对应于由互锁六边形(7)和三角形(8)形成的几何图形,其具有对应于支撑主圆顶和次圆顶的支撑节点的位置的节点(12)。 框架由一组四种类型的复制模块单元组装,给定类型的每个模块单元包括支柱的相应构造。
    • 9. 发明申请
    • SENSOR ARRAY
    • 传感器阵列
    • WO2012123698A1
    • 2012-09-20
    • PCT/GB2012/000239
    • 2012-03-12
    • STINGRAY GEOPHYSICAL LTDNASH, Philip JohnAUSTIN, EdwardEISENHOWER, FrankLUFF, Richard
    • NASH, Philip JohnAUSTIN, EdwardEISENHOWER, FrankLUFF, Richard
    • G01V1/38
    • G01J1/44G01D5/35383G01V1/3808
    • An arrangement for monitoring a submarine reservoir comprises a number of sensor units located in an array (1) on the seabed, and an interrogator unit for obtaining data on the reservoir from the sensor units. The interrogator unit comprises a transmitter unit (20) for sending optical signals to the sensor array and a receiver unit for receiving modulated optical signals from the array. Optical radiation from an optical source (22) is transmitted along an uplink optical fibre which is split in a number of positions 36, 38 to form the array. The receiver unit comprises optical - to - electrical converters (54) for converting the optical signals to electrical signals, a phase demodulator (58), a multiplexer (60) for multiplexing signals from the phase demodulator, a signal processor (68) and recording unit (70). The interrogator unit is divided into a concentrator that includes one or more of the splitters and optical - to - electrical converter, phase demodulator etc, and an interrogator hub that includes the optical source.
    • 用于监测潜艇储存器的装置包括位于海床上的阵列(1)中的多个传感器单元和用于从传感器单元获取储存器上的数据的询问器单元。 询问器单元包括用于将光信号发送到传感器阵列的发射器单元(20)和用于从阵列接收调制光信号的接收器单元。 来自光源(22)的光辐射沿着分离在多个位置36,38中的上行链路光纤传输以形成阵列。 接收器单元包括用于将光信号转换为电信号的光 - 电转换器(54),相位解调器(58),用于复用来自相位解调器的信号的多路复用器(60),信号处理器(68)和记录 单元(70)。 询问器单元被分为集中器,其包括一个或多个分离器和光 - 电转换器,相位解调器等,以及包括光源的询问器集线器。