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    • 94. 发明申请
    • APPARATUS FOR MODULATING A LIGHT BEAM
    • 调整光束的装置
    • WO2004048945A1
    • 2004-06-10
    • PCT/IE2003/000158
    • 2003-11-27
    • OPTICAL METROLOGY PATENTS LIMITEDMURTAGH, Martin, EdwardKELLY, Patrick, Vincent
    • MURTAGH, Martin, EdwardKELLY, Patrick, Vincent
    • G01N21/17
    • G01N21/636G01N21/1717
    • A modulation spectroscopy system (1) has an acousto-optic modulator (5) providing a pump beam onto a sample. The modulator receives a light beam from a source (4) and diffracts it to provide an output which is the first order beam, the zeroth order or undeflected beam being terminated and the 2nd and higher orders being negligible and terminated also. The modulator is driven alternately by two drive frequencies at a modulation or toggle frequency. The first order output is at one angle for a first drive frequency and at another angle for the other drive frequency. The duty cycle of alternating between the different drive frequencies sets the output beam position duty cycle for incidence at two different spots on the sample. Also, either or both beams may be position and/or intensity varied by control of the modulator drive frequencies and their amplitudes.
    • 调制光谱系统(1)具有将光束提供到样品上的声光调制器(5)。 调制器接收来自源(4)的光束,并将其衍射以提供作为第一阶光束的输出,第零级或未偏转光束被终止,并且第二和更高阶可忽略并且也被终止。 调制器以调制或切换频率的两个驱动频率交替驱动。 对于第一驱动频率,第一阶输出是一个角度,另一个角度对于另一个驱动频率是一个角度。 在不同驱动频率之间交替的占空比设置了样品上两个不同点处的输出光束位置占空比。 而且,通过调制器驱动频率及其振幅的控制,两个或两个光束中的一个或两个可以是位置和/或强度变化。
    • 97. 发明申请
    • A HEAT EXCHANGER
    • 热交换器
    • WO2004001318A1
    • 2003-12-31
    • PCT/IE2003/000095
    • 2003-06-23
    • CONNOLLY, Michael
    • CONNOLLY, Michael
    • F28F13/10
    • F28F13/10F28D9/0087F28F19/00F28F21/065
    • In a heat exchanger (1) a slurry is directed through a pathway (2) which is separated from a pathway (5) by a membrane (20) of thin plastics film material. During this flow part of the cycle a non-return valve (12) prevents inlet of slurry to the pathway (5). In the second half of the cycle flow is directed through the open valve (12) and a valve (10) prevents inlet to the pathway 2. The flow patterns and the flexibility of the membrane (20) mean that there is a thin liquid boundary layer, and efficiency is also improved because the membrane (20) is very thin. Also, the flexibility prevents clogging of particulate matter.
    • 在热交换器(1)中,浆料被引导通过通过薄膜(10)薄膜(20)与路径(5)分开的通路(2)。 在循环的该流动部分期间,止回阀(12)防止浆料入口到通道(5)。 在循环的后半段,流动被引导通过打开的阀(12),阀(10)防止通道2的入口。膜(20)的流动模式和柔性意味着存在薄的液体边界 层,并且还提高了效率,因为膜(20)非常薄。 此外,柔性防止颗粒物质的堵塞。
    • 99. 发明申请
    • REMOTE MEASUREMENT SYSTEM
    • 远程测量系统
    • WO2003091672A1
    • 2003-11-06
    • PCT/IE2003/000061
    • 2003-04-28
    • DATAC CONTROL LIMITEDKERR, CyrilO'GARA, Michael
    • KERR, CyrilO'GARA, Michael
    • G01F23/00
    • G01F23/0069
    • A system has a sensor 3 on a fuel tank coupled magnetically with a float gauge fitted inside the tank, and provides a visual indication of the tank level and an electrical signal to a measurement unit (MU 2). The MU 2 is a battery-powered, microprocessor-controlled device located at the fuel tank. It logs the sensor reading at predefined times and periodically tranmits the level history to a transmitter unit (TU 4) using radio frequencies. The TU 4 is a battery-powered, microprocessor-controlled receiver device that periodically receives and stores the level history from the MU 2. It scans the received level history for alarm limit breaches, and on alarm and on a periodic basis dials over the public telephone network 5 to a monitoring centre to deliver the level history.
    • 一个系统在一个燃料箱上有一个传感器3,该油箱与安装在油箱内部的一个浮子液压表磁力耦合,并提供罐水位和一个电信号到测量单元(MU 2)的视觉指示。 MU 2是位于燃料箱的电池供电的微处理器控制装置。 它以预定义的时间记录传感器读数,并使用无线电频率周期性地将电平历史传输到发射机单元(TU 4)。 TU 4是电池供电的微处理器控制的接收器设备,周期性地接收和存储来自MU2的电平历史。它扫描所接收的电平历史以获得报警限制违规,并且在报警和定期的基础上拨打公众 电话网络5到监控中心提供级别历史。
    • 100. 发明申请
    • A MEDICAL DEVICE
    • WO2003088869A3
    • 2003-10-30
    • PCT/IE2003/000055
    • 2003-04-15
    • SALVIAC LIMITEDBRADY, EamonVALE, David
    • BRADY, EamonVALE, David
    • A61F2/01
    • At least part of the support (3) for an embolic protection filter is of a multifilament wire construction. The support (3) comprises Nitinol wires (21) wound in a spiral around a single radiopaque wire (22), the radiopaque wire (22) being located substantially along the axis of bending of the support (3). During bending of the support (3), for example upon movement of the support (3) to the expanded configuration, each wire (21, 22) bends independently of the other wires. As a result, the force required to bend the multifilament support (3) is minimised, and thus the filter (1) achieves enhanced trackability during transport through a tortuous vasculature, such as in coronary applications. Because the Nitinol wires (21) are wound in a spiral around the radiopaque wire (22), this configuration acts to decrease the bending stresses induced in each wire (21, 22) upon bending. The radiopaque wire (22) provides visualisation for a clinician during transport of the filter (1) through a vasculature and deployment of the filter (1) in the vasculature. Because the radiopaque wire (22) is located along the neutral axis of the support (3), the forces required to plastically deform the radiopaque wire (22) as the support (3) moves from the collapsed configuration to the expanded configuration, upon deployment of the filter (1), are minimised. In this way the dampening effect of the radiopaque material is minimised.