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    • 2. 发明授权
    • Mooring device
    • 系泊装置
    • US4476801A
    • 1984-10-16
    • US417264
    • 1982-09-13
    • Derek FosterColin Rich
    • Derek FosterColin Rich
    • B63B21/50
    • B63B21/50
    • A mooring device is secured to a sea-going vessel to handle anchor line of the type having an upper length of wire rope in series with a lower length of chain cable. The mooring device comprises a traction winch for handling the wire rope and a windlass for handling the chain cable. The windlass includes a chain wheel so positioned beneath the winch when the mooring device is located in its operative position that the anchor line can be hauled by the winch substantially vertically between flanges of the chain wheel. In operation the wire rope can be hauled up or paid out without actively engaging the chain wheel, the flanges merely serving as a guide to ensure that the anchor line is properly located for chain handling functions. When a portion of anchor line at the junction between the wire rope and chain cable is drawn above the chain wheel, a chain holder can be engaged to take up the tension in the chain cable, and a hydraulic anchor line retractor is then activated to draw the anchor line portion generally horizontally from its vertical position to a retracted position in which links of chain are draped over link-gripping whelps of the chain wheel. The chain hanger can then withdraw, after the windlass is activated to haul the chain cable upwardly. A conventional static and dynamic brake system is provided to regulate the paying out of anchor line during a substantially reverse process.
    • 将系泊装置固定到远洋船舶上以处理具有与较长长度的链条缆线串联的钢丝绳上长度类型的锚定线。 系泊装置包括用于处理钢丝绳的牵引绞盘和用于处理链电缆的起锚机。 卷扬机包括一个定位在绞盘下方的链轮,当系泊装置位于其操作位置时,绞线可以由绞盘在链轮的凸缘之间垂直地拖拉。 在操作中,钢丝绳可以在不主动地接合链轮的情况下被牵引或支付,该凸缘仅用作引导件,以确保锚定线适当地定位用于链条处理功能。 当链条和链条电缆之间的连接处的锚定线的一部分被拉到链轮上方时,可以将链条保持器接合以承受链条中的张力,然后激活液压锚绳牵开器以绘制 所述锚线部分大致水平地从其垂直位置到缩回位置,在所述缩回位置,链条的链节被覆盖在链轮的链节夹紧小齿轮上。 链式吊架可以随后撤出,在起锚机启动后将链条绳索向上运送。 提供常规的静态和动态制动系统以在基本上相反的过程中调节锚线的支付。
    • 3. 发明申请
    • Detection system for a flow cytometer
    • 流式细胞仪检测系统
    • US20060219873A1
    • 2006-10-05
    • US11400890
    • 2006-03-31
    • Steven MartinColin RichNathaniel Bair
    • Steven MartinColin RichNathaniel Bair
    • H01J40/14
    • G01N15/1459G01N15/1434
    • The detection system 10 of the first preferred embodiment is preferably designed to be integrated into a flow cytometer having an interrogation zone 12. The detection system 10 includes a detector 14 adapted to receive photonic inputs P from the interrogation zone and produce an analog signal, and an analog-to-digital converter (ADC) 20 coupled to the detector and adapted to convert an analog signal to a digital signal. The detector 14 has a dynamic range that is preferably greater than or equal to 100 dB. The ADC 20 has a bit resolution that is preferably greater than or equal to 16-bits. The detection system allows simultaneous collection of both small/faint objects and large/bright objects. In an application of this feature of the present invention, the detection system of the preferred embodiments may be used in the co-detection of mammalian cells and bacteria.
    • 优选地,第一优选实施例的检测系统10被设计成集成到具有询问区12的流式细胞仪中。 检测系统10包括适于从询问区接收光子输入P并产生模拟信号的检测器14以及耦合到检测器的模拟 - 数字转换器(ADC)20,并适于将模拟信号转换成数字 信号。 检测器14具有优选大于或等于100dB的动态范围。 ADC 20具有优选大于或等于16位的位分辨率。 检测系统允许同时收集小/微弱物体和大/明亮物体。 在本发明的这个特征的应用中,优选实施方案的检测系统可以用于哺乳动物细胞和细菌的共检测。