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    • 2. 发明专利
    • FLUORIMETERS
    • GB8903203D0
    • 1989-03-30
    • GB8903203
    • 1989-02-13
    • SNOOK MARTIN
    • G01N21/64
    • Flash fluorimetric analysis of a specimen expected to produce a first, specific, fluorescent radiation on excitation at a test position 5 is carried out by first performing a "blank" analysis by supporing at said test position a reference fluorophore which produces a second, charateristic, reference radiation on excitation, applying to said test position a pulse of excitation radiation from a source 1, measuring the radiation from the test position with detectors 10 and 12 for the first and second radiations, respectively, determining a "blank" value for the ratio of radiation intensities in the absence of a specimen, and then performing a specimen analysis by supporting at said test position with the reference fluorophore still present, a specimen expected to produce said first specific radiation on excitation, measuring the radiation from the test position with said respective detectors, determining from the detector responses a specimen value for the ratio of radiation intensities in the presence of the specimen, and assessing said "blank" and specimen values to produce a calibrated analysis of the specimen. Filters 9 and 10 pass the first and second radiation respectively to detectors 10 and 12, while a fibre optic 13 ensures that a portion of the reference radiation reaches detector 10 even during the "blank" measurement.
    • 5. 发明申请
    • SHEET COUNTING
    • 表格计数
    • WO1995000926A1
    • 1995-01-05
    • PCT/GB1994001302
    • 1994-06-16
    • PORTALS ENGINEERING LIMITEDFULLER, Graham, DavidSNOOK, Martin, Gordon
    • PORTALS ENGINEERING LIMITED
    • G06M09/02
    • G06M9/025
    • A rotor (10) for use in a counter to count the number of sheets in a stack has a number of transfer grooves (13), leading generally helically from the upper surface (11) to the lower surface (12) of the rotor (10). Each groove (13) has a number of suction ports (15) communication through internal passageways in the disc to a source of low pressure, to draw the next sheet in a stack to be counted into the transfer groove. The rotor also defines a reject slot (32) and in a finger (23) overlying part of the rotor surface leading into transfer groove (13), there are further ports (25), to which suction is applied in a timed relationship to rotor rotation. If the rotor should pick-up two overlying sheets, suction through the further ports (25) will separate the two sheets and the upper sheet will be rejected out of the reject slot (32) to be counted on the next count cycle, whilst the lower sheet continues into the transfer groove (13), to be counted normally.
    • 用于计数堆叠中的片材数量的计数器的转子(10)具有多个传递槽(13),其大致螺旋地从上表面(11)引导到转子的下表面(12) 10)。 每个凹槽(13)具有多个通过盘中的内部通道连通到低压源的吸入口(15),以将下一个薄片拉入堆叠中以被计数到传送槽中。 转子还限定了一个废弃槽(32),并且在一个指状物(23)中,覆盖转移表面的通向传送槽(13)的部分,还有另外的端口(25),以与定子关系的转子 回转。 如果转子应该拿起两个上覆的纸张,则通过另外的端口(25)的吸力将分离两个纸张,并且上部纸张将被拒绝在废弃槽(32)内,以在下一个计数周期内被计数,而 下片继续进入传送槽(13),以正常计数。
    • 6. 发明申请
    • FLUORIMETERS
    • 荧光计
    • WO1989007757A2
    • 1989-08-24
    • PCT/GB1989000142
    • 1989-02-13
    • SNOOK, Martin
    • G01N21/64
    • G01N21/278G01N21/276G01N21/645G01N2021/1748G01N2021/6421G01N2021/6439G01N2021/6482
    • Flash fluorimetric analysis of a specimen expected to produce a first, specific, fluorescent radiation on excitation at a test position, including in the performance of a ''blank'' analysis: supporting at said test position a reference fluorophore expected to produce a second, characteristic, reference radiation on excitation, applying to said test position a pulse of excitation radiation, examining the radiation from the test position with a respective detector for the first radiation and a respective detector for the second radiation, determining from the relative response of the detectors a ''blank'' value for the ratio of radiation intensities from the test position in the absence of a specimen, and in the similar performance of a specimen analysis: supporting at said test position in the maintained presence of the reference fluorophore a specimen expected to produce said first specific radiation on excitation by incident radiation, examining the radiation from the test position with said respective detectors, determining from the relative response of the detectors a specimen value for the ratio of radiation intensities from the test position in the presence of a specimen, and assessing said ''blank'' and specimen values to analyse the specimen with regard to a calibration step.
    • 预期在试验位置上产生第一种特异性荧光辐射的样品的闪烁荧光分析,包括在“空白”分析的执行中:在所述测试位置支持预期产生第二, 特征参考辐射激励,将激发辐射脉冲施加到所述测试位置,使用用于第一辐射的相应检测器和用于第二辐射的相应检测器检查来自测试位置的辐射,以及根据检测器的相对响应确定 在不存在样本的情况下来自测试位置的辐射强度的比率的“空白”值以及样品分析的类似性能:在所述测试位置支持在参考荧光团的保持存在期间预期的样品 在入射辐射激发时产生第一特定辐射,检查来自测试位置的辐射 根据检测器的相对响应确定在存在样品时来自测试位置的辐射强度的比率的样本值,并且评估所述“空白”和样本值以分析样本 到校准步骤。
    • 8. 发明申请
    • COUNTING ROTOR ASSEMBLY
    • 计数转子总成
    • WO1995034875A1
    • 1995-12-21
    • PCT/GB1995001356
    • 1995-06-09
    • PELCOMB LIMITEDHAFEZAN, SiavoshSNOOK, Martin
    • PELCOMB LIMITED
    • G06M09/02
    • G06M9/025
    • A rotor assembly for counting sheets in a stack has a support (18) on which is rotatably mounted a rotor (22) such that the rotor engages an edge region of the stack. The rotor has a plurality of helical transfer grooves (45) through which sheets are transferred one at a time from one side of the rotor to the other. A foot (21) bears on the rotor (12) and has a port which, as the rotor rotates, comes into and out of communication with further ports on the rotor each leading to a respective groove (45), whereby air is drawn in a timed relationship through the rotor to assist the transfer of sheets through the helical grooves (45). The rotor (12) is movable axially with respect to its support (18) and there is a detector arranged to detect the position of the foot (21) with respect to the support (18) thereby to give an output (31) indicative of the position of the rotor (12) with respect to the support (18).
    • 用于计数堆叠中的片材的转子组件具有支撑件(18),转子(22)可旋转地安装在转子(22)上,使得转子接合堆叠的边缘区域。 转子具有多个螺旋传送槽(45),片材从转子的一侧一次一个地传送到另一个。 脚(21)承载在转子(12)上,并且具有随转子旋转的端口进入和离开与转子上的另外端口连通的端口,每个通道通向相应的槽(45),由此空气被吸入 通过转子的定时关系来帮助片材通过螺旋槽(45)传送。 转子(12)相对于其支撑件(18)可轴向移动,并且存在检测器,其被布置成检测脚部(21)相对于支撑件(18)的位置,从而产生指示 转子(12)相对于支撑件(18)的位置。
    • 9. 发明申请
    • MECHANISM FOR COUNTING STACKED SHEETS
    • 用于计算堆叠表的机制
    • WO1995012561A1
    • 1995-05-11
    • PCT/GB1994002416
    • 1994-11-03
    • PORTALS ENGINEERING LIMITEDSNOOK, Martin, Gordon
    • PORTALS ENGINEERING LIMITED
    • C06M09/02
    • G06M9/02
    • A sheet counter has a blade (13) for insertion between adjacent sheets of a stack thereof, and a pin (15) which orbits around the blade to transfer sheets from one side of the blade to the other. A carrier (37) defines three axes disposed in a generally triangular arrangement, the pin (15) being mounted on one of the axes, and the carrier being coupled to a crank (36) about another axis. A link (42) is pivoted at one end to the carrier (37) and at its other end to a fixed part of the counter. As the pin (15) orbits around the blade (13) on rotation of crank (36), the blade is oscillated about an axis adjacent the edge inserted furthest into the sheet stack by a crank (30) and connecting rod (31), driven synchronously with crank (36). Suction is applied in a timed manner to a hole (45) in the blade (13), to assist the separation of the sheets one at a time, before the transfer thereof to the other side of the blade by pin (15).
    • 纸张计数器具有用于插入其堆叠的相邻片材之间的刀片(13)和绕刀片运动的销(15),以将片材从刀片的一侧转移到另一侧。 载体(37)限定以大致三角形布置的三个轴,所述销(15)安装在一个轴上,并且所述托架围绕另一个轴线联接到曲柄(36)。 一个连杆(42)在一端枢转到载体(37),另一端在计数器的固定部分上枢转。 当销(15)绕着曲柄(36)旋转时,销(15)围绕叶片(13)绕轨道运动,叶片围绕通过曲柄(30)和连杆(31)最远插入纸叠的边缘的轴线摆动, 与曲柄(36)同步驱动。 在刀片(13)中的孔(45)之间以时间方式施加吸力,以便在通过销(15)将叶片转移到叶片的另一侧之前一次分离片材。
    • 10. 发明申请
    • FLUORIMETERS
    • 荧光计
    • WO8907757A3
    • 1989-12-14
    • PCT/GB8900142
    • 1989-02-13
    • SNOOK MARTIN
    • SNOOK MARTIN
    • G01N21/03G01N21/64
    • G01N21/278G01N21/276G01N21/645G01N2021/1748G01N2021/6421G01N2021/6439G01N2021/6482
    • Flash fluorimetric analysis of a specimen expected to produce a first, specific, fluorescent radiation on excitation at a test position, including in the performance of a ''blank'' analysis: supporting at said test position a reference fluorophore expected to produce a second, characteristic, reference radiation on excitation, applying to said test position a pulse of excitation radiation, examining the radiation from the test position with a respective detector for the first radiation and a respective detector for the second radiation, determining from the relative response of the detectors a ''blank'' value for the ratio of radiation intensities from the test position in the absence of a specimen, and in the similar performance of a specimen analysis: supporting at said test position in the maintained presence of the reference fluorophore a specimen expected to produce said first specific radiation on excitation by incident radiation, examining the radiation from the test position with said respective detectors, determining from the relative response of the detectors a specimen value for the ratio of radiation intensities from the test position in the presence of a specimen, and assessing said ''blank'' and specimen values to analyse the specimen with regard to a calibration step.