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    • 2. 发明申请
    • SWIVEL DEVICE
    • US20130049357A1
    • 2013-02-28
    • US13261440
    • 2011-03-25
    • Joakim HarrOlof FridolfssonNiclas Karlsson
    • Joakim HarrOlof FridolfssonNiclas Karlsson
    • F16L27/08
    • F16L27/0816
    • The invention relates to a swivel device, in particular designed to connect two pipes or hoses rotating relative to one another, wherein the device (10) includes a first centre part (20) provided with a hole and comprising a fastening portion (22) for the attachment of a first pipe, the device (10) includes a second centre part (30) provided with a hole and comprising a fastening portion (32) for the attachment of a second pipe, the first centre part (20) and the second centre part (30) being rotatable relative to one another. The centre parts (20, 30) are held together by means of an outer sleeve (150) anchored at one end to the second centre part (30) and at its other end arranged in a rotationally slidable manner relative to the first centre part (20). A first axial sliding bearing (140) is arranged between the outer sleeve (150) and the first centre part (20) and a second axial sliding bearing (190) is arranged between the first centre part (20) and the second centre part (30). The first centre part (20) is axially displaceable between a first position in which the first axial sliding bearing (140) is operative and a second position in which the second axial sliding bearing (190) is operative.
    • 本发明涉及一种旋转装置,特别是设计成连接相对于彼此旋转的两个管或软管,其中装置(10)包括设置有孔的第一中心部分(20),并包括紧固部分(22),用于 所述装置(10)包括设置有孔的第二中心部分(30),所述第二中心部分(30)包括用于附接第二管的紧固部分(32),所述第一中心部分(20)和所述第二管 中心部分30可相对于彼此旋转。 中心部分(20,30)通过一个外部套筒(150)保持在一起,该外部套筒(150)在一端固定到第二中心部分(30),并且在另一端以相对于第一中心部分可旋转地滑动的方式 20)。 第一轴向滑动轴承(140)布置在外套筒(150)和第一中心部分(20)之间,第二轴向滑动轴承(190)布置在第一中心部分(20)和第二中心部分 30)。 第一中心部分(20)可在其中第一轴向滑动轴承(140)可操作的第一位置和第二轴向滑动轴承(190)在其中操作的第二位置之间轴向移动。
    • 4. 发明申请
    • Characterisation of Glycans
    • 糖的表征
    • US20080142695A1
    • 2008-06-19
    • US10560193
    • 2004-06-10
    • Hiren JoshiCoran Niclas KarlssonBenjamin Schulz
    • Hiren JoshiCoran Niclas KarlssonBenjamin Schulz
    • B01D59/44
    • G16C20/20H01J49/0027
    • A method for characterising the structure or sub-structure of a glycan or glycan derivative, experimentally derives the mass of an unidentified glycan molecule and compares the mass of the unidentified glycan molecule with identified and characterised glycan structures to select candidate structures for the glycan molecule. Next the mass of fragments of the glycan molecule is experimentally derived and theoretical fragmentation of the selected candidates is conducted. The mass of the fragments of the unidentified glycan molecule is matched with the mass of fragments theoretically derived from the candidate structures. Next scoring occurs to produce ranked confidence scores for each of the candidate structures by comparing the masses of the experimentally derived fragments with the masses of the theoretically derived fragments. Two scoring methods are disclosed namely segmentation and correspondence scoring. If insufficient confidence is obtained in the highest ranked score, further including the step of repeating the process by taking into account more complex cleavage patterns in the theoretical fragmentation step, or by obtaining further spectra.
    • 用于表征聚糖或聚糖衍生物的结构或亚结构的方法实验地得到不明的聚糖分子的质量,并将未鉴别的聚糖分子的质量与鉴定的和表征的聚糖结构进行比较,以选择聚糖分子的候选结构。 接下来,聚糖分子的片段的质量是实验导出的,并且进行所选候选物的理论碎片化。 未鉴定的聚糖分子的片段的质量与从候选结构理论上衍生的片段的质量匹配。 通过将实验得到的片段的质量与理论上衍生的片段的质量进行比较,进行下一个评分,以产生每个候选结构的置信度得分。 公开了两个评分方法,即分割和通信评分。 如果在最高排名得分中没有获得足够的置信度,还包括通过考虑理论碎片化步骤中更复杂的切割模式或通过获得进一步的光谱来重复该过程的步骤。