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    • 8. 发明申请
    • SPAR HULL BELLY STRAKE DESIGN AND INSTALLATION METHOD
    • SPAR HULL BELLY STRAKE设计和安装方法
    • WO2010090942A2
    • 2010-08-12
    • PCT/US2010022364
    • 2010-01-28
    • TECHNIP FRANCELUO MICHAEL Y HMOHR HARVEY OZHANG LIXIN
    • LUO MICHAEL Y HMOHR HARVEY OZHANG LIXIN
    • B63B22/02B63B35/44B63B39/00B63B39/06
    • B63B39/005B63B1/048B63B35/4406B63B2035/442
    • A spar hull for a floating vessel can include a hard tank having a belly portion, a fixed strake coupled to the outer surface of the tank and a folding strake coupled to the belly portion of the tank, the folding strake having one or more strake panels and one or more support frames. A method for installing folding belly strakes on a spar hull may include providing a floating spar hull having a hard tank with a belly side, rotating the spar so that the belly side is in a first workable position, coupling at least one folding strake to the belly side of the spar, and coupling the strake in a folded position for transport. The method may include positioning the spar hull offshore in a transport position, upending the spar hull, unfolding the strake, fixing the strake in the unfolded position and installing the spar hull.
    • 用于浮动船只的翼梁可以包括具有腹部的硬罐,耦合到罐的外表面的固定板条和耦合到罐的腹部的折叠板,折叠板具有一个或多个板条板 和一个或多个支撑框架。 用于在翼梁上安装折叠式腹板的方法可以包括:提供具有带有腹部侧面的硬罐的浮动翼梁,旋转翼梁使得腹部侧处于第一可操作位置,将至少一个折叠板连接到 翼梁的腹部侧面,并将平台连接在折叠位置以便运输。 该方法可以包括将桨叶船体近海定位在运输位置,从而升高翼梁船体,展开船形板,将船板固定在展开位置并安装翼梁船体。
    • 9. 发明申请
    • SCREENING FOR SYNERGISTIC COMPOUNDS
    • 筛选合成化合物
    • WO2005051303A3
    • 2006-12-21
    • PCT/US2004039086
    • 2004-11-19
    • ZHANG LIXIN
    • ZHANG LIXIN
    • A61K31/00A61K20060101A61K31/70
    • A61K31/00A61K31/496A61K31/70G01N33/94A61K2300/00
    • This invention provides a powerful systematic approach to discovering next generation of chemical compounds or formulation that acts synergistically with the low dosage of known drugs. Existing drug or dropped drug candidate is selected. Then a library of either natural products or synthetic chemicals (pure or combinatorial) including macromolecules like nucleic acids and proteins is created. A functional assay including biochemical, cell based assays, animal models or clinical treatments are established, and a sub-optimal dose (10 % - 40 % of the maximum activity) of the selected drug is determined. Under this condition, the library at different titration would be screened in a high throughput manner that should give a 0.1 % to 1 % hit rate. The synergistic co-drug hit should generate 70 % - 100 % of the maximum activity by combination with the sub-optimal concentration of existing drug. Finally, the co-drug hits would be purified and identified. The co-drug could be a pure synthetic molecule, a compound from a combinatorial synthetic library or a mixture from nature or synthetic resources.
    • 本发明提供了一种强大的系统方法来发现与低剂量的已知药物协同作用的下一代化合物或制剂。 选择现有药物或药物候选药物。 然后,创建了包括大分子如核酸和蛋白质的天然产物或合成化学品(纯或组合)的文库。 建立了包括生物化学,基于细胞的测定,动物模型或临床治疗的功能测定,并确定所选药物的次优剂量(最大活性的10%-40%)。 在这种条件下,不同滴定的文库将以高通量的方式进行筛选,这样可以获得0.1%至1%的命中率。 通过与现有药物的次优浓度组合,协同共同药物的攻击应产生70%〜100%的最大活性。 最后,共同药物的命中将被纯化和鉴定。 共同药物可以是纯合成分子,来自组合合成文库的化合物或来自天然或合成资源的混合物。