(CN104891648) 本​发明​涉及​污水处理​技术​领域，特别​涉及​一种​三元​复合​驱​含油​污水处理​用​活性​污泥​的​培养​方法，包括​以下​步骤：将​活性​污泥​加入​生化​池​中，使​活性​污泥​的​沉降​比为​20％-30％，预​曝气​20-30d；将​生化​池​的​部分​上​清液​排出，然后​补充​添加​三元​复合​驱​含油​污水，闷​曝​48h-72h，并​重复​步骤​8-12​次，该​过程​添加​葡萄糖、尿素​和​磷酸​二​氢​钾；以​2.5-3.5m3/h​的​速度​连续​添加​三元​复合​驱​含油​污水，连续​运行​30-50​天​即可。该​培养​方法​以​油田​区​城市​污水处理厂​的​活性​污泥​进行​培养​驯化，使​活性​污泥​在​驯化​中​逐渐形成​一个​平衡​的​生态​水​体系，耐​冲击​性强，处理​效率高，对​采出​水中​的​原油​和​悬浮物​有​很好​的​去除​效果。

(CN104894059) 本​发明​涉及​细胞培养​领域，尤其​涉及​一型​硫​氧​还​蛋白​在​内皮​祖​细胞​的​培养​中的​应用​及内​皮​祖​细胞​的​培养​方法。本​发明​提供​了​一型​硫​氧​还​蛋白​在​延缓​内皮​祖​细胞​衰老、提高​内皮​祖​细胞​增殖​效率​中的​应用。并​提供​的​培养​内皮​祖​细胞​的​培养液​和​培养​方法。本​发明​在​基础​培养液​中​添加​多种​生长​因子​并​添加​一型​硫​氧​还​蛋白，从而​对​内皮​祖​细胞​的​生长​起到​良好​的​促进作用。维持​了​内皮​祖​细胞​良好​的​生长​活力​和​干细胞​特性。本​发明​提供​的​实验​证实，在​培养液​中​添加​一型​硫​氧​还​蛋白​培养​EPCs，细胞​传代​7​代​仍​保持​旺盛​的​生长​和​良好​的​活力，传代​10​代，表面​标志物​CD309​的​表达​量​为​98％，干细胞​特性​保持​良好。

(CN104893654) 本​发明​涉及​一种​新型​阻燃​复合​固体​材料，组成​合理，各组​成分​之间​相容​性好，由此​制备​得到​了​新型​阻燃​复合​固体​材料，具有​良好​的​力学​性能、粘​接​性能、耐热​性能，特别​具有​优异​的​阻燃​性能，满足​新型​阻燃​复合​固体​材料​的​发展​应用。本​发明​公开​的​制备​方法​中​原料​来源​广泛，制备​过程​简单​可控，只需​常规​操作，易于​产业化。

(CN104893567) 本​发明​公开​了​一种​林木​防火​涂料，其​包括​以下​重量​份数​的​原料：聚​硅​氧​乙烷​13-15，二甲苯​5-8，四​戊​四​醇​11-15，钛白粉​10-12，氯化​石蜡​13-16，滑石粉​7-13，羟​乙基​纤维素​1.5-2，苯​丙​乳液​2-4，苯​丙​乳液​30-35，氧化铁​红​5-8，三聚氰胺​8-12，聚​磷酸铵​30-34，醋酸​乙烯​共聚​乳液​50-60，水​70-85。本​发明​涂刷​于​树干​上​具有​不​影响​树木​正常​生长，对​树木​表面​起到​防火​及​阻燃​作用，且​制备​工艺​简单，使用​便捷，成本​低廉。

(CN104893972B) 一种​高​通量​基因​测​序​动态​调度​控制​方​法及​系统​装置，系统​装置​包括​温度​控制系统、试剂​控制系统、激光​触发​控制系统、振​镜​扫描​系统​和​光学​采集​系统，通过​温度​及​试剂​控制系统​对​流动​槽内​被​打断​的​待​测​片段​进行​桥​式​PCR​扩增；通过​温度、试剂​控制系统​保证​边​合成​边​测​序(Sequencing？by？Synthesis，SBS)反应​顺利进行；通过​激光​触发、振​镜​扫描、光学​采集​对​荧光​信号​完成​捕获​并​保存​数据，实现​了​高​通量​基因​测​序​仪​的​一体化​控制系统。

(CN104893820) 本​发明​涉及​一种​纯天然​浓香​花生油​制造​工艺，属于​植物​油脂​工业​生产​技术​领域；本​发明​的​工艺：选择​光照​充足​生长期​长的​花生​菓​仁，除​杂​后​经​微量​食用​碱液（或​盐​液）冲洗​霉菌​工序，热​风机​吹干​备​榨；经闭​式​双层​煤（或​电）热​循环​炒​炉​高温​均热​饱和​烘​炒​工艺，热​式​速​榨​保​香​工艺，油脂​冷却​物理​精炼​系统工程​及​低压​冷​滤​净化​技术，制成​清澈​透明，香气​浓郁，品质​高端​的​纯天然​浓香​花生油；本​发明​最大限度​地​保留​花生​菓​仁​对​人体​有益​植物​营养​成分​和​天然​芬香​素，有效​清除​花生​菓​仁​在​生长、储备、生产​过程中​吸附​的​有害​毒素，本​发明​制造​的​成品​花生油​各项​技术​质量、食用​卫生​指标​均达​到​国家​压榨​一级​浓香​花生油​GB1534-2003​质量标准​和​GB/T 5009.37-2003​食用​卫生标准，是​一种​新创​的​花生​植物​食用​油脂​连续​式​制造​工艺。

(CN104892682) 本​发明​提供​了​一种​合成​含​对​氨基​苯​磺酸​的​金属​配位​聚合物(MCPs)的​合成​方法​并由​单晶​X-射线​确定​其​晶体结构。而且​进一步​研究​了​其​对​二​氢​嘧啶​酮​类化​合物​的​催化​活性。采用​简便、易​操作​的​方法​催化​合成​了​系列​二​氢​嘧啶​酮​类化​合物​并且​催化​产​率​可​高达​97%。

(CN104893962) 本​发明​涉及​了​一种​具有​加热​管​装置​的​沼气​发生​炉，包括​箱体，其​主要​特征​在于​所​述​的​箱体​内侧​壁​中​设有​左右​两端​的​加热​管，所​述​的​加热​管​通过​螺栓​相​定位，所​述​的​加热​管中​设有​加热​溶液​层，所​述​的​加热​溶液​层​通过​闷​盖​与​加热​管​相​定位，所​述​的​箱体​下端​内壁​上​设有​连接​杆，所​述​的​连接​杆​与​螺栓​相​套​接​定位。本​发明​的一种​具有​加热​管​装置​的​沼气​发生​炉，其​结构​较为​简单，安装​容易，工作​率​高，制造​成本​低。

(NO20150912) The invention relates to a fluid media driven piston-cylinder device comprising a first assembly including a cylindrical barrel (22) with a front end cover (1 ) and a rear end cover (2), a second assembly including a piston (3) guided by the barrel (22) and a piston rod (4) fixed to the piston (3) and extending in an axial direction out through an opening (12) in the front end cover (1 ), and a contact arrangement providing an electrical contact between the first and second assembly. The contact arrangement comprises a electrical conductor device (5) having a variable length in the axial direction and being located within the cylindrical barrel (22), a rear contact surface (7) associated with the second assembly and arranged for establishing an electrical contact with a rear end portion of the electrical conductor device (5), and a front contact surface (6) associated with the first assembly for establishing an electrical contact with a front end portion of the electrical conductor device (5). The invention also pertains to a method for detecting an axial position of a piston of a fluid media driven piston-cylinder device relative to an at least partly electrically conducting external object. Using the invention, a contact arrangement including a spring loaded mechanism that slides along a piston rod surface in the piston-cylinder device can be avoided in crust breaker systems, which system comprises the piston-cylinder device and a smelting pot. In this way, the electrical conductor device is not subjected to wear, high friction and contamination. (From WO2014092635 A1)

(GB2539940) A cleaning fluid for a filter, comprising a salt, a non-ionic surfactant and a non-flammable solvent. Preferably the salt is sodium carbonate, trisodium phosphate, sodium metasilicate or any combination thereof, the non-ionic surfactant is an ethylene oxide / propylene oxide block copolymer (0.2-10% wt) and the solvent is water. Preferably all three alkali salts are present, their total amount ranging from 1.5 to 30% wt, preferably from 3 to 5%. The fluid may further contain a corrosion inhibitor (0.05-10% wt) which is a mixture of n-oleoyl sarcosine, 2,2-[[(5-methyl-1H-benzotriazol-1-yl)methyl]imino]bisethanol, 2,2-[[(4-methyl-1H-benzotriazol-1-yl)methyl]imino]bisethanol and methanol. A preferred composition consists of 1-2% wt sodium carbonate, 0.25-1.25% wt trisodium phosphate, 0.5-1.5% wt sodium metasilicate, 0.3-1.5% wt EO/PO block copolymer, 0.05-1% wt corrosion inhibitor and water. The filter is preferably a diesel particulate filter like the ones used in automobiles and vans, i.e. a filter for trapping ash or soot carried by the exhaust gases of diesel internal combustion engines, comprising aluminium, magnesium, zinc and/or cadmium. Cleaning is effected after removing the filter from the vehicle, e.g. in a workshop or garage, by immersing it in the detergent solution, preferably for 10-14 hours at a temperature between 15 and 30oC.