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  • [专利] 一种​湿​法​冶金​酸性​废水​中​除​汞​的​方法

    (CN105130052) 本​发明​属于​化工​技术​领域,涉及​一种​湿​法​冶金​酸性​废水​中​除​汞​的​方法。本​发明​方案​为​对​湿​法​冶金​酸性​废水​进行​沉降,向​沉降​后的​酸性​废水​上​清液​加入​氢氧化钙​溶液​中和​至​pH​为​5~6;对​中和​后的​酸性​废水​进行​压​滤,向​中和​后​清液​中​依次​加入​硫化钠​和​絮​凝​剂​进行​除​汞,再​对​中和​后​清液​进行​固​液​分离。本​发明​采用​石灰​中和—硫化钠​沉淀法​处理​含​汞​废​酸,再加入​硫化钠​和​絮​凝​剂,可​有效​防止​硫化氢​气体​的​产生,提高​沉淀​效率。

  • [专利] 一种​利用​辣​木​非​胚​性细胞​悬浮​培养​生产​辣​木​多糖​的​方法

    (CN105123518B) 本​发明​涉及​天然​产物​生物化学​技术​领域,具体​公开​种​利用​辣​木​非​胚​性细胞​悬浮​培养​生产​辣​木​多糖​的​方法。该​方法​采用​辣​木​非​胚​性细胞​生产​辣​木​多糖,获得​的​非​胚​性细胞,类型​单,细胞​充分​分散,增值​效率​极高,生长​周期​致,产量​易于​调控;对​辣​木​外​植体​进行​诱导​增殖​培养​获得​悬浮​细胞​后,进步​的​模拟​辣​木​高温、高​光照​的​自然​生长​环境,并​优选​液体​复合​高​糖​增殖​培养基,选择​高浓度​的​红糖​代替​蔗糖,培养​过程中​刺激​辣​木​细胞​合成​辣​木​多糖,提高​多糖​产量。本​发明​方​法可​工厂化​生产​辣​木​多糖,不​占用​耕地、产量​稳定、有效​成分​含量​高、不​破坏​自然资源,和​种植​辣​木​相比(生产​周期​3~5​年),本​发明​方法​生产​周期​缩短​至​7~10​天,生产规模​便于​控制,投资风险​小。

  • [专利] Method and system to manufacture native soil flowable fill

    (WO201622544) A method to manufacture native soil flowable fill includes hydro excavating native soil to form a hole at a first excavation, and transferring the native soil from the first excavation to a mixing tank. The method also includes adding a pozzolan component, cement and water to the mixing tank, mixing the native soil in the mixing tank with the added pozzolan component, cement and water to form the native soil flowable fill, and transferring the native soil flowable fill back to the first excavation and into the hole.

  • [专利] Resin-coated metal pipe and method for manufacturing same

    (WO201621610)  Provided is a resin-coated metal pipe in which excellent anti-corrosion performance and impact resistance are obtained, satisfactory adhesion between a plating layer and a resin coating layer is obtained without a primer layer, the number of manufacturing steps is reduced, and the environmental burden is reduced. A resin-coated metal pipe (10) having a metal pipe (12), a plating layer (14) formed by hot-dipping on the outer peripheral surface of the metal pipe (12), and a resin coating layer (16) formed by melt molding on the surface of the plating layer (14), the resin coating layer (16) comprising a resin material containing a melt-moldable fluororesin (A) having at least one reactive functional group selected from the group consisting of carbonyl-containing groups, hydroxy groups, epoxy groups, and isocyanate groups.

  • [专利] 活血化瘀​酒

    (CN105106613) 本​发明​公开​了​一种​活血化瘀​酒,采用​的​原料​药材​分别​是:丁​公​藤​160​份、白术​80​份、牡丹​皮​80​份、补​骨​脂​80​份、川芎​85​份、五​灵​脂​80​份、羌​活​85​份、杏仁​80​份、没药​75​份、麻黄​30​份、蚕沙​30​份、香​附​35​份、菟丝子​35​份、乳香​30​份、当归​30​份、厚朴​35​份、苍​术​35​份、皂荚​30​份、陈皮​30​份、黄​精​40​份、桂枝​40​份、白酒​8000​份。本​发明​活血化瘀​酒,具有​补​肾​健脾、活血化瘀​的​功效,适用于​风湿、跌打损伤​等​症​人群​饮用​的​中​药酒。

  • [专利] 一种​带​氧气​回收​系统​的​制​氮​装置

    (CN105152145B) 本​发明​公开​了​种​带​氧气​回收​系统​的​制​氮​装置,包括​第​吸附​塔、第二​吸附​塔​和​成品​罐,第​吸附​塔​和​第二​吸附​塔​的​顶部​间​及​底部​间​均​通过​输气​管道​相连,且​各​管道​上​均设​有​阀门,第​吸附​塔​和​第二​吸附​塔​的​顶部​输气​管道​与​成品​罐​连通,第​吸附​塔中​部​与​第二​吸附​塔中​部​间​连有​中位​管道,第​吸附​塔​和​第二​吸附​塔​间的​底部​输气​管道​与​中位​管道​连通,中位​管道​上​也​设有​阀门,第​吸附​塔​和​第二​吸附​塔​间的​底部​输气管​道上​连有​氧气​回收​装置。基于​本​制​氮​装置​的​结构​设置,可执行​不等​时​阶梯式​均​压​流程,工作​时​可​提高​制​氮​纯度​和​效率,还可​对​制​氮​过程中​分离出​的​高​氧气​体​进行​回收,减少​有益​资源​的​浪费。

  • [专利] 方便​装​拆​净水​机

    (CN105107256B) 本​发明​公开​了​方便​装​拆​净水​机,包括​净水器,该​净水器​包括​机头、滤芯​部分​和​连接​机构,该​连接​机构​包括​固定​座、能​相对​固定​座​远离​或​接近​运动​的​运动​座​和​驱动​机构,该​滤芯​部分​包括​固接​在​固定​座​的​第​接头​和​滤芯;通过​驱动​机构​能​带动​运动​座​以​相对​固定​座​在​装​接位​置​和​拆卸​位置​之间​运动;该​位于​装​接位​置​的​运动​座​和​固定​座上​的​第​接头​起​配合​以​锁定​滤芯​且​使​滤芯​经​第​接头​和​机头​配合,通过​运动​座位​于​拆卸​位置​以​能​更换​滤芯。更换​滤芯​简单​方便​快速,无需​专业​设备,家庭​用户​能​自行​更换​滤芯。

  • [专利] Apparatuses and methods for manipulating droplets

    (US9638662) Apparatuses and methods for manipulating droplets are disclosed. In one embodiment, an apparatus for manipulating droplets is provided, the apparatus including a substrate, multiple arrays of electrodes disposed on the substrate, wherein corresponding electrodes in each array are connected to a common electrical signal, and a dielectric layer disposed on the substrate first side surface and patterned to cover the electrodes.

  • [专利] Self emission type photosensitive resin composition color filter using thereof and image display device having the same

    (KR20170019277) The present invention relates to a self-emission type photosensitive resin composition and, more specifically, to a self-emission type photosensitive resin composition comprising quantum dots, scattering particles, a photopolymerizable compound, a photopolymerization initiator, an alkali soluble resin and a solvent, wherein the scattering particles comprise a first metal oxide with the average diameter of 10 to 100 nm, and a second metal oxide with the average diameter of 100 to 500 nm, to a color filter manufactured therefrom, and to an image display device. COPYRIGHT KIPO 2017

  • [专利] RIP3 RIP3 Anticancer supplement composition comprising RIP3 activator Method for screening anticancer supplement agents inducing RIP3 expression for enhancing sensitivity to anticancer agents and method for monitoring sensitivity to anticancer agents

    (KR20170018146) The present invention relates to an anticancer adjuvant pharmaceutical composition containing a receptor-interacting protein kinase-3 (RIP3) protein expression promoter or activator as an active ingredient. Further, the present invention provides a method for enhancing cancer cell death by administering, to cancer cells, a RIP3 protein expression promoter or activator and an anticancer drug in combination. Furthermore, the present invention relates to: a method for screening for an anticancer adjuvant which enhances the sensitivity of an anticancer drug by promoting RIP3 expression; and a method for monitoring the sensitivity of an anticancer drug through whether or not RIP3 is expressed. Therefore, it is expected that pretreating a demethylation agent so as to induce RIP3 expression and then using a conventional chemotherapeutic agent in a patient lacking RIP3 expression could be an effective treatment strategy. In addition, it is expected that monitoring the sensitivity of an anticancer drug and screening for an anticancer adjuvant enhancing the sensitivity of an anticancer drug in cancer treatment could be an effective strategy. COPYRIGHT KIPO 2017

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