(WO201627801) Provided is an ink jet recording method that uses an aqueous ink for ink jet recording, which exhibits excellent quick drying and fixing properties and long term fixing properties when an image is formed on a recording medium having low water absorption properties and which exhibits excellent ink discharge stability. The present invention relates to the following: [1] an ink jet recording method in which an aqueous ink for ink jet recording is used to record on a recording medium, wherein the quantity of water absorbed when the recording medium is in contact with pure water for a period of 100 ms is 10-0 g/m2, the aqueous ink contains a pigment (A), resin particles (B), poly(propylene glycol) (X) and water, and the resin particles (B) are resin particles obtained by emulsion polymerization; and [2] the aqueous ink for ink jet recording.

(JP2016015324) PROBLEM TO BE SOLVED: To provide a sealant for a display element, having high shear bond strength with respect to an adherend, allowing outgas production to be minimized, and excellent in transparency to a cured article.SOLUTION: A sealant for a display element contains a polythiol compound having two or more thiol groups per one molecule, a polyene compound having two or more carbon-carbon double bonds per one molecule, and a photopolymerization initiator, a cured article of the sealant having a storage elastic modulus at 80°C of 70-1,000 MPa.

(CN205000564U) 本​实用​新型​涉及​屋面​排水​技术​领域，尤其是​涉及​一种​环保​屋顶​绿化​余​水​收集​板，包括​板​体​和​设于​板​体​较低​一端​的​集水​槽，板​体​具有​顶面​和​与​屋顶​表面​贴合​的​底面，所​述​顶面​上​设有​沿​板​体​长度​方向​延伸​的​支撑​条，相邻​支撑​条​之间​形成​输水​槽，支撑​条​的​截面​呈​T​形，支撑​条​顶面​设有​支撑​体，支撑​体​包括​第一​支撑​体​和​高度​低于​第一​支撑​体​的​第二​支撑​体，该​第一​支撑​体​和​第二​支撑​体​交错​分布​于​支撑​条​顶面​上；所​述​集水​槽​为由​板​体​较低​一端​侧面​内凹​形成​的​弧形​槽体，该​弧形​槽体​具有​连接​输水​槽​的​第一​弧形​边、向​板​体外​延伸​的​第二​弧形​边​及​连接​第一​弧形​边​和​第二​弧形​边​的​中间​圆弧​形​边。本​实用​新型​具有​对​土壤​的​固定​效果​好，引水​量大，引水​效果​好。

(CN204973163U) 本​实用​新型​公开​了​一种​轻质​碳酸钙​浆液​沉淀​池，包括​长方​体状​的​池​体，池​体​顶部​敞口，池​体内​左、右侧​内壁​交错​连接​有​多道​隔墙，由​多道​隔墙​将​池​体内​分隔成​多个​沉淀​区，每个​沉淀​区​底部​分别​向下​拱起​形成​沉淀​槽。本​实用​新型​可​有效​提高​沉淀​效果。

(CN204969283U) 本​实用​新型​提供​一​用于​处理​玉米​浸泡​水中​蛋白​质的​系统​种，属于​玉米​深加工​领域，包括​一级​竖​流​罐、二级​竖​流​罐、竖​流​罐​底流​泵​Ⅰ、竖​流​罐​底流​泵​Ⅱ、卧​螺​离心机、离心机​顶​流​储罐、离心机​顶​流​泵、离心​顶​流回​流​管线、溢流​出​液​口​Ⅰ、溢流​出​液​口​Ⅱ；玉米​浸泡​水​经​一级​竖​流​罐、二级​竖​流​罐​进行​沉降，二级​竖​流​罐顶​部​溢流​上​清液​用于​树脂​柱​内​树脂​提取​植酸，一级​竖​流​罐​和​二级​竖​流​罐​的​底​蛋白​由​卧​螺​离心机​进行​分离。卧​螺​离心机​分离出​的​高浓度​蛋白​用于​饲料​车间​生产​玉米​蛋白​饲料​增加​效益，低​浓度​稀​液​经​离心机​顶​流​储罐​由​离心机​顶​流​泵​打回​一级​竖​流​罐​重新​沉降。本​实用​新型​高效、高质量​的​处理​玉米​水中​可溶性​蛋白，并将​蛋白​提取​出来​转换​为副​产品，具有​很强​的​经济效益。

(CN204987658U) 本​实用​新型​为​一种​污泥、沼渣、餐​厨、厨​余​及​垃圾​渗​沥​液​干​化​设备，它​包括​进​料斗、蒸发​送​料​管道、蒸发​管套、排​料斗、蒸汽​压缩机，所​述​送​料​管道​为​长​管道​两端​分别​连通​进​料斗、排​料斗​的​内​腔，所​述​送​料​管道​内部​设置​有​电机​驱动​的​送​料​螺旋，所​述​蒸发​管套​为​中空​夹层​管套，所​述​蒸发​管套​外套​在​所​述​整条​送​料管​道外​部，所​述​蒸发​管套​内​腔​连通​长​管形​的​蒸汽​分布​管，所​述​蒸汽​分布​管​一端​通过​管道​连接至​所​述​排​料斗​的​顶部​并​连通​所​述​排​料斗​的​内​腔，所​述​蒸汽​分布​管​上​串联​有​蒸汽​压缩机；外接​蒸汽​气​源；所​述​出​料斗​下方​设置​有​排​料​口，所​述​排​料​口内​设置​有​锁​风​排​料​阀。该​设备​解决​现有​工艺​能耗​大，传统​烘干​装置​气味​随​蒸汽​进入​大气​环境，传统​干​化​装置​结​垢​的​技术​问题。

(JP6116630) PROBLEM TO BE SOLVED: To provide an organic/inorganic composite porous film and an electrochemical element using the film.SOLUTION: The organic/inorganic composite porous film of the present invention contains (a) inorganic particles and (b) a binder polymer coating layer partially or wholly formed on surfaces of the inorganic particles, in which the inorganic particles are interconnected and fixed by the binder polymer and interstitial volumes among the inorganic particles form a microscale pore structure. The electrochemical element including the organic/inorganic composite porous film can simultaneously enhance safeness and performances.

(JP2017035713) PROBLEM TO BE SOLVED: To provide a processing method capable of suppressing an occurrence of a flaw on a wire surface by foreign matter in an emulsion-type lubricant in processing of a metal wire using an emulsion-type lubricant, and a purifier for removing foreign matter in the emulsion-type lubricant while keeping a blending ratio of an oil content in the emulsion-type lubricant and a surface active agent.SOLUTION: In a processing method including a step for processing metal wire using an emulsion-type lubricant 2 containing an oil content and a nonionic surface active agent at a ratio of the oil content:the nonionic surface active agent=1:0.3-0.9 (mass ratio), the lubricant 2 is purified using a purifier 20 equipped with: a settling tank 21 for settling foreign matter in a used emulsion-type lubricant 2; an inflow tank 23 into which the lubricant 2 in which foreign matter has been settled flows; and a centrifugal separation filter 24 for removing foreign matter smaller than the foreign matter settled in the settling tank 21 from the lubricant 2 transferred from the inflow tank 23.SELECTED DRAWING: Figure 1

(JP2017037018) PROBLEM TO BE SOLVED: To solve problems in an electrode calibration support appliance for a pH electrode or DO (dissolved oxygen) electrode, used for a culture appliance used for production and study of food products, and medical products using microbes and animal/plant cells, an electrode calibration work by a manual operation is complicated, washing and removal of a calibration liquid cannot be sufficiently performed, so that a calibration has insufficient accuracy, and a tip end measurement part formed of a glass may be broken.SOLUTION: An electrode calibration device is a cylindrical container, an electrode is held in the container, and comprises on a lower part, a washing water inlet, a reference calibration liquid inlet, and a discharge hole, and the respective inlets comprise an electromagnet valve, and the electrode calibration device further comprises a level sensor on an intermediate part, and a suction discharge hole on an upper side trunk.SELECTED DRAWING: None

(DE102015215935) The invention relates to a sensor element (10) for detecting at least one property of a measuring gas in a measuring gas chamber, in particular for detecting a proportion of a gas component in the measuring gas or a temperature of the measuring gas. The sensor element (10) comprises a first substrate (22), a second substrate (30) and a sensor chip (14). The sensor chip (14) has at least one solid electrolyte membrane (24), a first electrode (26) and a second electrode (28). The first substrate (22) and the second substrate (30) are connected to one another via at least one glass ceramic (32). The glass ceramic (32) is produced from a material having at least SiO2, MgO, Al2O3, as well as ZnO and/or B2O3. (From WO2017029347 A1)