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    • 3. 发明授权
    • Pressure-sensitive sensor
    • 压敏传感器
    • US07112755B2
    • 2006-09-26
    • US10850529
    • 2004-05-19
    • Mitsumasa KitanoTsutomu Ueda
    • Mitsumasa KitanoTsutomu Ueda
    • H01H1/02
    • G01L1/20H01H2201/036
    • The pressure sensitive sensor includes a sheet base, an application-side and a receiving-side electrode provided on the sheet base and conducting coatings provided on the electrodes. The conductive electrodes have pressure-sensitive conductive ink containing conductive carbon black. Resistance between the application-side electrode and the receiving-side electrode changes by a contact area between the conductive coatings on the electrodes. The pressure-sensitive conductive ink has an enhanced strength as a resin and an enhanced effect of dispersion of the conductive carbon black by adding 30 to 70 parts by weight of silicon dioxide to 100 parts by weight of silicone elastomer component as a binder. The pressure-sensitive sensor has output stability and linearity at temperatures in a wide range from −40° C. to 85° C.
    • 压敏传感器包括片状基底,设置在片材基底上的施加侧和接收侧电极以及设置在电极上的导电涂层。 导电电极具有含有导电性炭黑的压敏导电油墨。 施加侧电极和接收侧电极之间的电阻由电极上的导电涂层之间的接触面积而变化。 压敏导电油墨通过向100重量份作为粘合剂的硅氧烷弹性体组分添加30至70重量份的二氧化硅,作为树脂具有增强的强度,并且增强了导电炭黑的分散效果。 压敏传感器在-40°C至85°C的宽范围内的温度下具有输出稳定性和线性度。
    • 6. 发明申请
    • Virus-Inactivated Hemoglobin And Method Of Producing The Same
    • 病毒灭活血红蛋白及其生产方法
    • US20080090222A1
    • 2008-04-17
    • US11631347
    • 2005-06-29
    • Tsutomu UedaTetsuhiro KimuraJunya Kojima
    • Tsutomu UedaTetsuhiro KimuraJunya Kojima
    • A01N1/00C07K14/805
    • A61K38/42A61L2/0017A61L2/0088C07K14/805
    • [PROBLEMS] To provide a method of efficiently producing virus-inactivated hemoglobin from erythrocytes without affecting physical and chemical properties of hemoglobin while allowing to conduct an erythrocyte hemolysis treatment and viral inactivation treatment at the same time and also to perform a post-hemolysis purification step and a post-virus-inactivation purification step in a single step, and especially, a method of efficiently obtaining highly virus-inactivated and sterile hemoglobin assured of the inactivation of any virus regardless of the presence or absence of envelopes. [SOLVING MEANS] A method of producing virus-inactivated hemoglobin, which includes: an SD treatment step of bringing erythrocytes and a mixture of a solvent and a detergent into contact with each other to simultaneously conduct an erythrocyte hemolysis treatment and viral inactivation treatment of said erythrocytes and a purification step of collecting virus-inactivated hemoglobin from the resulting SD-treated solution. A final filtration step can be efficiently performed when the purification step is performed in the order of an adsorption treatment and ultrafiltration.
    • [问题]提供从红细胞有效产生病毒灭活血红蛋白的方法,而不影响血红蛋白的物理和化学性质,同时允许同时进行红细胞溶血治疗和病毒灭活处理,并且还进行溶血后纯化步骤 和病毒灭活纯化步骤,特别是有效获得高度病毒灭活和无菌血红蛋白的方法,其确保任何病毒灭活而不管存在或不存在信封。 [解决方案]一种生产病毒灭活血红蛋白的方法,其包括:将治疗红细胞和溶剂与洗涤剂的混合物相互接触的SD处理步骤同时进行所述红细胞溶血治疗和病毒灭活处理 红细胞和从所得SD处理的溶液中收集病毒灭活的血红蛋白的纯化步骤。 当以吸附处理和超滤的顺序进行纯化步骤时,可以有效地进行最终的过滤步骤。