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    • 2. 发明专利
    • Extract of crude drug and skin external preparation having the same as active ingredient
    • 原料药的提取和皮肤外用制剂作为活性成分
    • JP2009143833A
    • 2009-07-02
    • JP2007321519
    • 2007-12-13
    • yuan ying LiuNicca Chemical Co Ltd園英 劉日華化学株式会社
    • BANDO HIROTOMOLIU YUAN YING
    • A61K8/97A61Q19/00A61Q19/08
    • PROBLEM TO BE SOLVED: To provide an extract of a crude drug, a process for producing an extract of a crude drug and a photoaging inhibition skin external preparation having the obtained extract of a crude drug.
      SOLUTION: The extract of a crude drug is obtained by extraction of two-stage treatment comprising subjecting a dried product of a crude drug selected from scutellaria root, sophora flower, pueraria root, Gymnema sylvestre, geranium herb, plantago herb, and Areca to pressing wet heat treatment in a pressing wet heat treatment vessel in a saturated water vapor atmosphere of 105°C (19.5 kPaG) to 135°C (211.8 kPaG) and then subjecting the product thus treated to solvent extraction with a polar solvent. The obtained extract of scutellaria root alone or together with the extract from sophora flower, pueraria root, Gymnema sylvestre, geranium herb, plantago herb or areca seed is useful as a photoaging inhibition skin external preparation.
      COPYRIGHT: (C)2009,JPO&INPIT
    • 待解决的问题:提供生药提取物,生产药物提取物的方法和获得的生药提取物的光老化抑制皮肤外用剂。 生物药物的提取物是通过提取两步处理得到的,其包括将选自黄芩根,槐花,葛根,Gymnema sylvestre,天竺葵草,植物草药和 Areca在105℃(19.5kPaG)至135℃(211.8kPaG)的饱和水蒸汽气氛中,在压湿式湿热处理容器中进行湿热处理,然后用极性溶剂进行溶剂萃取处理。 所获得的黄芩提取物单独或与槐花,葛根,枸杞,天竺葵,植物药草或槟榔种子的提取物一起作为光老化抑制皮肤外用剂。 版权所有(C)2009,JPO&INPIT
    • 4. 发明申请
    • POLYHYDROXYALKANOATE PRODUCTION DURING WASTEWATER TREATMENT
    • 废水处理过程中的聚羟基烷基酯生产
    • WO2013022874A1
    • 2013-02-14
    • PCT/US2012/049828
    • 2012-08-07
    • HSIN-YING, LiuFALK, Michael, Wayne, Jr.
    • HSIN-YING, LiuFALK, Michael, Wayne, Jr.
    • C02F3/14
    • C02F3/12C02F3/1221C02F3/1263C02F3/34C02F2209/001C02F2209/10C12P7/42C12P7/625Y02W10/15Y02W10/45
    • A wastewater treatment process elicits microorganisms to convert a waste stream/organic resource to intracellular biopolymer polyhydroxyalkanoate (PHA). The process includes (i) waste stream/organic resource composition feed criteria, (ii) configuration coupled with operational parameters, and (iii) PHA-laden biomass separation and stabilization. A waste stream/organic resource capable of producing enhanced levels of PHA may be selected based on a combination of criteria, which may include short chain fatty acid concentration, protein concentration, polysaccharides concentration, and total suspended solids concentration. The waste stream is introduced into an aeration basin upon a specific configuration and operated under various parameter combinations for selecting/enriching microorganisms capable of producing PHA. The PHA-laden biomass is separated and stabilized for downstream PHA related product beneficial uses. The present process achieves concurrent wastewater treatment and PHA production, where PHA level (of more than 10% on a cell- weight basis) otherwise could not be obtained.
    • 废水处理过程引起微生物将废物流/有机物质转化为细胞内生物聚合物聚羟基链烷酸酯(PHA)。 该过程包括(i)废物流/有机资源组合物进料标准,(ii)配置与操作参数,以及(iii)含PHA的生物质分离和稳定化。 可以基于标准的组合来选择能够产生增强的PHA水平的废物流/有机资源,其可以包括短链脂肪酸浓度,蛋白质浓度,多糖浓度和总悬浮固体浓度。 废物流根据特定的构型被引入曝气池并在各种参数组合下操作,用于选择/富集能产生PHA的微生物。 PHA负载生物质被分离并稳定下游PHA相关产品的有益用途。 本方法实现了同时进行的废水处理和PHA生产,其中PHA水平(以细胞重量计超过10%)否则无法获得。
    • 5. 发明申请
    • APPARATUS AND METHOD FOR HANDWRITING RECOGNITION
    • 用于手写识别的装置和方法
    • WO2005096217A1
    • 2005-10-13
    • PCT/IB2004/001017
    • 2004-04-02
    • NOKIA CORPORATIONKONGQIAO, WangYING, LiuYANMING, ZouYIPU, GaoKANGAS, Jari, A.
    • KONGQIAO, WangYING, LiuYANMING, ZouYIPU, GaoKANGAS, Jari, A.
    • G06K9/22
    • G06K9/222G06F3/04883
    • An apparatus (100) for handwriting recognition has a touch-sensitive display screen (240) providing a hand­ writing input area (270) capable of detecting hand-made user input. The apparatus also has a processing device (300) coupled to the touch-sensitive display screen and providing a user interface to a user. The handwriting input area (270) includes a writing start area (280) capable of switching between a first two-dimensional scope (282) and a second two-dimensional scope (282'), larger than the first two-dimensional scope. The pro­cessing device (300) is configured to handle said hand­made user input as either a logical mouse event, associ­ated with a control operation for said user interface, or a logical pen event, associated with handwriting. User input within the writing start area when having its first two-dimensional scope is handled as a logical mouse event and causes the writing start area to switch to its second two-dimensional scope, Furthermore, user input that starts within the writing start area when having its second two-dimensional scope is handled as a logical pen event and causes interpretation of the user input (252) as a symbol (254) from a plurality of predefined symbols.
    • 一种用于手写识别的装置(100)具有提供能够检测手工用户输入的手写输入区域(270)的触敏显示屏(240)。 该装置还具有耦合到触敏显示屏并且向用户提供用户界面的处理装置(300)。 手写输入区域(270)包括能够在大于第一二维范围的第一二维范围(282)和第二二维范围(282')之间进行切换的写入开始区域(280)。 处理设备(300)被配置为将所述手工用户输入作为与用于所述用户界面的控制操作相关联的逻辑鼠标事件或与笔迹相关联的逻辑笔事件处理。 将具有其第一二维范围的写入开始区域内的用户输入作为逻辑鼠标事件处理,并使写入开始区域切换到其第二二维范围。此外,在写入开始区域内开始的用户输入 将其第二二维范围作为逻辑笔事件处理,并且从多个预定符号引起用户输入(252)作为符号(254)的解释。