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    • 1. 发明授权
    • Thin-walled can having plurality of supporting feet with two support
features
    • 薄壁可以具有多个具有两个支撑特征的支撑脚
    • US5626228A
    • 1997-05-06
    • US640461
    • 1996-05-01
    • David J. WiemannDavid H. Henkelmann
    • David J. WiemannDavid H. Henkelmann
    • B65D1/26B65D8/00
    • B65D1/26
    • A metal container for holding fluids is provided having a bottom wall including a externally convex dome portion and a plurality of supporting feet formed therein. The supporting feet are circumferentially spaced apart from each other and projected generally downward beyond the dome portion. Each supporting foot has formed thereon stand features and stacking features. The stand features are radially spaced from the longitudinal axis of the container and disposed at downwardmost locations on the feet to alone support the container in an upright position on a flat horizontal surface when the container is not internally pressurized. The stacking features are disposed adjacent to the stand features and define, in cross-sectional elevation view, axial stacking surfaces and radial stacking surfaces. The axial stacking surfaces are axially positioned in relation to stand features and the radial stacking surfaces are radially positioned in relation to the longitudinal axis so as to interfit with an upper seamed edge of an adjacent below container to alone provide for stacking engagement when the container is not internally pressurized. Since the bottom wall does not rely on any large-radius externally concave mechanical features to resist internal pressurization, a thinner gauge metal can be used to satisfy design parameters and can achieve cost and metal reduction savings. The profile of the bottom wall also results in very small values for profile deformation and changes in can dimensions over a wide range of internal pressures.
    • 提供一种用于保持流体的金属容器,其具有包括形成在其中的外部凸出的圆顶部分和多个支撑脚的底壁。 支撑脚在周向上彼此间隔开并且大致向下突出超过圆顶部分。 每个支撑脚在其上形成支架特征和堆叠特征。 支架特征与容器的纵向轴线径向间隔开并且设置在支脚上的最下部位置,以在容器未内部加压时将容器单独地支撑在平坦水平表面上的直立位置。 堆叠特征被布置成与支架特征相邻并且在横截面正视图中限定轴向堆叠表面和径向堆叠表面。 轴向堆叠表面相对于支架特征轴向定位,并且径向堆叠表面相对于纵向轴线径向定位,以便与相邻的下方容器的上缝合边缘相配合,以在容器为 没有内部加压。 由于底壁不依赖于任何大半径的外凹的机械特征来抵抗内部加压,所以可以使用更薄的金属表面来满足设计参数并且可以节省成本和减少金属。 底壁的轮廓也导致非常小的轮廓变形值,以及在宽的内部压力范围内罐尺寸的变化。
    • 2. 发明授权
    • Recovery of active tannin from schoene sludge
    • 活性鞣酸从ene泥中回收
    • US4755618A
    • 1988-07-05
    • US57352
    • 1987-06-02
    • Duane A. BudeEllen Y. Lin
    • Duane A. BudeEllen Y. Lin
    • C07H13/08C12F3/06C07C69/88
    • C07H13/08C12F3/06
    • A process for recovering active gallotannin for reuse comprising the extracting of dried schoene sludge (about 5% moisture) with a mixture of about 88 vol. % acetone--12 vol. % water to solubilize the gallotannins. The solvent is evaporated off, the residue is treated with water to solublize the gallotannins. After filtration, the clarified water solution is extracted with ethyl acetate. Evaporation of ethyl acetate leaves purified gallotannin which can be redissolved in water and spray dried to produce reusable powder. A preliminary step of separating yeast from the gallotannin protein complex involves treating with 60% acetone/40% H.sub.2 O at room temperature before making the solution about 88:12 acetone:water.
    • 一种用于回收活性gal单宁重复利用的方法,包括用约88体积%的混合物萃取干燥的ene泥(约5%水分) %丙酮-12体积% %水溶解gal单宁。 将溶剂蒸发掉,残余物用水处理以溶解gal单宁。 过滤后,用乙酸乙酯萃取澄清的水溶液。 乙酸乙酯的蒸发除去纯化的鞣兰宁,其可以重新溶解在水中并喷雾干燥以产生可重复使用的粉末。 将酵母与鞣兰蛋白复合物分离的初步步骤包括在室温下用60%丙酮/ 40%H 2 O处理,然后制备溶液约88:12丙酮:水。
    • 9. 发明授权
    • Step mashing process for producing low alcohol beer
    • 生产低酒精啤酒的步骤糖化工艺
    • US5021246A
    • 1991-06-04
    • US716989
    • 1985-03-28
    • Roger L. SiebenKlaus D. Zastrow
    • Roger L. SiebenKlaus D. Zastrow
    • C12C7/00C12C12/04C12G3/02
    • C12C7/04C12C11/11C12C12/02C12C12/04C12C7/00C12C7/044C12C7/047C12C7/053C12C9/02C12G3/02
    • A low alcohol reduced calorie beer is produced by a mashing technique wherein a main mash at a temperature below the activity range for beta-amylase is added incrementally to a brewing liquid at a temperature above the deactivation temperature of beta-amylase and below the deactivation temperature of alpha-amylase at a rate such that the added main mash is substantially instantaneously raised to the temperature of the brewing liquid. This mashing technique limits the conversion of starches by beta-amylase and other enzymes without significant loss of alpha-amylase from overheating to produce a wort having a low real degree of fermentation of from about 40% to about 46%. The main mash has a temperature of about 95.degree. F. to 120.degree. F., and the brewing liquid has a temperature of about 169.degree. F. to 174.degree. F. and can be water or a cooker mash that has been boiled and cooled. Beer can be produced having less than 2% alcohol by weight and less than about 118 calories per 12 ounce serving.
    • 通过糖化技术生产低醇低热量啤酒,其中将低于β-淀粉酶活性范围的温度的主要醪液在高于β-淀粉酶的失活温度并低于失活温度的温度下逐渐加入到冲泡液中 的α-淀粉酶,其速率使得添加的主醪液基本上瞬间升高至酿造液体的温度。 这种糖化技术通过β-淀粉酶和其他酶来限制淀粉的转化,而不会由过热导致α-淀粉酶的显着损失,从而产生具有低约40%至约46%的实际发酵程度的麦芽汁。 主要的醪液的温度为约95°F至120°F,酿造液的温度约为169°F至174°F,可以是水或煮沸并冷却的炊具 。 可以生产啤酒,其重量小于2%,每12盎司少于约118卡路里。
    • 10. 发明授权
    • Cold water hydrating starch
    • 冷水保湿淀粉
    • US4281111A
    • 1981-07-28
    • US87827
    • 1979-10-25
    • Walter G. HuntLeslie P. KovatsEdward M. Bovier
    • Walter G. HuntLeslie P. KovatsEdward M. Bovier
    • A23L1/0522C08B31/12C08G59/40
    • C08B31/12A23L29/219
    • This invention relates to a process for preparing cold water hydrating starch which, when hydrated in water, produces a short creamy textured paste, especially useful in instant pudding formulations. These properties are attained without the use of the classical types of polyfunctional crosslinking reagents such as epichlorohydrin, phosphorus oxychloride, acrolein, etc. This process comprises treating starch with from 0.1% to 1% chlorine (preferably 0.4-0.6%) as sodium hypochlorite to inhibit the starch, but not to degrade or depolymerize it, and then reacting the inhibited starch with an alkylene oxide to produce a hydroxypropyl starch having a degree of substitution of about 15.5% to about 18.5%.
    • 本发明涉及一种制备冷水水合淀粉的方法,该方法当在水中水合时产生短的奶油状纹理糊,特别适用于即时布丁配方。 这些性能在不使用经典类型的多官能交联试剂如表氯醇,三氯氧化磷,丙烯醛等的情况下获得。该方法包括用次氯酸钠将0.1%至1%氯(优选0.4-0.6%)的淀粉处理成 抑制淀粉,但不会使其降解或解聚,然后使抑制的淀粉与烯化氧反应,以产生取代度为约15.5%至约18.5%的羟丙基淀粉。