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    • 4. 发明申请
    • A METHOD FOR COMMERCIAL ISOLATION OF EGG YOLK IGY, ITS PRODUCT, AND USES OF THE PRODUCT
    • EGG YOLK IGY,ITS产品和产品用途的商业隔离方法
    • WO2008086621A1
    • 2008-07-24
    • PCT/CA2008/000100
    • 2008-01-18
    • IRI SEPARATION TECHNOLOGIES INC.MASON, David, JohnCAMPBELL, JamesMASON, John, Hugh, M.COOKE, IanCAMARGO, Liliana
    • MASON, David, JohnCAMPBELL, JamesMASON, John, Hugh, M.COOKE, IanCAMARGO, Liliana
    • C07K16/02A23K1/16A23L1/305C07K1/14C07K1/18C07K1/34C07K1/36
    • A23K20/147A23J1/08A23L33/17C07K1/36C07K16/02
    • A method for extraction and purification of IgY from immune avian egg yolk comprising diluting a mixture of liquid egg yolk and liquid egg white in treated water; stirring the diluted mixture to obtain an egg mixture; separating the egg mixture into a first water soluble fraction, an unseparated mixture fraction, and a first separated lipophilic fraction; separating the first water soluble fraction; the unseparated mixture fraction, and the first separated lipophilic fraction; centrifuging the unseparated mixture fraction until it separates into a second water soluble fraction and a second separated lipophilic fraction; adding the second water soluble fraction to the first water soluble fraction to form a combined water soluble fraction; passing the combined water soluble fraction through an ion exchange adsorption column containing IgY-adsorbent beads to adsorb IgY; eluting the adsorbed IgY of from the ion exchange adsorption column with an eluting solution to obtain an eluant; filtering the eluant of through a first membrane filtration system to obtain a 4% to 25% IgY concentrate; and drying the IgY concentrate to obtain a 40% to 98% IgY isolate, as well as a food-safe IgY isolate obtained and use of a food-safe IgY isolate in an edible product.
    • 一种从免疫禽蛋黄中提取和纯化IgY的方法,包括在处理过的水中稀释液体蛋黄和液体蛋白的混合物; 搅拌稀释的混合物以获得蛋混合物; 将蛋混合物分离成第一水溶性级分,未分离的混合物级分和第一分离的亲脂性级分; 分离第一水溶性级分; 未分离的混合物部分和第一分离的亲脂性部分; 离心未分离的混合物级分,直到其分离成第二水溶性级分和第二分离的亲脂性级分; 将第二水溶性级分加入到第一水溶性级分中以形成组合的水溶性级分; 使合并的水溶性部分通过含有IgY-吸附剂珠粒的离子交换吸附柱以吸附IgY; 用洗脱溶液从离子交换吸附塔洗脱吸附的IgY,得到洗脱剂; 过滤通过第一膜过滤系统的洗脱液以获得4%至25%的IgY浓缩物; 并干燥IgY浓缩物以获得40%至​​98%的IgY分离物,以及获得的食品安全的IgY分离物,并在可食用产品中使用食品安全的IgY分离物。
    • 7. 发明申请
    • PEDAL CYCLE CRANK APPARATUS AND METHOD
    • PEDAL CYCLE CRANK设备和方法
    • WO2014009680A1
    • 2014-01-16
    • PCT/GB2012/000585
    • 2012-07-11
    • SMITH, Mason JohnTOWNSEND, Richard Francis
    • SMITH, Mason JohnTOWNSEND, Richard Francis
    • B62M3/00
    • B62M3/003
    • A pedal cycle includes a crank and frame rotatably mounting the crank and an apparatus for deterring rotation of the crank relative to the frame when the drive is removed therefrom. The apparatus comprises a resilient, plastics drag washer 24 encircling a crank axle 8 and having a thicker inner peripheral portion 24a, clamped between a cover 14 and an inner race 18 of a ball bearing 16 and a thinner outer peripheral portion 24b spaced axially from an outer race 20 which is fixed to the frame. A plurality of grub screws 28 can be screwed in to press the portion 24b adjustably against the outer race 20 and thus to cause the washer 24 to apply an adjustable braking effect against rotation of the crank relative to the frame.
    • 踏板循环包括可旋转地安装曲柄的曲柄和框架,以及当驱动器从其移除时用于阻止曲柄相对于框架旋转的装置。 该装置包括一个弹性的塑料拖链垫圈24,它围绕曲柄轴8并具有较厚的内周部分24a,夹紧在一个滚珠轴承16的盖14和内座圈18之间,以及一个较薄的外周部分24b, 外圈20固定在框架上。 多个平头螺钉28可以被拧入以将部分24b可调节地抵靠在外座圈20上,从而使得垫圈24施加可调整的制动效果以抵抗曲柄相对于框架的转动。
    • 8. 发明申请
    • FLUID INJECTION
    • 流体注射
    • WO2010103275A1
    • 2010-09-16
    • PCT/GB2010/000433
    • 2010-03-10
    • BP ALTERNATIVE ENERGY INTERNATIONAL LIMITEDCAWLEY, Stephen, JohnGALIC, HrvojeMASON, John, Nigel, Ellis
    • CAWLEY, Stephen, JohnGALIC, HrvojeMASON, John, Nigel, Ellis
    • E21B43/16
    • E21B43/164Y02C10/14Y02P90/70
    • A method is described of injecting C02 into an aquifer or a depleted hydrocarbon reservoir (211) via at least one injection well (202) that penetrates said aquifer or reservoir, wherein the injection well is provided with an injection tubing (203) that is in sealing engagement with the injection well. The injection tubing terminates at or immediately above the interval of the aquifer or the reservoir into which the CO2 is to be injected and the injection tubing is provided with a fluid injection control valve (208) at or near the bottom thereof which is closed or closes when the pressure above the valve is less than a pre-set pressure value and opens or reopens when the pressure above the valve is at or greater than said pre-set pressure value, the pre-set pressure value being selected such that the CO2 in the injection tubing is maintained in a liquid or supercritical state.
    • 描述了一种通过穿透所述含水层或储层的至少一个注入井(202)将CO 2注入含水层或贫化烃储层(211)的方法,其中所述注入井设有注入管(203) 与注射井密封接合。 注射管终止于含水层或二氧化碳待注射的储层的间隔或紧邻其上方,并且注射管在其底部或附近设置有流体注射控制阀(208),该流体注射控制阀关闭或关闭 当阀上方的压力小于预定压力值时,当阀上方的压力等于或大于所述预设压力值时打开或重新打开,预先设定的压力值被选择为使得 注射管保持在液体或超临界状态。