1
Fred Thomas
Kim B Edwards, George T Krieger, Fred Thomas III, Brent J Watson: Interchangeable cartridge data storage system for devices performing diverse functions. Iomega Corporation, Woodcock Washburn Kurtz Mackiewicz & Norris, September 15, 1998: US05809520 (103 worldwide citation)

A system for exchanging digital data among a plurality of hand-held computer devices. Digital signals are written by a first hand-held device to a mini-cartridge that mini-cartridge is inter-operable among a class of hand-held devices, each of which is equipped with a mini-disk drive. A common digit ...


2
Tarran Jones
Robert W Chestnut, Margaret J Polley, James C Paulson, S Tarran Jones, Jose W Saldanha, Mary M Bendig, Michael Kriegler, Carl Perez, Robert Bayer, Michael Nunn: Antibodies to P-selectin and their uses. Cytel Corporation, Campbell & Flores, September 1, 1998: US05800815 (24 worldwide citation)

The present invention relates to compositions and methods for treating inflammation and other pathological conditions using novel blocking P-selectin antibodies that inhibit adhesion of leukocytes to activated platelets and/or to activated vascular endothelium in vivo. Both murine and humanized anti ...


3
Bowden Martin Charles: Preparation of 2-mercaptothiazole. Zeneca, September 30, 1998: GB2323595-A (1 worldwide citation)

A process for preparing 2-mercaptothiazole in which (a) 2-aminothazole is converted to the corresponding 2-diazonium salt, (b) the 2-diazonium salt is treated with a source of halide ions to produce a 2-halothiazole, and (c) the 2-halothiazole is reacted with a source of hydrosulfide ions to yield 2 ...


4
Douglas Joel S, Radwanski Ryszard, Duchon Brent G, Priest John H, Hasker David A, Gleisner John M: Test strip for analytes in a fluid. Mercury Diagnostics, September 30, 1998: GB2323666-A (1 worldwide citation)

Strip 1 comprises a support member 3 , a spreading layer 4 on one side of the support and a reagent layer 5 on the spreading layer to detect an analyte in a test fluid. A capillary tube 2 passes through an aperture in the other side of the support and communicates with the spreading layer such that ...


5
Huang Yixiang, Li Yuanchun, Shi Yonggang: Breeding technology for hybrid corn chengdan-19. Crop Inst, Sichuan Prov Academy Of Agriculture Science, chen rumeng, September 30, 1998: CN98101901

The present invention belongs to the utilization of heterosis and it features that it uses Cheng 687 sister breed or Cheng 687 male sterile sister breed and No.7327 breed to breed the hybrid. The hybrid corn of the present invention has the features of high yield, strong resistance, wide adaptabilit ...


6
Song Tongming: Technology for producing commercial corn by using three genetic effects. China Agriculture Univ, cui qinyang, September 30, 1998: CN98101902

By mixed planting of single-cross corn with cytoplasmic male sterility and some hybrid corn with normal male fertility and important economic character, such as high oil content, high protein content, etc., high quality commercial corn is produced. The said production mode utilizes fully the yield- ...


7
黄宜祥, 李远春, 石永刚, 兰发盛: 玉米杂交种成单19的制种技术. 四川省农业科学院作物研究所, 陈如明, 农业部, September 30, 1998: CN98101901.3

本发明属于玉米杂种优势利用领域。其特征在于用成687姊妹种或成687雄不育姊妹种与7327杂交,制得杂交种。本发明的杂交种具有产量高、抗逆性强、适应性广等特点。


8
宋同明: 利用三种遗传效应生产商品玉米技术. 中国农业大学, 崔琴英, 农业部, September 30, 1998: CN98101902.1

以具有细胞质雄性不育的普通玉米单交种与一定比率的雄性育性正常但带有重要经济性状如高油、高蛋白的玉米杂交种授粉者混种,生产高产优质商品玉米。这种生产模式不仅充分利用了细胞质雄性不育对籽粒的增产效应,避免了种植单一单交种引起籽粒的衰退作用,而且利用了单交种再杂交引起杂种优势而获得的增产效应。父本杂交种的高油含量和其他显性、半显性基因作用的经济性状,通过花粉直感效应在母本单交种籽粒上表现出来。使其含油量提高,品质改进。最终使生产的商品玉米不仅比原单交种更高产,而且又使其由普通玉米变成了高油玉米或其他优质玉米。


9
Song Jinlong: Method for preparing peeled walnut kernel. Song Jinlong, lei likang, September 30, 1998: CN98101689

Through the steps of soaking walnut in cold water, shelling, soaking walnut kernel in hot water for 10-30 min, peeling walnut kernel, soaking peeled kernel in brine for 0.5 hr to whiten walnut kernel, autoclaving, and vacuum packing, peeled walnut kernel product is produced. The production process o ...


10
宋金龙: 一种脱皮核桃仁的制备方法. 宋金龙, 雷立康, 山西省专利服务中心, September 30, 1998: CN98101689.8

本发明涉及一种脱皮核桃仁的制备方法,该方法包括先将核桃在冷水中浸泡,把浸泡好的核桃去除外皮,接着将核桃仁在热水中浸泡10~30分钟,除掉核桃仁外皮,然后将核桃仁放在盐水中浸泡半小时,使核桃仁变白,再用高压蒸核桃仁灭菌,最后真空密封包装等步骤。本发明具有既保留了核桃仁的营养成分又去掉了苦涩味,且生产加工方便等优点。



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