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    • 6. 发明授权
    • Epoxy-extended polyacrylate toughening agent
    • 环氧延伸聚丙烯酸酯增韧剂
    • US07193016B1
    • 2007-03-20
    • US10692935
    • 2003-10-27
    • John G. WoodsMark M. KonarskiKyra M. KozakYuhshi Luh
    • John G. WoodsMark M. KonarskiKyra M. KozakYuhshi Luh
    • C08F8/08C08L63/00C08L63/02
    • C09J163/00C08F8/14C08F2810/40C08F20/16
    • In accordance with the present invention, there are provided toughening agents which are useful for improving the performance properties of epoxy-based adhesive formulations. For example, epoxidized polybutylacrylates have been found to be useful toughening agents of component level underfill adhesive compositions. Invention materials are generally liquid rubbers which provided improved fracture toughness while maintaining satisfactory capillary flow properties. Invention materials can be synthesized in neat (solventless) reactions from readily available low-cost raw materials and isolated in high yields. They have a branched telechelic structure with terminal epoxide functional groups. The polyacrylate is typically obtained as a mixture of epoxidized polymer, chain extended polyoligomer and unreacted monomer. Invention materials are compatible with common epoxy formulations and may be used without purification. At low levels of incorporation, they provide adhesives that meet the minimum fracture toughness (Gq>2.0 lb/in) and capillary flow specifications (flow time
    • 根据本发明,提供了可用于改善环氧基粘合剂制剂的性能的增韧剂。 例如,已经发现环氧化的聚丁基丙烯酸酯是组分级底部填充粘合剂组合物的有用的增韧剂。 发明材料通常是液体橡胶,其提供改善的断裂韧性同时保持令人满意的毛细管流动性能 本发明材料可以从易于获得的低成本原料的纯(无溶剂)反应中合成并以高收率分离。 它们具有末端环氧官能团的分子遥爪结构。 聚丙烯酸酯通常以环氧化聚合物,链延长多元寡聚物和未反应单体的混合物形式获得。 本发明材料与普通的环氧配方相容,可以不经纯化地使用。 在低掺量下,它们提供了许多商业底层填充应用的粘合剂,其满足最小断裂韧性(Gq> 2.0lb / in)和毛细管流动规格(流动时间<180秒)。 根据本发明的另一个实施方案,提供了包含本发明化合物的粘合剂组合物及其使用方法。 在本发明的另外的实施方案中,提供了制备本发明增韧剂的方法,用于将装置粘附到基底上的方法以及包括附着到第二制品上的第一制品的组件。
    • 7. 发明授权
    • Polysulfide-based toughening agents, compositions containing same and methods for the use thereof
    • 聚硫醚系增韧剂,含有它们的组合物及其使用方法
    • US07087304B1
    • 2006-08-08
    • US10367759
    • 2003-02-19
    • John G. WoodsYuhshi LuhMark M. Konarski
    • John G. WoodsYuhshi LuhMark M. Konarski
    • B32B27/38B32B7/12C08L63/00C09J163/00H01L21/56
    • C08G59/302C08L63/00H01L23/293H01L2924/0002Y10T428/31511Y10T428/31515C08L81/00H01L2924/00
    • In accordance with the present invention, there are provided toughening agents which are useful for improving the performance properties of epoxy-based adhesive formulations. For example, epoxidized polysulfides have been found to be useful toughening agents of component level underfill adhesive compositions. Invention materials are liquid rubbers which provide improved fracture toughness while maintaining satisfactory capillary flow properties. Invention materials can be synthesized in neat (solventless) reactions from readily available low-cost raw materials and isolated in high yields. They have linear and branched telechelic structures with terminal epoxide functional groups, and are prepared without substantially increasing the molecular weight of the starting polysulfide materials. Invention materials are compatible with common epoxy formulations and may be used without purification. At low levels of incorporation, they provide adhesives that meet the minimum fracture toughness (Gq>2.0 lb/in) and capillary flow specifications (flow time
    • 根据本发明,提供了可用于改善环氧基粘合剂制剂的性能的增韧剂。 例如,已经发现环氧化多硫化物是组分级底部填充粘合剂组合物的有用的增韧剂。 发明材料是提供改善的断裂韧性同时保持令人满意的毛细管流动特性的液体橡胶。 本发明材料可以从易于获得的低成本原料的纯(无溶剂)反应中合成并以高收率分离。 它们具有带末端环氧官能团的直链和支链遥爪结构,并且在不显着增加起始多硫化物材料的分子量的情况下制备。 本发明材料与普通的环氧配方相容,可以不经纯化地使用。 在低掺量下,它们提供了许多商业底层填充应用的粘合剂,其满足最小断裂韧性(Gq> 2.0lb / in)和毛细管流动规格(流动时间<180秒)。 根据本发明的另一个实施方案,提供了包含本发明化合物的粘合剂组合物及其使用方法。 在本发明的另外的实施方案中,提供了制备本发明增韧剂的方法,用于将装置粘附到基底上的方法以及包括附着到第二制品上的第一制品的组件。
    • 9. 发明授权
    • Shipping container for exothermic material
    • 用于放热材料的运输容器
    • US06519968B1
    • 2003-02-18
    • US09852158
    • 2001-05-09
    • Mark M. Konarski
    • Mark M. Konarski
    • F25D308
    • F25D3/06F25D2331/804
    • A shipping container for exothermic material comprises an outer container and a plurality of inner containers enclosed within the outer container with a quantity of coolant material adjacent the inner containers. Each inner container includes a box defining an enclosure, a fluted insert disposed within such enclosure for supporting a plurality of vessels, such as plastic syringes containing exothermic material. Each fluted insert includes a plurality of open ended recesses for receiving the syringes separated by upstanding walls defining a barrier between the supported syringes. A pair of heat shields, one at the bottom and one at the top of each inner box, is included for dissipating heat therewithin. Plural inner containers housing exothermic material are bubble-wrapped in a stacked arrangement with gel packs between each inner container. The wrapped stack of inner containers are then placed in an outer container which is then filled with a quantity of dry ice and covered to close the shipping container for transportation.
    • 用于放热材料的运输容器包括外容器和封闭在外容器内的多个内容器,其中一些冷却剂材料与内容器相邻。 每个内部容器包括限定外壳的盒子,设置在该外壳内的槽形插入件,用于支撑多个容器,例如含有放热材料的塑料注射器。 每个带凹槽的插入件包括多个开口的凹部,用于接纳由支撑的注射器之间限定障碍物的直立壁分隔开的注射器。 包括一对隔热罩,一个在底部,一个位于每个内箱的顶部,用于在其中散热。 容纳放热材料的多个内部容器以层叠的方式气泡包裹,每个内部容器之间具有凝胶包装。 然后将包裹的内部容器堆叠放置在外部容器中,然后将其装满一定数量的干冰并将其盖上以关闭运输容器以便运输。