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    • 1. 发明授权
    • Process for preparing an indicator composition and indicator compositions
    • 制备指示剂组合物和指示剂组合物的方法
    • US08529682B2
    • 2013-09-10
    • US13248254
    • 2011-09-29
    • Thaddeus PrusikDawn E. SmithRay H. Baughman
    • Thaddeus PrusikDawn E. SmithRay H. Baughman
    • C09D11/00G01N31/00G01K1/02G01K3/00G04F1/00
    • C09D11/50
    • Indicator inks, indicators formed by printing or otherwise utilizing the inks and host products utilizing the indicators are disclosed. Reactivity-enhancing adjuvants stimulate enhanced thermal reactivity of diacetylenic or other indicator agents capable of responding to ambient thermal conditions with a visual change signaling an end point. The diacetylenic or other agents may be sensitive or relatively insensitive to ambient temperatures. Use of a reactivity-enhancing adjuvant provides a useful means for adapting the reactivities of indicator agents to the response characteristics of prospective host products, for example perishables such as vaccines or fresh fish and maturables such as fruit, cheese and wine. Some exemplary adjuvants include low-temperature polymerization initiators, for example methyl ethyl ketone peroxide and polymerization accelerators, for example cobalt compounds. Such initiators and accelerators can also be used in combination.
    • 公开了指示剂油墨,通过使用指示剂印刷或以其它方式利用油墨和主体产品形成的指示剂。 反应性增强佐剂刺激能够响应于环境热条件的二乙炔或其他指示剂的增强的热反应性,其中以指示终点的视觉改变。 二乙炔或其它试剂可能对环境温度敏感或相对不敏感。 使用反应性增强佐剂提供了一种有用的方法,用于使指示剂的反应性适应于预期宿主产物的反应特性,例如易腐食物例如疫苗或鲜鱼以及可食用如水果,奶酪和葡萄酒。 一些示例性的助剂包括低温聚合引发剂,例如甲基乙基酮过氧化物和聚合促进剂,例如钴化合物。 这样的引发剂和促进剂也可以组合使用。
    • 10. 发明授权
    • Defrost indicator
    • 除霜指示器
    • US4892677A
    • 1990-01-09
    • US683443
    • 1984-12-19
    • Anthony F. PreziosiThaddeus PrusikRay H. Baughman
    • Anthony F. PreziosiThaddeus PrusikRay H. Baughman
    • G01N31/22G07C1/00
    • G07C1/00G01N31/229Y10S252/962Y10S428/913
    • A new process is described which is useful for producing novel articles of manufacture useful for monitoring the time-temperature history of perishable items. The process initially involves forming a solution comprised of a diacetylenic monomer and a solvent. The solution is frozen, and the frozen solution having crystalline diacetylenic monomer therein is irradiated to partially polymerize the diacetylenic monomer. Partial polymerization of the crystalline diacetylenic monomer admixed with frozen solvent results in the production of a novel article of manufacture having color. The novel article of manufacture is comprised of frozen solvent, diacetylenic monomer, and colored polydiacetylene. Due to the intensity of the color of the polydiacetylene, the entire article of manufacture appears to be colored.The colored article of manufacture may be attached to various perishables to monitor the shelf life of the perishables. upon exposure to temperatures above a critical temperature, the frozen solvent melts and extracts unreached monomer from the colored polymer, thereby causing a sharp color transition which indicates that the perishable should possibly be discarded.
    • 描述了一种新方法,其可用于生产可用于监测易腐物品的时间 - 温度历史的新型制品。 该方法最初涉及形成由二乙炔单体和溶剂组成的溶液。 将溶液冷冻,照射其中具有结晶二炔单体的冷冻溶液以部分聚合二乙炔单体。 与冷冻溶剂混合的结晶二乙炔单体的部分聚合导致生产具有颜色的新型制品。 新型制品由冷冻溶剂,二乙炔单体和着色聚二乙炔组成。 由于聚二乙炔颜色的强度,整个制品似乎是有色的。 有色制品可以附着在各种易腐食品上,以监测易腐品的保质期。 在暴露于高于临界温度的温度下,冷冻的溶剂熔融并从着色聚合物中提取未接触的单体,从而引起明显的颜色转变,这表明易腐物质可能被丢弃。