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    • 4. 发明授权
    • Detecting defects in plastic and similar surfaces
    • 检测塑料和类似表面的缺陷
    • US6005668A
    • 1999-12-21
    • US112389
    • 1998-07-09
    • Theodore D. Held, IIIGerald J. Cormier
    • Theodore D. Held, IIIGerald J. Cormier
    • G01N21/88G01N21/55
    • G01N21/88
    • A "highlighter" liquid for detecting cosmetic defects in non-metallic surfaces, particularly those intended for high quality automotive finishes comprises organic substances each molecule of which contains at least one continuosly chemically bonded chain or ring of atoms in which there are at least two carbon atoms and at least two oxygen, nitrogen, sulfur, and phosphorus heteroatoms, the carbon atoms and heteroatoms being arranged in such an order along the chain or ring that (i) each heteroatom is bonded to at least one carbon atom and (ii) the chain does not include more than three consecutive continuosly chemically bonded carbon atoms. Particularly suitable materials include glycerin, propylene glycol, low molecular weight glycol condensation polymers, and monoethers of these glycol condensation polymers. Water is also usually present in the highlighter liquid, which has a long open time and does not damage the substrate even if left in place for a day or more.
    • 用于检测非金属表面中的化妆品缺陷的“荧光笔”液体,特别是用于高质量汽车饰面的化妆品缺陷包括每个分子含有至少一个连续化学键合的链或原子环的有机物质,其中存在至少两个碳 原子和至少两个氧,氮,硫和磷杂原子,碳原子和杂原子沿着链或环以这样的顺序排列,即(i)每个杂原子与至少一个碳原子键合,和(ii) 链不包括超过三个连续的连续化学键合的碳原子。 特别合适的材料包括甘油,丙二醇,低分子量二醇缩合聚合物和这些二醇缩聚物的单醚。 水也通常存在于荧光笔液体中,其具有较长的打开时间,并且即使在一天或更长时间内就位也不会损坏基底。
    • 8. 发明授权
    • Process for removing fine particulate soil from hard surfaces
    • 从硬表面除去细颗粒土的方法
    • US07204890B2
    • 2007-04-17
    • US10182480
    • 2001-01-19
    • Theodore D. Held, IIIGerald J. CormierWilliam E. Fristad
    • Theodore D. Held, IIIGerald J. CormierWilliam E. Fristad
    • B08B7/00
    • C11D1/88B08B7/0014C09D5/008C11D3/222C11D3/3719C11D3/3753C11D3/3776C11D3/384C11D11/0023C11D11/0035C11D11/0058
    • Many prior art processes for cleaning predominantly organic hard surfaces have been found to be considerably less effective in removing very fine particles on such surfaces than are the best cleaners for metallic surfaces. However, it has been found, and forms the basis of this invention, that fine particles can be removed effectively from organic surfaces by an indirect process of first forming a thin solid coating over the surface and then removing the solid coating, into which the fine particles that formerly contaminated the surface to be cleaned have presumably become incorporated. Substantially hydrolyzed poly(vinyl acetate) has been found particularly useful for forming the thin solid coating when this coating is to be removed by treatment with an acidic aqueous solution; acrylate polymers are preferred if the solid coating is to be removed by an alkaline aqueous solution. In either instance, in order to obtain good wetting without damaging the surface to be cleaned, the material that forms the bulk of the solid coating is preferably applied to the surface to be cleaned in an aqueous solution or dispersion that also contains surfactant molecules that include imidazoline moieties. A method of quantifying the degree of removal of solid particles is also provided.
    • 已经发现用于清洁主要有机硬表面的许多现有技术方法在除去金属表面的最佳清洁剂之后,在除去这些表面上的非常细小的颗粒方面相当不太有效。 然而,已经发现并形成本发明的基础,可以通过间接方法从有机表面有效地除去细颗粒,所述间接方法首先在表面上形成薄的固体涂层,然后除去固体涂层,其中精细 以前被污染的待清洁表面的颗粒大概已被纳入。 已经发现基本上水解的聚(乙酸乙烯酯)在通过用酸性水溶液处理除去该涂层时可以形成薄的固体涂层; 丙烯酸酯聚合物是优选的,如果固体涂料要被碱性水溶液除去。 在任一情况下,为了获得良好的润湿性而不损坏要清洁的表面,形成固体涂层的主体的材料优选地应用于还含有表面活性剂分子的水溶液或分散体中的待清洁表面,所述表面活性剂分子包括 咪唑啉部分。 还提供了定量固体颗粒去除程度的方法。