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    • 24. 发明授权
    • Solar energy collector and method of making same
    • 太阳能收集器及其制作方法
    • US4579107A
    • 1986-04-01
    • US590494
    • 1984-03-16
    • David Deakin
    • David Deakin
    • C03C17/10F24J2/05F24J2/10F24J2/14F24J2/48
    • F24J2/4612C03C17/10F24J2/055F24J2/1047F24J2/14F24J2/4616F24J2/487Y02E10/44Y02E10/45Y10S126/908
    • Method and device manufactured thereby for economically making solar collectors and concentrators by employing a technique of applying high-efficiency, energy absorptive coatings. The technique is spraying less-than-ultra-pure nickel or chromium, in a molten state, onto a heated surface of a glass absorber substrate so that a thin metallic layer fuses thereon. After spraying, the metallic layer is chemically blackened. An outer glass insulator jacket is hermetically sealed, using a glass-to-glass junction, over the inner glass absorber substrate to provide an insulating space. The spraying technique employed is more economical than by applying the metallic coating by conventional vapor deposition and sputtering techniques which require expensive equipment and ultra-pure metals. Absorption efficiency exceeding 95% with infrared emissions below 0.09% has been achieved. Borosilicate glass is preferred, but other transparent substances can also be used. The technique is employed with both tubular and flat plate type solar collectors and/or concentrators. A getter design and a self-circulation heat-exchange fluid system also are disclosed.
    • 由此制造的方法和装置通过采用施加高效能量吸收涂层的技术来经济地制造太阳能收集器和集中器。 该技术是将熔融状态下的超纯镍或铬喷射到玻璃吸收体基板的加热表面上,使金属薄层熔化在其上。 喷涂后,金属层被化学变黑。 外玻璃绝缘体套管使用玻璃 - 玻璃接头在内玻璃吸收器基底上密封,以提供绝缘空间。 所用的喷涂技术比通过常规气相沉积和溅射技术应用金属涂层更为经济,这需要昂贵的设备和超纯金属。 吸收效率超过95%,红外辐射低于0.09%。 优选硼硅酸盐玻璃,但也可以使用其他透明物质。 该技术与管状和平板型太阳能收集器和/或集中器一起使用。 吸气设计和自循环热交换流体系统也被公开。
    • 28. 发明授权
    • Deposition materials and method
    • 沉积材料和方法
    • US3754975A
    • 1973-08-28
    • US3754975D
    • 1971-06-28
    • RANSBURG ELECTRO COATING CORP
    • SPILLER L
    • B05B5/08C03C17/10B05B5/00
    • C03C17/10B05B5/08
    • A method of depositing a metallic material onto a non-metallic substrate by depositing electrostatically charged particles of an admixture or solution including a thermally decomposable metal salt and a combustion retarding solvent to the non-metallic substrate. The non-metallic substrate is heated to an elevated temperature prior to the transference of the admixture to the substrate. The combustion retarding constituent of the admixture tends to partially decompose and vaporize at the elevated temperature of the non-metallic substrate and the metal salt tends to thermally decompose depositing a metallic material onto the non-metallic substrate. If the substrate is heated to a sufficiently high temperature, the metallic material tends to diffuse into a non-metallic substrate such as glass to thereby alter the color of the substrate. The solution to be formed into electrostatically charged particles contains a metal salt and a combustion retarding solvent.
    • 通过将包含可热分解的金属盐和阻燃溶剂的混合物或溶液的静电电荷的颗粒沉积到非金属基底上,将金属材料沉积到非金属基底上的方法。 在将混合物转移到基底之前,将非金属基底加热到升高的温度。 混合物的燃烧阻滞组分倾向于在非金属基材的升高温度下部分分解和蒸发,并且金属盐倾向于热分解将金属材料沉积到非金属基材上。 如果基板被加热到足够高的温度,则金属材料倾向于扩散到诸如玻璃之类的非金属基板中,从而改变基板的颜色。