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    • 7. 发明授权
    • Method of weather-proofing surfaces particularly concrete roofs
    • 防风雨表面特别是混凝土屋顶的方法
    • US4259127A
    • 1981-03-31
    • US867395
    • 1978-01-06
    • Haim Schachter
    • Haim Schachter
    • E04D11/02C09J3/30B32B11/04B32B13/04E04F13/18
    • E04D11/02Y10T428/24942Y10T428/24983Y10T428/31815
    • A method of weather-proofing surfaces, particularly concrete roofs, is described wherein first applied is an inner layer of a soft asphalt (bitumen) having a softening point of 100.degree.-140.degree. F. and including reinforcing fibers, and then an overlying layer of an asphalt-saturated-felt. In one preferred example, the overlying layer is a glass-fiber mat saturated with a hard air-blown asphalt having a softening point of at least 180.degree. F.; and in a second described example, it is paper saturated with soft (non-blown) asphalt and coated on its outer faces with the hard air-blown asphalt. The combination of the soft asphalt inner layer and the asphalt-saturated-felt outer layer has been found to produce a barrier impermeable to water travelling inwardly, but permeable to vapor travelling outwardly thereby avoiding the formation of blisters. This combination has been further found to be suitable for surfaces having extremely high slopes, even perfectly vertical surfaces, without the need for mechanical fastening devices.
    • 描述了防风化表面,特别是混凝土屋顶的方法,其中首先施加软沥青(沥青)的内层,其软化点为100-140°F,并且包括增强纤维,然后是上层 的沥青饱和毡。 在一个优选实施例中,上覆层是用软化点至少为180°F的硬空气吹制沥青饱和的玻璃纤维垫; 在第二个例子中,用软(非吹制)沥青进行饱和的纸张,并在其外表面上涂覆硬吹气沥青。 已经发现软沥青内层和沥青饱和毡外层的组合产生不透水的屏障,其向内流动但对外面的蒸汽是可渗透的,从而避免形成水疱。 进一步发现,这种组合适用于具有非常高的斜率,甚至是完美的垂直表面的表面,而不需要机械紧固装置。
    • 10. 发明授权
    • Method of producing a board of fibrous glass and the product thereof
    • 制造纤维板玻璃及其制品的方法
    • US3861971A
    • 1975-01-21
    • US7853270
    • 1970-10-06
    • OWENS CORNING FIBERGLASS CORP
    • STAPLEFORD STUART HNUTTER CHARLES E
    • B29C70/00E04B7/22C09J3/30C03C25/00
    • E04B7/22B29C70/00B29C70/10B29K2309/08
    • A thermal insulating roofing board of bonded, randomly and spacedly positioned individual, discontinuous glass fibers, with an asphaltic saturated surface layer including bundles or strands of glass fibers distributed over the upper surface of the board under a top surfacing sheet, said board being produced by forming and discharging individual, discontinuous fibers downwardly with particles of binder intermingled therewith to form a pack upon a conveyor receiving surface, compressing the pack under a roller, depositing bundles or strands of glass fibers upon the upper surface of the pack, compacting the pack in board form and curing the binder particles to dimensionally stabilize the pack in such form, applying heated asphalt to the upper surface of the stabilized compacted pack to impregnate the upper stratum thereof, including the bundles or strands of glass fibers and applying a top surfacing sheet over the applied asphalt.
    • 粘合的,随机的和间隔地定位的单独的不连续玻璃纤维的绝热屋面板,其中沥青饱和表面层包括分布在板的上表面上的玻璃纤维的束或多股的玻璃纤维,所述板由顶表面板制成,所述板由 用与其混合的粘合剂颗粒向下形成和排出单独的不连续纤维,以在输送机接收表面上形成包装,在辊下方压缩包装,在包装的上表面上沉积玻璃纤维束或股线,将包装件压实 将该粘合剂颗粒固化并以此形式对包装进行尺寸稳定,将加热的沥青施加到稳定化的压实包装的上表面以浸渍其上层,包括玻璃纤维束或股线,并将顶部表面覆盖层 应用沥青。