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    • 31. 发明授权
    • Acoustical panel
    • 声学面板
    • US4630416A
    • 1986-12-23
    • US732482
    • 1985-05-09
    • Daniel W. LapinsRichard Szymanski
    • Daniel W. LapinsRichard Szymanski
    • A47G5/00E04B1/74E04B1/86G10K11/172E04B2/28
    • E04B1/86E04B2001/748
    • A movable, prefabricated wall panel having a rigid rectangular frame. A core structure is disposed in the region bounded by the frame, which core structure preferably comprises at least one honeycomb layer. Sheetlike skins are fixedly secured to opposite sides of the frame and extends across the region bounded by the frame for confining the honeycomb layer therebetween. A plurality of small openings are formed in either or both of the skins so that they communicate with cells of the honeycomb layer to create Helmholtz sound-absorbing chambers. Each sheetlike skin is covered by a layer of porous fiberglass material for absorbing sound, which layer includes an inner thin mat of high-density fiberglass which is in turn covered by a relatively thick outer layer of low-density fiberglass. This outer layer has a variable density gradient across the thickness thereof, which density gradient progressively increases across the thickness toward the mat.
    • 一种具有刚性矩形框架的可移动预制墙板。 芯结构设置在由框架限定的区域中,该芯结构优选地包括至少一个蜂窝层。 片状表皮固定固定在框架的相对两侧,并延伸穿过由框架限定的区域,以将蜂窝层限制在其间。 在一个或两个表皮中形成多个小开口,使得它们与蜂窝层的细胞连通以产生亥姆霍兹吸声室。 每个片状的皮肤被一层用于吸收声音的多孔玻璃纤维材料覆盖,该层包括高密度玻璃纤维的内薄垫,其又由较低厚度的低密度玻璃纤维外层覆盖。 该外层在其厚度上具有可变的密度梯度,密度梯度逐渐增加横跨垫的厚度。
    • 32. 发明授权
    • Composite panel structure
    • 复合板结构
    • US4522284A
    • 1985-06-11
    • US486944
    • 1983-04-20
    • William W. FearonArnel M. Macy
    • William W. FearonArnel M. Macy
    • B29D24/00E04B20060101E04B1/74E04B1/82E04B1/84E04B1/86E04C2/36G10K11/16G10K11/162
    • E04B1/86B29D24/005E04B1/8227E04C2/365E04B2001/748E04B2001/8452Y10T428/24149Y10T428/24157
    • A panel having a cellular core and an acoustically semi-transparent facing is provided. The core, which may be a honeycomb, has cells opening to a face of the core. The facing is bonded to the face of the core such that pillow-like portions of the facing extend into the open cells of the core to provide a mechanical interlock between the facing and the core and to improve the absorption of acoustic energy directed upon the panel. The panel may include a layer bonded to the core opposite the facing for reducing the transmission of acoustic energy through the panel or for increasing its strength and rigidity. Preferably, the facing is non-homogeneous such that the density of the pillow-like portions is less than the portions of the facing adjacent the structure of the core. The panel may be formed by heating and compressing an uncured fibrous element of relatively uniform thickness and density against a cellular core. A heated platen may be used to produce a relatively flat, hardened outer surface of the panel.
    • 提供具有蜂窝芯和声半透明面的面板。 芯可以是蜂窝,具有通向核心面的孔。 面对面粘合到芯的表面上,使得面的枕形部分延伸到芯的开孔中,以在面与芯之间提供机械互锁,并改善对面向面板的声能的吸收 。 面板可以包括结合到与面对面相反的芯的层,用于减少通过面板的声能的传递或用于增加其强度和刚性。 优选地,面层是不均匀的,使得枕状部分的密度小于邻近核心结构的面的部分。 面板可以通过相对于蜂窝芯加热和压缩相对均匀的厚度和密度的未固化的纤维元件而形成。 加热的压板可以用于产生面板的相对平坦的,硬化的外表面。
    • 35. 发明授权
    • Method of manufacturing of honeycomb noise attenuation structure and the
structure resulting from the method
    • 蜂窝噪声衰减结构的制造方法及其方法
    • US4292356A
    • 1981-09-29
    • US55681
    • 1979-07-06
    • Christopher E. WhitemoreRobert M. Carrillo
    • Christopher E. WhitemoreRobert M. Carrillo
    • B32B3/12E04B1/74E04B1/86E04C2/36G10K11/172
    • B32B3/12E04B1/86E04C2/365G10K11/172E04B2001/748Y10T428/24149Y10T428/24331
    • Method of making attenuation sandwich panels having a cellular core positioned between and bonded to an imperforate facing sheet on one surface thereof and a perforate sheet with an outer layer of porous fabric material adhered to the other surface. The combined perforate facing sheet and porous fibrous material have a predetermined open surface area prior to its adherence to the cellular core. A coating of adhesive is applied to either the facing sheets or to the facing surface of the cellular core. The sheets are then properly positioned with respect to the cellular core. The porous fabric surface of the combined perforate sheet and porous fibrous material is positioned against a perforated plate. The opposite surface of the perforated plate is positioned against a bonding tool that has a plurality of longitudinal grooves on its perforated plate adjacent surface. This combination is then placed in a press or the like where pressure is applied from the facing sheets towards the core and is then heated until the adhesive is cured.
    • 制造具有多孔芯的衰减夹层板的方法,所述夹芯板位于其一个表面上的无孔的面层之间,并且具有粘附到另一表面的多孔织物材料的外层的穿孔片。 组合的穿孔片和多孔纤维材料在其粘附到蜂窝芯之前具有预定的开放表面积。 将粘合剂涂层施加到表面片材或细胞芯的相对表面上。 然后,片材相对于蜂窝芯片被适当地定位。 组合的穿孔片和多孔纤维材料的多孔织物表面抵靠多孔板定位。 多孔板的相对表面抵靠着在其多孔板相邻表面上具有多个纵向槽的接合工具。 然后将该组合物放置在压力机等中,其中从面向片材向核心施加压力,然后加热直到粘合剂固化。