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    • 2. 发明授权
    • Structure for fixing end of trim cover
    • 固定装饰盖末端的结构
    • US08328259B2
    • 2012-12-11
    • US12749941
    • 2010-03-30
    • Tsutomu MatsuzakiHiroshi Ohara
    • Tsutomu MatsuzakiHiroshi Ohara
    • B60J7/00
    • B60N2/5841B60R13/0206Y10T24/30
    • A trim cover having overlapped first and second cover members is fixed to a vehicle surface by a structure which includes a belt-like support plate attached along an end of the first cover member, and an engaging element. The engaging element has a longitudinal base portion and spaced tongue-shaped pieces projecting laterally therefrom. The engaging element extends along an end of the second cover member which positionally corresponds to the end of the first cover member. Fasteners fix the support plate, at both ends and a center portion thereof, through the end of the first cover member, to a surface of a vehicle. The tongue-shaped pieces of the engaging element are press-fitted through spaces in regions between the first cover member and the surface which are not occupied by the fasteners.
    • 具有重叠的第一和第二盖构件的装饰罩通过包括沿着第一盖构件的端部附接的带状支撑板和接合元件的结构固定到车辆表面。 接合元件具有纵向基部和与其横向突出的间隔开的舌状件。 接合元件沿着与第一盖构件的端部位置对应的第二盖构件的端部延伸。 紧固件将支撑板的两端及其中心部分通过第一盖构件的端部固定到车辆的表面。 接合元件的舌形片通过未被紧固件占据的第一盖构件和表面之间的区域中的空间压配合。
    • 5. 发明申请
    • Damper Structure with Silicon Layer and Manufacturing Method Thereof
    • 硅层阻尼结构及其制造方法
    • US20080000740A1
    • 2008-01-03
    • US11423427
    • 2006-06-09
    • Hiroshi Ohara
    • Hiroshi Ohara
    • F16F7/12
    • F16F7/00H04R9/043
    • A damper structure with a silicone layer is provided herein, wherein the silicone layer is formed on a surface of the damper so as to be able to enhance the anti-shock performance of the damper due to the properties of silicone. A method of manufacturing a damper structure is also provided herein, which includes the steps of diluting an organic silicone varnish (TSR1122) with a diluent (xylene or toluene); catalyzing the organic silicone varnish with a catalyst (YC8108 or YC8112) to prepare a silicone material; coating the silicone material on a surface of a molded damper; and heat-curing the silicone material on the damper to form a silicone layer.
    • 本发明提供一种具有硅树脂层的阻尼结构,其中硅酮层形成在阻尼器的表面上,从而能够通过硅树脂的性质提高阻尼器的抗冲击性能。 本发明还提供制造阻尼结构的方法,其中包括用稀释剂(二甲苯或甲苯)稀释有机硅氧烷清漆(TSR1122)的步骤; 用催化剂(YC8108或YC8112)催化有机硅氧烷清漆以制备硅氧烷材料; 将硅酮材料涂覆在模制阻尼器的表面上; 并在阻尼器上热固化硅树脂材料以形成硅树脂层。
    • 7. 发明申请
    • Speaker Damper Substrate
    • 扬声器阻尼器基板
    • US20090017302A1
    • 2009-01-15
    • US11775226
    • 2007-07-10
    • Hiroshi Ohara
    • Hiroshi Ohara
    • D02G3/00
    • D02G3/04D02G3/36H04R9/043Y10T428/2929
    • A speaker damper substrate is to be made from several types of yarns for fabrication. The yarns include a general-grade fiber and a lower-melting fiber, whose melting point is lower than the general-grade fiber. In addition, the proportion ratio of the general-grade fiber and the lower-melting fiber is in the range of 95˜5%:5˜100%. The surrounding region of the overlapping area of the yarns is bonded using the lower-melting fibers due to their melting behavior for improving the mechanical properties of the substrate. In addition, the substrate can perform the resin-immersion process to further improve its rigidity and the compression molding effectiveness.
    • 扬声器阻尼器基板由几种用于制造的纱线制成。 纱线包括一般级纤维和低熔点纤维,其熔点低于普通级纤维。 另外,普通级纤维和低熔点纤维的比例在95〜5%的范围内:5〜100%。 由于其熔融性能,使用低熔点纤维将纱线的重叠区域的周围区域粘合,以改善基材的机械性能。 此外,基板可以进行树脂浸渍处理,以进一步提高其刚性和压缩成型效果。