Method of forming a walking-surface panel
    62.
    发明授权
    Method of forming a walking-surface panel 失效
    形成行走面板的方法

    公开(公告)号:US4670079A

    公开(公告)日:1987-06-02

    申请号:US702404

    申请日:1985-02-15

    摘要: A fiber-cement/plywood surface and method of providing a preformed surface material for flooring, decking, walkways and roadways, more particularly for use with marine dock structures. The method includes applying a coating of a catalized resin material over one surface of a sheet of plywood substructure so as to seal the substructure as the resin hardens, and also coating one surface of a fiber-cement sheet with a catalized resin material and allowing it to harden. A bonding agent, which comprises a catalized resin material mixed with a thickening agent such as mill fibers or finely chopped fiberglass strands, is applied between the two facing resin surfaces of the respective plywood sheet and the fiber-cement sheet, whereby the two sheets are bonded together so as to form a single, somewhat-resilient, weatherproof and wear-resistant structure or panel. An alternative arrangement is also provided wherein the substructure is a thick plastic foam core encased in a fiberglass and polyester resin.

    摘要翻译: 纤维水泥/胶合板表面和提供用于地板,甲板,人行道和道路的预制表面材料的方法,更具体地用于与海洋码头结构一起使用。 该方法包括在胶合板底层的一个表面的一个表面上施加催化的树脂材料的涂层,以便在树脂硬化时密封下部结构,并且还用被催化的树脂材料涂覆纤维水泥板的一个表面并允许 硬化 包含与增稠剂混合的催化树脂材料的粘合剂,例如碾磨纤维或细切玻璃纤维束,被施加在各个胶合板和纤维水泥片的两个面对的树脂表面之间,由此两片是 结合在一起以形成单一的,有弹性的,耐候性和耐磨性的结构或面板。 还提供了一种替代方案,其中底层结构是包裹在玻璃纤维和聚酯树脂中的厚塑料泡沫芯。

    Fiber-cement/plywood walking surface
    63.
    发明授权
    Fiber-cement/plywood walking surface 失效
    纤维水泥/胶合板走路面

    公开(公告)号:US4517239A

    公开(公告)日:1985-05-14

    申请号:US444802

    申请日:1982-11-26

    摘要: A fiber-cement/plywood surface and method of providing a preformed surface material for flooring, decking, walkways and roadways, more particularly for use with marine dock structures. The method includes applying a coating of a polyester resin over one surface of a sheet of plywood substructure so as to seal the substructure as the resin hardens, and also coating one surface of a fiber-cement sheet with a polyester resin and allowing it to harden. A bonding agent, which comprises a catalyzed polyester resin mixed with a thickening agent such as mill fibers or finely chopped fiberglass strands, is applied between the two facing resin surfaces of the respective plywood sheet and the fiber-cement sheet, whereby the two sheets are bonded together so as to form a single somewhat-resilient weatherproof and wear-resistant structure or panel. An alternative arrangement is also provided wherein the substructure is a thick plastic foam core encased in a fiberglass and polyester resin.

    摘要翻译: 纤维水泥/胶合板表面和提供用于地板,甲板,人行道和道路的预制表面材料的方法,更具体地用于与海洋码头结构一起使用。 该方法包括在胶合板底层片材的一个表面上涂覆聚酯树脂涂层,以便当树脂硬化时密封下层结构,并且还用聚酯树脂涂覆纤维水泥片材的一个表面并使其硬化 。 粘合剂包括与各种胶合板和纤维水泥片的两个面对的树脂表面之间混合有增稠剂如研磨纤维或细碎玻璃纤维束的催化聚酯树脂,由此两片是 结合在一起以便形成单个有弹性的耐候性和耐磨结构或面板。 还提供了一种替代方案,其中底层结构是包裹在玻璃纤维和聚酯树脂中的厚塑料泡沫芯。

    Construction panel with non-skid surface and method of fabrication
    65.
    发明授权
    Construction panel with non-skid surface and method of fabrication 失效
    具有非磁性表面的构造面板和制造方法

    公开(公告)号:US4109041A

    公开(公告)日:1978-08-22

    申请号:US848485

    申请日:1977-11-04

    摘要: Elastomeric particles, e.g., rubber grindings and buffings produced in vehicular tire manufacturing and recapping operations, are incorporated into at least one surface of particle-board panel to increase friction, prevent stacked panels from sliding in echelon, prevent tools from sliding thereon, prevent workmen from slipping thereon, and still allow the panel to be cut and nailed. The particles can be bonded to the panels simultaneously with the panel molding operation or in a separate subsequent operation. In a preferred method of fabricating a non-skid construction panel of the subject invention, rubber particles in the range from below about 10 to above about 20 pounds per one thousand square feet of surface area are distributed over a panel, and the rubber particles and the panels are subsequently subjected to heat and pressure, and the resulting panel has a smooth surface with the elastomeric particles being used somewhat as a light "salting" of the construction panel's surface layer. The resulting layer is smooth, but the presence of the elastomeric particles insures the non-slipping features mentioned above, as well as the ability of the panel to be nailed and cut, as required.