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    • 16. 发明授权
    • Free access floor and method of constructing the same
    • 免费通道楼及其构造方法
    • US4922670A
    • 1990-05-08
    • US302319
    • 1989-01-27
    • Hiromasa NakaNorio NakamuraTakehiko OkushimaTakao OkumuraTatsuo Shoji
    • Hiromasa NakaNorio NakamuraTakehiko OkushimaTakao OkumuraTatsuo Shoji
    • E04F15/024
    • E04F15/02452E04F15/02405E04F15/02458
    • The present invention relates to a double flooring structure which may be used to constitute the floor of a computer room or the like in a building. The double flooring structure has excellent constructibility, high earthquake resistance, a wide underfloor space and excellent resistant to deformation under load. The double flooring structure of the present invention comprises bases secured to a floor surface, columnar leg members pivotally standing on the bases, respectively, stringers each stretched between a pair of adjacent columnar leg members, floor panels supported on the stringers, and fastening means for securing the floor panels to the columnar leg members. The pivot point of each columnar leg member is disposed near the floor surface. When the floor panels are secured to the columnar leg members by the fastening means, the columnar leg members, the stringers and the floor panels constitute in combination one rigid body. Accordingly, a load which is applied to each floor panel is dispersed effectively and efficiently. If a lateral load is applied to the double flooring structure of the present invention, the columnar leg members are urged to pivot. However, since the pivot point of each columnar leg member is disposed near the floor surface, it is possible to minimize the bending moment that acts on that portion of each base which is bonded to the floor surface.
    • 本发明涉及一种双层地板结构,其可用于构建建筑物中的计算机房等的地板。 双层地板结构具有优良的施工能力,抗震性能好,地板下空间大,耐荷变形性能优良。 本发明的双层地板结构包括固定到地板表面的底座,分别枢转地竖立在基座上的柱形腿构件,各自延伸在一对相邻的柱状腿构件之间的桁条,支撑在桁条上的地板镶板,以及用于 将地板固定到柱状腿部件上。 每个柱状腿构件的枢转点设置在地板表面附近。 当通过紧固装置将地板镶板固定到柱状腿构件时,柱状腿部构件,桁条和地板镶板组合有一个刚体。 因此,能够有效且高效地分散施加于各层板的负荷。 如果对本发明的双层地板结构施加横向载荷,则促使柱状腿构件枢转。 然而,由于每个柱状腿构件的枢转点设置在地板表面附近,所以可以最小化作用在结合到地板表面的每个基座的该部分上的弯矩。