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    • 5. 发明申请
    • STRUCTURAL ELEMENT FOR APPLICATION OF PLASTER SUSPENDED CEILINGS ON FLOORS
    • 在地板上应用塑料悬挂天花板的结构元件
    • WO2002066761A1
    • 2002-08-29
    • PCT/IB2002/000481
    • 2002-02-18
    • SACCO, Pietro
    • SACCO, Pietro
    • E04C5/065
    • E04C5/0656E04B1/4171E04B9/18E04C3/29
    • A structural element such as a floor beam reinforced to girder or pre-stressed concrete and the like, for making floors, roofs, comprising a casting (6) in concrete with a lower flat face in which a layer is integrated (5, 8) that can be perforated by screws (10) capable of making easier the fastening and of supporting the weight of plaster suspended ceilings (9). The layer that can be perforated by screws is formed by a sheet section (5) in which a layer is present of light material (8) that is set between the concrete and the sheet section, directly contacting the concrete casting (6). The light material (8) is chosen among foam polystyrene, cellular polyurethane, wood, etc. In use, self tapping screws (10) cross in turn the plaster board (9), the lower face of the sheet section (5) and penetrate all the layer of the light material (8) without forcing, if not at the end of the movement, against the concrete (6). This way a plaster suspended ceiling (9) fastened to the floor lower surface is created directly connected to the concrete beams (1) of the floor (2).
    • 一种结构元件,例如用于制造地板,屋顶的钢梁或预应力混凝土等的地板梁,包括具有下部平坦面的混凝土铸件(6),其中层被集成(5,8) 可以通过能够更容易地紧固和支撑灰泥悬吊天花板(9)的重量的螺钉(10)穿孔。 可以由螺钉穿孔的层由薄片部分(5)形成,薄板部分(5)中存在轻质材料(8),该薄层部分设置在混凝土和薄片部分之间,直接接触混凝土铸件(6)。 轻质材料(8)选自泡沫聚苯乙烯,蜂窝状聚氨酯,木材等。在使用中,自攻螺钉(10)依次穿过石膏板(9),片材部分(5)的下表面并穿透 所有的轻质材料层(8),如果不是在运动结束时就不强迫(6)抵靠混凝土(6)。 这样一来,直接连接到地板(2)的混凝土梁(1)就可以形成固定在地面下表面上的石膏吊顶(9)。
    • 8. 发明公开
    • Structural element for application of plaster suspended ceilings on floors
    • Strukturelement zum Anbringen vonabgehängtenGipsunterdecken a Decken
    • EP1233116A1
    • 2002-08-21
    • EP01830105.1
    • 2001-02-16
    • Sacco, Pietro
    • Sacco, Pietro
    • E04C5/065E04B1/41E04B9/18
    • E04C5/0656E04B1/4171E04B9/18E04C3/29
    • A structural element such as a floor beam reinforced to girder or pre-stressed concrete and the like, for making floors, roofs, comprising a casting (6) in concrete with a lower flat face in which a layer is integrated (5,8) that can be perforated by screws (10) capable of making easier the fastening and of supporting the weight of plaster suspended ceilings (9). The layer that can be perforated by screws is formed by a sheet section (5) in which a layer is present of light material (8) that is set between the concrete and the sheet section, directly contacting the concrete casting (6). The light material (8) is chosen among foam polystyrene, cellular polyurethane, wood, etc. In use, self tapping screws (10) cross in turn the plaster board (9), the lower face of the sheet section (5) and penetrate all the layer of the light material (8) without forcing, if not at the end of the movement, against the concrete (6). This way a plaster suspended ceiling (9) fastened to the floor lower surface is created directly connected to the concrete beams (1) of the floor (2).
    • 一种结构元件,例如对梁或预应力混凝土等进行加固的地板梁,用于制造地板,屋顶,其中混凝土中的铸件(6)具有下层平整面(5,8) 可以通过能够更容易地固定和支撑灰泥吊顶(9)的重量的螺钉(10)穿孔。 可以由螺钉穿孔的层由薄片部分(5)形成,薄板部分(5)中存在着与混凝土铸件(6)直接接触的轻质材料(8)之间,该材料设置在混凝土和板段之间。 轻质材料(8)选自泡沫聚苯乙烯,蜂窝状聚氨酯,木材等。在使用中,自攻螺钉(10)依次穿过石膏板(9),片材部分(5)的下表面并穿透 所有的轻质材料层(8),如果不是在运动结束时就不会强制地对着混凝土(6)。 这样一来,直接连接到地板(2)的混凝土梁(1)就可以形成固定在地面下表面上的石膏吊顶(9)。
    • 9. 发明公开
    • A GREAT-SPAN INTERMEDIATE FLOOR CONSTRUCTION, PARTICULARLY FOR BUILDING OF PUBLIC AND RESIDENCE STRUCTURES
    • 天花板大跨度,特别是对公共和私人建筑结构
    • EP1012421A2
    • 2000-06-28
    • EP98934674.7
    • 1998-07-22
    • Kekanovic, MilanKasas, Karolj
    • Kekanovic, MilanKasas, Karolj
    • E04B5/19
    • E04C5/0656E04B5/43
    • This invention refers to Great Span Intermediate Floor Construction particularly designed for construction of public and residential buildings. This is a solution for construction of light-carrying floors based on the static system of a single span beam or continual beam, where the length of the field can be more or less than 10 meters, using semi prefabricated system of construction, that results in complete adaptability of space. The essence of the invention is in prefabrication of longitudinal girders (5) fixed to the supports (2 and 3) of the intermediate floor (1) and to the intermediate column (4a) of the continual intermediate floor (1a). The girder (5) consists of diagonal and triangular and spiral steel reinforcement filling which has in its corners flat steel profiles that are 'welded' by fine grain concrete inside of the upper hollow tile (10) and lower hollow tile (11). Girders (5) may be not not only straight but also horizontally or vertically curved, ring shaped or twisted. Between girders (5) that are evenly moved apart, on the lower hollow tiles, are placed the lower hollow tile blocks (6) and above them are placed at least two rows of light upper non-carrying hollow tile blocks (7). The hollow tile blocks (6 and 7) are made of burned ceramics. In the case of continaual intermediate floor (1a), close to the intermediate columns (4a) instead of the blocks (6) between girders (5) are twice as short lower hollow tile blocks (20) enabling concrete to fill above (20) and into hollow tile blocks (19), forming this way, the lower pressurized zone.
    • 10. 发明公开
    • Prefabricated joist for floors and/or lintels made of a framework and brick, and brick base for said joist
    • 预制梁为天花板和/或制成的格子砖和面向门楣的,和砖
    • EP0870883A2
    • 1998-10-14
    • EP98106305.0
    • 1998-04-07
    • Gruppo Effe 2 SpA
    • Zarantonello, Mario
    • E04C5/065E04C3/02
    • E04C5/0656E04C3/02E04C2003/023
    • The invention concerns a prefabricated joist for floors or lintels (1; 10), comprising a plurality of substantially U-shaped brick bases (2; 20) that define a channel (3) in which iron bars belonging to a framework or additional iron bars are positioned and which is to be filled with concrete. Said joist is provided with a plurality of U-bolts (5), each one having its ends (51, 52) buried in the bottom (23) of said brick base, said U-bolts being spaced at regular intervals and aligned with one another in such a way as to define at least one rectilinear support for at least one additional iron bar (5, 6, 7) spaced from the bottom surface (23) of said brick base, said iron bar remaining inside the outline defined by the channel of the brick bases filled with concrete.
    • 本发明涉及用于地板或门楣预制托梁(1; 10),包括的基本上U形的砖的碱有多个(2; 20)并限定(3),其中铁棒属于框架或附加铁棒的信道 定位是和所有这一切都将被填充混凝土。 所述托梁设置有U形螺栓的多个(5),埋置在所述砖基部的底部(23)每一个具有其端部(51,52),所述U形螺栓被以规则的间隔隔开,并且用一个对准 另一个在寻求一种方法,以限定用于至少一个附加的铁棒的至少一个直线形的支撑件(5,6,7)从所述砖基部的底部表面(23)间隔开,所述铁条由限定的轮廓内剩余 填充混凝土砖碱基的信道。