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    • 51. 发明申请
    • WALL MODULE FOR BUILDING A STRUCTURE AND ASSOCIATED STRUCTURE
    • 工作及相关楼墙体模块
    • WO2012123067A8
    • 2013-10-03
    • PCT/EP2012000856
    • 2012-02-28
    • AREVA GMBHGALLINAT ANNACHRISTOFORIDIS NIKOLAOS
    • GALLINAT ANNACHRISTOFORIDIS NIKOLAOS
    • E04B1/04E04B1/61E04C2/06
    • E04B2/62E04B1/043E04C2/06E04C5/01E04C5/125
    • A wall module (2) which is designed as a concrete prefabricated building element for building a structure and which can easily be assembled and connected to further such wall modules (2) to form a structure should be designed not only for usual operating loads but additionally also to withstand improbable extreme loads. To that end, the wall module (2) has a wall body (8) having a regular base area and multiple edges, with a plurality of reinforcement rods (10) which all together form a regular reinforcement grid, and which preferably each extend parallel to the edges, and which are cast into the wall body (8), the reinforcement rods (10) each penetrating the wall body (8) substantially from edge to edge, and being provided at their ends with connecting elements (6) which are designed to establish a connection with complementary connecting elements (6) of an immediately adjacent wall element (2), and each connecting element (6) being connected with clearance to the associated reinforcement rod (10) such that it can be moved in a plane which is perpendicular to the longitudinal direction of the reinforcement rod (10) on all sides by at least 2 mm with respect to a provided central position.
    • 设计为建立可容易地与其它这样的壁的模块(2)的建筑物被组装并连接不应该只被设计用于普通运行负载的结构的混凝土预制元件壁模块(2),但除了也不太可能的极端负载。 为此目的,壁式模块(2)具有规则基部和多个包括壁体(8)的边缘的,具有多个常规加强格栅的其整体形成,优选地在每一种情况下平行地延伸的加强杆的边缘(10),其在 浇铸壁体(8),其中,所述加强杆(10)各自基本上从边缘到所述壁体(8)渗透到边缘并在其与连接(6)提供的是用于制备化合物与(6)的一个互补的连接元件的元件的端部 形成紧邻的切换元件(2),并且其中,所述相应的连接元件(6)以这样的间隙相关联的钢筋(10),它在所述钢筋(10)的垂直平面的纵向方向上提供由至少2毫米至四面八方 中心位置是可移动的。
    • 55. 发明申请
    • IMPROVED REINFORCING BAR AND METHOD FOR MANUFACTURING THE SAME
    • 改进的增强棒及其制造方法
    • WO2011107848A2
    • 2011-09-09
    • PCT/IB2011000355
    • 2011-02-22
    • KAR ANIL KRISHNA
    • KAR ANIL KRISHNA
    • E04C5/01
    • E04C5/01E04C5/03Y10T428/12
    • Disclosed are an improved reinforcing bar and methods for manufacturing the same. The improved reinforcing bar is made from a high strength material, and has a circular or oval or elliptical cross section and deformation of the axis in a single plane or in multiple planes. The methods for manufacturing the improved reinforcing bar include a hot working process and a cold working process. The undulating /wavy bar with axis deformation can improve the anchorage of the bar in concrete and the bond strength without comprising any surface modifications. The amplitude and pattern of axis deformation of the bar can avoid stress concentration and its ill effects.
    • 公开了一种改进的钢筋及其制造方法。 改进的钢筋由高强度材料制成,并且具有圆形或椭圆形或椭圆形的横截面以及轴在单个平面或多个平面中的变形。 用于制造改进的钢筋的方法包括热加工工艺和冷加工工艺。 具有轴线变形的起伏/波浪杆可以改善混凝土中钢筋的锚固度和粘结强度,而不包括任何表面改性。 棒的轴线变形的幅度和图案可以避免应力集中及其不良影响。
    • 58. 发明申请
    • BUBBLE METAL CONCRETE AND OTHER MATERIALS
    • 泡沫金属混凝土和其他材料
    • WO2006126045B1
    • 2007-08-02
    • PCT/IB2006001093
    • 2006-04-20
    • BIANCO CLAUDE
    • BIANCO CLAUDE
    • E04C5/01E04C5/06
    • E04B1/80E04B2/842E04C2/2885E04C5/01E04C5/06E04C5/07
    • The invention concerns the combination of bubbles of all materials bonded together when being manufactured by their six ends forming a trellis made in the form of brick or panel and being finally bound by a binder into a composition in accordance with all the desired properties. The advantages are: exceptional sound and thermal insulation, enhanced resistance in time, lightness, time saving in production, anti-seismic and anti-explosion properties. It provides numerous useful materials in different fields such as public works and civil engineering, naval and aeronautical designs. It also has numerous applications, such as a trellis with communicating bubbles allowing circulation of a gas or fluid providing variety in terms of heating, buoyancy or lift.
    • 本发明涉及当由其六个端部制造的所有材料的气泡的组合形成以砖或面板的形式制成的网格,并且根据所有所需的性质最终由粘合剂结合到组合物中。 优点是:出色的隔音和隔热性,增强的耐时间性,轻便性,节省生产时间,抗震和防爆性能。 它在不同领域提供了许多有用的材料,如公共工程和土木工程,海军和航空设计。 它还具有许多应用,例如具有连通气泡的网格,允许在加热,浮力或升力方面提供气体或流体的循环。
    • 60. 发明申请
    • KOMPRESSIBLER BETON UND VERFAHREN ZU DESSEN HERSTELLUNG
    • 可压缩混凝土和方法及其
    • WO2006034675A1
    • 2006-04-06
    • PCT/DE2005/001653
    • 2005-09-20
    • KLÖCKNER, Reinhard
    • KLÖCKNER, Reinhard
    • E21D11/05E21D11/08E21D15/22E04C5/01
    • E04C5/01E04C5/0618E04C5/07E04H9/02E04H9/04E21D11/05E21D11/083E21D15/22
    • Der erfindungsgeraäße Definiert Kompressible Beton (DKB), weist eine charakteristische Last-Verformungskurve mit ausgeprägtem Fließplateau auf un enthält als Bindemittel Zement- oder Epoxidharzmörtel und als Zuschlagstoffe entweder kurze oder längere Abschnitte von handelsüblichen Stahlrohren (Stahlrohr-Hohlkörper) mit Durchmessern im Millimeter- bis Dezimeterbereiσh, die an beiden Enden, bevorzugt durch Quetschen oder Stauchen, mörteldicht verschlossenen sind. Die Herstellung der Stahlrohr-Hohlkörper erfolgt vorteilhaft im Durchlauf verfahren auf einer Maschine mit synchron laufenden Rollenpaaren zum punktuellen Flachdrücken der Rohre und Abtrennen der Hohlkörper. Anwendungsgebiete bzw. -beispiele sind unter anderen: Fels- und Tunnelbau in drückendem Gebirge, "Horizontal und vertikal gepufferte Lagerung" von Brücken, Flüssigkeitstanks, Bauwerken zur (Kern-) Energiegewinnung etc. in Erdbebengebieten, Schutz von Bauwerken gegen Sprengkörper, Schutz von Baukonstruktionen gegen Anprall von Fahrzeugen, Ausgleich (Verhinderung) von Setzungsunterschieden in Pfahlgründungen.
    • 所述erfindungsgeraäße定义可压缩混凝土(DKB),具有与未具有显着的屈服台阶包含作为粘合剂的水泥或环氧树脂砂浆和作为添加剂或者在毫米市售钢管(管状空心体),直径短或长的部分以Dezimeterbereish特性载荷 - 挠度曲线 中,砂浆密封在两端,优选通过挤压或压缩闭合。 钢管空心体的制备有利地在一个连续的过程与用于管的扁平化点和移除所述中空主体的同步运行辊对进行的机器上。 治疗适应症或例子其中包括:岩石和隧道建设中pressive山“水平和垂直缓冲存储”的桥梁,液罐,用于在地震灾区(核)能源等,对爆炸装置保护建筑,建筑结构的保护结构 免受车辆,减少桩基差异的补偿(预防)的影响。