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    • 1. 发明申请
    • LAMINATED COMPOSITE REINFORCING BAR AND METHOD OF MANUFACTURE
    • 层压复合增强棒及其制造方法
    • WO1997002393A1
    • 1997-01-23
    • PCT/US1996007998
    • 1996-05-30
    • CORNELL RESEARCH FOUNDATION, INC.
    • CORNELL RESEARCH FOUNDATION, INC.PETRINA, Petru
    • E04C05/08
    • E04C5/085E04C5/07E04C5/125E04C5/127Y10S52/07Y10S52/08
    • The invention presents a non-metallic laminated composite reinforcing rod for use in reinforced or prestressed concrete. The rod is made by creating a sheet of core material (1) comprising a number of layers of "pre-preg" material. Ribs (2) are formed on top of the core from additional layers of pre-preg material laid with the fibers transverse to those in the core. The ribs (2) are then covered by additional layers of pre-preg (3) laid with fibers parallel to the core fibers. The material is heated to fuse the layers. Finally, the sheets of laminated reinforcement are cut parallel to the core fibers to the width desired. The resulting reinforcing rod (62) is superior to steel in corrosion resistance, flexibility, durability, and strength. The reinforcing rod (62) may be used as a prestressing tendon in prestressed concrete after encasing the ends of the rod in an attachment formed of a sleeve (60) filled with grouting material (63) such as mortar or epoxy. The glass-fiber embodiment is non-conductive. If carbon pre-preg made of high modulus fibers is used, then the Young modulus of the LCRs is approximately equal to that of steel.
    • 本发明提出了一种用于增强或预应力混凝土的非金属层压复合增强棒。 杆通过产生包括多层“预浸”材料的芯材料片(1)制成。 从芯的顶部形成肋(2),其中附加的预浸材料层铺设有与纤芯横向的纤维。 肋(2)然后被铺设有平行于纤芯纤维的纤维的另外的预浸料(3)层覆盖。 材料被加热以熔化层。 最后,层叠钢筋片平行于芯纤维切割成所需的宽度。 所得到的加强杆(62)的耐腐蚀性,柔韧性,耐久性和强度优于钢。 加固杆(62)可以用作预应力混凝土中的预应力钢筋,将其末端包围在填充有诸如砂浆或环氧树脂的注浆材料(63)的套筒(60)之后。 玻璃纤维实施例是不导电的。 如果使用由高模量纤维制成的碳预浸料,则LCR的杨氏模量大致等于钢的杨氏模量。
    • 5. 发明申请
    • MODULIZED SPACE TRUSS ASSEMBLY
    • MODULISED SPACE TRUSS ASSEMBLY
    • WO1992001127A1
    • 1992-01-23
    • PCT/US1991004705
    • 1991-07-02
    • PAYER, William, J.
    • E04C05/08
    • E04B2/24
    • A modulized space truss assembly comprises a plurality of concrete block units (5) having a plurality of reinforcing members; each reinforcing member comprising a pressure vessel (10) in series with a prong (12), a wire or wires of similar tension resisting shape (13), a bonding agent such as mortar (11) is provided to lock the prong (12) within the pressure vessel (10). The reinforcing members are placed in the concrete block (5) in a predefined position, and a washer (8) and an indentation (9) are used to allow vertical height adjustment of the reinforcing members in the space truss assembly.
    • 模块化空间桁架组件包括多个具有多个加强构件的混凝土块单元(5); 每个加强构件包括与尖头(12)串联的压力容器(10),具有类似抗张力形状(13)的电线或电线,提供诸如迫击炮(11)的粘合剂以锁定叉脚(12) 在压力容器(10)内。 加强构件以预定位置放置在混凝土块(5)中,并且使用垫圈(8)和凹槽(9)来允许空间桁架组件中的加强构件的垂直高度调节。
    • 6. 发明申请
    • REINFORCED CONCRETE STRUCTURES AND METHOD AND APPARATUS FOR PRODUCING SAME
    • 强化混凝土结构及其制造方法和装置
    • WO1999019578A1
    • 1999-04-22
    • PCT/US1997018460
    • 1997-10-14
    • POLICELLI, Frederick, J.
    • E04C05/08
    • E04C5/08B29C53/66B29C53/8016E04C3/26E04C5/07Y10S52/07Y10S428/902Y10T428/1369Y10T428/24058Y10T428/249932
    • Concrete structures (11), such as beams, columns, decks, walls, and the like are reinforced by advanced fibrous composite, concrete reinforcing bar devices (10), each comprising at least one continuous band (12) of tow, yarn, or strand of high strength, high modulus, fibrous laminate material having a multitude of very fine structural filaments bonded together as a band of endless belt formation having at least two length portions (12a) extending longitudinally in substantially coextensive, usually spaced relationship as load-bearing tendons, with end portions (12b) continuing around opposite ends of the bar device in unbroken continuity. The tendons of the bar may be either straight or deflected (22a) and may be pre-tensioned or post-tensioned. A band may be interlaced (30, 31) as a continuous perimeter, mesh shell.
    • 混凝土结构(11),例如梁,柱,甲板,墙壁等由先进的纤维复合材料,混凝土钢筋装置(10)加强,每个装置包括至少一个连续带(12)的丝束,纱线或 具有多个非常精细的结构细丝的高强度,高模量纤维层压材料的绳股,其结合在一起作为环形带形成带,其具有至少两个长度部分(12a),所述至少两个长度部分(12a)以基本上共同延伸的,通常间隔的关系纵向延伸, 腱,其末端部分(12b)以连续不间断的方式连续在杆装置的相对端。 杆的腱可以是直的或偏转的(22a),并且可以是预张紧的或后张紧的。 带可以交织(30,31)作为连续的周边,网壳。