会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • CARRO PARA EJECUCIÓN DE OBRAS
    • 旅行者工程工程施工
    • WO2013079747A1
    • 2013-06-06
    • PCT/ES2012/070736
    • 2012-10-23
    • RÚBRICA INGENIERÍA Y ARQUITECTURA, S.L.
    • TICHELL FORTEA, Enrique
    • E01D21/10
    • E01D21/10E01D2/04E01D4/00E04G11/34
    • Carro (1) para ejecución de obras que comprende dos estructuras: una estructura de sujeción (2) a la obra ya realizada y una estructura de trabajo (3) sobre la que se avanza en la construcción de la obra, caracterizado porque la estructura de sujeción (2) comprende un primer anillo extremo (6) y un segundo anillo medio (7), acoplándose ambos anillos (6,7)al perímetro de la sección (27) de la obra ya realizada, al menos un tirante transversal (9) que une por el lateral del carro (1) el anillo extremo (6) y el anillo medio (7), y elementos de unión entre el anillo extremo (6) y el anillo medio (7); asimismo la estructura de trabajo (3) comprende un encofrado exterior (25), y un encofrado de solera (23), donde la estructura de sujeción (2) y la estructura de trabajo (3) están unidas en su parte inferior por una viga principal de carga(10, 10') y en su parte superior por las vías de avance (18, 18').
    • 本发明涉及一种用于建造工程的旅行者(1),包括两个结构,即:用于固定到已经形成的工程工作的结构(2)和工作结构的构造 。 旅行者的特征在于,固定结构(2)包括:第一端环(6)和第二中间环(7),两个所述环(6,7)联接到所述部分(27)的周边, 已经形成的工作; 在所述滑架(1)的一侧上连接所述端环(6)和所述中间环(7)的至少一个横梁(9)。 以及端环(6)和中环(7)之间的连接元件。 工作结构(3)包括外部模板(25)和地板模板(23),其中固定结构(2)和工作结构(3)在其下部通过主承载梁(10 ,10'),其上部由前进轨道(18,18')组成。
    • 5. 发明申请
    • SINGLE SPAN SUSPENDED DECK ARCH BRIDGE
    • 单间隔悬挂式建筑桥
    • WO2007091285A1
    • 2007-08-16
    • PCT/IT2007/000057
    • 2007-01-29
    • BASCHIERI, Mauro
    • BASCHIERI, Mauro
    • E01D4/00
    • E01D1/005E01D4/00E01D21/10
    • Single span arch bridge, of suspended deck type, with foundations onshore, fit to cross bodies of water also very large (> 3 km) . Buoyant foundations and antidrift diaphragms make it insensitive to the possible soil liquefaction. Buildable in cantilever mode and self-supporting, then without scaffoldings nor stays and provisional poles and without resorting to underwater operations. A preferential but not exclusive architectural modality provides the balancing of the thrusts by means of ties independent from the deck, obtaining then, in this way, a tied arch bridge. Clusters of jacks placed in the key induce a permanent and variable constraint condition, fit to optimize in real time the stress condition of the bridge, which then behaves as an intelligent structure. The presence of several structural tensioned components as ties, vertical strings and bracings predisposes the structure to a selective use of innovative materials of very high mechanical properties, very light, resistant to fatigue and to the aggressiveness of the environment, free from maintenance .
    • 单跨拱桥,悬挂甲板型,陆上基础,适合横渡水体也非常大(> 3公里)。 浮力地基和防流隔膜使其对可能的土壤液化不敏感。 可以悬臂式和自支撑式建造,而不需要脚手架也不能停留和临时杆,也不用借助水下作业。 一个优先但不排他的建筑模式通过独立于甲板的关系提供了推力的平衡,从而以这种方式获得了连接的拱桥。 插入钥匙的插座簇引起永久和可变的约束条件,适合实时优化桥梁的应力条件,然后桥梁作为一个智能结构。 存在几个结构拉伸部件作为连接件,垂直绳索和支撑使得结构易于选择性地使用非常高的机械性能,非常轻的,耐疲劳的和不受维护的环境的侵蚀性的创新材料。
    • 8. 发明申请
    • STRUCTURAL SYSTEM FOR ARCH BRIDGES, WITH MOBILIZATION OF EXTERNAL REACTIONS THROUGH DEFINITIVE TIES
    • 通过定义性结构的外部反应的动态结构系统
    • WO2017014660A8
    • 2017-03-16
    • PCT/PT2016050018
    • 2016-07-20
    • FONSECA JOÃOPINTO CLEMENTE
    • FONSECA JOÃOPINTO CLEMENTE
    • E01D4/00
    • E01D4/00E01D22/00
    • The application concerns the controlled addition of stiffness to arch bridge structures, through definitive ties systems (3), connected to external anchorages (8), prestressed to mobilize reactions, increasing the compression forces in the arch (1), in order to reduce the structure weight. The mobilization of the prestressed ties stiffness in tension or relative compression results in forces that directly balance external loads, transferring them to the foundations. The system of ties associated with the slender arch and the thin deck enables equilibrium of loads for which the arch does not have anti - funicular shape, such as variable live loads. The external anchored definitive ties system is responsible for the equilibrium of variable loads, so that the bending stiffness and strength of arch and deck can, therefore, be reduced.
    • 该应用涉及通过与外部锚固件(8)连接的确定连接系统(3)来控制对拱桥结构的刚度的增加,预应力以动员反应,增加拱(1)中的压缩力,以减少 结构重量。 预应力连接刚度在张力或相对压缩作用的动员导致直接平衡外部载荷,将其转移到地基的力。 与细长拱门和薄甲板相关联的系统系统能够使拱门不具有反索道形状的负载平衡,例如可变的活载荷。 外部锚定定位系统负责可变负载的平衡,从而可以减小拱和甲板的弯曲刚度和强度。
    • 9. 发明申请
    • METHOD FOR WATERPROOFING RAILWAY BRIDGES AND WATERPROOFING MATERIAL FOR CARRYING OUT SAID METHOD
    • 用于防止铁路桥梁和防水材料的实施方法
    • WO2015114537A1
    • 2015-08-06
    • PCT/IB2015/050649
    • 2015-01-28
    • RANGONI, Cristiano
    • RANGONI, Cristiano
    • E01D19/08E01B2/00E01B19/00
    • E01B37/00E01B2/003E01B27/04E01B2204/07E01D4/00E01D19/083E01D22/00
    • A method for waterproofing of bridges (1 ) and similar structures aimed at railway traffic is described, the structures comprising an arch or deck structure, on which there is placed a ballast (M) of gravel or crushed stone (2) upon which the tracks (6) extend between the two ends of the bridge (1 ). The waterproofing is obtained first by the removal of the tracks (6) and a reduced layer (S) of gravel or crushed stone (2), leaving in place the remaining part of gravel or crushed stone (2), and then by laying one or more sheets (10) of cured rubber on the remaining part of gravel or crushed stone (2). The thickness of the rubber is such as to be sufficiently resistant to perforation by the gravel or crushed stone (2), which is subsequently placed thereon to complete the ballast, Finally, the previously removed tracks (6) are set in place again. According to the method, a joint is made between the sheets (10) by means of a connection of mechanical type, with a positive locking shape fit, or a chemical bond using a suitable adhesive.
    • 描述了针对铁路交通的桥梁(1)和类似结构的防水方法,包括拱形或甲板结构的结构,其上放置有砾石或碎石(2)的压载物(M),轨道 (6)在桥(1)的两端之间延伸。 首先通过去除轨道(6)和砾石或碎石(2)的还原层(S)获得防水,留下剩余部分的碎石或碎石(2),然后铺设一层 或更多的固化橡胶片(10),其余部分是砾石或碎石(2)。 橡胶的厚度应足以抵抗由随后放置在其上以完成镇流器的碎石或碎石(2)的穿孔。最后,将先前移除的轨道(6)再次设置就位。 根据该方法,通过机械类型的连接,正锁定形状配合或使用合适的粘合剂的化学键,在片材(10)之间形成接合部。