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    • 5. 发明申请
    • ARRIS PROTECTION JOINT
    • ARRIS保护联合
    • WO2015173549A1
    • 2015-11-19
    • PCT/GB2015/051373
    • 2015-05-11
    • PERMABAN LIMITED
    • KEEN, Andrew
    • E01C11/10E01C11/14
    • E01C11/14E01C11/106E04B5/32E04G23/0288
    • The joint comprises a pair (12,14) of complementary engineering grade polymer injection mouldings. Each moulding is comprised of generally equal length oblique webs (15), set at 60° to a mid-plane (16) of the assembled joint, shorter, inner webs (17) and a longer, outer webs (18). Centrally of each outer web (18) is an aperture (21) and centrally of each inner web is a pin (22) with a step (23) and a pointed head (24). The heads of one moulding clip into the apertures of the other whilst the steps determine their separation gap (25). The trapezium wave shape of the joint provides re-entrants (31) from the plane of the outer webs (18) towards that of the inner webs. Outwards of the re-entrants extend anchoring formations (33). Behind each re-entrant these formations are joined by a tab (34). Supports (41) are provided to support the repair joint off the bottom of the cavity via the tabs (34). The supports are of lazy-Z shape, with threads (42) formed at both ends. At the tabs, bolts (43) through the tab apertures (35) and secure the supports to the tabs. Further bolts (44) are engaged in the distal ends of the supports and hold the supports and the joint off the bottom of the cavity.
    • 接头包括一对(12,14)的互补工程级聚合物注射成型品。 每个模制件由通常相等长度的倾斜腹板(15)构成,其设置在组装接头的中间平面(16)的60°处,较短的内腹板(17)和较长的外腹板(18)。 每个外腹板(18)的中心是孔(21),并且每个内腹板的中心是具有台阶(23)和尖头(24)的销(22)。 一个模制夹的头部进入另一个的孔中,同时步骤确定它们的间隔(25)。 关节的梯形波形从外腹板(18)的平面向内腹板的平面提供再入口(31)。 重新进入者向外延伸锚固结构(33)。 在每个进入者后面,这些组合由一个选项卡(34)连接起来。 提供支撑件(41),用于经由翼片(34)将修复接头从腔体底部支撑。 支撑件为懒Z形,两端形成螺纹(42)。 在翼片处,螺栓(43)穿过翼片孔(35)并将支撑件固定到翼片上。 另外的螺栓(44)接合在支撑件的远端,并且将支撑件和接头保持在空腔的底部。
    • 6. 发明申请
    • EXPANSION JOINT AND METHODS OF PREPARING SAME
    • 膨胀接头及其制备方法
    • WO2014085457A1
    • 2014-06-05
    • PCT/US2013/072011
    • 2013-11-26
    • DYNAMIC SURFACE APPLICATIONS, LTD.
    • STACHOWICZ, Michael F.LEE, Richard P.
    • E01C11/00E01C11/10E01C11/04E01C11/02E01C11/14E01C11/08
    • E01C11/02E01D19/06
    • An expansion joint formed within a channel between two adjacent road surfaces and a method of preparing same. The joint is formed within a channel having sides each extending from an adjacent road surface to a bottom side of the channel. The joint construction may include at least one layer of a binder covering at least a portion of the sides of the channel, and one or more layers of aggregate chips and the binder covering the at least one binder layer, to fill the channel to at least the top of the road surface. The cumulative surface area of the two channel sides may be greater than the cumulative surface area of two channel sides each planar and perpendicular to the bottom. The joint construction may include a plate on the bottom side of the channel, and flexible sheeting between the plate and the at least one binder layer.
    • 在两个相邻路面之间的通道内形成的膨胀接头及其制备方法。 接头形成在通道内,侧壁各自从通道的相邻路面延伸到底侧。 接头结构可以包括至少一层覆盖通道侧面的至少一部分的粘合剂层,以及一层或多层骨料片和粘合剂覆盖至少一层粘合剂层,以将该通道填充至少 路面顶部。 两个通道侧的累积表面积可以大于每个平面且垂直于底部的两个通道侧的累积表面积。 接头结构可以包括在通道的底侧上的板,以及板和至少一个粘合剂层之间的柔性板。
    • 8. 发明申请
    • DEVICE FOR CONNECTING TWO COMPONENTS SEPARATED BY A GAP AND FOR ABSORBING TRANSVERSE FORCES THAT OCCUR BETWEEN THE COMPONENTS
    • DEVICE用于连接两个由联合个别及组件容纳部之间的部件发生横跨FORCES
    • WO2012025106A2
    • 2012-03-01
    • PCT/DE2011075117
    • 2011-05-23
    • FRANK GMBH & CO KG MAXHANRATH MANFRED
    • HANRATH MANFRED
    • E04B1/48E01C11/14
    • E04B1/483E01C11/14E04B5/023E04C5/163
    • The invention relates to a device for connecting two components separated by a gap, namely a pin-side component and a sleeve-side component, and for absorbing transverse forces that occur between the components, comprising a pin (40), a sleeve (41), a pin-side force deflecting element (60) that encloses the pin in a substantially positive locking manner, and at least one pin-side anchoring bow (44). The pin-side anchoring bow (44) has a loop section (10) and two end sections (44a, 44b), wherein the pin-side anchoring bow (44) wraps around the pin-side force deflecting element (60) in a substantially positive locking manner in the loop section (10) of the pin-side anchoring bow and the end sections (44a, 44b) of the pin-side anchoring bow (44), which are provided in order to be anchored in concrete, extend away from the gap in the direction of the pin-side component in the installed state.
    • 用于通过接头分开的部件,即心轴侧构件和壳侧部件,连接两个和用于从组件之间发生,其包括心轴(40),一套筒(41)的横向力接收装置,心轴基本上描述 主动包围心轴侧力偏转元件60和至少一个心轴侧锚定支架44。 心轴侧锚支架(44)在所述心轴侧Kraftumlenkelement的其环部分(10)具有环形部(10)和两个端部(44A,44B),其中,所述脊侧锚支架(44)(60)大致环绕形状配合和用于锚定在 在接头安装状态下,芯轴侧锚固托架(44)的端部(44a,44b)沿芯轴侧部件的方向远离。
    • 9. 发明申请
    • TRANSFERRING LOADS ACROSS JOINTS IN CONCRETE SLABS
    • 在混凝土缝中交接负荷
    • WO2011133531A1
    • 2011-10-27
    • PCT/US2011/033023
    • 2011-04-19
    • BOXALL, RussellPARKES, Nigel K.
    • BOXALL, RussellPARKES, Nigel K.
    • E01C11/14
    • E01C11/14E04B1/483
    • Novel dowel structures and related methods are provided. In one embodiment, a unitary dowel structure is formed from a plurality of laminates. In certain embodiments, a first dowel laminate may be placed substantially above or below one or more other dowel laminates. At least one laminate may include a first material that is substantially devoid in another laminate. Upon being in communication, the laminates may form a unitary dowel structure having a first end and a second end that are configured to flex in a vertical direction without breaking to transfer stress loads from a concrete slab in communication with the first end of the unitary dowel structure and a concrete slab in communication with the second end of the unitary dowel structure.
    • 提供了新的定位销结构及相关方法。 在一个实施例中,由多个层压板形成单一的榫钉结构。 在某些实施例中,第一榫钉层压板可以被放置在一个或多个其它榫钉层压板的基本上方或下方。 至少一层压板可以包括在另一层压板中基本上不含的第一材料。 在连通时,层压体可以形成单一的榫钉结构,其具有第一端和第二端,所述第一端和第二端被构造成在垂直方向上弯曲而不断裂以从与单一榫头的第一端连通的混凝土板传递应力负载 结构和与单一榫钉结构的第二端连通的混凝土板。
    • 10. 发明申请
    • MANDREL SYSTEM FOR CONCRETE CONSTRUCTION
    • 脊柱内固定系统混凝土
    • WO2010075855A4
    • 2010-09-16
    • PCT/DE2009075071
    • 2009-11-25
    • KROPMEIER SIMON
    • KROPMEIER SIMON
    • E04B1/48E01C11/14E04B1/49
    • E04B1/215E04B1/043E04B1/483
    • The invention relates to a mandrel system for an embodiment of a force-fit connection in the expansion joint area between a first concrete component (17) and a second concrete component (13). The second concrete component (13) has a mandrel (24) and sleeve (43) drawn substantially concentrically on the mandrel (24). The first concrete component (17) comprises a sleeve tube (22) for receiving the sleeve (43) and the mandrel (24). The sleeve (43) comprises a sleeve cover (41) and a sleeve foot (42), wherein the sleeve cover (41) and/or sleeve foot (42) comprise a device for fixing the location of the mandrel (24).
    • 心轴系统的第一具体部分(17)和第二混凝土部件(13)之间用于形成kraftschl描述?拉尔端口在伸缩缝。 第二混凝土部分(13)的心轴(24)和一基本上同心饲养装有心轴(24)H?LSE(43)。 第一混凝土部分(17)具有一个H + Llrohr(22),用于接收H + LSE(43)和心轴(24)。 的H + LSE(43)具有一个H + Lsendeckel(41)和H +Lsenfuß(42),其中,H lsendeckel(41)和/或Hlsenfuß?(42)的装置用于固定心轴的位置(24) 包括。