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    • 4. 发明申请
    • TUBULAR ELEMENT
    • 管件
    • WO01073302A2
    • 2001-10-04
    • PCT/EP2001/003074
    • 2001-03-17
    • E04G5/16E04G7/30F16B
    • E04G7/304E04G5/16E04G7/305Y10T403/30
    • The invention relates to tubular elements (10) for e.g. struts, railings on scaffolding, supporting structures and similar tubular constructions. A hook (13) for detachably fixing the tubular element to another structural part (8, 9) is configured on at least one of the tube ends (11, 12). The aim of the invention is to configure said tubular elements in such a way that they can be connected without screw connections with hooks or other fixing elements, without weakening the tubes, and can be handled by one person. To this end, a fixing part (31) of the hook (13) is introduced into the tube end (11, 12) of each tube element (10), the tube end (11, 12) and the fixing part (31) being pressed together. Said hook (13) consists of two links (27) which are set apart from each other and between which a locking bar (18) with a hook eye (17) is pivotably fixed. Said locking bar (18) has a locking element (28) which points towards its pivot (19). On its upper front face (29), the locking bar (18) has at least one projection (30, 35) which is/are laterally offset from the pivot (19) and which project(s) beyond the links (27) of the hook (13).
    • 管状元件(10),用于例如 支柱,脚手架上,结构等,管状结构,其中在至少一个其管端部(11,12)形成的钩(13)用于管状构件可释放地固定到另一部件栏杆(8,9)是,使它们在一方面 可与钩子或其它紧固件不螺丝连接,而无需由一个人减少管道中的另一只手的并且在强度被连接是处理,设计成使得在每个管状元件的管端部(11,12)(10)的保持部(31) (13)被插入所述钩,所述管端部(11,12)和所述保持部(31)被压在一起。 所述钩(13)包括两个间隔开的位于突出部(27),在它们之间带有一个钩眼(17)提供的锁紧螺栓(18)枢转地安装,其中,在它的轴线定向所述锁定杆(18)(19) 闭锁元件(28)和在其上端面(29)中的锁定螺栓(18),至少横向偏移,其突出于所述钩(13)的突出部(27)的轴线(19)突起部(30,35)。
    • 5. 发明申请
    • IMPROVEMENTS RELATING TO SCAFFOLDING AND TO BRACES FOR USE IN SCAFFOLDING
    • 与SCAFFINGING有关的改进措施和使用方法
    • WO1985001976A1
    • 1985-05-09
    • PCT/GB1984000365
    • 1984-10-30
    • SZUCS, Andras
    • E04G01/16
    • E04G7/308E04G5/16E04G7/307E04G7/32Y10T403/30
    • A scaffolding comprises elongate vertical members (6), elongate horizontal members (8) provided with connection members (12) by which the horizontal members may be connected to the upright members, and elongate diagonal braces (10) comprising mounting formations (42) adapted to be interfitted with receiving formations (32, 34) of the connection members (12). The mounting formation (42) is generally cylindrical, and is located substantially wholly within a cylindrical envelope containing the elongate portion of the brace, the longitudinal axis of the mounting formation intersecting the longitudinal axis of the elongate portion substantially at right angles, generally centrally of the mounting formation. The mounting formation is connected to the elongate portion by a cranked connection portion (44). The receiving formations (32, 34) are provided by bores (36), recesses being provided which open into the bores, in which recesses the connection portions (44) are located when the mounting formations (42) are positioned in the bores (36). This allows forces to be transmitted between the connection member (12) and the diagonal brace substantially on the longitudinal axis of the brace, over a range of angular articulation of the brace relative to the cross member. The connection member also comprises spaced limbs (14, 16) adapted to embrace a supporting formation (18) on the upright member, the limbs and supporting formation being provided with openings through which a wedge may be inserted to retain the cross member securely connected to the upright member. The opening of the upper limb is provided with a recess into which a projection (22) on the lower portion of the wedge (20) may extend, and an opening (26) extending from the recess (24), into which the lower end of the wedge may be located, a notch (28) being provided on the wedge which may be engaged with a corner (34) on the interior of the limb (14), to restrain inadvertent movement of the wedge from an inoperative position.
    • 脚手架包括细长的垂直构件(6),设置有连接构件(12)的细长的水平构件(8),水平构件可以通过该连接构件连接到直立构件,以及细长的对角撑杆(10),包括安装结构(42) 与连接构件(12)的接收构造(32,34)配合。 安装结构(42)通常是圆柱形的,并且基本上完全位于包含支架的细长部分的圆柱形外壳中,安装结构的纵向轴线基本上以直角相交于细长部分的纵向轴线, 安装结构。 安装结构通过曲柄连接部分(44)连接到细长部分。 接收结构(32,34)由孔(36)提供,当安装结构(42)定位在孔(36)中时,设置有开口到孔中的凹部,连接部分(44) )。 这允许力在连接构件(12)和基本上在支架的纵向轴线上的对角撑杆之间在支架相对于横梁的角度铰接的范围内传递。 连接构件还包括适于包围直立构件上的支撑结构(18)的间隔开的四肢(14,16),四肢和支撑结构设置有开口,通过该开口可以插入楔以将横梁牢固地连接到 直立构件。 上肢的开口设置有凹部,楔形物(20)的下部上的突起(22)可以延伸到该凹部中,以及从凹部(24)延伸的开口(26),下端 可以定位楔形件,设置在楔形件上的凹口(28)可以与肢体(14)的内部上的角部(34)接合,以限制楔形件从不工作位置的无意的移动。
    • 6. 发明申请
    • SCAFFOLDING SYSTEM AND METHOD
    • SCAFFINGING系统和方法
    • WO2017029672A1
    • 2017-02-23
    • PCT/IL2016/050904
    • 2016-08-17
    • SULAMOT HAGIT (1990) LTD
    • LAADAN, Uri
    • E04G1/00E04G7/02
    • E04G1/28E04G1/18E04G1/24E04G1/30E04G5/007E04G5/16E04G2001/155
    • A self-erecting scaffolding system comprises a scaffold unit, two pairs of support rods rotatably attached to opposite sides of the scaffold unit and a springs unit. The scaffold unit can be lowered by rotating the support rods away from each other, or elevated by rotating the support rods toward each other until a maximum elevation is achieved when the support rods are vertical. Springs in the springs unit are loaded or compressed when the scaffold unit is lowered, and subsequently the springs exert a force striving to erect the scaffold unit. The support rods are detachably attached to the scaffold unit. The springs are each detachably attached between the scaffold unit and one of the support rods.
    • 自立式脚手架系统包括脚手架单元,可旋转地附接到脚手架单元的相对侧的两对支撑杆和弹簧单元。 通过使支撑杆彼此远离地旋转,或者通过将支撑杆朝向彼此旋转而升高,直到在支撑杆垂直时达到最大高度才能使脚手架单元降低。 当脚手架单元下降时,弹簧单元中的弹簧被装载或压缩,随后弹簧施加力以竖立脚手架单元。 支撑杆可拆卸地连接到脚手架单元。 弹簧各自可拆卸地附接在支架单元和支撑杆之一之间。
    • 8. 发明申请
    • 炉内足場の構築方法及び構築装置
    • FURNACE室内空调施工方法及施工装置
    • WO2014163048A1
    • 2014-10-09
    • PCT/JP2014/059521
    • 2014-03-31
    • 株式会社杉孝アルインコ株式会社
    • 杉山 信夫鈴木 昌史小酒 慎太郎
    • E04G3/24
    • E04G3/246E04G1/15E04G1/24E04G5/02E04G5/16E04G7/307E04G2007/005F16B7/18
    • 炉内における炉底部のホッパー部から上方に向けて階層状の作業床を有する足場を構築する方法及び装置を提供する。 ホッパー部の出入口から搬入した基礎装置を該ホッパー部の対向する斜壁に架設すると共に、該基礎装置を平行に並設することにより基礎デッキを構築する基礎デッキ構築工程(工程(a))と;前記基礎装置の両端から前記斜壁の上り方向に延びる基準線上に位置して順に、所定間隔をあけてベース装置を該斜壁に設置し、隣り合う基礎装置とベース装置を相互に連結材で連結支持すると共に、斜壁の下り側と上り側で隣り合うベース装置を相互に連結材で連結支持することにより支持ベースを構築する支持ベース構築工程(工程(b))と:前記基礎デッキ及び支持ベースの上に支柱を立設すると共に、該支柱を横架材で連結することにより足場を構築する足場構築工程(工程(c))を含む炉内足場の構築方法である。
    • 本发明提供了一种用于构建在熔炉底部的料斗部分的炉中具有分层工作地板的脚手架的方法和装置。 炉内脚手架施工方法包括:通过将从料斗部分的入口引入的基础装置穿过料斗中彼此面对的倾斜壁构建基础甲板的基础甲板施工步骤(步骤(a)), 所述基础装置彼此并联安装; 通过在基板上从基础设备的两端朝向倾斜壁的顶部顺序地在基板上依次安装在其上的规定空间的基座装置构成支撑基座构造工序(步骤(b)), 以及将连接构件相互邻接的基础装置和基座装置连接在一起,同时将与倾斜壁的上下侧相邻的基座装置与连接构件连接; 和脚手架施工步骤(步骤(c)),其通过在基础甲板和支撑基座上竖立柱子并将柱体与水平构件连接构造脚手架。
    • 9. 发明申请
    • MODULAR PLATFORM
    • 模块化平台
    • WO2013054143A3
    • 2013-06-13
    • PCT/GB2012052554
    • 2012-10-15
    • THREE G METAL FABRICATIONS LTD
    • BAINES GURDIP SINGH
    • E04G5/16E04G1/06E04G1/15E04G5/02E04G7/30E04G7/34
    • E04G1/154E04G1/06E04G1/15E04G5/02E04G5/14E04G5/16E04G7/302E04G7/306E04G7/34Y10T29/49826
    • We provide a platform (10) comprising a deck element (14) having a load- bearing member (18) secured to at least one support beam (16) of the deck element (14), and a plurality of first connection arrangements, and a plurality of deck support members (30) each having a second connection arrangement, wherein the deck element (14) is moveable with respect to the plurality of deck support members (30) to connect the deck element (14) to the plurality of deck support members (30), and wherein each of the first connection arrangements is configured to engage a respective one of the second connection arrangements, the first connection arrangement being one of an engaging member (20) or a receiving formation (35), and the respective second connection arrangement being the other of an engaging member (20) or a receiving formation (35), such that movement of the engaging member (20) in a first engaging direction causes the engaging member (20) to engage the receiving formation (35), to restrict movement of the deck element (14) relative to the respective deck support member (30) in at least one plane.
    • 我们提供一个平台(10),包括一个甲板元件(14),该甲板元件具有固定在甲板元件(14)的至少一个支撑梁(16)上的承重构件(18),以及多个第一连接装置 每个具有第二连接装置的多个甲板支撑构件(30),其中所述甲板元件(14)可相对于所述多个甲板支撑构件(30)移动,以将所述甲板元件(14)连接到所述多个甲板 支撑构件(30),并且其中每个第一连接装置构造成接合第二连接装置中的相应一个,第一连接装置是接合构件(20)或接收构件(35)之一,并且 相应的第二连接装置是接合构件(20)或接收构件(35)中的另一个,使得接合构件(20)在第一接合方向上的移动使得接合构件(20)与接收构件 35),限制 在至少一个平面中,甲板元件(14)相对于相应的甲板支撑构件(30)的运动。