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    • 3. 发明申请
    • DEVICE FOR MOVING LARGE AND HEAVY LOADS
    • 用于移动大型和重载的装置
    • WO1993016951A1
    • 1993-09-02
    • PCT/CA1993000090
    • 1993-02-23
    • LES SYSTEMES M.L.G. INC.LUSSIER, Michel
    • LES SYSTEMES M.L.G. INC.
    • B66F01/08
    • F16C29/02B65G7/02B66F1/08
    • A device for moving large and heavy loads, which combines modular rail sections (10) positioned one after the other to form two parallel rails (15a, 15b) onto which slides a load-carrying plate (16) extending transversally between the rails (15a, 15b). The upper surface (12) of the rail section (10) has a central row of upwardly projecting supporting elements (14) positioned at regular intervals along its length. The undersurface (20) of the carrying plate (16) has two opposite edge portions (13a, 13b) each having two parallel rows of guiding elements (18) projecting down and positioned at regular intervals along its length. When the plate (16) is positioned on top of the rails (15a, 15b), the two rows of guiding elements (18) define a guiding channel (21) which may releasably engage the central row of supporting elements (14) projecting up the corresponding rail (15a, 15b). The upper layer (30) of each supporting element (14) and the bottom layer (38) of each guiding element (18) are made of a friction material, either low friction material to facilitate movement therealong or high friction material to enhance friction. Also, the central row of supporting elements (14) for the rails (15a, 15b) are sized to act as retaining means for a hydraulic jack (42) to push the carrying plate (16).
    • 一种用于移动大型和重型负载的装置,其组合了一个接一个地定位的模块化轨道部分(10),以形成两个平行轨道(15a,15b),载体板(16)横向延伸到轨道(15a)之间 ,15b)。 轨道部分(10)的上表面(12)具有沿其长度以规则间隔设置的中心排的向上突出的支撑元件(14)。 承载板(16)的下表面(20)具有两个相对的边缘部分(13a,13b),每个相对的边缘部分(13a,13b)具有两个平行的引导元件(18),其向下突出并沿其长度以规则的间隔定位。 当板(16)位于轨道(15a,15b)的顶部时,两排引导元件(18)限定了可以可释放地接合中心排的支撑元件(14)突出的引导通道(21) 对应的轨道(15a,15b)。 每个支撑元件(14)的上层(30)和每个引导元件(18)的底层(38)由摩擦材料制成,这种摩擦材料是低摩擦材料,以便于其移动,或者是高摩擦材料以增强摩擦力。 此外,用于轨道(15a,15b)的支撑元件(14)的中心排的尺寸被设计成用作用于推动承载板(16)的用于液压千斤顶(42)的保持装置。
    • 4. 发明申请
    • SYSTEM FOR LIFTING A ROOFING STRUCTURE
    • 提升屋顶结构的系统
    • WO2014167488A1
    • 2014-10-16
    • PCT/IB2014/060516
    • 2014-04-08
    • RICHTRAU 23 INVESTMENTS CC T/A HYBRID AFRICA
    • BEYLEVELD, Hendrik
    • B66F1/02E04B1/19E04B1/35
    • B66F1/08E04B2001/1993E04B2001/3588
    • This invention concerns a system (10) for lifting a structure (100), such as a canopy of a filling station, which is, in use, supported on at least one column (102). The system (10) includes a pair of brackets (12, 14) that are locatable on the column (102) in such a manner that they are separately movable along the column (102). An actuator (18) is connectable between the two brackets (12, 14) so that the relative movement between the brackets (12, 14) is controlled by actuating the actuator (18) when connected to the brackets (12, 14). In the system (10) each bracket (12, 14) has associated fixing means (20) for releasably securing the bracket (12, 14) to the column (102) so as to prevent movement of the bracket (12, 14) on the column (102) when the fixing means (20) is secured to the column (102) and allow movement of the bracket (12, 14) on the column (102) when the fixing means (20) is released from the column (102). The invention also concerns a method of lifting a structure (100), such as a canopy of a filling station, using the system (10).
    • 本发明涉及一种用于提升结构(100)的系统(10),所述结构(100)例如在使用中支撑在至少一个塔(102)上的填充站的顶盖。 系统(10)包括一对托架(12,14),其可以以这样的方式定位在柱体(102)上,使得它们可以沿柱(102)分开移动。 致动器(18)可在两个支架(12,14)之间连接,使得当连接到支架(12,14)时通过致动器(18)来控制支架(12,14)之间的相对运动。 在系统(10)中,每个支架(12,14)具有相关联的固定装置(20),用于将托架(12,14)可释放地固定到柱体(102)上,以防止托架(12,14)移动 当固定装置(20)从柱上释放时,固定装置(20)固定到柱(102)上并允许支架(12,14)移动到柱(102)上的柱(102) 102)。 本发明还涉及使用系统(10)提升结构(100),例如加油站的顶盖的方法。
    • 5. 发明申请
    • METHOD AND ELEVATOR ARRANGEMENT
    • 方法和电梯装置
    • WO2010116022A1
    • 2010-10-14
    • PCT/FI2010/000023
    • 2010-04-06
    • KONE CORPORATIONVAN DER MEIJDEN, GertVAN DEN HEUVEL, Jos
    • VAN DER MEIJDEN, GertVAN DEN HEUVEL, Jos
    • B66B9/187B66B19/00
    • B66B19/00B66F1/08B66F7/20
    • Method for constructing an elevator, more particularly an elevator that is used during the construct ion-time of the building, in which method the range of movement in the elevator hoistway (1) of the elevator car (2) of the elevator is changed in steps to extend higher in the elevator hoistway (1) with stepped lifts of the supporting platform (3) of the elevator car (2), and in which method the supporting platform (3) is lifted higher in the elevator hoistway with hoisting means (HC, Wc2), and the support force needed for the lift is taken from the building via a support structure (6). In the method the supporting platform (3) is moved in the longitudinal direction of the elevator hoistway (1) while being supported on a support structure (6) that is supported immovably on the building such that the point for taking support from the support structure moves upwards in connection with the lifting of the supporting platform.
    • 一种用于构建电梯的方法,更具体地,在构建建筑物离子时间期间使用的电梯,其中电梯的电梯轿厢(2)的电梯井道(1)中的移动范围被改变 通过电梯轿厢(2)的支撑平台(3)的阶梯式升降机在电梯井道(1)中升高的步骤,并且以该方式,支撑平台(3)在电梯井道中用提升装置提升 HC,Wc2),并且通过支撑结构(6)从建筑物获取电梯所需的支撑力。 在该方法中,支撑平台(3)在电梯井道(1)的纵向方向上移动,同时支撑在支撑结构(6)上,支撑结构(6)可移动地支撑在建筑物上,使得用于从支撑结构 与支撑平台的提升有关,向上移动。
    • 6. 发明申请
    • A LIFTING OR TRANSPORTING MEANS USING A RECIPROCATING JACK
    • 使用复制插座提升或运输手段
    • WO2004020766A1
    • 2004-03-11
    • PCT/AU2003/001112
    • 2003-08-29
    • FORMULA ONE SELF DRIVING SCREENS PTY LTDTOTSENBERGER, RudigerBRAZIS, PaulROSATI, Emilio
    • TOTSENBERGER, RudigerBRAZIS, PaulROSATI, Emilio
    • E04G21/32
    • B66F1/08E04G21/3223E04G21/3247
    • This invention relates to lifting means (10) for lifting a frame (11) with respect to a fixed support (15) that includes a frame (11), a reciprocating jack (12) that expands and contracts and which is secured at one end to the fixed support (15), a first bracket (13) on the jack (12) that slidably engages the frame (11) and that moves with the jack (15) due to expansion or contraction of the jack (15). A second bracket (13) is fixed with respect to the fixed support (15) so that it slidably engages the frame (11) and latch means on each of the first and second brackets (13) that are engagable with the frame (11) that allows movement of the frame (11) in one direction with respect to the bracket (13) but engages with the frame (11) to prevent its movement in the other direction. As the jack (12) expands, the latch means on the first bracket (13) engages the frame (11) to move it and, at the same time, the frame (11) slides through the second bracket (13) until the jack (12) requires contraction. At this point, the latch means on the second bracket (13) engages and holds the frame (11) while the first bracket (13) slides with respect to the frame (11). In this way, the jacking means (12), through reciprocating motion, acts to raise or lower the frame (11).
    • 本发明涉及用于相对于固定支撑件(15)提升框架(11)的提升装置(10),该固定支撑件包括框架(11),伸缩的往复式千斤顶(12),并且固定在一端 到所述固定支撑件(15)上,所述插座(12)上的可滑动地接合所述框架(11)并且由于所述插座(15)的膨胀或收缩而与所述插座(15)一起移动的第一支架(13)。 第二支架(13)相对于固定支撑件(15)固定,使得其可滑动地接合与框架(11)可接合的第一和第二支架(13)中的每一个上的框架(11)和闩锁装置, 允许框架(11)相对于支架(13)在一个方向上移动,但是与框架(11)接合以防止其沿另一方向移动。 当插座(12)膨胀时,第一支架(13)上的锁定装置接合框架(11)以移动它,并且同时,框架(11)滑动通过第二支架(13),直到插座 (12)需要收缩。 此时,当第一支架(13)相对于框架(11)滑动时,第二支架(13)上的闩锁装置接合并保持框架(11)。 以这种方式,顶起装置(12)通过往复运动用于升高或降低框架(11)。
    • 8. 发明申请
    • LIFTING JACK, METHOD OF COUPLING SUSPENDING RODS AND LIFT CONTROL METHOD
    • 提升夹具,联轴器悬挂方法和起重控制方法
    • WO1997038933A1
    • 1997-10-23
    • PCT/JP1997001284
    • 1997-04-14
    • HITACHI PLANT ENGINEERING & CONSTRUCTION CO., LTD.ISHIKAWA, YusukeKAWAGUCHI, ShigeyoshiFUKUSHIMA, ShigeruKOIDE, Hideo
    • HITACHI PLANT ENGINEERING & CONSTRUCTION CO., LTD.
    • B66F01/08
    • B66F3/46B66F1/08Y10T29/53039Y10T29/53061Y10T29/53687
    • A rod constituting a suspending rod is automatically connected or detached, and a rod is easily conveyed between a position where the rod is delivered to rod attaching/detaching means and a position where the rod is contained. A plurality of jacks are operated in synchronism. In the upper part of a boiler-side steel structure (58) is provided a boiler jack (60) for moving a boiler module (56) up and down via a suspending rod (52). Above the boiler jack is provided a device (68) for automatically attaching/detaching a rod. The device (68) is movable horizontally. The rod attaching/detaching device (68) grips a rod (52S) at the end of the suspending rod pushed up by the boiler jack, rotates it to remove, and transfers it to a rod conveyor device (70). Upon receiving the rod from the rod attaching/detaching device, the rod conveyor device conveys it to a rod container (54) provided on a working floor (42). A plurality of jacks (60) are driven by synchronous output operation, the displacements of stroke of all the jacks are measured to find the differences between the minimum displacements and the other displacements, and the outputs of the jacks (60) of which the differences are larger than a set value are decreased so that the displacements are equalized to the minimum displacement.
    • 构成悬挂杆的杆自动连接或拆卸,并且杆可以在杆被输送到杆安装/拆卸装置的位置和杆被容纳的位置之间容易地传送。 多个插孔同步运行。 在锅炉侧钢结构(58)的上部设置有锅炉千斤顶(60),用于经由吊杆(52)上下移动锅炉模块(56)。 在锅炉千斤顶之上设置有用于自动连接/拆卸杆的装置(68)。 装置(68)可水平移动。 杆安装/拆卸装置(68)在由锅炉千斤顶向上推动的悬挂杆的端部处握住杆(52S),将其旋转以移除,并将其传送到杆传送装置(70)。 在从杆安装/拆卸装置接收杆时,杆传送装置将其传送到设置在工作台面(42)上的杆容器(54)。 通过同步输出操作驱动多个千斤顶(60),测量所有千斤顶的行程位移,以找出最小位移与其他位移之间的差异,并且其间差异的插孔(60)的输出 大于设定值减小,使得位移与最小位移相等。
    • 9. 发明申请
    • MOVABLE SUPPORT SYSTEM
    • 可移动支撑系统
    • WO1986001791A1
    • 1986-03-27
    • PCT/EP1985000445
    • 1985-09-04
    • ZF-HERION-SYSTEMTECHNIK GMBHDAHLEM, Wolfgang
    • ZF-HERION-SYSTEMTECHNIK GMBH
    • B66F01/02
    • B66F1/08A01G23/0955A63B27/00B23K37/0217B23Q9/0021B24C3/06B66F1/025Y10S118/11
    • The movable system consists of two plate link chains (2, 3) which can be separately clamped to and released from the workpieces (1) which they surround, and which by means of articulated drive elements (4) are guided so that they move at a distance from one another, whereby the plate link chains (2, 3) are designed in accordance with a modular technique which can easily be adapted to the dimensions of the workpieces (1) by changing the number of link plates (5, 6); this technique also makes it possible for a console vehicle (10) to circulate on a track profile (26) which is adapted in shape to one of the link plate chains (2, 3), the vehicle being able to serve both as a work platform and as an equipment carrier, for example for sand-blasting guns. A control and locking system which is designed in accordance with the task to be performed and a power supply system enables the support system to be moved transversely to its main direction, by steps, by remote control, and to be easily adapted to changes in the contours of the workpieces.
    • 可移动系统由两个板连接链(2,3)组成,它们可以被单独地夹紧并从它们围绕的工件(1)释放,并且通过铰接的驱动元件(4)被引导以使它们在 彼此间隔一段距离,由此板连杆链(2,3)根据模块化技术设计,其可以通过改变连杆板(5,6)的数量而容易地适应于工件(1)的尺寸, ; 该技术还使得控制台车辆(10)可以在适于形状的链轮板(2,3)之间的轨道轮廓(26)上循环,车辆能够同时用作工作 平台和作为设备载体,例如喷砂枪。 根据要执行的任务设计的控制和锁定系统和电源系统使得支撑系统能够通过远程控制通过步骤横向于其主要方向移动,并且易于适应于 工件轮廓。
    • 10. 发明申请
    • DEVICE FOR LIFTING OR MOVING HEAVY STRUCTURAL ELEMENTS
    • 用于提升或移动重型结构元件的装置
    • WO2017171570A1
    • 2017-10-05
    • PCT/PL2017/000029
    • 2017-03-23
    • ISPS SP. Z O.O.
    • KWARCIŃSKI, PawełGIERSZAŁ, Marcin
    • B66F3/08B66F3/24
    • B66F3/24B66F1/08F15B15/088F15B15/1409F15B2015/1495
    • The subject of the invention is intended for various technical operations where it is required that heavy objects can be moved in a slow and smooth manner to relatively large heights or relatively long distances. The device features a housing (1), limited with a cover (2) from one side and with a base (4) from the other side, featuring a partition (6) inside it. There is a working screw (8) of the length larger than that of the housing (1) inserted through the cover penetration (3), the partition penetration (7) and the base penetration (5). Two supporting elements are mounted to the housing (1) wall, one being the first supporting bracket (9) and the other being the second supporting bracket (10). Mounted on the first supporting bracket (9) is the first hydraulic cylinder (11) featuring a hollow piston rod (12) with a section of the working screw (8) being inserted through its center. Analogically, mounted on the second supporting bracket (10) is the second hydraulic cylinder (13) with a hollow piston rod (14) with another section of the working screw (8) being inserted through its center. The first working nut (15) and the second working nut (16) are screwed on the working screw (8), and mounted on their perimeters are, respectively, the toothed ring (15b) meshed with the first pinion (17) and the toothed ring (16b) meshed with the second pinion (19). Both pinions (17) and (19) are correspondingly meshed with two control motors (18) and (20).
    • 本发明的主题旨在用于各种技术操作,其中要求重物可以以缓慢和平滑的方式移动到相对较大的高度或相对较长的距离。 该装置具有一个壳体(1),其从一侧限定一个盖子(2),另一侧具有基座(4),其中具有隔板(6)。 有一个工作螺钉(8)的长度大于壳体(1)通过盖穿孔(3),隔板穿透部(7)和底部穿透部(5)插入的长度。 两个支撑元件安装到壳体(1)壁上,一个是第一支撑支架(9),另一个是第二支撑支架(10)。 第一支承托架(9)上安装有第一液压缸(11),其具有空心活塞杆(12),工作螺杆(8)的一部分通过其中心插入。 类似地,安装在第二支撑托架(10)上的是具有中空活塞杆(14)的第二液压缸(13),其中另一部分工作螺杆(8)穿过其中心插入。 第一工作螺母(15)和第二工作螺母(16)拧在工作螺栓(8)上,并且在它们的周边分别安装有与第一小齿轮(17)啮合的齿环(15b) 齿环(16b)与第二小齿轮(19)啮合。 两个小齿轮(17)和(19)相应地与两个控制马达(18)和(20)啮合。