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    • 81. 发明公开
    • Lifting device, particularly for lifting wheels of vehicles and the like, for wheel balancing and tire removing machines
    • 升降装置,特别是用于车辆轮胎和类似的提升,对车轮平衡和轮胎拆卸机
    • EP2161235A1
    • 2010-03-10
    • EP09160662.4
    • 2009-05-19
    • Cemb S.p A.
    • Buzzi, Carlo
    • B66F7/08
    • G06K7/10861B66F7/065B66F7/085
    • A lifting device (1), particularly for lifting wheels of vehicles and the like, for wheel balancing and tire removing machines, comprising a scissor-like frame (2), which is interposed between at least two flat and mutually parallel elements (3, 4) for their mutual translational motion as a consequence of the action of motor means (5) functionally associated with the scissor-like frame (2), the lifting device further comprising cam-type profiled means (7), which can be engaged functionally with the motor means (5) for dynamic and static balancing between the thrust force generated by the motor means (5) and the contrast force of the scissor-like frame (2) in addition to the weight of the object (6) to be lifted, which is arranged on one of the two flat and parallel elements (3, 4), in all the operating positions of the lifting device (1).
    • 的提升装置(1),特别是用于提升车辆的车轮等的车轮平衡和轮胎拆卸机,包括被至少两个平坦且相互平行的元件(3之间的剪刀样框架(2)所有, 4)它们的相互平移运动如马达装置(5)在功能上与该剪刀样框架(2)相关联的动作的结果,该提升装置还包括凸轮式成型装置(7),其可在功能上被接合 与马达装置(5),用于由电动机装置所产生的推力之间的动态和静态平衡(5)和该剪刀样框架(2)的除了所述物体的重量的对比度力(6)为 解除,所有这些被布置在所述两个平坦且平行的元件(3,4)中的一个,在提升装置的所有操作位置(1)。
    • 83. 发明公开
    • CAR BENCH
    • 桅杆车辆
    • EP2077972A1
    • 2009-07-15
    • EP07803628.2
    • 2007-10-09
    • Spanesi S.P.A.
    • SPANESI, Orazio
    • B66F7/08B66F17/00
    • B66F7/08B66F7/065B66F17/00
    • Bench for measuring the geometric parameters of a damaged car, comprising first lifting means (14) for a deck (15) onto which the car is to be arranged; the first lifting means (14) are of the type to be arranged on the bottom of a pit provided in the floor of the room in which the bench works and are adapted to allow a vertical movement of the deck (15) from a position which is substantially aligned with the level of the floor (13) to a position which is raised from the floor ( 13). The bench also comprises second lifting means (20) for a platform (21) to be arranged between the bottom (11) of the pit (12) and the deck (15); the platform (21) is shaped complementarily with respect to the plan contour of the pit (12). The second lifting means (20) allow a vertical movement of the platform (21) from a lowered position within the pit (12) to a raised position so as to close the pit (12) when the deck (15) is raised.
    • 84. 发明公开
    • SCHERENHUBTISCH
    • 剪刀
    • EP2064145A1
    • 2009-06-03
    • EP07722202.4
    • 2007-04-05
    • Frank Schmid GmbH
    • WOLDRICH, ReinerSCHMID, Frank
    • B66F7/06
    • B66F7/065
    • The invention relates to scissors-type elevating platforms for lifting and lower medium to very large loads. It is the object to provide a scissors-type elevating platform which is suitable for medium to very large loads, a structurally simple construction and a long service life. According to the invention, the scissors-type elevating platform comprises a lower frame (1) and upper frame (2) which can be raised and can be lowered by intersecting scissors-type arms (6) and (10) arranged in each case on the outside between the two frames (1, 2). Traction cables (26) are arranged in a novel manner via deflecting rollers (12) with a vertical or virtually vertical deflecting roller axis (19) in such a manner that said traction cables act on the lower movable bearing spindle (3). The traction cables (26) are fastened here on the inside between the lower frame (1) to a lower fixed bearing spindle (30) or to the lower frame (1) by means of a traction cable fastening tab (31) via a novel traction cable rocker (24). Furthermore, the traction cables (26) are arranged at the other end such that they can be wound up via a cable pulley worm (15). The drive takes place with a driving motor (28) with a downstream step-down gear (33) via a driving pulley (14) by means of a traction means (9). The traction means (9) is coupled to an internal cable pulley (13) with a vertically or virtually vertical cable pulley axis (18), wherein a cable pulley worm (15) is connected at the same time in a form-fitting or frictional manner to the cable pulley (13). The most essential advantage of this embodiment is an absolutely linear lifting profile during the lifting and lowering of the scissors-type elevating platform according to the invention. The scissors-type elevation platform is distinguished by a structurally simple construction and has a long service life.
    • 85. 发明公开
    • Scissor lift
    • Scherenlift
    • EP2045204A1
    • 2009-04-08
    • EP08165753.8
    • 2008-10-02
    • The UK Lift Company Limited
    • Piggott, Trevor
    • B66F7/08
    • B66F7/08B66F7/065
    • A scissor lift comprising a load carrying platform, a base frame (7), a first and second leg unit situated between the platform and the frame, the leg units crossing each other at an axis (3) and being pivotally interconnected at said axis (3), the first leg (1) being connected at one end to the load carrying platform by first fixed pivot means (13) and provided at the other end with first freely rotatable roller means (14) contacting the base frame (7); the second leg unit (2) being connected at one end to the base frame by second fixed pivot means (12) and provided at the other end with second freely rotatable roller means (15) contacting the underside of the load carrying platform, wherein the distance between the first fixed pivot means (13) and the inter connecting pivot (3) and the distance between the first freely rotatable roller means (14) and the interconnecting pivot axis (3) are different and the centre of the first fixed pivot (13) being above the line of an axis passing through the centre of the first freely rotatable roller means (14) and the centre of the said interconnecting pivot (3), and wherein the distance between the second fixed pivot means (12) and the interconnecting pivot (3) and the second rotatable roller means (15) and connecting pivot are different and the centre of the second fixed pivot means (12) being above a line projected from a straight axis passing through the centre of the second freely rotatable roller and the centre of the interconnecting pivot.
    • 一种剪叉式升降机,包括承载平台,基架(7),位于平台和框架之间的第一和第二腿单元,腿单元在轴线(3)处彼此交叉并且在所述轴线处枢转地互连( 第一支腿(1)通过第一固定枢转装置(13)在一端连接到承载平台上,并且在另一端处设置有与底架(7)接触的第一可自由转动的滚子装置(14)。 所述第二支腿单元(2)通过第二固定枢转装置(12)在一端连接到所述基座,并且在另一端处设置有与承载平台的下侧接触的第二可自由转动的滚子装置(15),其中, 第一固定枢转装置(13)和连接枢轴(3)之间的距离以及第一可自由转动的滚子装置(14)和互连枢转轴线(3)之间的距离是不同的,并且第一固定枢轴 13)位于穿过第一可自由旋转的滚筒装置(14)的中心的轴线和所述互连枢轴(3)的中心之间,并且其中第二固定枢转装置(12)和 互连枢轴(3)和第二可旋转辊装置(15)和连接枢轴是不同的,并且第二固定枢转装置(12)的中心在从通过第二可自由旋转的中心的直轴突出的直线的上方 滚子和互连枢轴的中心。
    • 86. 发明公开
    • CARRIAGE TYPE CONVEYANCE DEVICE
    • SCHIENENFÖRDERVORRICHTUNG
    • EP2039580A1
    • 2009-03-25
    • EP08710605.0
    • 2008-01-29
    • DAIFUKU CO., LTD.
    • SUGIMOTO, Katsuhiro
    • B61B13/12B61D47/00B65G35/06
    • B65G35/06B61B13/127B62D65/18B66F7/065
    • The present invention makes it easy to lay-out a carriage traveling path crossing an aisle for a vehicle, etc., in a conveyance device using a carriage which has an object support base movable vertically controlled by cam rails on the floor side, and is characterized in that an automatic lock means for locking an object support base 11 at a rising limit position is provided, unlocking cam follower rollers 44 of this automatic lock means are provided higher than a conveyance carriage supporting level L of a carriage traveling path P, a cam follower roller 32 for elevating the object support base 11 is positioned higher than the conveyance carriage supporting level L when the obj ect support base 11 is at the rising limit position, and in an area in which the carriage traveling path and the aisle crosses each other, a crossing aisle floor member 45 is laid at the same level as the conveyance carriage supporting level L, and the conveyance carriage 1 can pass through this aisle crossing area in a state that the object support base 11 is locked at the rising limit position by the automatic lock means.
    • 本发明能够容易地在使用具有能够由地板侧上由凸轮轨道可移动的物体支撑基座的托架的输送装置中布置穿过车辆等的通道的托架行进路径,并且是 其特征在于,设置用于将物体支撑基座11锁定在上升极限位置的自动锁定装置,该自动锁定装置的解锁凸轮从动辊44被设置为高于滑架行进路径P的输送支架水平L, 当物体支撑基座11处于上升极限位置时,用于升高物体支撑基座11的凸轮从动辊32被定位成高于输送托架支撑液位L,并且在托架行进路径和通道各自交叉的区域中 另外,交叉通道地板构件45被放置在与输送台架支撑位置L相同的水平面上,并且输送台车1可以穿过该过道通道 通过自动锁定装置将物体支撑基座11锁定在上升极限位置的状态。
    • 87. 发明公开
    • PROCEDURE FOR THE TRANSPORTATION OF TIRES OR CAR WHEELS, WHICH ARE DEMOUNTED FROM A CAR, TO ANOTHER PLACE IN A GARAGE TO BE PROCESSED, AND BACK AGAIN, AND A FRAME FOR THE CARRYING OUT OF THE PROCEDURE
    • 方法在车间进行处理和回实施拆除汽车轮胎或汽车车轮另一个点的运输再次框架
    • EP1926608A1
    • 2008-06-04
    • EP06742461.4
    • 2006-06-13
    • Pedersen, Mogens Lyngby
    • Pedersen, Mogens Lyngby
    • B60B29/00
    • B60B29/001B60B29/002B66F7/0625B66F7/065B66F7/08
    • By a procedure for transportation of car wheels (2) mounted with tires, which are demounted from a car, to another place in a garage for treatment, for example, exchange of tires, the car wheels (2) are arranged in a vertical position side by side on a frame (1), which consists of two - in an initial position - horizontally, or approximately horizontally, mutually parallel bottom rails (3) against which the wheels (2) can rest, and of two side rails (4) arranged over the bottom rails (3), which side rails are arranged approximately level with a central section through the wheels (2), and which are mutually parallel and parallel with the bottom rails (3), and which act as side guides for the wheels (2). The frame (1) is mounted on a vehicle (5), and the side rails (4) can be moved from an initial position, in which they are not gripping the wheels, to a position in which the wheels are squeezed in position between the side rails (4). The wheels are then moved to another place, where the frame (1) is tilted over into a vertical position and the side rails (4) are reverted to an initial position, after which the wheels are removed from the frame (1) for treatment, the frame (1) is brought back to its initial position, and the wheels (2) are after finished treatment again placed in the frame (1), after which the wheels (2) are transported to another place. By this procedure manual transportation of the car wheels from one place to another is avoided.
    • 通过对汽车车轮的运输过程安装有轮胎,其是从汽车上取下时,到另一个地方在车库用于治疗,例如,轮胎的交换(2)时,汽车的车轮(2)被布置在垂直位置 并排的框架(1)上哪besteht两个 - 在initialPosition - 水平或大致水平地,相互平行的底轨(3)抵靠车轮(2)可以休息,和两个侧轨(4- )布置在哪一方导轨通过车轮(2)设置成大致水平的中心部分,并且其底部的轨道(3)是与所述底轨(3)相互平行并平行,并作为侧导板,其作用 车轮(2)。 所述框架(1)被安装在车辆上(5),并且所述侧(4)的轨道可以从初始位置,其中它们不夹持轮毂,在其中车轮之间被挤压在位置的位置被移动 侧轨(4)。 然后,将车轮移动到另一个地方,那里的框架(1)被倾倒到垂直位置和所述侧轨(4)在initialPosition回复到,afterwhich从帧(1),用于处理来除去车轮 ,所述框架(1)被带回到其初始位置,并且车轮(2)的治疗在框架(1),afterwhich车轮(2)运送到另一个地方再次置于后结束。 从一个地方到另一个地方的汽车轮毂的这个程序手册交通是可以避免的。
    • 88. 发明公开
    • Motorcycle lift
    • 用于摩托车的升降装置
    • EP1724232A3
    • 2007-09-05
    • EP06006687.5
    • 2006-03-30
    • Tosi, Antonio
    • Tosi, Antonio
    • B66F7/06B66F7/28
    • B66F7/243B66F7/065B66F7/28
    • Apparatus (1) for motorcycle lifting (20) comprising a support plane (5) having a central portion (4) and two ends (3a and 3b) hinged to said central portion, said ends bearing the wheels (21, 22) of the motorcycle (20). The support plane (5) is then associated to a device (2) that allows its lifting/lowering from ground for example by a hydraulic cylinder. The apparatus (1) is, furthermore, equipped with a support structure (10) integral to the support plane (5), having a pin (15) for engaging with a point (25) of the frame of the motorcycle (20) arranged near the handlebar. In this way, the motorcycle (20) is held by the apparatus (1) at the handlebar (28) and at another point, for example the central part of the frame, which rests on a removable support (36), for example a special jack, or on the stand (26) of the motorcycle same. The support structure (10) comprises a first upright (11a) and a second upright (11b) connected to the support plane (5) at opposite sides. Between the uprights (11a) and (11b) a cross member (16) is arranged adapted to rotate with respect to them about an axis of rotation (40). The pin (15) is then connected to the cross member (16) by a rod (12) adapted to translate orthogonally to the cross member (16). The pin (15) provided at the end of the rod (12) is put into a special hole made don the short tube of the handlebar of the motorcycle -