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    • 1. 发明申请
    • AN ATTACHMENT UNIT FOR ATTACHING A FIRST MEMBER AND A SECOND MEMBER TO ONE ANOTHER, WITH A POSSIBILITY OF DEFINING A DEGREE OF PLAY BETWEEN THE FIRST MEMBER AND THE SECOND MEMBER ALONG A DIRECTION OR TWO DIRECTIONS PERPENDICULAR TO ONE ANOTHER IN ORDER TO COMPENSATE FOR HEAT DILATIONS OF THE FIRST MEMBER AND/OR THE SECOND MEMBER
    • 一个附加单元,用于将第一个成员和第二个成员连接到另一个成员,并且可以定义第一个成员和第二个成员之间沿着方向或两个方向的一定程度的游戏,另一个方向是另一个方向,以补偿热量冲突 第一个成员和/或第二个成员
    • WO2017175171A1
    • 2017-10-12
    • PCT/IB2017/051985
    • 2017-04-06
    • DINI ARGEO S.R.L.
    • BERTONI, Marco
    • F16B5/02B66F7/00B66F7/28B66F3/00
    • B66F7/28F16B5/0241F16B5/065
    • An attachment unit (1) for attaching a first member (2) and a second member (3) to one another, in order to enable defining a degree of play between the first member (2) and the second member (3) along a direction or two directions perpendicular to one another in order to compensate for heat dilations of the first member (2) and/or the second member (3), comprising: clamping means; a first plate (4) fixable to a first member (2); a connecting member (7) couplable to a second member (3); a second plate (5), comprising: a first slot (31) for receiving the head of the connecting member (7); a second slot (32); a third slot (33); a third plate (6), comprising; a fourth slot (34) for enabling passage of the shaft of the connecting member (7); a fifth slot (35); a sixth slot (36). By suitably orientating the second plate and the third plate with respect to one another and controlling the degree of tightening of the clamping means, it is possible to obtain a first operating mode in which the attachment unit has two degrees of freedom, a second operating mode in which the attachment unit has a degree of freedom and a third operating mode in which the attachment unit has a zero degree of freedom.
    • 一种用于将第一构件(2)和第二构件(3)彼此附接的附接单元(1),以便能够限定第一构件(2)和第二构件 (2)和/或第二构件(3)的热膨胀相互垂直的一个方向或两个方向上的第二构件(3),包括:夹紧装置; 可固定到第一构件(2)的第一板(4); 可连接到第二构件(3)的连接构件(7); 第二板(5),包括:第一槽(31),用于接收连接构件(7)的头部; 第二槽(32); 第三槽(33); 第三板(6),包括: 第四槽(34),用于使连接件(7)的轴能够通过; 第五槽(35); 第六槽(36)。 通过使第二板和第三板相对于彼此适当地定向并且控制夹紧装置的紧固程度,可以获得第一操作模式,其中附接单元具有两个自由度,第二操作模式 其中附件单元具有自由度以及附件单元具有零自由度的第三操作模式。
    • 2. 发明申请
    • WEIGHING SYSTEM, PARTICULARLY FOR VEHICLES, TRAILERS OR THE LIKE
    • 称重系统,特别适用于车辆,拖拉机或类似物
    • WO2009074865A1
    • 2009-06-18
    • PCT/IB2008/003487
    • 2008-12-12
    • DINI ARGEO S.R.L.BERTONI, Marco
    • BERTONI, Marco
    • G01G19/02G01G21/23G01G21/22
    • G01G19/02G01G21/23
    • The weighing system, particularly for vehicles, trailers or the like, comprises at least a platform substantially elongated in shape and positionable resting on the ground by interposition of two weight measuring devices arranged at a distance the one from the other and suitable for accommodating at least one of the wheels of a vehicle, and one processing and display unit of the detected weight associated with at least one of the measuring devices, wherein each of the measuring devices has a crosspiece (4) associable with the platform and at least one plate (5) for resting on and/or anchoring to the ground associated with the crosspiece by interposition of at least one load cell (6), and in which the crosspiece is associated with the load cell and is rotatable, by the action of external stresses, between two preset positions and around a rotation axis substantially parallel to its own longitudinal axis.
    • 称重系统,特别是用于车辆,拖车等的至少一个平台,至少包括一个平台,该平台的形状基本上是细长的并且可以通过插入两个重量测量装置的位置而放置在地面上, 车辆的车轮中的一个以及与至少一个测量装置相关联的检测到的重量的一个处理和显示单元,其中每个测量装置具有与平台相关的横档(4)和至少一个板( 5),用于通过插入至少一个称重传感器(6)而搁置在和/或锚定到与横档相关联的地面上,并且其中横档与称重传感器相关联并且可通过外部应力的作用旋转, 在两个预设位置之间并且围绕基本上平行于其自身纵向轴线的旋转轴线。
    • 3. 发明申请
    • A WEIGHING MODULE WITH A LOAD CELL
    • 带负载单元的称重模块
    • WO2017175168A1
    • 2017-10-12
    • PCT/IB2017/051982
    • 2017-04-06
    • DINI ARGEO S.R.L.
    • BERTONI, Marco
    • G01G23/00
    • G01G23/005
    • A weighing module (10) with a load cell (1), comprising: a load cell (1) for weighing a load, which load cell (1) is fixable to a support structure; a threaded shaft (2) for transmitting the weight of the load to be weighed; a first blocking element (3) which can helically engage with the threaded shaft (2); a by-pass member (4) that is fixable to the support structure; the weighing module (10) being configured such that, when in use, starting from a weighing configuration (P) in which the first blocking element (3) is disengaged from the by-pass member (4) and in which the threaded shaft (2) engages with the load cell (1), transmitting the weight of the load to be weighed to the load cell (1), it is possible to reach a by-pass configuration (B) by rotating the first blocking element (3) in a first rotation direction until the first blocking element (3) engages with the by-pass member (4), determining the raising of the threaded shaft (2) up to disengagement of the threaded shaft (2) from the load cell (1) and the consequent engagement of the threaded shaft (2) to the by-pass member (4) by means of the first blocking element (3), so that the weight of the load to be weighed is transmitted from the load cell (1) to the by-pass member (4).
    • 具有负载单元(1)的称重模块(10),包括:称重负载的负载单元(1),所述负载单元(1)可固定到支撑结构; 一个用于传递待称重的负载的螺纹轴(2) 第一阻挡元件(3),其能够螺旋地与所述螺纹轴(2)接合; 旁路构件(4),所述旁路构件可固定到所述支撑结构; 所述称重模块(10)被构造成使得,在使用时,从其中所述第一阻挡元件(3)与所述旁路构件(4)脱离的称重构造(P)开始,并且其中所述螺纹轴( 2)与称重传感器(1)接合,将称重的负载的重量传递给称重传感器(1)时,可以通过旋转第一阻挡元件(3)来达到旁路配置(B) 在直到第一阻挡元件(3)与旁路构件(4)接合之前,确定螺纹轴(2)的升高直到螺纹轴(2)与测力传感器(1)的脱离 )以及螺纹轴(2)通过第一阻挡元件(3)与旁路构件(4)的接合,使得待称重的负载的重量从称重传感器(1 )给旁路成员(4)。