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    • 3. 发明申请
    • SYNCHRONISING SYSTEM OF AT LEAST TWO HYDRAULIC MOTORS
    • 最小两液压马达同步系统
    • WO2010134110A1
    • 2010-11-25
    • PCT/IT2010/000186
    • 2010-04-27
    • ROLFO S.P.A.ARNULFO, Elio
    • ARNULFO, Elio
    • F01C20/02F15B11/22
    • F01C20/02F15B11/22F15B2211/6336F15B2211/7058F15B2211/7121F15B2211/782
    • A synchronising system (1) is described, in particular for trucks for transporting motor vehicles and trailers, comprising at least one first and one second hydraulic motors (M1, M2) arranged in series along an hydraulic feeding circuit (L) by which they are actuated, at least first detection means (R1) of a rotation speed of the first motor (Ml) and at least second detection means (R2) of a rotation speed of the second motor (M2), the detection means (R1, R2) cooperating with the control and managing means (C), to detect differences in rotation speed between the first motor (M1) and the second motor (M2), such hydraulic feeding circuit (L) comprising at least one first by-passing line (B1) of the first motor (M1) connected with the hydraulic feeding circuit (L) upstream of the first motor (Ml) by interposing first switching means between the first by-passing line (B1) and the hydraulic feeding circuit (L), and at least one second by-passing line (B2) of the second motor (M2) connected to the hydraulic feeding circuit (L) upstream of the second motor (M2) by interposing second switching means between the second by-passing line (B2) and the hydraulic feeding circuit (L), the first and second switching means being actuated by the control and managing means (C).
    • 一种同步系统(1),特别是用于运输机动车辆和拖车的卡车,包括至少一个第一和第二液压马达(M1,M2),它们沿液压供给回路(L)串联布置, 所述第一电动机(M1)的旋转速度的至少第一检测装置(R1)和所述第二电动机(M2)的转速的至少第二检测装置(R2),所述检测装置(R1,R2) 与控制和管理装置(C)配合,检测第一电动机(M1)和第二电动机(M2)之间的转速差,这样的液压供给电路(L)包括至少一个第一旁通线(B1 )通过在第一旁路线(B1)和液压供给回路(L)之间插入第一切换装置,与第一马达(M1)上游的液压供给回路(L)连接的第一马达(M1) 所述第二电动机(M2)的至少一个第二旁路线(B2)连接 通过在第二旁路线(B2)和液压供给回路(L)之间插入第二切换机构而将第二马达(M2)的上游的液压供给回路(L) 控制和管理手段(C)。
    • 6. 发明申请
    • LOADING FLATBED FOR TRANSPORTING VEHICLES
    • 装载平台用于运输车辆
    • WO2012172578A1
    • 2012-12-20
    • PCT/IT2011/000201
    • 2011-06-16
    • ROLFO S.P.A.ARNULFO, Elio
    • ARNULFO, Elio
    • B60P3/08B60P3/12
    • B60P3/08
    • A loading flatbed (1) is described for transporting vehicles (2) in a line comprising at least one perimeter chassis (3) composed of at least two side longitudinal members (3a, 3b), said side longitudinal members (3a, 3b) being separated by interposing at least one first loading platform (10) and at least one second loading platform (30), such first loading platform (10) and such second loading platform (30) being adapted to be lifted, lowered and inclined one with respect to the other through related actuating means, such actuating means being adapted to take such first platform (10) at least between a rear inclined position, a lowered and planar position and a lowered and front inclined position and vice versa, and to take such second platform (30) at least between a rear inclined position and a front inclined position, and vice versa.
    • 描述了一种装载平板(1),用于在包括由至少两个侧纵向构件(3a,3b)构成的至少一个周边底盘(3)的管线中运输车辆(2),所述侧纵向构件(3a,3b) 通过插入至少一个第一装载平台(10)和至少一个第二装载平台(30)分开,所述第一装载平台(10)和所述第二装载平台(30)适于相对于 通过相关的致动装置到另一个,这种致动装置适于至少在后倾斜位置,下降和平面位置以及下降和前倾斜位置之间采取该第一平台(10),反之亦然 平台(30)至少在后倾斜位置和前倾斜位置之间,反之亦然。
    • 7. 发明申请
    • SYNCHRONISING SYSTEM OF AT LEAST TWO ACTUATORS
    • 至少两个执行器的同步系统
    • WO2010150290A1
    • 2010-12-29
    • PCT/IT2010/000180
    • 2010-04-27
    • ROLFO S.P.A.ARNULFO, Elio
    • ARNULFO, Elio
    • B60P1/02B60P3/08B60P1/44
    • B60P3/08B60P1/02B60P1/4471
    • A synchronising system (1) is described, in particular for trucks for transporting motor vehicles and trailers, comprising at least one first and one second hydraulic actuators arranged in series along an hydraulic feeding circuit (L) by which they are actuated, at least first detection means (Rl) and at least second detection means (R2), such detection means (Rl, R2) cooperating with control and management means (C) in order to directly or indirectly detect differences in angular displacement between the first actuator and the second actuator, such hydraulic feeding circuit (L) comprising at least one first by-pass line (Bl) of such first actuator connected with such hydraulic feeding circuit (L) upstream of such first actuator by interposing first switching means between such first by-pass line (Bl) and such hydraulic feeding circuit (L), and at least one second by-pass line (B2) of such second actuator connected with such hydraulic feeding circuit (L) upstream of such second actuator by interposing second switching means between such second by-pass line (B2) and such hydraulic feeding circuit (L), such first and second switching means being actuated by such control and management means (C).
    • 描述了同步系统(1),特别是用于运输机动车辆和拖车的卡车,包括至少一个第一和第二液压致动器,其沿着液压供给回路(L)串联布置,至少第一 检测装置(R1)和至少第二检测装置(R2),这样的检测装置(R1,R2)与控制和管理装置(C)协作,以便直接或间接地检测第一致动器和第二传感器之间的角位移的差异 致动器,这种液压供给回路(L)包括这种第一致动器的至少一个第一旁通管线(B1),该第一旁通管路(B1)通过在第一旁通管路之间插入第一开关装置,与该第一致动器的上游的这种液压供给回路(L) (B1)和这种液压供给回路(L),以及与这种第二致动器(L)上游的这种液压供给回路(L)连接的第二致动器的至少一个第二旁通管线(B2) 通过在第二旁路线路(B2)和这种液压供给电路(L)之间插入第二开关装置,这种第一和第二开关装置由这种控制和管理装置(C)致动。