Abstract:
A fall-preventing system (1) is described, particularly for a loading plane (3) of a vehicle-transporting truck, comprising at least one guard-type structure (5) integral with at least one base (7), such base (7) being connected articulated to an edge (9) of such loading plane (3) by interposing at least one articulated spacing kinematism (11).
Abstract:
A transport vehicle (1) is described, comprising at least two loading flatbeds (3a, 3b) and a handling system of the upper loading flatbed (3b) with respect to the lower loading flatbed (3a), such handling system comprising at least one front lifting and lowering system (4) of such upper loading flatbed (3b) and one or more lifting mechanisms (5) interposed between such loading flatbeds (3a, 3b) cooperating with such front lifting and lowering system (4).
Abstract:
A lifting mechanism (1) is described, comprising at least one internal body (3) having a first end (3a) thereof articulatedly connected and rotating around at least one external structure (11) and at least one external body (5) having a first end (5a) thereof connected to a load to be handled and/or lifted, such external body (5) being constrained to such internal body (3) through a coupling of a sliding type with respect to such internal body (3), at least one movement actuator (7) operatively and articulatedly cooperating with such external body (5), and at least one crank-type kinematism (9) having a first end (9a) thereof articulatedly connected to such external body (5) and a second end (9b) thereof articulatedly connected to such external structure (11). A transport vehicle (20) equipped with at least one lifting mechanism (1) is also described.
Abstract:
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).
Abstract:
A stop wedge (20) is described for motor vehicles on trucks or trailers, composed of at least one basic structure (1) on which a stop abutment (2) of a motor vehicle wheel (30) is fastened, such wedge (20) being further equipped with quick hooking/unhooking means to a loading plane or gangway (40) of such truck or trailer, such quick hooking/unhooking means being adapted to be actuated through a single movement.
Abstract:
A retractable loading/unloading gangway (20) for transporting motor vehicles is described, comprising a plurality of moving loading cross members (4, 5) longitudinally sliding along supporting guides (2, 3) of a supporting frame (1) between a retracted position with minimum encumbrance and an extended loading position and vice versa, each moving loading cross member (4) being articulated to a following and adjacent moving loading cross member (5) through at least one rigid connecting tongue (9).
Abstract:
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.
Abstract:
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).
Abstract:
A control system (1) is described, particularly for trailers, comprising at least one hydraulic motor (3) and at least detection means (5) of a rotation speed of the motor (3), the detection means (5) cooperating with control and management means (7), the control and management means (7) operatively cooperating with one control electronic unit (15) of a vehicle engine and the motor (3) being actuated by an operation of at least one hydraulic distributor (17).
Abstract:
An adjustable fastening system is described, for boards (2) for loading vehicles (4), comprising: a rotary supporting framework (3), that is adapted to assume an extreme opening position, an extreme closing position and a plurality of intermediate positions in which it operates as fastening, stopper and passing device for wheels (4) of loaded vehicles (2); means (5) for locking and unlocking the rotation of the supporting framework (3); and means (7) for securing the locking and unlocking means (5).