Abstract: A self-propelled work vehicle, which comprises at least one vehicle which supports at least one main telescopic arm, which is coupled with a first end to the vehicle and supports a work apparatus at the opposite end; the apparatus comprises elements for moving a work platform which is adapted to accommodate at least one operator; the moving elements are configured to move the platform with respect to the main arm and to support the platform in a plurality of different work positions; the moving elements are supported rotatably by the main arm by way of an axial bearing, which is adapted to support the elements in one configuration chosen among at least one first working configuration and one second working configuration, which can be obtained from the first with a rotation of the elements with respect to the main arm equal to a predefined angle.

Abstract: A rotary telescopic boom lift, which comprises at least one self-propelled machine, which can move over ground and supports in an upper region a rotating assembly, associated with the machine by way of a rotary coupling element. The assembly comprises at least one turret and an operating boom, which is articulated to the turret with a first end thereof. The boom lift comprises elements for supplying electrical power, at least for the movement of the machine, the rotation of the assembly and the actuation of the boom. Such elements comprise at least one first battery which is integrally supported by the machine and is arranged substantially below the element, and at least one second battery which is supported by the assembly and can rotate with respect to the machine integrally with this assembly. Such second battery is arranged substantially above the element.

Abstract: The present invention relates to a control panel for an operating machine with a turret that can rotate, on command, about a vertical axis relative to a self-propelled truck provided with wheels which equip the machine. A working arm is articulated to the turret and is adapted to carry a tool at its free end; The control panel or manoeuvring panel is placed on a side of the truck and is so positioned as to be accessible to an operator directly from the ground. The hide-away control panel is constrained to a side of said self-propelled truck on wheels and is rotatable from the hide-away position, parallel to the side surface of the truck on wheels, to at least one horizontal position and vice versa.

Abstract: A self-propelled aerial platform of the type including a work platform, provided at the end of an operating arm which is constrained to and supported by a base or turret. The base or turret is coupled, by means of a rotatable coupling around a vertical axis, on a mobile wheeled chassis or truck. At least one motor means, pumps and tanks of fluids are supported onto the mobile wheeled chassis or truck and are arranged beneath the rotatable coupling. Hydraulic and electrical couplings, which cooperate with rotatable coupling, are adapted to establish hydraulic and electrical connections between the motor means, pumps, tanks and the actuator means provided on the base or turret, the operating arm constrained thereto and supported thereby and the aerial work platform.

Abstract: A lift truck comprises a chassis (1) movable on wheels (2) and a rotating platform (3) which supports an operating arm (4); stabilizing means are provided for resting on the ground and positioned at the front as well as at the back. The stabilizing means consist of two pairs of two telescopically extensible arms (5), each one comprising a first segment (6) and a second segment (7). The arms (5) have their ends hinged to opposite sides of the chassis (1), so as to swivel about parallel axes, and have the opposite free ends intended to lean against the ground by means of plates or stabilizing feet (8). The two arms (5) of each pair are arranged side by side at a short distance from each other on parallel planes and are individually bound to the chassis (1) by means of hydraulic cylinders (11).

Abstract: The telescopic arm for operating machines includes an outer arm, four coaxial slip-off elements, first, second, third, fourth and an operative head associated to the latter. The telescopic arm includes: a drive system, supported partially outside of the telescopic arm, for moving synchronously said slip-off members in their extending and returning travels; a hydraulic circuit, housed inside said telescopic arm, comprising a first and a second group of hydraulic conduits, which include, respectively, first and second flexible pipes, kept stretched during the returning step of said slip-off members by the corresponding idler pulleys, supported by the latter.

Abstract: A gripping apparatus for outfitting vehicles for handling loads include a structure, which can be removably coupled with an operating arm of a vehicle for handling of loads. It includes: a support element which comprises a coupling base for connection with a corresponding coupling head which is fitted to the operating arm, a holding element which is fixed to the coupling base and can rotate, on command, with respect to the coupling base and about a first axis. The holding element is provided with a load gripping apparatus for gripping a load. A load handled by the load gripping apparatus can translate along a predetermined direction contained in a plane extending perpendicularly with respect to the first axis.

Abstract: A gripping means for outfitting vehicles for handling loads include a structure, which can be removably coupled with an operating arm of a vehicle for handling of loads. It includes: a support element which comprises—a coupling base for connection with a corresponding coupling head which is fitted to the operating arm,—a holding element which is fixed to the coupling base and can rotate, on command, with respect to said coupling base and about a first axis, as well as translate along a predetermined direction contained in a plane extending perpendicularly with respect to said first axis. The holding element is provided with means aimed at allowing grip of said load.

Abstract: A lift truck comprises a chassis (1) movable on wheels (2) and a rotating platform (3) which supports an operating arm (4); stabilizing means are provided for resting on the ground and positioned at the front as well as at the back. The stabilizing means consist of two pairs of two telescopically extensible arms (5), each one comprising a first segment (6) and a second segment (7). The arms (5) have their ends hinged to opposite sides of the chassis (1), so as to swivel about parallel axes, and have the opposite free ends intended to lean against the ground by means of plates or stabilizing feet (8). The two arms (5) of each pair are arranged side by side at a short distance from each other on parallel planes and are individually bound to the chassis (1) by means of hydraulic cylinders (11).

Abstract: The telescopic arm for operating machines includes an outer arm, four coaxial slip-off elements, first, second, third, fourth and an operative head associated to the latter. The telescopic arm includes: a drive system, supported partially outside of the telescopic arm, for moving synchronously said slip-off members in their extending and returning travels; a hydraulic circuit, housed inside said telescopic arm, comprising a first and a second group of hydraulic conduits, which include, respectively, first and second flexible pipes, kept stretched during the returning step of said slip-off members by the corresponding idler pulleys, supported by the latter.

Abstract: A gripping organ for load-moving vehicles comprises a support structure (7), removably engageable to a support arm (4) of a load-moving vehicle (2); at least gripping pliers (8), operatively engaged to the support structure (7) and predisposed to engage at least an object (P) to be moved, the gripping pliers (8) comprising at least a pair of gripping elements (16) which are mobile between an operating position, in which the gripping elements (16) engage the object (P), and a non-operating position, in which the gripping elements (16) are disengaged from the object (P); the pliers (8) being translatable along a translating direction (A) and rotatable about a rotation axis (B) which is perpendicular to the translating direction (A).

Abstract: A gripping organ for load-moving vehicles comprises a support structure (7), removably engageable to a support arm (4) of a load-moving vehicle (2); at least gripping pliers (8), operatively engaged to the support structure (7) and predisposed to engage at least an object (P) to be moved, the gripping pliers (8) comprising at least a pair of gripping elements (16) which are mobile between an operating position, in which the gripping elements (16) engage the object (P), and a non-operating position, in which the gripping elements (16) are disengaged from the object (P); the pliers (8) being translatable along a translating direction (A) and rotatable about a rotation axis (B) which is perpendicular to the translating direction (A).

Abstract: In a seat and a maneuvering cabin for telescopic lifts, the seat comprises means for translating, predisposed to translate the seat forwards and backwards along a determined translation direction, and means for rotating, predisposed to rotate the seat about a rotation axis. The maneuvering cabin comprises: a frame for containing and supporting the cabin; at least a transparent front surface which is solidly constrained to the frame, through which an operator can observe outside the cabin in a frontal direction; a roof comprising a transparent portion, which transparent portion is contiguous to the front surface, through which an operator can observe outside the maneuvering cabin in an upwards direction through a predetermined angle of vision, and a non-transparent reinforced portion which is contiguous to the transparent portion; a maneuvering seat located internally of the frame and positioned below the reinforced portion of the roof facing the front surface.

Abstract: In a seat and a maneuvering cabin for telescopic lifts, the seat comprises means for translating, predisposed to translate the seat forwards and backwards along a determined translation direction, and means for rotating, predisposed to rotate the seat about a rotation axis. The maneuvering cabin comprises: a frame for containing and supporting the cabin; at least a transparent front surface which is solidly constrained to the frame, through which an operator can observe outside the cabin in a frontal direction; a roof comprising a transparent portion, which transparent portion is contiguous to the front surface, through which an operator can observe outside the maneuvering cabin in an upwards direction through a predetermined angle of vision, and a non-transparent reinforced portion which is contiguous to the transparent portion; a maneuvering seat located internally of the frame and positioned below the reinforced portion of the roof facing the front surface.

Abstract: A raisable work platform has a horizontal support plane which is predisposed to support a vertical load and is associable to a telescopic lift arm. The device includes: a first joint element, solidly constrained to the support plane; a second joint element, associable to a free end of the telescopic lift arm. Members for connecting, predisposed to connect the first joint element to the second joint element, enable the joint elements to translate only relatively. Members for supporting, interpositioned between the first joint element and the second joint element, are predisposed for supporting the total vertical load of the platform, constituted by the weight of the platform itself and the load borne thereon, through elastic members. Elements for measuring are associated to the members for supporting, which measuring elements signal a reaching of a predetermined deformation of the elastic members.

Abstract: The apparatus comprises a first telescopic arm, exhibiting a lower portion rotatably constrained to a first horizontal hinge axis, a first motor for rotating the first telescopic arm; a second telescopic arm rotatably constrained to an upper portion of the first telescopic arm which upper portion is aligned with a longitudinal axis of the first telescopic arm at a second horizontal hinge axis; a terminal load support group for a load mounted on the second telescopic arm and a second motor for rotating the second telescopic arm.

Abstract: The hinge comprises a first link element and a second link element hinged to a free end of a telescopic arm of the lift truck. The first link element is commanded to oscillate about a hinge axis by first means for actuating acting between the free end and the first link element. The second link element, which supports a quick-release mechanism for a tool, is commanded to oscillate about the same hinge axis by second means for actuating acting between the first link element and the second link element.

Abstract: A high lift truck with telescopic boom improves upon and widens the scope of performance offered by existing high lifts of the type. Its essential feature, basically, is that of providing a second telescopic boom (16) fixed immovably to the top end of the first raise-and-lower boom (4) which is likewise telescopic, and hinges at bottom with a mounting (7) on the truck chassis; the two booms thus associated creating an obtuse angle such that the second boom will project forward along the line of the truck axis when boom (4) aforesaid is fully raised.