Rausa, Mario Alberto Manlio

A telehandler (10) comprising:a machine body (11) supporting a driver's cab (14),a propulsion structure (20) configured to permit movement of the telehandler (10) over the ground,a load handling apparatus (13) coupled to the machine body (11) and movable by a movement actuator (130) with respect to the machine body (11),wherein the propulsion structure (20) comprises a front axle (21) and a rear axle (22) supporting the machine body, andwherein at least one of the front axle (21) and the rear axle (22) is coupled to the machine body (11) by means of an articulated quadrilateral such that the center of the axle can freely oscillate between two end positions located on opposite sides of a vertical median plane of the telehandler (10).

An activated carbon filter cartridge (100) is described, comprising: a casing (105) provided with at least one inlet (115) and at least one outlet (120) for a liquid, and a partition septum (155) formed of activated carbon, which is inserted into an inner cavity (110) of the casing (105), dividing it into a first compartment (160), communicating with the inlet (115), and a second compartment (165), communicating with the outlet (120), wherein said casing (105) is adapted to be housed inside a vessel (505) to divide the inner volume into two separate chambers, of which a first chamber (550), communicating with an inlet port (510) of the vessel (505) and with the inlet (115) of the casing (105), and a second chamber (555), communicating with the outlet (120) of the casing and with an outlet port (515) of the vessel (505).

A gardening robot (100) is described, comprising: supporting members (110) adapted to stand on and in contact with the ground, at least one soil-working tool (105), a motor (115) adapted to drive one or more of said supporting members (110), to cause a movement of the robot (100) on the ground, a sensor system (125) adapted to pick up a signal emitted by a boundary cable (500) arranged along at least a portion of a boundary of a work area (A) of the robot (100), and an electronic control unit (120) connected with the sensor system (125) and configured to measure, based on the signal picked up by the sensor system (125), a distance of the robot (100) with respect to the boundary cable (500), adjust a movement speed of the robot (100) on the ground, so as to reduce said speed as the measured distance decreases.

A camshaft timing gear useable with different camshafts is disclosed. The camshaft timing gear is mountable to a first camshaft of a first engine type in a first orientation and to a second camshaft of a second engine type in a second, or reversed, orientation.

An elevator (10) is described comprising:- a support frame (15) for support on the ground (S) which extends along a vertical direction (A) and has a lower end (15A) adapted to be arranged resting on the ground and an opposite upper end adapted to be distal from the ground (S); a platform (35) movably associated with the support frame (15) along the vertical direction (A), the platform being adapted to receive and support a load; and a movement unit (80) connected to the platform (35) and adapted to be connected to the support frame (15) configured to allow the platform (35) to move relative to the support frame (15) along said vertical direction (A), wherein the movement unit (80) comprises:a flexible element (85) provided with opposite ends, an end (85A) therein being adapted to be fixed to the upper end (158) of the support frame 15 and the other end (85B) being adapted to be fixed to the lower end (15A) of the support frame (15) or to the ground (S); a pair of pulleys (90) associated with the platform (35) and movable therewith along the vertical direction (A), a section of the flexible element (85) comprised between the opposite ends thereof being wound on the pair of pulleys (90); and a motor (95) associated with the platform 35 and coupled to at least one of the pulleys (90) to drive it in rotation in order to allow alternatively the ascent or descent of the platform (35) along said vertical direction (A).

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