Conti, Marco

Described is a baler (1) for forming round bales of agricultural products comprising: a binding device (4) for wrapping the bale formed with a plastic film or a net. The binding device comprises: a reel of film or net which provides the wrapping film or net; a cutting device (401); a duckbill (402) for drawing the wrapping film from the reel along a scroll path (P) and for feeding the film into the compression chamber of the baler in the feeding direction, in such a way that the bale is wrapped by the wrapping film thanks to the rotary movement of the bale. The duckbill is movable between a drawing position and an injection position. The duckbill includes a first part (402A) and a second part (402B) with a clamping configuration, wherein the first and the second parts grab the film, and an open configuration, wherein the first and the second parts do not impede the movement of the film along the scroll path. The first and second parts are in the clamping configuration when the duckbill is in the injection position and when the cutting device is in the operating position for cutting the film.

An apparatus (1) for calibrating a sensor of an advanced driver assistance system - ADAS - of a vehicle (9) operatively positioned in a service area (8), comprises: a base unit (2), movable on a supporting surface (80); a support structure (3) connected to the base unit (2); a calibration device (4) connected to the support structure (3) to calibrate the ADAS sensor and provided with a calibration panel (40) having a front surface facing towards the service area (8); a graphical interface (5) associated with the support structure (3); a service camera (10) connected to the support structure (3) and oriented in such a way that a field of view of the service camera (10) includes a part of the service area between the support structure (3) and the vehicle (9); a control unit, connected to the service camera (10) and to the graphical interface (5) to provide service information, including the images captured by the service camera (10), in real time through the graphical interface (5).

An apparatus (1) for fitting and removing a tyre (2) to and from a corresponding rim (3) of a wheel (4) for a vehicle, comprises a wheel-holder unit (6) rotating about a first axis (A) which is vertically oriented, a column (8), having a vertical guide (10), a carriage (11), coupled to the vertical guide (10) to slide vertically, an arm (15) connected to the carriage (11); the apparatus (1) also comprises an operating head (16), pivotally connected to the arm (15), to rotate around a second axis (8), transversal to the first axis (A), and provided with a plurality of tools (18); each tool is operatively inserted between a bead of the tyre (2) and an annular edge of the rim (3) in a working position; the tools (18) are alternatively selectable by rotating the operating head (16) in respective operating configurations in which the tools (18) are positioned in the working position; the arm (15) is movably connected to the carriage (11) so that it can be moved between an active position, wherein the arm is oriented towards the first axis (A), and an inactive position, spaced from the active position away from the first axis (A).

[0001] An apparatus (1) for fitting and removing a tyre (2) to and from a corresponding rim (3) of a wheel (4) for a vehicle, comprises: a wheel-holder unit (6) rotating about a first axis (A) which is vertically oriented, a column (8), having a vertical guide (10), a carriage (11), coupled to the vertical guide (10) to slide vertically, an arm (15) connected to the carriage (11); the apparatus (1) also comprises an operating head (16), pivotally connected to the arm (15), to rotate around a second axis (B), transversal to the first axis (A), and provided with a plurality of tools (18); each tool is operatively inserted between a bead of the tyre (2) and an annular edge of the rim (3) in a working position; the tools (18) are alternatively selectable by rotating the operating head (16) in respective operating configurations in which the tools (18) are oriented towards the wheel (4) to be positioned in the working position; the apparatus (1) comprises an illuminator (100), configured to generate a laser beam (101); the illuminator (100) is connected to the arm (15) or to the operating head (16) so that the laser beam (101) is oriented in a downward direction, for illuminating a spot of the wheel (4) mounted on the wheel holder unit (6). [FIGURE 1]

The water heating system (100) comprises: a compressor (101); an evaporator (102); a water tank (103); a condenser (104), to transfer heat to the water tank; a fan (105). The compressor (101), the evaporator (102), and the condenser (104) form a refrigeration cycle through which the working fluid circulates. The condenser includes a tube (T) wrapped around the water tank (103) to form a spiral about the longitudinal axis (L) and connected to the water tank (103), wherein at least one segment of the tube (T) in the spiral has, in a cross-section along a radial plane comprising the longitudinal axis (L), a flat wall (T2) in contact with an external surface (1031) of the water tank (103), and a curved wall (T1), joined to the flat wall and radially projecting toward the outside of the water tank (103), so as to form a "D" shape.

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Zusammenfassung wird geladen …

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