Bugnion S.p.A.

Described is an edge banding machine for covering a panel (P) by means of an edge band (N), comprising a support plane (S), for supporting the panel (P); a gluing unit (100), movable relative to the panel (P) and configured to glue a first portion (N11) of the edge band (N) to the panel (P); and a bending unit (200), movable relative to the panel (P) and configured to glue a second portion (N12) of the edge band (N) to the panel (P); wherein the bending unit (200) comprises an activation device (210), configured to activate an adhesive layer of the second portion (N12) of the edge band (N); a treatment device (220), having one or more treatment parameters and configured to thermally treat the edge band (N); and one or more pads (230), configured to bend and press the second portion (N12) of the edge band (N) against the panel (P); and wherein the edge banding machine comprises a control unit connected to the treatment device (220) and configured to automatically modify at least one parameter of the treatment parameters of the treatment device (220) as a function of one or more technical features of the edge band (N) and/or of the panel (P) to be covered.

Apparatus 1 for withdrawing and distributing a liquid operating in a floating position on a liquid accumulation area of the type comprising a drum filter 2, supported by a frame 7, crossed therein by a suction duct 9 in hydraulic connection, the latter, to a distribution duct 10 adapted to bring the liquid to an end user. From the accumulation area, through the suction duct 9 and the distribution duct 10, a portion of liquid is withdrawn through a pumping unit 11. Said pumping unit 11 being located inside the suction duct 9.

Described is a windrow merger (1) for collecting agricultural products from a field in an advancing direction (AD) comprising a frame (2), a right pickup unit (3, 3A) and a left pickup unit (3, 3B), each includes a pickup device (31), configured to collect the agricultural products from the field, and a conveyor (32), configured to move the agricultural products along a conveying direction (D) oriented horizontally and transversely to the advancing direction (AD), a right connecting device (4, 4A) and a left connecting device (4, 4B), for movably coupling to the frame (2) the right (3A) and left (3B) pickup units, respectively, each of the right (4A) and left (4B) connecting devices includes a kinematic mechanism (5), for interconnecting the pickup unit (3) to the frame (2), and a main actuator (6), connected to the kinematic mechanism (5) to move the pickup unit (3) parallel to the conveying direction (D) between an inward position and an outward position, the kinematic mechanism (5) includes a pendulum (51), pivotally connected to the frame (2) to oscillate about a first axis (A) laying on a vertical plane parallel to the advancing direction (AD), and a main arm (52), having a first end (52A) hinged to the pendulum (51) and a second end (52B) coupled to the pickup unit (3).

A sunshade (1) for a window, comprises: a plurality of slats (2), each extending along a longitudinal direction (L), perpendicular to the raising direction (S), between a first end (2A) and a second end (2B), and having an extension along the longitudinal direction (L) equal to a darkening extension (EO); a plurality of connectors (4), defined by a corresponding plurality of connector pairs, each of which is connected to a corresponding slat (2) of said plurality at the first and second ends (2A, 2B) thereof, respectively; a pair of guides (3), elongated along the raising direction (S) and spaced apart from each other along the longitudinal direction (L) by a housing distance (DA). Said plurality of connectors (4) is configured to slide along the raising direction (S) into a respective guide (3) of said pair of guides.The darkening extension (EO) is greater than the housing distance (DA).

A light diffuser (1) for room illumination, comprises: a hollow cylindrical body (2) extending along a first axis (X) between a first end (2a) and a second end (2b); an illumination unit (3) configured to generate a beam of light rays oriented towards the first end (2a); a deflecting body (4), interposed between the first end (2a) and the illumination unit (3). The deflecting body (4) extends along the first axis (X) between a first end (5), located at least partly in front of the illumination unit (3), and a second end (6), in contact with the first end (2a) of the cylindrical body (2). The illumination unit (3) and the second end (6) of the deflecting body (4) are unaligned along the first axis (X), so as to define a reflective surface (7) configured to intercept and deflect light rays of the beam of light rays having a predefined inclination with respect to said first axis (X).

An apparatus (1) for making thermoplastic film rolls (R) comprises a station (2) for feeding a continuous film of thermoplastic material; a station (3) for wrapping the film of thermoplastic material in a wrapping tube or core (A); a plurality of rollers (4) for pulling the film of thermoplastic material and defining a path for conveying the film between the feeding station (2) and the wrapping station (3); the wrapping station (3) comprises a plurality of shafts (5) for supporting the core (A); an automatic device (6) for feeding, to the supporting shafts (5) of the wrapping station (3), a first type of core (A1) having a first flattening coefficient, and a second type of core (A2) having a second flattening coefficient, with said second flattening coefficient being greater than said first flattening coefficient.

An apparatus for drilling a workpiece includes a robotic manipulator and an end effector. The end effector is coupled to the robotic manipulator. The end effector includes a base. The end effector includes a nose that is coupled to the base. The end effector includes a drill that is movable relative to the nose along a processing axis. The end effector includes a foot that is coupled to the base. One of the nose or the foot is movable relative to the base along the processing axis and another one of the nose or the foot is fixed relative to the base. The robotic manipulator positions one of the nose or the foot in contact with the workpiece. The end effector clamps the workpiece between the nose and the foot.

A method and system for detecting and monitoring the driving behaviour of a driver (2) of a vehicle, comprising a step of creating an ideal digital twin profile (6) of the driver (2) with which several parameters of driving behaviour detected in a first predefined time period are associated, and of creating a real profile (7) of the driver (2) with which the same parameters of driving behaviour detected during a second time period are associated. Following a comparison, it is envisaged to update the data contained in said ideal digital twin profile (6) based on the detected differences.

An automated system (100) for agricultural areas is provided, comprising a robot (1) having at least one visual acquisition device (2) configured to acquire at least one image representing a cultivated area (3), gripping means (4) configured to move at least one plant (6) or a product of a plant (6) in the cultivated area (3) and a control unit (5) operatively connected to the visual acquisition device (2) and to the gripping means (4). The control unit (5) is configured to receive at least one image representing a cultivated area (3) from the visual acquisition device (2). The control unit (5) is configured to carry out at least one of the following operations: a first operation and a second operation. The first operation comprises the processing of the at least one image received to identify an available area (3a) in the cultivated area (3) and the activation of the gripping means (4) to grip a plant (6) and position it in the available area (3a) of the cultivated area (3). The second operation comprises the processing of the at least one image received to evaluate the ripeness of a product of the plant (6).

Described is a shavings extraction hood (3) comprising a top opening (31); a bottom opening (32) having a perimeter; and a wall (33) extending between the top opening (31) and the bottom opening (32), so as to define a suction chamber, wherein the wall (33) comprises a bottom portion (332) disposed at, and defining, the bottom opening (32), the bottom portion (332) being movable between a maximum position, wherein the bottom opening (32) has a maximum perimeter, and a minimum position, wherein the bottom opening (32) has a minimum perimeter, less than the maximum perimeter.