Abstract: A kit is described for the conversion of a blower into an atomizer. The kit includes: a tank (45) adapted to contain a liquid, a tubular body adapted to be fixed to the blower and provided with an inlet mouth and an outlet mouth, a diffuser device associated with the tubular body and provided with a liquid dispensing nozzle, a pressurization conduit which places in fluid communication an internal volume of the tubular body placed between the inlet mouth and the liquid dispensing nozzle with a top portion of the tank, and a dispensing conduit which places in fluid connection the dispensing nozzle of the diffuser device with a lower portion of the tank.

Abstract: Described is a self-propelled tower (1) for irrigation systems, connectable to a span irrigation system (C), comprising: a supporting frame (2); movement means connected to the frame (2); a pipe (5), supported by the frame (2), comprising an end portion (6) which can be connected to the span irrigation system (C); a sleeve (8) comprising a first end portion (9), connected to the pipe (5), and a second end portion (10), configured for a reversible and fluid-sealed connection with a supply pipe (T). The sleeve (8) and the pipe (5) are configured to establish a flow communication between the supply pipe (T) and the span irrigation system (C).

Abstract: The irrigation machine (1) comprises: a plurality of supporting spans (3), delimited and supported by respective self-propelled support elements (2), wherein each support element (2) has a respective movement carriage provided with a respective motor; means for transporting and dispensing water (4) supported by said plurality of supporting spans (3); a plurality of joints (6), each interposed between a respective pair of adjacent spans (3) configured so as to connect said adjacent spans (3); a plurality of sensors configured to detect operating parameters of the machine; and a control unit (C) configured to manage the operation of said machine according to the operating parameters received from said sensors, transmission means (D) connecting the sensors to the control unit (C), among which angular sensors are provided, and which are configured for a communication using a CAN-bus protocol.