Abstract:
A plant (1) for the extraction of the liquid component from drupes mounted on a surface (100) equipped with an axle provided with wheels (120), said plant (1) comprising a cylinder oil mill (4) suitable for crushing the drupes to obtain a paste from it; at least one muller (5) for the homogenisation of said paste; a decanter (6) for the extraction of the must from the homogenised paste; a centrifugal separator (7) for the extraction of the liquid component from the must, where said plant (1) comprises mechanical motion transmission means connected to a transmission shaft (15) that extends longitudinally on the surface (100) and is connected to the rear power take off of the tractor, said shaft (15) being connected through a speed reducer (60) to the shaft of said at least one muller (5), and through a speed multiplier (70) to the rotating elements of the cylinder oil mill (4), of the decanter (6), of the centrifugal separator (7), and of a generator set (16).
Abstract:
A plant (50) for compacting and crushing scrap comprising a compacting press (1) and a crushing mill (100), said press (1) comprises a tank (2) for receiving material to be compacted, means (5) for compacting said material when it is arranged in the tank (5), said compacting means (5) being rotatably associated with said tank (2), mobile between a first receiving position and a second compacting position of the material inside the tank (2), means (16) for pushing the material after compacting from the tank (2) to the press (1) through a transfer channel (200) placed between them.
Abstract:
Crushing plant comprising a cage (21) within which there rotates at high speed a generally cylindrical rotor (3), on the periphery of which there are provided longitudinal hinge pins (32) for crushing hammers (30), in which the retention seats (5; 55) for said pins each open into the outer surface of the rotor via a respective generally radial cut (7) having, at least in proximity to its connection to said seat, a width less than the pin diameter, said pins presenting, at least in correspondence with those portions contained in said seat, a non-circular cross-section, one transverse dimension of which is slightly less than said width, said pins being arranged to rotate within their seats between a first angular position or locked position, and a second angular position or released position, in which said one transverse dimension of said non-circular cross-section lies substantially parallel to, and respectively generally oblique to, said cut.
Abstract:
A crushing plant, comprising a cage containing a motor-driven hammer rotor (3) and presenting a loading mouth (22) for the material to be crushed, there being associated with said mouth a movable closure member (8) able to be positioned in a rest position in which it lies outside the path followed by the material, or a working position in which it intercepts said path.
Abstract:
Crushing plant comprising a cage formed from ribs and longitudinal members (2, 3) and provided with at least one longitudinal member acting as an anvil, and within which there rotates a rotor (4) carrying at its periphery at least one alignment of swinging hammers (5); said rotor comprises two end plates (41) between which there are clamped profiled flat members (44) mounted on rods (43) which join said plates together, each of said profiled members presenting at least one valley within which there rotates a hammer (5) mounted on that rod (43) which axially traverses the valley.
Abstract:
A plant (1) for the extraction of the liquid component from drupes mounted on a surface (100) equipped with an axle provided with wheels (120), said plant (1) comprising a cylinder oil mill (4) suitable for crushing the drupes to obtain a paste from it; at least one muller (5) for the homogenisation of said paste; a decanter (6) for the extraction of the must from the homogenised paste; a centrifugal separator (7) for the extraction of the liquid component from the must, where said plant (1) comprises mechanical motion transmission means connected to a transmission shaft (15) that extends longitudinally on the surface (100) and is connected to the rear power take off of the tractor, said shaft (15) being connected through a speed reducer (60) to the shaft of said at least one muller (5), and through a speed multiplier (70) to the rotating elements of the cylinder oil mill (4), of the decanter (6), of the centrifugal separator (7), and of a generator set (16).
Abstract:
A method for manufacturing artificial granular material comprising the steps of: - providing a rotary drum (2); - entering earthy material containing clay into said drum (2); - entering lime inside said drum (2); - breaking up the earthy material and at the same time mixing it with the lime inside the drum (2) until granular material is formed; - removing said granular material from the drum (2).