Braidotti, Andrea

System (2) for joining of at least one skirting board (4), and preferably two adjacent skirting boards (4, 4'), to a foot (6) of a piece of furniture or similar, wherein said system (2) comprises:- a first element (12) comprising a hooking portion (13), which is configured to removably hook the foot (6), and also comprising first fastening means (14) and first connecting means (15),- at least one second element (8, 8') which is configured to be mounted, preferably removably, on a respective skirting board (4, 4'), said at least one second element (8, 8') comprises second connecting means (82),- a connecting element (3) which comprises further fastening means (39) and which is configured and intended to be placed in contact with said skirting board (4) to cover and thus hide from view the thickness of the skirting board itself, preferably is configured and intended to be placed in contact with said skirting board (4) and also with a further adjacent skirting board (4') to cover and thus hide from view the thickness of both skirting boards,and wherein:- the first fastening means (14) of said first element (12) are configured to cooperate with the further fastening means (39) of said connecting element (3), to thus directly and removably fasten the connecting element (3) to the first element (12), and/or vice versa,- the first connecting means (15) of said first element (12) are configured to cooperate with the second connecting means (82) of each second element (8, 8') so as to connect the first element (12) to each second element (8, 8'), thus connecting the foot to the respective skirting board (4, 4') on which the corresponding second element (8, 8') is installed.

A process for treating fly ash with a high sodium content that involves: - an elemental analysis of the ash to determine the content of all the individual soluble sodium salts present and calculate the minimum quantity of water necessary to solubilize them all, - a phase of activation of water resulting in a cloudy one, - a filtration phase of the turbidity using a vacuum filter, - a phase of addition of the liquid phase at the exit of the filter, - a vacuum filtration of the turbidity at pH = 7, - a phase of sending the purified sulphur to a mixing reactor (18) where it is added with sodium chloride.

Electric beater device, of portable type, for harvesting olives or similar hanging fruit, comprising a pole (2) with a grip (17) and a beating head (1) which is fixed to a first end of the pole (2), characterised in that the beating head (1) comprises: - two bases (10) on which a plurality of rods (11) are mounted, - an electric motor (7), - a motion transmission system configured to transfer the motion generated by the motor (7) to the two bases (10), - a containment and protection crankcase (18) wherein the motor (7) is housed and mounted, and wherein: - the motion transmission system comprises a first gear wheel (6) and a second gear wheel (5), which are housed in the crankcase (18), and two connecting rods (9A, 9B), each of which is operationally connected to a corresponding base (10) which supports the rods (11), - the first gear wheel (6) is driven directly by the motor (7) and transmits the movement to the second gear wheel (5), - the second gear wheel (5) comprises a first eccentric (8A) and a second eccentric (8B), arranged respectively on opposite faces of the second gear wheel (5), - said first eccentric (8A) and said second eccentric (8B) are passed through centrally by respective axes (A-A, B-B) which are distinct and parallel to each other, and also off-centred with respect to the central axis (X-X) of the second wheel (5), - each eccentric (8A, 8B) is operationally connected to a corresponding connecting rod (9A, 9B).

Management system (1) for a plant (100) for the treatment of hides or similar, characterised by comprising: - at least one detection device (40) which is configured to acquire and/or determine data representative of at least one chemical and/or physical characteristic of each hide (12) to be processed or processed in the treatment plant (100), - at least one reading apparatus (20) which is configured to detect and recognise a code (11) which is applied to each hide (12) to be processed or processed in the treatment plant (100), preferably each reading apparatus (20) being operatively associated with at least one respective detection device (40), - at least one electronic unit (50) wherein at least one database (51) is loaded, and wherein: - said at least one detection device (40) is electronically connected to said at least one electronic unit (50) wherein at least one database (51) is loaded, to thus receive the data acquired and/or determined for each corresponding hide (12) by at least one detection device (40), - said at least one reading apparatus (20) is electronically connected to said at least one electronic unit (50) wherein at least one database (51) is loaded, to thus receive the code (11) of each hide (12) as recognised by said at least one reading apparatus (20), - said database (51) is configured and structured so that, within the same database, the code (11) of each hide (12), as recognised by said at least one reading apparatus (20), is matched with the data acquired and/or determined for each corresponding hide (12) by at least one detection device (40) which is operationally associated with said reading apparatus (20).

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