Ing. Claudio Baldi S.r.l.

Power generation system (100) comprising a generator set (1) comprising an endothermic engine (M) and an alternator (A), at least one renewable energy source (2), a storage system (3), an inverter system (4) electrically connected to the alternator (A), to the renewable energy source (2) and to the storage system (3), a casing (C) that defines a compartment (V) containing the generator set (1), the storage system (3) and the inverter system (4); said casing (C) being soundproofed by means of sound-absorbing panels (6); said casing (C) comprises a supporting frame (5) that supports said sound-absorbing panels (6); said supporting frame (5) comprises uprights (54), lower crossbars (51), and upper crossbars (53) in the form of tubular sections filled with sound-absorbing material.

Multilayer panel (100) comprising a supporting panel (1) comprising a first face (11) and a second face (12) opposite each other, an inner laminate assembly (G) comprising at least one laminate (2, 4, 5) fixed to the second face (12) of the supporting panel (1); said at least one laminate (2, 4, 5) comprises a first face (21, 41, 51) facing the second face (12) of the supporting panel (1) and a second face (22, 42, 52) opposite said first face (21, 41, 51); the multilayer panel (100) comprises an outer laminate (3) fixed to the inner laminate assembly (G) and comprises a first face (31) facing the inner laminate assembly (G), and a second face (32) opposite said first face (31); a groove (F) cuts the outer laminate (3) for its entire thickness so that the second face (22, 42, 52) of the at least one laminate (2, 4, 5) of the inner laminate assembly (G) is exposed.

A photovoltaic module (100) comprises: a plurality of trolleys (1) supporting a photovoltaic panel (P), a main frame (5) suitable for containing the trolleys (1), with the trolleys (1) stacked one on top of the other so as to form a stack (S) of trolleys and panels, a lifting system (6) mounted in the main frame (5) and suitable for lifting/lowering the stack (S) inside the main frame, and an extraction system (8) mounted in the main frame (5) and suitable for horizontally translating the lowest photovoltaic panel (P) of the stack (S) in order to extract or retract it from/into the main frame.

Anti-vibration, heat-insulating and sound-proof device (100, 200, 300, 400, 500) for a system for the construction of counter walls or false ceilings; wherein said device (100, 200, 300, 400, 500) comprises a first plate-like element (1) and a second plate-like element (2) between which an anchoring portion (30) of a support (3a, 3b, 3c, 3d, 3e) of the system for the construction of counter walls and false ceilings; wherein said first plate-like element (1) and said second plate-like element (2) comprise holes (10, 20) suitable for being aligned with each other and with a hole (301) of the anchoring portion (30) so as to be crossed by anchoring means (6) suitable for being anchored to the ceiling or the wall; wherein said device (100, 200, 300, 400, 500) is made of a non-rigid elastomeric material.

A coffee machine (100) comprises a user interface (90) configured so that the user can enter a final temperature (Tf) and a frothing degree (Gf) of the milk, and a control unit (9) comprising an interpolator (91) configured to interpolate the temperatures (T) detected by a temperature probe so as to obtain a temperature curve over time and calculate an inclination (α) of the temperature curve, and an algorithm (92) that receives said final temperature (Tf), frothing degree (Gf), and inclination (α) of the temperature curve and accordingly calculate an injection time (ti) to close the steam and air valves (7, 8) and a quantity of air (Q) to adjust a shutter of the air valve (8).

A coffee machine (100) comprises a remote detection system (4) suitable for detecting the presence of the filter holder (3) when the body (30) of the filter holder is coupled in the group head (20) of the dispensing unit; wherein the remote detection system (4) is disposed at a distance from the filter holder (3) and the remote detection system (4) is connected to a control unit of the coffee machine and is configured to send a presence control signal when the body (30) of the filter holder is inserted in the group head (20) of the dispensing, unit and an absence control signal when the filter holder is detached and moved away from the dispensing unit.

Bench (B) comprising a rectangular worktop (1) comprising two longitudinal edges (11, 12) and two transverse edges (13, 14) and two side panels (2) for stabilization and ground support; wherein the bench (B) comprises two longitudinal folding edges (110, 120) and two transverse folding edges (130, 140) suitable for rotating by approximately 180° to be alternately disposed in non-operating vertical position under said worktop (1) and in operating vertical position on said worktop (1), thus forming a rectangular containment frame (C); wherein the bench (B) comprises four corner joints (4) suitable for stabilizing the rectangular containment frame (C) formed by the folding edges (110, 120, 130, 140) in vertical operating position; wherein each of said corner joints (4) is suitable for connecting the ending sections of two adjacent folding edges (110, 120, 130, 140).

A coffee machine (100) comprises a dispensing unit (1), a supporting surface (60) of a frame of the coffee machine disposed under the dispensing unit to accommodate a cup (7) in such a way that the coffee dispensed by the dispensing unit (1) falls into the cup, a control unit (3) configured to control the dispensing parameters (Pe) indicative of coffee dispensing, a user interface (4) comprising a keypad (41) for controlling the dispensing unit, and a coffee projector (8) disposed in the frame of the coffee machine and operatively connected to the control unit (3) so as to project at least one dispensing parameter (Pe) in a position included in a detailed visual field (V) of the operator centered on the cup (7) disposed on the supporting surface (60) under the dispensing unit.

Assembly comprising at least one profile (1) of a sash (T) and at least one actuation element (100) that is slidingly coupled in a longitudinal channel (10) of the profile (1) and is suitable for being operated by a handle (M) of the sash (T); wherein the actuation element (100) comprises a rod (2) and a device (D1, D2) having a hole (33) with central axis (X) and fixed to the rod by means of a fixing element (4) provided with a tip (40) and inserted into the hole (33) of the body (3); the peculiarity of the assembly consists in the fact that said rod (2) comprises a fork (25) with two lateral elements (251, 252) defining a groove (250), the body (3) of the device comprises a seat (37) suitable for accommodating the fork (25) of the rod (2) in such a manner that said central axis (X) of the hole (33) passes through the groove (250) of the fork (25), and the fixing element (4) is configured in such a way that, during the insertion of the fixing element (4) into the hole (33), the tip (40) of the fixing element (4) penetrates and fits into the groove (250) of the fork (25) to spread apart at least one lateral element (251, 252) of the fork (25), so that said at least one lateral element (251, 252) is locked in the seat (37) of the body (3) of the device (D1, D2).

A kit (100) comprises a puzzle (1) comprising a plurality of interlocking pieces (10), a frame (2) suitable for supporting the puzzle (1), and a light source (3) mounted in the frame (2) and suitable for emitting a red, green and blue light; wherein the pieces (10) of the puzzle are obtained by cutting a die-cut (B) whereon a first image (I1) of red color, a second image (I2) of green color and a third image (I3) of blue color are printed, which are respectively visible with a red, green and blue light.