Gallo, Gianluca

Described is a plant (1) for machining semi-products, in particular pieces of wood or similar, comprising one or more machines (10), a machining path (L) passing through the one or more machines (10) and a safety apparatus (100) integrated with or connected to the machines (10) to prevent an operator from carrying out dangerous operations within the machining path (L) during the operating phase. The plant (1) further includes a supervision apparatus (200), connected to the machines (10) and to the safety apparatus (100), which comprises at least one visual acquisition device (201) for capturing images of the machining path (L) and generating data representative of such images. A computer (E), connected to the visual acquisition device (201), receives and analyses the image data to detect dangerous operations carried out by the operator if the safety apparatus has not prevented them from being performed.

Described is a machining centre (C) for machining a wooden part (P), or the like, comprising a work table (100) for supporting the part (P) and a machining unit (200), movable with respect to the part (P) and configured to carry out at least one machining operation on the part (P). The machining centre (C) further comprises a first device (400) configured to determine a position of the part (P) on the work table (100). The first device (400) is characterized by a first degree of precision. The machining centre (C) further comprises a second device (500) movable with respect to the part (P) on the basis of the position determined by the first device (400). The second device (500) is configured to determine a position of the part (P) on the work table (100). The second device (500) is characterized by a second degree of precision greater than the first degree of precision. The machining unit (200) is movable with respect to the part (P) on the basis of the position determined by the second device (500) to carry out the at least one machining operation.

This invention relates to a machine (1) for machining a wooden part, or the like, comprising: a work table (2); a locking device (3), configured to be coupled to, and uncoupled from the work table (2) and to support and hold the part in place; and a machining unit (4), configured to machine the part; wherein the work table (2) comprises a main interface (21), the main interface (21) being configured to exchange energy and/or a signal, wherein the locking device (3) comprises a secondary interface (31), configured to exchange energy and/or a signal, and wherein the main interface (21) is configured to connect to the secondary interface (31) when the locking device (3) is coupled to the work table at the main interface (21), and is configured to disconnect from the secondary interface (31) when the locking device (3) is uncoupled from the work table (2). This invention also relates to a method for configuring a machine (1) for machining a wooden part.

Described is a method for assembling a piece of furniture (10) comprising a cabinet (100) and a closing element (210, 220), the method comprising the following steps: providing a closing element (210, 220), comprising a first accessory (211, 221); providing a cabinet (100), comprising a base panel (101) and two side panels (104) parallel to each other and perpendicular to the base panel, wherein at least one of the two side panels (104) comprises a second accessory (105, 106) configured to be coupled to the first accessory (211, 221), so as to mount the closing element (210, 220) to the cabinet (100); providing a pallet (P), configured to support and block the cabinet (100) and comprising a supporting surface (P114, P124) to support the cabinet (100); through a loading station (C), loading and blocking the cabinet (100) on the pallet (P), so that the base panel (101) of the cabinet (100) is parallel to the supporting surface (P114, P124); through the pallet (P), moving the cabinet (100), along a first transporting line (T1), from the loading station (C) to a mounting station (MC, MA); and through the mounting station (MC, MA), mounting the closing element (210, 220) to the cabinet (100) blocked on the pallet (P), coupling the first accessory (211, 221) to the second accessory (105, 106), so as to make the piece of furniture (10). The present invention also relates to a plant for mounting a piece of furniture (10).

Described is a machine (M) for machining a workpiece, in particular a slab of glass, wood, wood-derived materials, plastic materials, composite materials, stone materials, metal, comprising: a work table (1) for supporting the workpiece; a machining device (2) for machining the workpiece; a pressure beam (P), movable relative to the work table (1), along a vertical direction (Z) perpendicular to the work table (1), between a raised position, wherein it is distal from the work table (1) and from the workpiece, and a lowered position, wherein it is proximal to the work table (1) and is configured for locking the workpiece on the work table (1); and a system (S) for moving the pressure beam (P), for moving the pressure beam (P) between the raised position and the lowered position, and vice versa, wherein the movement system (S) comprises a motion transmission mechanism (T), movable relative to the pressure beam (P), along a transverse direction (Y) perpendicular to the vertical direction (Z), the motion transmission mechanism (T) being configured to transform its movement relative to the pressure beam (P) in the movement of the pressure beam (P) relative to the work table (1) and therefore to the workpiece, between the raised position and the lowered position, and vice versa.

Described is a method for installing a plurality of dependent software in a machine, the method comprising the following steps: generating a data structure (1) comprising a plurality of data items (10), each data item (10) of the data structure (1) comprising identification data (SW0, SS1, SW2, SW3, SW4, SW5) and version data (V0, V1, V2, V3, V3', V4, V5) relative to a software of the plurality of dependent software, the version data (V0, V1, V2, V3, V4; V3', V5) indicating a single version or a range of versions which the software may have; identifying, in the data structure (1), the data items (10) comprising version data (V3', V5) indicating a range of versions, and the data items (10) comprising equal identification data (SW3) and different version data (V3, V3'); modifying, in the data structure (1), the version data (V3, V3', V5) included in the data items (10) identified in the previous step, in such a way that all the data items (10) comprising equal identification data (SW3) also comprise equal version data (V3), and that all the data items (10) comprise version data (V0, V1, V2, VC3, V4, V5') indicating a single version; and if the step of modifying the version data (V0, V1, V2, V3, V3', V4, V5) is successful, installing the plurality of dependent software in the machine according to the version data (V0, V1, V2, VC3, V4, V5') present in the data structure. The invention also relates to a relative program for installing a plurality of dependent software in a machine.

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Described is an electro-spindle (E) of the ATC (Automatic Tool Changer) type comprising a tie rod (200) movable between a retaining position, wherein the tie rod (200) is configured to retain a tool, and a release position, wherein it is configured to release the tool, and a joining element (300) coupled to the tie rod (200). The electro-spindle (E) also comprises an inner sleeve (400) fitted on the joining element (300) and configured to slide on the joining element (300) between a rest position, wherein it is moved away from the tie rod (200), and an operating position, wherein it is in contact with the tie rod (200) to cause a passage from the retaining position to the release position. The electro-spindle (E) also comprises an outer sleeve (500) fitted around the inner sleeve (400) and movable by translation between an inactive position, wherein it is moved away from the tie rod (200), and an active position, wherein it is in contact with the tie rod (200) to cause a passage from the retaining position to the release position. The electro-spindle (E) also comprises a gasket (700) fitted around the inner sleeve (400) and configured to slide along the inner sleeve (400) when the outer sleeve (500) is moved from the inactive position to the active position.

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