SCM Group Patente

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.

The present invention relates to a machining center (1), for the machining of workpieces (P), such as panels made of wood, fiberglass, plywood, plastic, and similar materials, comprising: a worktable (2), on which said panels (P) can be placed for machining; a portal (3) movable with respect to said worktable (2) in an advancement direction (A) for machining the workpiece (P); a machining unit (31) fixed to said portal (3), for machining said panels (P) placed on said worktable (2); and a cleaning assembly (4) integrated with said portal (3), so as to be moved together with said portal (2).The present invention also relates to a method for machining and cleaning a workpiece (P).

The present invention relates to a method of predicting the maintenance of the clamping of a wooden piece (P) on a machining machine (1), which comprises tools (U<a,b,...,g,...,n>) operated relative to said piece (P), and a processing unit (45). Said method comprises steps of: A. programming a machining of the piece (P); B. placing the piece (P) on support areas (20<a,b,...,q,...,n>); C. obtain, from formulas and/or databases, the forces ( F<a,b,...,g,...,n>) exerted by said tools on said piece (P); D. determining fictitious reactions ( T<a ,b,...,n,...,n>) which, exercised by respective reaction areas (10<a,b,...,h,...,n>) selected from said areas for support (20<a,b,...,q,...,n>), ensure the locking of the piece (P); E. checking whether each fictitious reaction ( T<a,b,..,h,...,n>) determined, is compatible with a limit value that can be delivered by the respective reaction area (10<a,b,...,h,...,n>); F. performing a machining operation on said piece (P), using said machine (1). The present invention also relates to a processing machine (1).

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.

The present invention relates to a method for attaching a pre-glued joint dowel (S) to a panel (P).Said pre-glued joint dowel (S) is a joint dowel on which an amount of glue, activatatable by an activating substance, has been applied, wherein the activating substance is a gel or a sol or a foam or an emulsion,Said method comprising the following steps:A) creating a hole (H) on a surface of said panel (P)B) inserting said activating substance (G) into said hole (H) to activate at least a portion of said amount of glue in contact with said activating substance;C) inserting said pre-glued joint dowel (S) into said hole (H) such that an end portion of said pre-glued joint dowel (S) is received by said hole (H), so that an amount of said activating substance (G) contacts a portion of said amount of glue and activates said portion of said amount of glue, allowing said pre-glued joint dowel (S) to be attached to said panel (P).

The present invention relates to a sander machine (1) for sanding a piece (P), such as panels made of wood, plastic, fiberglass, and the like, comprising: a frame (11) having an entrance (111) for the entry of a piece (P) to be sanded, and an exit (112) for the exit of the sanded piece (P), wherein the piece (P) is moved from said entrance (111) to said exit (112) along an advancement direction (A); a main sanding group (2) positioned between said entrance (111) and said exit (112) for sanding the piece (P); and a transverse sanding group (3) positioned between said entrance (111) and said exit (112),The present invention also relates to a transverse sanding group (3) and a method (100) for cooling an abrasive belt (33) in a sander machine (1).

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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The present invention relates to a computer-implemented method at work centre (1) for cutting a panel (P) into a plurality of pieces (Ri), said panel (P) being referenced on a work table (12) of the work centre (1) relative to a first axis (XR) of said work table (12) and a second axis (YR) of said work table (12); said work table (12) being divided into a plurality of sectors (S1-S4), each of said plurality of sectors extending along a respective development axis (A1-A4) parallel to the remaining development axes of said remaining sectors and parallel to a reference axis of said first axis (XR) and said second axis (YR); said method comprising the following steps: B) performing a cutting sequence for each piece of said plurality of pieces (Ri), each being arranged at least partially on one or more sectors (S1-1, S1-2) of said plurality of sectors (S1-S4), said one or more sectors (S1-1, S1-2) being arranged along the same development axis (A1) and in a vacuum condition to hold in position at least a respective portion of said panel (P) arranged on said one or more sectors (S1-1, S1-2); C) in response to an indication that said step B has been completed, placing said one or more sectors (S1-1, S1-2) in a non-vacuum condition; and D) performing steps B and C for one or more additional sectors (S2-1, S2-2) of said plurality of sectors being arranged along an additional development axis (A2) parallel to said development axis (A1).

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The present invention relates to an assembly (1) for applying an anti-adhesive liquid to a workpiece, preferably a panel (P) intended to the application of an edge, wherein said assembly (1) is movable, in use, with respect to said panel (P), and wherein said assembly (1) comprises a fixing interface (10) for coupling with an electrospindle (224) along a reference axis (A), and at least one applicating member (131, 132) for applying said anti-adhesive liquid on at least a portion of a face (P1, P2) of said panel (P), characterized in that it comprises at least one dispenser (11, 12) of said anti-adhesive liquid for dispensing said anti-adhesive liquid on said at least one applicating member (131, 132).The present invention also relates to a machine (2) for working panels (P).

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