Modular machine for cutting ceramic pieces

1. A modular machine ( 1 ) for cutting ceramic pieces, wherein it comprises:

two towers ( 7 );

a central profile ( 5 ) and two lateral profiles ( 4 ), with a lateral profile ( 4 ) at each side of the central profile ( 5 ), the central profile ( 5 ) and the two lateral profiles ( 4 ) being fastened to the two towers ( 7 );

at least two rigidity providing elements ( 14 ) between each lateral profile ( 4 ) and the central profile ( 5 );

two guides ( 9 ) fastened to the towers ( 7 ), the guides ( 9 ) being positioned higher up than the central profile ( 5 ) and the lateral profile ( 4 );

a number of guide reinforcements ( 28 ) located on the two guides ( 9 ), which reinforce the guides ( 9 ), providing said guides ( 9 ) with rigidity and support;

at least two floating platforms ( 6 ) supported on the rigidity providing elements ( 14 ) which constitute a support for the ceramic piece;

a tool-bearing assembly ( 3 ), which may be displaced along the guides ( 9 );

such that the lateral profiles ( 4 ), the central profile ( 5 ), the guides ( 9 ) and the guide reinforcements ( 28 ) are fastened to the towers ( 7 ) in a dismountable fashion and the machine ( 1 ) acquires different dimensions by means of changing the lateral profiles ( 4 ), the central profile ( 5 ) and the guides ( 9 ).

2. The modular machine ( 1 ) for cutting ceramic pieces according to claim 1 , wherein:

the lateral profiles ( 4 ) comprise a cross-section comprising a number of furrows ( 13 b ) and;

the central profile ( 5 ) comprises a cross-section comprising a number of furrows ( 13 a );

such that the rigidity providing elements ( 14 ) are joined to the profiles ( 4 , 5 ) by means of screws ( 8 ) introduced into said furrows ( 13 a , 13 b ).

3. The modular machine ( 1 ) for cutting ceramic pieces according to claim 1 , wherein each tower ( 7 ) comprises a mortised piece ( 10 ) comprising:

a number of internal ribs ( 11 ) which make the mortised piece ( 10 ) rigid;

a number of projections ( 37 ), where the guide reinforcements ( 28 ) are connected and;

a number of through-holes ( 12 ), where the lateral profiles ( 4 ), the central profile ( 5 ) and the guides ( 9 ) are fastened to said tower ( 7 ).

4. The modular machine ( 1 ) for cutting ceramic pieces according to claim 3 , wherein the lateral profiles ( 4 ), the central profile ( 5 ) and the guides ( 9 ) are fastened to the towers ( 7 ) by means of screws ( 8 ) introduced into the through-holes of the mortised piece ( 10 ).

5. The modular machine ( 1 ) for cutting ceramic pieces according to claim 2 , wherein the cross-section of the central profile ( 5 ) comprises a longitudinal groove ( 15 ) that admits a wear plate ( 2 ).

6. The modular machine ( 1 ) for cutting ceramic pieces according claim 2 , wherein in that it comprises at least two support extensions ( 20 ), which in turn comprise a plate ( 21 ) joined to the lateral profile ( 4 ) by means of an angular piece ( 22 ), the angular piece ( 22 ) comprising a screw ( 8 ) on one side, which fastens it to the furrow ( 13 b ) of the lateral profile ( 4 ) and comprising a connection for the plate ( 21 ) at the other side.

7. The modular machine ( 1 ) for cutting ceramic pieces according to claim 6 , wherein the plate ( 21 ) is connected to the angular piece ( 22 ) at two points, firstly being connected to a fixed point of the angular piece ( 22 ) by means of a rotational connection ( 25 ) and secondly being connected to a circular perforation ( 23 ) by means of a connection piece ( 24 ), the plate ( 21 ) thus rotating around the rotational connection ( 25 ), the rotation of the plate ( 21 ) being limited by the course followed by the connection piece ( 24 ) along the length of the circular perforation ( 23 ).

8. The modular machine ( 1 ) for cutting ceramic pieces according to claim 7 , wherein the connection piece ( 24 ) is a shock-absorber comprising a screw ( 8 ) and a nut ( 26 ), with an elastic element ( 27 ) located between the head of the screw ( 8 ) and the nut ( 26 ).

9. The modular machine ( 1 ) for cutting ceramic pieces according to claim 1 , wherein the floating platforms ( 6 ) are supported on each of the rigidity providing elements ( 14 ) by means of at least one support ( 17 ), where each support ( 17 ) comprises a central body ( 19 ) and a surrounding elastic element ( 18 ), such that the floating table ( 6 ) support on the rigidity providing elements ( 14 ) constitutes an elastic join.

10. The modular machine ( 1 ) for cutting ceramic pieces according to claim 1 , wherein the tool-bearing assembly ( 3 ) comprises two runners ( 29 ), which are displaced along the two guides ( 9 ), each runner being supported on two bushings ( 30 ) in order to be displaced, such that the bushings ( 30 ) comprise a projection ( 31 ), which is inserted into a groove ( 32 ) made in the runner ( 29 ), thus preventing the bushings ( 30 ) from moving as the runner ( 29 ) is displaced.

11. The modular machine ( 1 ) for cutting ceramic pieces according to claim 10 , wherein the guide reinforcement ( 28 ) comprises a cross-section comprising a tab ( 38 ), said tab ( 38 ) of the guide reinforcement ( 28 ) being introduced into a slot ( 39 ) in each runner ( 29 ), helping to guide the runner ( 29 ) on the guide ( 9 ).

12. The modular machine ( 1 ) for cutting ceramic pieces according to claim 10 , wherein the tool-bearing assembly ( 3 ) comprises a number of hold-down plates ( 16 ), located such that they come into contact with the ceramic piece and, a number of protection elements ( 33 ), which are placed such that they cover the hold-down plates ( 16 ) so as to protect the ceramic piece.

13. The modular machine ( 1 ) for cutting ceramic pieces according claim 5 wherein the wear plate ( 2 ) comprises a solid metal piece, comprising a rectangular profile.

14. The modular machine ( 1 ) for cutting ceramic pieces according to claim 12 , wherein in a cutting operation, the ceramic piece is located on the wear plate ( 2 ) and receives pressure from the hold-down plates ( 16 ), until said ceramic piece is cut.

15. The modular machine ( 1 ) for cutting ceramic pieces according to claim 13 , wherein in a cutting operation, the ceramic piece is located on the wear plate ( 2 ) and receives pressure from the hold-down plates ( 16 ), until said ceramic piece is cut.

16. The modular machine ( 1 ) for cutting ceramic pieces according to claim 1 , wherein

the lateral profiles ( 4 ) comprise a cross-section comprising a number of furrows ( 13 b ) and;

the central profile ( 5 ) comprises a cross-section comprising a number of furrows ( 13 a );

such that the rigidity providing elements ( 14 ) are joined to the profiles ( 4 , 5 ) by means of screws ( 8 ) introduced into said furrows ( 13 a , 13 b );

wherein the cross-section of the central profile ( 5 ) comprises a longitudinal groove ( 15 ) that admits a wear plate ( 2 );

wherein the wear plate ( 2 ) comprises a solid metal piece, comprising a rectangular profile;

wherein the tool-bearing assembly ( 3 ) comprises two runners ( 29 ), which are displaced along the two guides ( 9 ), each runner being supported on two bushings ( 30 ) in order to be displaced, such that the bushings ( 30 ) comprise a projection ( 31 ), which is inserted into a groove ( 32 ) made in the runner ( 29 ), thus preventing the bushings ( 30 ) from moving as the runner ( 29 ) is displaced;

wherein the tool-bearing assembly ( 3 ) comprises a number of hold-down plates ( 16 ), located such that they come into contact with the ceramic piece and, a number of protection elements ( 33 ), which are placed such that they cover the hold-down plates ( 16 ) so as to protect the ceramic piece; and

wherein in a cutting operation, the ceramic piece is located on the wear plate ( 2 ) and receives pressure from the hold-down plates ( 16 ), until said ceramic piece is cut.