Frame for an electric apparatus for cutting ceramic elements

Abstract

Frame for an electric apparatus for cutting ceramic elements preferably manufactured by a drawing and punching process starting from a metallic plate, being the frame a unique and continuous part in which one or more lined up going through grooves are arranged along which the cutting disc is movable to carry out the cutting of the ceramic tiles, having one or more bulgings directed in a convex form towards the interior part of the frame, being arranged in each of them a first orifice for draining out the water for cooling the cutting disc, second and third bulgings of the metallic plate being aimed at attachment means and abutment means for foldable legs and first bulgings for joining of the guide supporting and leading the cutting disc.

Claims

1. A frame for an electric apparatus for cutting ceramic elements comprising; wherein the frame having an approximate form of a rectangular parallelepipedic body open at a lower side-thereof, said rectangular parallelepipedic body having a rectangular upper base, first vertical parallel sides and second vertical parallel sides, wherein said frame is formed from a metal plate, the frame defining: i. multiple going through grooves on a top side of said rectangular parallepipedic body having a same width, an axis of each of said going through grooves being located on a same straight line parallel to long sides of said rectangular upper base, a sum of lengths of the going through grooves being less than a length of a longest side of the rectangular upper base; ii. rectangular surfaces being located between adjacent ends of said going through grooves; said rectangular surfaces having a same width as the going through grooves and being a part of said metal plate directed in a convex form towards an internal part of the frame connecting two opposed sides of a channel defined on the frame, wherein each rectangular surfaces has an additional drain going through orifice; iii. a plurality of drain bulgings uniformly located on the upper base and directed in a convex form towards said internal part of the frame, with a drain going through orifice being located on a bottom of each of said plurality of drain bulgings; iv. first bulgings located at one side of the longitudinal grooves and directed in a convex form towards an external part of the frame, a straight line joining said first bulgings being parallel to a longitudinal axis of said going through grooves, each of said first bulgings being attachable to a-supports of a guide slide bearing a cutting disc through a movable first attachment means attached to said supports; and, v. a plurality of positioning going through orifices arranged as a rectangle, said rectangle having sides parallel to the first and second vertical parallel sides of the rectangular upper base, a length and width of said rectangle being less than a length and width of the rectangular upper base.

2. The frame for an electric apparatus for cutting ceramic elements, according to claim 1, further comprising; the first bulgings are a portion of the upper base in a substantially perpendicular disposition with respect to the upper base and directed towards the external part of the frame.

3. The frame for an electric apparatus for cutting ceramic elements, according to claim 1, further comprising; wherein second bulgings are directed in a convex form towards the external part of the frame and located in said first vertical parallel sides of the frame for receiving foldable legs of an electric cutting apparatus.

4. A frame for an electric apparatus for cutting ceramic elements comprising; wherein the frame having an approximate form of a rectangular parallelepipedic body open at a lower side thereof, said rectangular parallelepipedic body having a rectangular upper base, first vertical parallel sides and second vertical parallel sides, wherein said frame is formed from a metal plate, the frame defining: i. multiple going through grooves having a same width on a top side of said rectangular parallelepipedic body, an axis of each of said going through grooves being located on a same straight line parallel to long sides of said rectangular upper base, a sum of lengths of the going through grooves being less than a length of a longest side of the rectangular upper base; ii. rectangular surfaces being located between adjacent ends of said going through grooves; said rectangular surfaces having a same width as the going through grooves and being part of said metal plate directed in a convex form towards an internal part of the frame, wherein each rectangular surfaces has an additional drain going through orifice; iii. a plurality of drain bulgings uniformly located on the upper base and directed in a convex form towards said internal part of the frame, with a drain going through orifice being located on a bottom of each of said plurality of drain bulgings; iv. first bulgings located at one side of the going through grooves and directed in a convex form towards an external part of the frame, a straight line joining said first bulgings being parallel to a longitudinal axis of said going through grooves, each of said first bulgings being attachable to a-supports of a guide slide bearing a cutting disc through a movable first attachment means attached to said supports; v. a plurality of positioning going through orifices arranged as a rectangle, said rectangle having sides parallel to the first and second vertical parallel sides of the rectangular upper base, a length and width of said rectangle being less than a length and width of the rectangular upper base; vi. second bulgings are directed in a convex form towards the external part of the frame and located in said first vertical parallel sides of the frame, first attachment means being arranged in said second bulgings for attachment of electric cutting apparatus legs; and vii. third bulgings directed in a convex form towards the internal part of the frame and arranged in said second vertical sides, second attachment means being arranged in said third bulgings for attachment of electric cutting apparatus legs.

Description

DESCRIPTION OF THE DRAWINGS

(1) FIG. 1 is a perspective view from the upper side of the frame for an electric cutting apparatus for ceramic elements according to the invention.

(2) FIG. 2 is a perspective view from the lower side of the frame for the electric cutting apparatus for ceramic elements of FIG. 1.

LIST OF REFERENCES

(3) 1 frame for an electric apparatus for cutting ceramic elements 2 upper base 3 first vertical sides 4 second vertical sides 5 longitudinal grooves 6 rectangular surface 7 first orifice 8 bulging 9 second orifice 10 first bulging 11 second orifice 12 second bulging 13 third bulging

PREFERRED EMBODIMENT OF THE INVENTION

(4) FIGS. 1 and 2 show two different perspective views of the frame 1 for an electric apparatus for cutting ceramic elements, being shown in FIG. 1 a perspective view from the upper side and in FIG. 2 a perspective view from the lower side of the frame.

(5) On the upper base 2 some longitudinal lined up grooves 5 have been arranged, being the rectangular surfaces 6 remaining between the adjacent ends of said longitudinal grooves directed in a convex form towards the interior part of the frame so as to define a channel in which the cutting disc is partially introduced during operation, said cutting disc moving along guided by a bridge-like guide supporting the same. In each of said rectangular surfaces, a first orifice 7 may be located for draining out the cooling water for the cutting disc.

(6) Multiple bulgings 8 directed in a convex form towards the interior of the frame are located uniformly distributed on the upper base. In the bottom of each of said bulgings a second going through orifice 9 is arranged to drain out the cooling water so that said second orifices will improve the draining of water, eliminating the need to arrange other blind grooves for guiding the water to the second orifices, so that the manufacturing process is more economic.

(7) The cutting disc with its driving electric motor, commands and controls, as well as the nozzle for refrigeration water are arranged on a bridge-like support attached to the frame by first movable fixation means which permit the assembly and disassembly of the disc, said fixation means being arranged on first bulgings 10. In this preferred embodiment, the first bulgings are a portion of the upper base punched out and bent in an approximately perpendicular form to said upper base in an direction towards the external part of the frame.

(8) For the fixation and location of the ceramic elements to be cut in an adequate position a plurality of second orifices 11 are arranged to receive positioning and fixation stops, for instance for the tiles to be cut.

(9) This type of electric cutting apparatus usually have foldable legs attached to the frame in second bulgings 13 arranged in the first vertical sides 3, being arranged in each of them second fixation means, for instance a shaft on which the legs can rotate. In order that the legs remain fixed in its extended or folded position, third bulgings 12 are arranged in the second vertical sides 4, having a stop function when the legs are extended.

(10) The preferred method to manufacture the object of the invention is by drawing and punching a metallic plate.

(11) This frame for an electric cutting apparatus for ceramic elements is easy to clean as it is made in a unique part, its maintenance being also easy and since it is made in form of a unique and continuous part its rigidity is suitable to reduce weight and manufacturing costs.