JP2572362B2 - Tile cutter - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a tile cutter for cutting dimensions and angles of various tiles including L-shaped tiles and stone materials.

[0002]

2. Description of the Related Art Conventionally, various types of tile cutters such as a wet type and a dry type have been known. Some of them could cut L-shaped tiles.

[0003]

However, a conventional tile cutter capable of cutting an L-shaped tile has an L-shaped bend when the L-shaped tile is placed on a table on a flat plate and cut. Since the part is in the way, it cannot be cut unless it is from the back side, and the cut side of the tile has an irregular shape such as a jagged shape, and the commercial value often decreases.

[0004] The present invention has been made to eliminate the above-mentioned disadvantages, and has as its object to provide a tile cutter that can be cut from the front side even in an L-shaped tile and that can be processed with a beautiful finish. I do.

[0005]

A tile cutter according to the present invention has a rectangular frame-shaped base, a band-shaped fixed table provided near one side of the base, and a fixed table provided near the inside of the fixed table. A slot is provided along the length direction, and a movable electric cutter is provided on the fixed table so as to be reciprocally movable along the slot, and a pair of parallel blades are arranged along two parallel sides adjacent to one side on which the fixed table is provided. And a movable table slidably reciprocable along the pair of rails. One side of the movable table on the fixed table side is driven by the movable table, is separated from the movable table by a predetermined distance, and is pressed. Then, it is a tile cutter provided with a driven beam which can move parallel to and adhere to the moving table.

[0006] Of the two parallel sides adjacent to the side on which the fixed table is provided, the movable electric cutter is mounted on the fixed table and the movable table from the position where the movable electric cutter intersects the upper side. It is a tile cutter provided with a scale that can measure the distance to the edge of the cut object.

[0007] Further, of the two parallel sides adjacent to the side on which the fixed table is provided, another second rail is provided along the length direction outside one side, and the length direction is provided outside the other opposite side. A holding jig for pressing and fixing an object to be cut on the fixed table and the moving table from above is fixedly attached to the second rail and the groove at both ends. This is a tile cutter mounted on a wall.

[0008] Further, the present invention is a tile cutter provided with a moving guide bar perpendicular to the second rail, which slides on the moving table along the second rail.

A guide groove is provided on the upper surface of the moving guide bar in the length direction, and along the guide groove,
A tile cutter in which a right-angle guide composed of two rods that are slidable and rotatable on the moving table and that are perpendicular to each other is detachably provided in the groove.

[0010]

In the tile cutter having the above configuration, when cutting an L-shaped tile, a bent portion of the L-shaped tile is fitted into the space between the moving table and the driven beam, and the moving table is brought into close contact with the tile. Measure the dimensions with the end of the moving table and the scale, move the moving table to the position of the predetermined size, mount the holding jig, hold down the tile, fix it, and cut it with the moving electric cutter I do. At this time, since many L-shaped tiles of the same size can be placed along the moving table, many L-shaped tiles of the same size can be cut at a time.

[0011] Further, when cutting a flat tile or a mosaic tile, the moving table is moved to the fixed table side so that the fixed table, the driven beam and the moving table are in close contact to form a continuous table. Place one or more tiles side by side, align them with a moving guide bar, measure the dimensions with a scale and a moving guide bar, set it, mount a holding jig, hold down the tile and fix it Then, cut with a moving electric cutter.

Further, when the flat tiles or the mosaic tiles are cut at an angle, the moving table is brought close to the fixed table side so that the fixed table, the driven beam, and the moving table are in close contact to form a continuous table. Place one or more tiles side by side, align the right-angle parts of the tiles with the right-angle guides, align them, rotate the right-angle guides to set the angle arbitrarily, set the holding jig, After pressing and fixing, cut with a moving electric cutter.

[0013]

An embodiment of the present invention will be described with reference to the drawings. FIG. 1 is an overall perspective view of one embodiment of the present invention.

A rectangular frame-shaped base (1) is provided, and a band-shaped fixed table (2) is provided near one side of the base (1).
A slot (3) is provided along the length direction near the inside of the fixed table (2). A movable electric cutter (4) is provided on the fixed table (2) so as to be reciprocally movable along the slot (3). A pair of parallel rails (7) and (7) are provided along the parallel sides (5) and (6) adjacent to the fixed table (2) as shown in FIG. A moving table (8) that can slide back and forth along 7) is provided.

As shown in FIGS. 1 and 3, one side of the movable table (8) on the fixed table (2) side is provided with a driven beam (9).
Is provided. The driven beam (9) follows the moving table (8), and is positioned in parallel with the moving table (8) with a predetermined distance therebetween. When pressed, the driven beam (9) moves parallel to the moving table (8) and can be closely attached. .

The scale (1) is placed inside the upper part of the parallel side (5).
0) is provided. This scale (10) can measure the distance from the position where the moving electric cutter (4) intersects the parallel side (5). Another second rail (11) is provided outside the scale (10), and as shown in FIG.
A moving guide bar (12) is provided at right angles to the second rail (11) that slides on the moving table (8) along 1). A guide groove (13) is provided on the upper surface of the moving guide rod (12) in the length direction.

The guide groove (13) of the moving guide rod (12)
The right angle guide (14) is provided detachably. The right angle guide (14) is composed of two rods perpendicular to each other and is rotatable.

FIGS. 1, 2 and 3 show a state in which an L-shaped tile (T) is placed by imaginary lines, and FIGS. 2 and 3 show a moving guide bar (12) and a right angle guide (T). 14) is omitted. As shown in FIG. 1, a holding jig (15) for pressing and fixing the placed L-shaped tile (T) from above is detachable between the parallel sides (5) and (6) as follows. Mount it. That is, one end is engaged with the second rail (11), and the other end is engaged with the groove (16) provided outside the parallel side (6). At this time, the groove (16) of the holding jig (15)
The side end is formed so as to open outward with the upper portion serving as a fulcrum, and is urged by a spring to bite into the groove (16). With this mechanism, the holding jig (15) can be mounted with one touch. The holding jig (15) is shown by a virtual line in FIGS.

In the holding jig (15), a portion (17) in contact with the tile is formed in a band shape, and the portion (17) in contact with the tile can be finely moved in the vertical direction with an adjusting screw.
The same pressure can be applied to multiple tiles.

When dimensioning an L-shaped tile (T),
As shown in FIGS. 1 and 3, the bent portion of the tile is fitted and placed in the space between the driven beam (9) and the moving table (8). Next, the moving table (8) is moved, and a predetermined dimension is set to the end of the moving table (8) and the scale (10).
With the end of the L-shaped tile (T) in close contact with the end of the moving table (8), the holding jig (15) is mounted with one touch, and the adjusting screw is used from above. The L-shaped tile (T) is fixed by pressing it down, and cut by the movable electric cutter (4). In addition, even when the number of the L-shaped tiles is one, it can be cut by the same procedure.

When cutting a mosaic tile or a flat tile, as shown in FIG. 4, the moving table (8) is moved until it comes to the fixed table (2) side, and the fixed table (2), the driven beam (9), The moving table (8) is brought into close contact and is made continuous. A tile row (T ') on which a plurality of tiles arranged neatly and fixed with adhesive paper, for example, is placed and guided by a moving guide bar (12), and the position of the moving guide bar (12) with respect to the scale (10). After the dimensions are measured and set, the holding jig (15) is mounted, the tile row (T ') is pressed down and fixed, and then cut with the movable electric cutter (4). In addition, instead of the tile row (T '), 1
A single tile can be cut in the same way.

Further, when the mosaic tile or the flat tile is cut at an angle, as shown in FIG. 5, a moving table (8), a driven beam (9), and a fixed table (2) are closely contacted to form a continuous table. A tile row (T ') on which a plurality of tiles arranged in a regular manner is fixed with adhesive paper is placed thereon, and the right angle guide (14) is aligned with a right angle portion of the tile row (T'), and the right angle guide ( 14)
Rotate to set the angle arbitrarily and set the scale (10)
Measure the dimension at the position of the moving guide bar (12) with respect to,
After setting, the holding jig (15) is mounted, the tile row (T ') is pressed down and fixed, and then the movable electric cutter (4) cuts the angle. In addition, even if it is one tile instead of the tile row (T '), the angle can be cut in the same procedure.

The above-mentioned tile row (T ') is formed by forming joint portions into which cement paste or the like enters so as to be pasted on a wall surface or the like at one time, and arranged in an orderly manner and fixed with adhesive paper. The adhesive paper can be removed clean later.

[0024]

According to the present invention, the scale can be attached, the moving table and the driven beam can be slid to measure the dimensions, and the cutting can be performed neatly without the scribe line. There is a space between the moving table and the driven beam, and the bent portion of the L-shaped tile can be fitted into the space,
Further, since the tile can be firmly supported by the driven beam and the tile can be prevented from falling, the L-shaped tile can be cut from the surface side, and the finish can be processed beautifully. The holding jig can be detachably mounted, and the tiles can be fixed easily and securely. Since the moving electric cutter is used, a very advantageous effect is obtained, such as processing to make the cut surface fine.

[Brief description of the drawings]

FIG. 1 is a partially cutaway perspective view showing an embodiment of the present invention.

FIG. 2 is a sectional view taken along line AA of FIG.

FIG. 3 is a sectional view taken along line BB of FIG. 1;

FIG. 4 is a perspective view showing a state in which a tile row including a plurality of tiles is cut into dimensions.

FIG. 5 is a perspective view showing a state where the tile array is cut at an angle.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Base 2 Fixed table 4 Moving electric cutter 5 Parallel side 6 Parallel side 7 A pair of rail 8 Moving table 9 Follower beam 10 Scale 11 Second rail 12 Moving guide rod 14 Right angle guide 15 Holding jig 16 Groove T L-shaped tile T 'tile row

Claims (5)

(57) [Claims] 1. A rectangular frame-shaped base is provided, a band-shaped fixed table is provided near one side of the base, and a slot is provided along the length direction of the fixed table near an inside of the fixed table. A movable electric cutter is provided on the fixed table so as to be reciprocally movable along the slot, and a pair of rails are provided along two parallel sides adjacent to one side on which the fixed table is provided. A movable table is provided which is slidable in a reciprocating manner. The movable table is driven by the movable table on one side of the fixed table on the fixed table side. A tile cutter having a driven beam. 2. An inner side of an upper side of one of two parallel sides adjacent to a side on which the fixed table is provided, wherein the movable electric cutter is mounted on the fixed table and the movable table from a position intersecting the side. The tile cutter according to claim 1, further comprising a scale capable of measuring a distance to an end of the cut object. 3. Two parallel rails adjacent to one side on which the fixed table is provided, and another second rail is provided along the length direction outside one side, and the length direction is provided outside the opposite other side. A holding jig for pressing and fixing an object to be cut on the fixed table and the moving table from above is fixedly attached to the second rail and the groove at both ends. The tile cutter according to claim 1, which is mounted on a tile cutter. 4. The tile cutter according to claim 3, wherein a moving guide bar is provided at right angles to the second rail which slides on the moving table along the second rail. 5. A guide groove is provided on an upper surface of the moving guide bar in a longitudinal direction, and two movable rods slidable and rotatable on the moving table along the guide groove and perpendicular to each other. 5. The tile cutter according to claim 4, wherein a right angle guide made of a rod is detachably provided in the groove.