JPH02274959A - Decorative paved floor and/or pattern tiling work - Google Patents

Abstract

PURPOSE: To form a decorative floor tile by paving the pavement floor with decorative rectangular tiles composed of square sides and their diagonal lines and providing patterns and circumferential edges treated by different colors basically. CONSTITUTION: A first component 1 including the side dimension (b) and one diagonal line 5 are provided. A second component 2 with the dimension of the long side (b) and the short side b(2<1/2> ) and a third component 3 with the dimension of the long side (b) and the short side b(3-2.2<1/2> )/2 move the dimension of the diagonal line to the bottom side by a circular arc 4 so that a rectangular 2 with the dimension L is formed. The three components 1, 2, 3 are expressed by dark color and innumerable combinations are formed using the three components. Sandstones, artificial stone, woods, etc., are used as materials so that the patterns and the circumferential edges are treated by different colors basically. This constitution can provide different pavement floors by changing various coatings and materials.

Description

DETAILED DESCRIPTION OF THE INVENTION The object of the present application, both in its conception and in its implementation, is general parts of sandstone, artificial stone, wood, slate, etc. types, both for paving and for patterned tile work. The use of materials with treatment patterns and edges based on the same or different colors provides vital advantages for the entire construction of decorative pavement and/or patterned tile work.

Neither in reality nor with reference to the state of the art does there exist any type of floor, pavement or tile similar to the present invention, which in reality relies on painting them in different colors or, on the contrary, on the use of different materials. ing.

First of all, a decorative floor is defined as a design for pavement and/or patterned tile work that is constructed by laying decorative rectangles formed by the sides of some squares and their diagonals. be done.

The floor consists of three basic parts, the first of which is a square whose sides are of typical size! Yes, that value is some real number. The second has a long side of the same length as the square of the first part, i.e. 1, while a short side of J(VT
−1) (hereinafter referred to as:, this distance is obtained as the difference between the diagonal of the square with side 1 and the side in question) is provided. Fifth, another rectangle is provided whose long sides have the same length 1 and whose short sides 2 are at a distance equal to the difference from the short side J (V'T-1) of the rectangle.

Once the dimensions of the three parts that make up the decorative floor have been defined, the construction of the parts will now be described in detail.

First of all, the first of these parts has square sides, and j is some real number. One diagonal line is drawn on its inner surface, and its dimension is clearly jf.

The second part is a rectangle with a long side length 1 and a short side J (positive - 1), where 1 is obviously some real number, and a circular arc is drawn as a design within the rectangle, the radius of which is Jf " i.e. side 1
The length of the diagonal of the square leads from one vertex to its opposite.

The fifth part is also a rectangle with long sides having a length l (l is something), but there is no design on it itself.

In order to enable a more detailed description and illustration of the subject matter of the invention, reference is made in its entirety to the accompanying drawings, in which preferred embodiments are shown by way of example and without any limiting character.

In FIG. 1 the arrangement and acquisition of three parts constituting the object of the invention can be observed. Thus, 1 has the first of those parts, a real number whose sides have some size)
, while for the development and acquisition of the second and fifth parts 2 and 3 respectively one starts from the same square 1 and has dimensions 4-1.
The magnitude of its diagonal, which is '2-, is moved to the base by arc 4. A second part is thus obtained, whose long side is the same size as the square one and whose short side is the difference in size between its diagonal and the side, i.e. tVLt=J (y
7-1), is formed by a rectangle 2 whose size is named L.

To obtain part 5, we start from the same representation and process it in the same way as the previous one, except that its basic long side is the same size as side j of the square, while its short side is of length 1 of the square. It is determined as the difference existing between the half and the short side of the second part, the value of which is mathematically designated as L', where J is some real number as described above.

The designs in the component parts of the present invention are as follows: Part 1, a square with side size, includes one diagonal 5, and its size is Zino VT as above.

Part °2, that is, the size of the long side! , the length of the short side J(v'
The design of the rectangle r-1) is an arc 4 between its two extreme vertices.

Part 3 does not have any design.

FIG. 2 shows a preferred arrangement of a number of possible implementations of the invention, the three components 12 and 5 being highlighted with an internal dark color, by way of example due to the countless combinations of groups that can be made with them. He is nothing but a representative of

For its implementation, the present invention can be applied to any material such as sandstone, artificial stone, wood, etc. for use in pavement and/or patterned tile work.
Patterns and edges of treatments of molds such as slate that are based on a different color than the general part (this color is some range of the spectrum and can be the same or different from the general part color) or the general color of the part with a recess of the same or different color or some other type of treatment to depict this shape.

Any color of spectral or technical strength or any other type known may be used and the texture may be smooth, rough or some other.

[Brief explanation of drawings]

Figure 1 shows the shapes of the three component parts of the present invention, and Figure 2 shows the shapes of the three components of the present invention.
1 shows a preferred layout of the invention made of parts; 1. first part; 2. Second part 3. Fifth part 4
0 arc 5. Diagonal! , the length of the side of the square L, the second
The length of the rectangular short side of the third part L/, the length of the rectangular short side of the third part. FIG.T.

Claims (1)

[Claims] 1. It is composed of three different parts, the first of which is a square with a side size l, where l is some real number, and the second one has a long side size A rectangle whose length is l and whose short sides are l(√2-1), and thirdly whose long sides are the same length l and whose short sides are l(3-2√2)/2. Decorative pavement and/or patterned tile work characterized by being rectangular in size. 2. The size of the short side of the second rectangle of the present invention is determined as the difference between the size of the diagonal of the square with side l and the original side l,
Decorative pavement and/or patterned tile work according to claim 1, characterized in that its value is l(√2-1), where l is some real number. 3. The size of the short side of the fifth rectangle of the present invention is the side l of the square
It is calculated as the difference between half of Decorative pavement and/or patterned tile work according to claim 1, characterized in that: 4. Decorative pavement and/or patterned tile work according to claim 1, characterized in that the first part or square is painted on one of its diagonals. 5. Claims 1 and 2, characterized in that the second component, that is, the rectangle, whose short side has a size l(√2−1) has an arc with a radius l√2 drawn between its two extreme points. Decorative paving and/or patterned tile work. 6. Decorative pavement and/or patterned tile works according to claims 1 to 5, characterized in that for their manufacture any material, color or texture is generally used.