DE202021003805U1 - concrete paver system - Google Patents

Abstract

Concrete paving stone system made of ashlar blocks with or without spacers, compound teeth or spacer blocks on the vertical side surfaces, characterized in that viewed in plan the concrete paving stone system consists of at least one imaginary square (1) which contains two individual stones (6, 7) and a rectangular stone (2) with half and full length (3) of the imaginary square (1), the imaginary square (1) by means of a continuous joint (4) in the form of a slant, a polygon or a curved line outside the center (5) of a Square side begins and ends outside the center (5) of the opposite square side, is divided into two congruent individual stones (6, 7) rotated by 180°.

Description

The invention relates to a concrete paving system made of ashlar blocks with or without spacers, interlocking teeth or spacer blocks on the vertical side surfaces.

The task of concrete paving stone systems is to be easy to lay and to give a paved area a high degree of stability, so that the area can be optimally walked on and driven on.
Furthermore, it makes sense to achieve a large number of laying options, so that the laid paved area is varied and visually stands out from existing paved areas.
These goals should be realized with a minimum of molds, which represents a low cost.

It is known that rectangular stones have been developed for paved areas, which have deep-lying teeth and interdental spaces on the vertical side surfaces. When laid, the teeth of adjacent concrete paving stones interlock and thus represent the interlocking.

These paved areas are characterized by a calm appearance.

The variety in the area can only be realized with a high expenditure on form, which represents an increased expenditure on costs. Nevertheless, the surface constructed in this way is rather calm due to the straight shapes.

The object of the invention is to develop a concrete paving stone system that is easy to lay and gives a paved surface a high level of stability, so that the surface can be optimally walked on and driven on. Furthermore, it makes sense to achieve a large number of laying options, so that the laid paved area is varied and visually stands out from existing paved areas.

The paving system should be realized with a minimum of molds and thus with a minimum of costs.

These objects are achieved with the concrete paving stone system described in the claims.

The invention will now be explained in more detail with reference to the drawings.

• 1 bis 4 die Betonpflastersteine des Betonpflastersteinsystems nach der Erfindung in der Draufsicht,
• 5 eine Pflasterfläche mit Betonpflastersteinen nach 1,
• 6 eine Pflasterfläche mit Betonpflastersteinen nach 1 und 2,
• 7 und 8 die Pflasterflächen der 5 und 6 mit unterschiedlich farbiger Gestaltung,
• 9 und 10 weitere Gestaltungsmöglichkeiten von Pflasterflächen mit Betonpflastersteinen nach 1 und 2,
• 11 eine Pflasterfläche mit Betonpflastersteinen nach 2 und 3,
• 12 die Gestaltung einer Pflasterfläche mit Pflastersteinen nach 1 und 2 unter Verwendung eines weiteren Quadratsteins.

Show it

• 1 until 4 the concrete paving stones of the concrete paving stone system according to the invention in plan view,
• 5 a paved area with concrete paving stones 1 ,
• 6 a paved area with concrete paving stones 1 and 2 ,
• 7 and 8th the paved areas of 5 and 6 with different colored design,
• 9 and 10 further design options for paved areas with concrete paving stones 1 and 2 ,
• 11 a paved area with concrete paving stones 2 and 3 ,
• 12 the design of a paved area with paving stones 1 and 2 using another square stone.

In 1 until 4 the concrete paving stones of the concrete paving stone system according to the invention are shown in plan view.

1 , 3 and 4 show the construction principle of the concrete paving stones of the paving system.

2 is a rectangular stone that complements the paving system.

The blocks of the concrete paver system can be equipped with spacers, compound teeth or spacer blocks on the vertical side faces.

For a good bond between the stones, however, it makes sense to have teeth on the outside of the concrete paving stones.

Seen in plan, the concrete paving stone system consists of at least one imaginary square (1), which contains two individual stones (6, 7) and a rectangular stone (2) with half and the full length (3) of the imaginary square (1), with the imaginary square (1) by means of a continuous joint (4) in the form of an incline, a polygon or a curved line, which begins outside the center (5) of one side of the square and ends outside the center (5) of the opposite side of the square, in two opposite directions by 180° rotated lying, congruent individual stones (6, 7) is divided.

The imaginary square (1) is divided into two identical individual stones (6, 7) by the continuous joint (4). This means that only one mold is required for their production.

The rectangular bricks (2) are then produced in the second mold. Thus, for the product tion requires only two molds, which represents a minimal expense.

It is important for a good interlocking of the stones with one another that the beginning (8) and end point (8) of the continuous joint (4) does not lie in the area of the interlocking of the individual stones (6, 7).

For the design options of the paving system, it makes sense that the start (8) and end point (8) of the continuous joint (4) is located exactly in the grid quarter point of an imaginary square side.

Due to the good interlocking of the concrete paving stones with one another, it is necessary for the short side of the individual stones (6, 7), which has only a quarter of the side length of the imaginary side of the square, to also have spacers, compound teeth or spacer blocks.

In 1 the continuous joint (4) is a straight line, in 3 is a simple polygon course, but it can also be more complicated and 4 the continuous joint (4) represents a curved line.

Thus, there are different ways to formally design the concrete paving system according to the invention.

Spacers, compound teeth or spacer blocks can be arranged in the area of the continuous joint (4) between the two congruent individual stones (6, 7).

For a good bond between the individual stones (6, 7), it makes sense for the bonded teeth and spacers to be arranged rotationally symmetrically in the area of the continuous joint (4).

In 5 is a paved area with concrete pavers 1 shown.

You can see that the individual stones (6, 7) of an imaginary square can also be arranged rotated by 90°.
For this reason, there are many design options for paved surfaces.
The composite effect of the paved surface is achieved here with the checkerboard laying via the composite teeth on the side surfaces.

In 6 is a paved area with concrete pavers 1 and 2 shown. The rectangular stone (2) is used here to offset the individual rows of stones in relation to one another.

7 and 8th show the paved areas of the 5 and 6 with different colored design of the individual stones. It can be seen that interesting effects can be achieved by coloring individual concrete paving stones in paved areas.

9 and 10 show further design options for paved areas with concrete paving stones 1 and 2 .

It becomes clear that with the concrete paving stone system according to the invention, the most varied designs can be achieved with only two shapes.

11 recreates a paved area with concrete pavers 2 and 3 It can be seen that other design variants are also possible with the concrete paving system according to the invention.

The concrete paving stone system can be supplemented with further rectangular stones and square stones (9), which leads to more possibilities for the design of concrete paving areas.

12 shows the design of a paved area with paving stones 1 and 2 using another square stone (9).
It becomes clear that a large number of design options can be realized with the concrete paving stone system according to the invention.
There are therefore no limits to creativity.

Concrete paving stones according to the invention are laid according to the prior art.

Claims (7)

Concrete paving stone system made of ashlar blocks with or without spacers, compound teeth or spacer blocks on the vertical side surfaces, characterized in that viewed in plan the concrete paving stone system consists of at least one imaginary square (1) which contains two individual stones (6, 7) and a rectangular stone (2) with half and full length (3) of the imaginary square (1), the imaginary square (1) by means of a continuous joint (4) in the form of a slant, a polygon or a curved line outside the center (5) of a Square side begins and ends outside the center (5) of the opposite square side, is divided into two congruent individual stones (6, 7) rotated by 180°. concrete paving stone system claim 1 , characterized in that the initial (8) and end point (8) of the continuous joint (4) does not come to rest in the area of the teeth of the individual blocks (6, 7). concrete paving stone system claim 1 or 2 , characterized in that the beginning (8) and end point (8) of the continuous joint (4) is located exactly in the grid quarter point of an imaginary square side. concrete paving stone system claim 3 , characterized in that the short side of the individual blocks (6, 7), which has only a quarter of the side length of the imaginary side of the square, also has spacers, compound teeth or spacer blocks. Concrete paving stone system according to one of Claims 1 until 4 , characterized in that spacers, compound teeth or spacer blocks are arranged in the area of the continuous joint (4) between the two congruent individual blocks (6, 7). concrete paving stone system Claims 5 , characterized in that the composite teeth and spacers are arranged rotationally symmetrically in the area of the continuous joint (4). Concrete paving stone system according to one of Claims 1 until 6 , characterized in that the concrete paving stone system can be supplemented by further rectangular stones and square stones (9).

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