EP1883734A1

EP1883734A1 - Paving stone kit

Info

Publication number: EP1883734A1
Application number: EP06724785A
Authority: EP
Inventors: Rolf Scheiwiller
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-05-18
Filing date: 2006-05-11
Publication date: 2008-02-06
Also published as: US20080101860A1; CA2608556A1; WO2006122695A1; US7811027B2; DE102005061711A1

Abstract

The invention relates to a paving stone (P) kit (B) for paving areas with selectively different laying patterns. Each paving stone (P) is provided with a polygonal base (G1 - G7), lateral faces with ribs, and a visible face.

Description

"Paving stone kit"

The invention relates to a kit of paving stones according to the preamble of claim 1.

EP 0 954 639 B1 discloses a kit of paving stones which each have a polygonal base surface, side surfaces with cams and visible sides, for paving surfaces with optionally different laying patterns.

The invention has for its object to develop a kit of paving stones, which offers a variety of combinable paving stone types, which can be combined with one another selectively and in different amounts, each paving stone type is manageable and manageable without danger to health.

This object is achieved on the basis of the features of the preamble of claim 1 by the characterizing features of claim 1. In the dependent claims advantageous and expedient developments are given.

The set of paving stones according to the invention comprises paving stones of a first paving stone type with a square base, with a basic grid with a basic grid width of 14 cm and a basic grid length of 14 cm and comprises paving stones of at least two other types of paving stone, these rectangular bases whose widths correspond to the basic grid width and thus to the width of the first paving stone type, the second paving stone type having a length which corresponds to an integer multiple of one fifth of the basic grid length or of the length of the first block brick type, where for the multiple (n) n <5, where the third paving stone type has a length which corresponds to an integer multiple (m) of one fifth of the basic grid length or the length of the first paving stone type, where for the multiple (m) m> 5. With such a kit It is possible, starting from a first paving stone type to form a variety of paving stone variants, without reaching dimensions in which the paving stones of the larger paving stone types reach dimensions and weights, which make a manual laying to a high stressing or overloading work. Furthermore, too large dimensional differences between the individual stones are avoided by the kit according to the invention, without thereby limiting the number of possible installation variants. Too large dimensional differences are hinderlich for a professional installation namely, because the individual paving stone types make different demands on the ground or have different effects, especially when settling on the ground, so that the laying of a flat surface is difficult. The core of the invention is thus a kit that offers a variety of installation options with a small range of dimensions or masses of different paving stones and this case offers compatibility of all possible types of paving stone in terms of a consistent implementation of a grid system.

According to the invention a kit of paving stones is provided in particular, which consists of a first paving stone type with a square base, which is a larger paving stone type and a smaller Paving stone type are assigned. These dependencies between the paving stone types allow a variety of laying variants with simultaneously low number of stone types.

Furthermore, the invention provides to complete the kit on four to seven paving stone types, the additional paving stone types all having the same width as the first paving stone type, but generally longer lengths than the first paving stone type. Here, the largest length of a paving stone type corresponds to the double length of the first paving stone type and lying between the longest paving stone type and the first paving stone type length dimensions of the other paving stone types correspond to integer multiples of a fifth part of the length of the first paving stone type. As a result, the appearance of a laid with the kit paving surface with relatively few paving stone types on a paved surface with paving stones of random dimensions can easily approach because due to the small dimensional differences between the individual paving stone types for humans rapid detection of paving stones of the same dimensions is no longer possible and so the impression of random dimensions arises.

Furthermore, the invention provides to complete the kit by a left and a right Sonderpflastersteintyp, wherein the special paving stone types each composed of a rectangle with a grid corresponding to the basic grid width and a parallelogram attached to the rectangle and in this case the parallelogram has a tilt angle, which by a rectangular triangle is defined, the first catheter of the length of the first paving stone type and the second catheter corresponds to one fifth of the length of the first paving stone type. By such special paving stone types are more -A-

Laying variants possible without leaving the system of the fifth division.

According to the invention, it is provided to provide the rectangle of the special paving stone type with a length which corresponds to three times one fifth of the basic grid defined by the first paving stone type. As a result, when considering only the rectangular portion of the special paving stone another paving stone type corresponding to the system is created, which has a lesser length of one fifth of the basic lattice than the second paving stone type.

The invention also provides to equip the parallelogram of the special paving stone type with a length which corresponds to the basic grid and to integrate this thereby in the system of fifth division.

Furthermore, the invention provides to calculate the number of arranged on the side surfaces of the paving stones cams from the side of the paving stones according to the following formula: (side length / 2.8) - 1. This uniform determination of the number of cams ensures error-free interaction of the different paving stone types in all laying situations.

According to the invention the square paving stone type (Pl) with dimensions of 10 cm x 10 cm to 16 cm x 16 cm provided. Based on these dimensions, all paving block types of the kit have handy dimensions.

In particular, the invention provides to measure the square paving stone type (Pl) with 14 cm x 14 cm. In such dimensions is a laying width of 0.5 m or a multiple of 0.5 m by a combination of different paving stone types of the kit for Building sufficiently accurately accessible. Thus, the kit is suitable for the installation of standardized traffic areas.

Furthermore, the invention provides to measure the square paving stone type (Pl) with 16 cm x 16 cm. With such dimensions is also a laying width of 0.5 m or a multiple of 0.5 rα by a combination of different paving stone types of the kit with sufficient accuracy for construction achievable. Thus, the kit is also suitable for the installation of standardized traffic areas. In addition, with a paving stone type (P7), a length (L7) of 30 cm is achievable, with which a transition into an area, which is designed with plates of size 30 cm x 30 cm, allowing continuation of the joint image.

Finally, the invention provides, at least one of those paving stone types of the kit, which have a greater length than the square stone P2 to provide on its underside with a transverse to the longitudinal direction of the center-aligned groove. The central arrangement of the groove, it is at a laying of the paving stones of the kit, which avoids the formation of cross joints in the laying pattern, possible to avoid at the same time that a groove or a channel continues over several rows of stones. Thus, a flow of infiltrating water below the laid stone surface is avoided and the water seeped below the paving stone at the edges it was collected. As a result, the patch is also suitable for laying on sloping surfaces, as a conditional by the terrain unwanted accumulation of water is avoided at lower locations of the pavement.

Further details of the invention are described in the drawing with reference to schematically illustrated Ausführungsbeisielen. Hereby shows:

Figure 1: a perspective view of a first

Paving stone type (Pl);

FIG. 2 shows a perspective view of a special stone type (SR) bent to the right;

Figure 3: a schematic representation of seven

Paving stone types (Pl - Pl), through whose grid lines;

Figure 4: a schematic representation of four

Special paving stone types (SR, SL, SLR, SLL), through their grid lines;

FIG. 5: a schematic representation of a first laying pattern;

Figures 6 - 12: plan views of paving stone types Pl to P7;

13, 14: plan views of special paving stone types SL and SR,

FIG. 15: a plan view of an analogous to FIG

Paving stone type PL trained eco-type EOO,

FIGS. 16-21: schematic representations of further laying patterns, FIG. 22 shows a detailed view of the laying pattern illustrated in FIG. 17,

FIG. 23: a perspective view of a paving stone type P3 with a channel,

FIG. 24: schematic plan views of paving stone types P3 to P7 with channel,

FIG. 25: a schematic representation of a laying pattern with paving stone types with channel,

Figure 26a-26b: a plan view of a special stone type SLL and a section through this and

Figure 27a-27b: a plan view of a special stone type SLR and a section through this.

FIG. 1 shows a paving stone P of a first paving stone type P1 in a perspective view. The paving stone type Pl has a substantially square base area Gl, four side surfaces SFl and a visible side Sl. On the side surfaces SFl four cams Nl are arranged.

FIG. 2 shows a paving stone P of a special paving stone type SR, which has a polygonal base area G9, six side faces SF9 and a visible side S9. On the side surfaces S9, three or four cams N9 are arranged in each case.

In the figure 3, seven paving stone types Pl to P7 of a kit B are shown schematically. The paving stone type Pl defines with its raster edges RKl a square basic grid GR with a basic grid width GRB, which corresponds to a width Bl = 14 cm, and a basic grid length GRL, which corresponds to a length Ll = 14 cm. This basic grid GR is subdivided into a square fine grid FR with a fine grid width FRB = 2.8 cm and a fine grid length FRL = 2.8 cm. The fine grid FR arises from the basic grid GR by division of the basic grid width GRB and the basic grid length GRL with a division factor t = 5. The second cobblestone type P2 has a width B2 = Bl = 14 cm and a length L2 = 11.2 cm. Compared to the first paving stone type Pl, the paving stone type P2 has been shortened in its length L2 by a fine grid length FRL. Its length L2 is defined by a multiple n with the value 4 and is calculated according to the formula L2 = (Ll / t) * n or L2 = FRL * n.

The other paving stone types P3 to P7, of which only at least one must be represented in the kit B according to the invention, have all lengths L3 to L7, which are greater than the length Ll of the paving stone type Pl. Widths B3 to B7 of the paving stone types P3 to P7 correspond to the Width Bl or B2 of the paver types Pl or P2. The length L7 of the paving stone type P7 is calculated, for example, from the formula L7 = (Ll / t) * m, where m = 10. Thus, the paving stone type P7 has a base area G7, which corresponds to the double base area Gl of the paving stone type Pl.

FIG. 4 now shows the special stone type SR known from FIG. 2 and three further special stone types SL, SLR and SLL in a schematic representation corresponding to the representations in FIG. 3. The special paving stone types SL and SR are each made up of a rectangle RE8 or RE9 in plan view and a parallelogram PA8 and PA9 together. In this case, the rectangles RE8 and RE9 have widths B8 and B9, respectively on, which correspond to the width Bl of the paving stone type Pl (see also Figure 3). Lengths LRE8 or LRE9 of the rectangular components RE8 and RE9 of the special stones SL and SR are calculated according to the formula LRE8 = LRE9 = (GRL / t) * p, where p preferably assumes the value 3. Lengths LPA8 and LPA9 of the parallelograms PA8 and PA9 are calculated according to the formula LPA8 = LPA9 = (GRL / t) * q, where q preferably assumes the value 5. Here, the parallelogram PA8 or PA9 has a tilt angle α, which is defined by an offset by a fine grid width FRB on a basic grid length GRL. The tilt angle α is about 10 °.

The special paving stone types SLL and SLR are composed in the plan view in each case of a rectangle REIl or RE12 and a parallelogram PAIl or PA12. Here, the rectangles REIl and RE12 have widths BlI and B12, which correspond to the width Bl of the paving stone type P1 (see also FIG. 3). Lengths LREIl and LRE12 of the rectangular components REIl and RE12 of the special stones SLL and SLR are calculated according to the formula LREI = LRE12 = (GRL / t) * p, where p preferably assumes the value 6. Lengths LPAI1 and LPA12 of the parallelograms PAI1 and PA12 are calculated according to the formula LPAI1 = LPA12 = (GRL / t) * q, where q preferably assumes the value 5. In this case, the parallelogram PAI1 or PA12 has a tilt angle α, which is defined by an offset by a fine grid width FRB on a basic grid length GRL. The tilt angle α is about 10 °.

FIG. 5 shows a top view of a first laying pattern VM1, wherein the individual pavers P are shown schematically by their respective raster edges. The laying pattern VM1 is composed of paving stones P of the paving stone types P1 to P7, SL and SR.

In the figures 6 to 12 paving stones P of the paving stone types Pl to P7 are shown in plan view. In their main dimensions Bl to B7 and Ll to L7 are the Paving stones P defined by their raster edges RKl to RK7, wherein the raster edges RKL to RK7 are imaginary edges which intersect cam Nl to N7 and define the area occupied by the single paving stone P in a laid surface. The following table summarizes important characteristics of paving stone types P1 to P7. The term longitudinal raster factor LRF is to be understood as a generic term for the factors n and m. The lateral raster factor QRF indicates by what factor the fine raster width FRB is to be multiplied in order to determine the width Bl-B7 of the respective paving stone type P1-P7.

In such a kit laying widths, which are in the range of a multiple of 0.5 m can be achieved by a variety of combinations. For example, a laying width of 50.4 cm can be achieved by combining the following stone types:

P2 + P3 + P5 = 11.2 cm + 16.8 cm + 22.4 cm = 50.4 cm P6 + Pl + P2 = 25.2 cm + 14 cm + 11.2 cm = 50.4 cm Pl + P3 + P4 = 14 cm + 16.8 cm + 19.6 cm 50.4 cm

P7 + P2 + P2 = 28 cm + 11.2 cm + 11.2 cm 50.4 cm

P6 + P6 = 25.2 cm + 25.2 cm = 50.4 cm

P7 + P5 = 28 cm + 22.4 cm = 50.4 cm

By a twofold combination of said types of stones, e.g. a laying width of 100.8 cm can be realized.

Throughout the application text, the length and width indications Ll - LlO or Bl - BIO refer to the dimensions of the raster edges RKl - RKlO of the individual paving stones.

The kit described above can be extended according to the illustrations in Figures 5, 16 to 19 and 22 with special stone types SL, SR, SLL and SLR. These have, for example, the following dimensions.

As an alternative to the kit described above, which is based on a paving stone Pl with Ll = 14 cm and Bl = 14 cm, another kit is provided, which is based on a paving stone Pl with Ll = 15 cm and L2 = 15 cm. For a kit of this kind, the dimensions summarized in the following table then result.

Also by such a kit laying widths, which are in the range of a multiple of 0.5 m can be achieved by a variety of combinations. For example, a laying width of 48 cm can be achieved by combining the following stone types:

P2 + Pl + P4 = 12 cm + 15 cm + 21 cm = 48 cm

P3 + P3 + Pl = 18 cm + 18 cm + 12 cm = 48 cm

P5 + P5 = 24 cm + 24 cm = 48 cm

P6 + P4 = 27 cm + 21 cm = 48 cm

P7 + P3 = 30 cm + 18 cm = 48 cm

P5 + Pl + Pl = 24 cm + 12 cm + 12 cm = 48 cm

By a twofold combination of said types of stones, e.g. a laying width of 96 cm can be realized.

In the figures 13 and 14 paving stones P of paving stone types SL and SR are shown in plan view. Finally, FIG. 15 shows a paving stone P of a sodstone type ElO, which in principle corresponds to the paving stone type P1. In contrast to the paving stone type Pl, side surfaces SF10 of the sodstone type ElO are set back relative to raster edges RK10 with width BIO and length L10, which correspond to the raster edges RK1 and the width B1 and length L1 of the paving stone type 1 (see FIG. 6). Consequently, cams N10 are made correspondingly larger than cams N1 of the paving stone type 1.

FIGS. 16 to 21 show further laying patterns VM2 to VM7 in plan view, the individual paving stones P being shown schematically by their respective raster edges. The laying pattern VM2 shown in FIG. 16 is designed as a wave W, wherein an offset is achieved by paving stones P of the paving stone types SL or SR, which are alternately laid in a column SP1 or SP2 180 ° to one another. The laying pattern VM3, which shows the figure 17, is formed exclusively of paving stones P of the paving stone type SL. The paving stones P are laid in lines Z1, Z3, Z5 in the same orientation in each case and are laid in lines lying between them Z2, Z4 in a direction rotated by 180 °. The laying pattern VM4, which is shown in FIG. 18, shows a variant of the laying pattern VM2, wherein the laying pattern VM4 shows a more pronounced wave W, which is achieved by additional columns SP3, SP4 corresponding in structure to columns SP1 and SP2, respectively and paving stones P of paving stone type SL. The laying pattern VM5 shown in FIG. 19 is characterized by rows Z1 to Z5 formed by alternating successive paving stones P of the paving stone types SL and SR. In the laying pattern VM6 illustrated in FIG. 20, paving stones P of the paving stone types P1 to P7 are arranged in two blocks BL1 and BL2 with laying widths VLB1 and VLB2 adjacent to a field F laid out of square and staggered foreign paving stones FP. The laying pattern VM7 shown in FIG. 21 is finally designed such that only T joints and no cross joints are formed. For this purpose, paving stone P of the paving stone types P1 to P7 are used.

Finally, a detail of the laying pattern VM 3 shown in FIG. 17 is shown enlarged in FIG. 22, wherein the individual paving stones P of the paving stone type SL are not represented by their theoretical raster edges, but by their actual top view with side faces SF8, cams N8 and face sides S8 ,

FIG. 23 shows a paving stone P of a third paving stone type P3 in a perspective view. The paving stone type P3 has a substantially square base G3, four side surfaces SF3 and a visible side S3. On opposite side surfaces SF3 are each four or five cams N3 arranged. The base G3 forms a bottom U3, which has a channel K3, which opens to the bottom U3 and to the opposite side surfaces SF3, which show five cams N3.

In FIG. 24, five types of pavers P3 to P7 of a kit B are shown schematically with a view of their undersides U3 to U7. These paving stone types P3 to P7 have equal widths B3 to B7 and different lengths L3 to L7. Channels K3 to K7 extend in the direction of the widths B3 to B7 and in each case halve the lengths L3 to L7. The channels K3 to K7 have, based on the basic grid GR, a width KB3 - KB7 of half the basic grid length GRL = 2.8 cm / 2 = 1.4 cm. In such a dimensioning of the channel width is ensured that the channels K3 to K7 even then complete offset from each other when two adjacent rows of stones of a paving surface begin with pairs of stones P3, P4 or P4, P5 or P5, P6 or P6, P7. Thus, this prevents the unwanted formation of a sewer network. As described above, said pairs of stones each have a length difference corresponding to a basic grid length GRL = 2.8 cm. According to an embodiment not shown, a maximum width KB3 - KB7 of the channels K3 to K7 of a basic grid length GRL (2.8 cm) is provided. As a result, the formation of a baffle-free sewer system is prevented in the above-described installation situation, since such a dimensioning of the channels only leads to a maximum of half coverage. In the case of the paving stone type P6, two channels K61 and K62 are shown with dashed lines as an alternative to the centrally arranged channel K6. These have to parallel side surfaces SF6 and each other distances D, which correspond to a half length HL3 of the paving stone type P3. The kit B further includes paving stone types Pl and P2 as shown in Figure 3.

Finally, FIG. 25 schematically shows a section of a laying pattern VM8 which comprises paving stone types P3 to P7 shown in FIG. In addition, also known from the figure 3 paving block type Pl is laid. In each case only T-joints TF and no cross joints are created between the individual paving stones. Thus, none of the drainage channels U3 to U7 extends into a respective adjacent row of stones SRI - SR5.

FIG. 26 a shows a plan view of a special stone type SLL which has the dimensions of the special brick type SLL shown schematically in FIG. The special stone type SLL is fundamentally comparable to the special stone types shown in FIGS. 2, 13 and 14 executed. As a special feature, the special stone type SLL cam NIl, which are designed as high cam HN and half-height cam HHN. As a result, the special stone type SLL during installation can be easily distinguished from a special stone type SLR shown in FIGS. 27a and 27b, which only has high cams. FIG. 26b shows a section along a section line XXVIb-XXVIb represented by the special stone type SLL in FIG. 26a. In this sectional view, the different heights of the high cam HN and the half-high cam HHN can be seen.

FIG. 27a shows a plan view of the abovementioned special stone type SLR, which has the dimensions of the special stone type SLR shown schematically in FIG. The special stone type SLR is also fundamentally similar to the special stone types shown in FIGS. 2, 13 and 14 and is intended to be laid together with the special stone type SLL shown in FIG. 26a. In contrast to the special stone type SLL shown in FIG. 26a, with the special stone type SLR all cams N12 are designed as high cams HN. FIG. 27b shows a section along a section line XXVIIb-XXVIIb shown in FIG. 27a through the special stone type SLR.

The invention is not limited to illustrated or described embodiments. Rather, it comprises developments of the invention in the context of

Patent claims. In particular, the invention also provides that all paving stone types Pl to P7 or SL and SR are designed as grass stones. List of reference numbers:

B kit

Bl - B12 width

BL1, BL2 block

D Distance between K61 and K62

ElO grassstone type

F field of foreign paving stones

FP foreign paving stone

FR fine grid

FRB fine grid width

FRL fine grid length

Gl - G9 footprint of Pl - P7, SL, SR

GR basic grid

GRB basic grid width

GRL basic grid length

HL3 half length of L3

HN high cam

HHN half-height cam

K3 - K7 channel from P3 - P7

KB3 - KB7 width of K3 - K7

Ll - L12 length

LRE8, LRE9 length of RE8, RE9

LREIl, LRE12 Length of RElI, RE12

LPA8, LPA9 Length of PA8, PA9

LPAIl, LPA12 length of PAIl, PA12

LRF longitudinal raster factor

Nl - N12 cam of Pl - P7, SL, SR, ElO

P cobblestone

PA8, PA9 Parallelogram to SL, SR

PAIl, PA12 Parallelogram to SLL, SLR

Pl - P7 paving stone type

QRF transverse raster factor

RE8, RE9 rectangle to SL, SR

REIl, RE12 rectangle to SLL, SLR

RKl - RKlO grid edge Sl - S9 visible side of Pl - P7, SL, SR

SFl - SF9 side surface of Pl - P7, SL, SR

SL, SR special stone type

SLL, SLR Special stone type

SPl, SP2 column in the laying pattern

SRI - SR5 stone series of VM8

TF T-joint

U3 - U7 bottom of P3 - P7

VLBl, VLB2 Installation widths of BLl or BL2

VMl - VM8 laying pattern

W wave

Zl - Z5 Line in the laying pattern

ZNL number of cams on the long side

ZNQ Number of cams on the lateral side

t division factor m integer multiple n integer multiple

P integer multiple q integer multiple α tilt angle at PA8, PA9

Claims

Claims:

1. Kit (B) of paving stones (P), each having a polygonal base (Gl - G9), side surfaces (SFl - SF9) with cams (Nl - NlO) and a visible side (Sl - S9) for paving surfaces with optionally different laying patterns (VM1 - VM7), characterized in that the set paving stones (P) of a first paving stone type (Pl) with a square base (Gl) with a basic grid (GR) with a basic grid width (GRB) corresponding width (Bl ) and a length (Ll) corresponding to a basic grid length (GRL), the kit comprises paving stones (P) of at least two further paving stone types (P2, P3), these having rectangular bases (G2, G3) whose widths (B2, B3 ) of the basic grid width (GRB) and the width (Bl) of the first paving stone (Pl), wherein the second paving stone type (P2) has a length (L2) which corresponds to an integer multiple (n) of one fifth of the basic grid length (GRL ) or the length (Ll) of the first paving stone type (Pl), wherein for the multiple (n) n <5, wherein the third paving stone type (P3) has a length (L3) which is an integer multiple (m) of a Fifth of the basic grid length (GRL) or the length (Ll) of the first paving stone type (Pl) corresponds, where for the multiple (m) applies m> 5.

2. Kit according to claim 1, characterized in that the length (L2) of the second paving stone type (P2) with n = 4 is executed.

3. Kit according to one of the preceding claims, characterized in that the length (L3) of the third paving stone type (P3) with m = 6 or m = 7 or m = 8 or m = 9 or m = 10 is executed.

4. Kit according to one of the preceding claims, characterized in that the kit paving stones (P) of a fourth paving stone type (P4), said one of the width (Bl) of the first paving stone type (Pl) corresponding width (B4) and wherein this has a length (L4) equal to an integer multiple of one fifth of the length (L1) of the first paving stone type (P1) and different from the lengths (L1, L2, L3) of the remaining paving stone types (P1, P2, P3).

5. Kit according to one of the preceding claims, characterized in that the kit paving stones (P) of a fifth paving stone type (P5), said one of the width (Bl) of the first paving stone type (Pl) corresponding width (B5) and wherein this has a length (L5) equal to an integer multiple of one-fifth of the length (L1) of the first paving stone type (P1) and the lengths (L1, L2, L3, L4) of the remaining paving stone types (P1, P2, P3, P4 ) is different.

6. Kit according to one of the preceding claims, characterized in that the kit paving stones (P) of a sixth paving stone type (P6), said one of the width (Bl) of the first paving stone type (Pl) corresponding width (B6) and wherein this has a length (L6) equal to an integer multiple of one-fifth of the length (L1) of the first paving stone type (P1) and the lengths (L1, L2, L3, L4, L5) of the remaining paving stone types (P1, P2, P3 , P4, P5) is different.

7. Kit according to one of the preceding claims, characterized in that the kit comprises paving stones (P) of a seventh paving stone type (P7), said one of the Width (Bl) of the first paving stone type (Pl) corresponding width (B7) and wherein this has a length (L7) which corresponds to an integral multiple of one fifth of the length (Ll) of the first paving stone type (Pl) and of the lengths ( L1, L2, L3, L4, L5, Lβ) of the other paving stone types (P1, P2, P3, P4, P5, Pβ).

8. Kit according to one of the preceding claims, characterized in that the length (L2) of the second paving stone type (P2) with n = 4, the length (L3) of the third paving stone type (P3) with m = 6, the length (L4) of the fourth paving stone type (P4) with m = 7, the length (L5) of the fifth paving stone type (P5) with m = 8, the length (L6) of the sixth paving stone type (P6) with m = 9 and the length (L7) of the seventh Paving stone type (P7) with m = 10 is executed.

9. Kit according to one of the preceding claims, characterized in that the kit paving stones (P) of a left and a right special paving stone type (SL, SR, SLL, SLR) comprises, wherein the special paving stone types

(SL, SR, SLL, SLR) each of a rectangle (RE8, RE9, REIl, RE12) having a width corresponding to the basic grid width (GRB) (B8, B9, BIl, B12) and one to the rectangle (RE8, RE9, REIl, RE12) attached parallelogram

(PA8, PA9, PAIl, PA 12).

10. Kit according to one of the preceding claims, characterized in that the rectangle (RE8, RE9) of the Sonderpflastersteintyps (SL, SR) has a length (LRE8, LRE9) which corresponds to three times one-fifth of the basic grid length (GRL).

11. Kit according to one of the preceding claims, characterized in that the rectangle (REIl, RE12) of the special paving stone type (SLL, SLR) has a length (LREIl, LRE12) which is six times a fifth of the Basic grid length (GRL) corresponds.

12. Kit according to one of the preceding claims, characterized in that the parallelogram (PA8, PA9, PAIl, PA12) of the special paving stone type (SL, SR, SLL, SLR) has a length (LPA8, LPA9, LPIl, LP12), which Basic grid length (GRL) corresponds.

13. Kit according to one of the preceding claims, characterized in that a tilt angle (α) of the parallelogram (PA8, PA9, PAIl, PA12) is at least 10 °.

14. Kit according to one of the preceding claims, characterized in that the number (NZL) of the cams (Nl - N9) on one longitudinal side surface (SFl - SF9) of one of the paving stone types (Pl - P7) is one less than a respective longitudinal raster factor ( LRF).

15. Kit according to one of the preceding claims, characterized in that the number (NZQ) of the cams (Nl-N9) at a lateral side surface (SFl - SF9) of one of the paving stone types (Pl - P7) is one less than a respective transverse raster factor ( QRF).

16. Kit according to one of the preceding claims, characterized in that the kit (B) comprises at least one paving stone type (P3 - P7) having on a lower side (U3 - U7) a channel (K3 - K7), which transverse to the Basic grid length (GRL) and is centered to a respective length (L3 - L7) of the paver type (P3 - P7).

17. Kit according to one of the preceding claims, characterized in that the channel (K3 - K7) of the paving stone type (P3 - P7) in particular a width (KB3 - KB7) of 1, 4 cm.

18. Kit according to one of the preceding claims, characterized in that the first paving stone type (Pl) has a width (Bl) or a length (Ll) between 10 cm and 16 cm.

19. Kit according to one of the preceding claims, characterized in that the first paving stone type (Pl) has a width (Bl) of 14 cm and a length (Ll) of 14 cm.

20. Kit according to one of the preceding claims, characterized in that the first paving stone type (Pl) has a width (Bl) of 15 cm and a length (Ll) of 15 cm.