EP2918753A1 - Modular urn stele ensemble - Google Patents

Abstract

The invention relates to a modular Urnenstelenensemble with at least two urn steles (1, 2, 3, 4, 16, 17), wherein the urn steles (1, 2, 3, 4, 16, 17) each having a plurality of urn chambers (5), which are designed and set up to record at least one urn each. The Urnenstelenensemble invention is characterized in that the urn steles (1, 2, 3, 4, 16, 17) have an L-shaped outer shape.

Description

The present invention relates to a modular Urnenstelenensemble according to the preamble of claim 1.

From the prior art, different variants for the arrangement of urn chambers or urn stelae are known. For example, this describes DE 20 2007 011 032 U1 a Urnenkammerensemble consisting of individual interconnected urn chambers, which may have the same or a different width. In this way, differently designed Urnenkammerensembles can create in a relatively flexible manner, whereby in the design greater flexibility is achieved than is the case with other known from the prior art solutions. A disadvantage of the solution shown in that German utility model, however, is that the assembly effort for a consisting of individual urn chamber modules Urnenkammerensemble is relatively large, since the individual Urn chamber modules must be connected together. In addition, the external appearance of such Urnenkammerensembles is relatively massive, which also results in a corresponding mass of the Urnenkammerensembles. As a result, it is necessary to provide appropriately dimensioned foundations in order to be able to set up such an urn chamber ensemble safely.

The present invention has for its object to provide a flexibly ausgestaltbare collection of urn chambers, which is easier to mount than known from the prior art solutions and at the same time enables design variants in which the force acting on the base mass per unit area less than in the prior Technology is known solutions.

This object is achieved with a modular Urnenstelenensemble with the features of claim 1. Such a modular Urnenstelenensemble has at least two urn steles, the urn stelae each having a plurality of urn chambers. Each urn stele represents a module. The urn chambers are designed and arranged to receive at least one urn each. In particular, each urn chamber is intended and arranged for at least two jewelery urns with a diameter from about 19 to 23 cm, in particular about 21 cm, or at least three ash capsules with a diameter of about 16 to 20 cm, in particular of about 18 cm record. The urn stela ensemble is characterized by the fact that the urn stelae have an L-shaped outer shape.

By using urn steles instead of individual urn chamber modules, easier assembly of the urn stele ensemble can be achieved compared to the urn chamber ensemble described above. In comparison to other Urnenstelenensembles is also achieved by the L-shaped outer shape design flexibility that exceeds the design flexibility of the Urnenkammerensembles described above. In particular, it is possible to provide a urnstones ensemble in which cavities are provided or which does not have the same height over the entire width. As a result, in such variants, a lower mass per base area, so that an easier erection of the inventively claimed Urnenstelenensembles compared to conventional Urnenstelenensembles or Urnenkammerensembles is possible. The L-shaped outer shape thus ensures the same design flexibility and high stability of the claimed invention urnstones ensemble. The outer shape is given by the outer contours of the individual urn stelae, with the L-shaped figure results in a frontal view of the urn stelae from the front (or from behind). The lateral view of the individual urn steles corresponds to the lateral view of an L.

The special feature of such an L-shaped outer shape is that the urn stelae do not have the same width over their entire height. Rather, the width in the region of a horizontal leg of the L is greater than the width in an upper region of a vertical leg of the L.

Due to the modular design of the present invention claimed Urnenstelenensembles a variety of different L-shaped urn steles can be provided, from which a urnstones ensemble can be assembled. In a variant of the claimed urnstones ensemble, at least two of the urn stelae have the same external shape. In this way, the number of different components to be produced can be reduced, yet there is greater design flexibility than is the case with solutions known from the prior art.

In a further variant, all the urn stelae of the urn stele ensemble have the same outer shape. In this case, therefore, a modular system is provided that consists of a single type of urn stele, which can then be combined in different ways to form an urn stele ensemble.

In one variant, at least some of the urn stelae of Urnenstelenensembles are juxtaposed without touching each other. The individual urn stelae can be aligned with each other or rotated against each other, offset or arranged tilted. In contrast to the urn-chamber ensembles known from the prior art, it is possible in this variant to realize complex geometrical design variants, without the stability of the urn-pillar ensemble being affected in the process. In addition, the assembly effort compared to such known from the prior art systems is significantly reduced.

In a further variant, it is provided that at least some of the urn steles are arranged next to each other and touch each other. By this contact, a support of the individual Urnenstelen is guaranteed to each other. This increases the stability of the entire Urnenstelenensembles, without the need for additional installation effort would be required. The individual urn stelae can also be connected together in a manner known per se (for example by gluing, mortaring, screwing, etc.). Furthermore, it is possible that the urn stelae are not interconnected, but only touch.

It is possible and envisaged that an urnstones ensemble will consist of different urnstones, with some of the urn stelae touching and others not touching the urn stelae. In addition, not only an arrangement of the individual urn steles side by side provided in a variant, but also an arrangement of urn steles on other urn stelae. In addition, due to the L-shaped outer shape of the urn stelae always an arrangement is possible in which a Urnestele is arranged both next to and above another Urnenstele.

In a further variant, one or more individual urn chamber modules are additionally provided, which are designed as separate components and are used as part of the modular Urnenstelenensemble. Each urn chamber module contains exactly one urn chamber. That is, such single urn chambers or urn chamber modules represent another possible building block in the claimed modular system for the urnstones ensemble.

In a variant, the urn stelae have a width which corresponds at least to the width of two urn chambers. Furthermore, they have a height which corresponds at least to the height of two urn chambers. In the simplest embodiment of this variant, a corresponding Urnenstele therefore has three urn chambers, wherein a first urn chamber and a second urn chamber are arranged one above the other and the first urn chamber and a third urn chamber are arranged side by side. Since the urn chambers are naturally surrounded by material, the width of the urn stele is always slightly larger than the sum of the width of two urn chambers. Here, the material surrounding the urn chambers must be added. The above-described simplest embodiment of this variant has a height which corresponds to the width, provided that the urn chambers have the same height and width.

In another variant, the height of at least one of the urn steles is greater than the width of this urn stele. That is, in this variant, either urn chambers are provided whose height is greater than their width, or more urn chambers arranged one above the other are provided in the urn stele as juxtaposed urn chambers.

If the height of the urn stele is greater than its width, a particularly characteristic L-shape results. In order to realize the L-shape of the outer shape, however, it is not necessary that the height of the urn stele is greater than its width. The L-shape is guaranteed even if the height of the urn stele corresponds to its width.

In one variant, at least one of the urn stelae has a width substantially equal to the width of two urn chambers and a height substantially equal to the height of three urn chambers. In one variant, at least one of the urn stelae has a width substantially equal to the width of two urn chambers and a height substantially equal to the height of four urn chambers. In one variant, at least one of the urn steles has a width substantially equal to the width of x urn chambers and a height substantially equal to the height of y urn chambers, where y = x, y = x + 1, y = x + 2 or y = x + 3 holds. For static reasons, x is preferably always 2.

In a variant, the urn chambers in a view from the front on a square shape. That is, they have in this variant a height that corresponds to their width. In this case, the height or the width is preferably 300 to 400 mm, in particular 320 to 380 mm, in particular 350 to 370 mm, in particular 355 to 365 mm and very particularly approximately 360 mm.

In a variant, closure plates (cover plates) for closing the openings of the urn chambers are provided at least for a part of the urn chambers. Each urn chamber has an opening at its front, through which an urn can be set in the urn chamber. In other words, the urn chambers of the individual urn steles in this variant are designed and set up so that they can be closed with a respective cover plate or closure plate.

In a variant, the closure plates are designed square. This is particularly useful when the urn chambers themselves and thus also the openings in the urn chambers are square. Then the cover plate can be accurately inserted into the also square opening of the urn chamber. By a square cover plate also gives the technical advantage that the urn steles can be placed horizontally or vertically. This results in numerous other design options of the claimed Urnenstelenensembles, for example, some urn steles can be placed vertically, while others are placed horizontally. In principle, it is also conceivable that a urn ensemble ensemble consists only of vertical or only horizontally erected urn stelae.

In a variant, it is therefore provided that the urn steles are provided and arranged to be arranged horizontally or vertically, and in particular without this requires a structural change of urn steles. That is, when setting up the urn steles can be decided at will, whether the respective urn stela should be placed horizontally or vertically. Such a free selectability of the erection direction results in a particularly high flexibility of the entire Urnenstelenensembles even with a comparatively small number of different shapes of the individual urn steles. This reduces the effort in the production of Urnenstelen and still allows different design variants of Urnenstelenensembles. If, for example, to attach a urn stela to a pedestal or to another urn stela holes or the like in the urn stela are to bring or fasteners or the like are to be attached to the urn stele, it is not structural changes in the sense of the present invention.

In principle, it is conceivable to provide differently high and / or differently wide urn chambers in the individual urn stelae. This is also possible if the outer shape of the urn steles used is identical in each case. In a variant, however, it is provided that all urn chambers of at least one urn stele has the same dimensions. In a further variant, it is provided that all urn chambers of the entire Urnenstelenensembles have the same dimensions. In this way, it is possible to produce a uniform external appearance of the urn stereotype ensemble, whereby the L-shaped external shape of the urn steles nevertheless allows greater freedom of design than in the case of solutions known from the prior art.

In a further variant, a chimney chamber is formed in at least one of the urn steles, which is provided and set up so that a fire is kindled in it and burns there. This fire can be kept alive, for example, by fuels that are transported individually to the urnstones ensemble. Examples of such fuels are wood or wood pellets. Furthermore, it is conceivable that the urn stele is connected to a gas supply, so that gas can be used as fuel. The fireplace chamber can be configured open or closed by a glass plate or other cover, wherein at least some view openings are present in the cover. For example, a cover in the form of a plurality of juxtaposed or intersecting rods may be provided.

In a variant, the chimney chamber is formed at a location of the urn stele, at which other urn steles of the same outer building type is an urn chamber. That is, such a urn chamber is replaced in this variant by a chimney chamber.

In a further variant, the chimney chamber is connected to a chimney, so that hot air generated in the chimney chamber and smoke arising there can be removed from the chimney chamber through the chimney. For this purpose, the chimney extends substantially vertically upwards away from the chimney chamber.

In a further variant, the chimney is guided in the urnstones ensemble in such a way that it passes through another urn stele of the urn stele ensemble. there he may preferably touch the other urn stele or run through it without contact.

In order to minimize the risk of burns, the chimney is preferably designed as a tube in the tube, so that the dissipated hot air can rise in an inner tube, while an outer tube surrounding the inner tube provides for heat insulation of the inner tube to the outside , Users who touch the outer tube do not run the risk of burning themselves.

In another variant, the chimney extends through a chimney chamber of the other urn stele, wherein the chimney chamber is formed in the other urn stele instead of one of the urn chambers. This means that in this variant two urn steles modified compared to the classic version are used. One of these urn stelae has a chimney chamber and the other of the urn stelae has a chimney chamber.

Both the fireplace chamber and the chimney chamber replace an urn chamber otherwise present at the respective location. Although this reduces the number of urn chambers in the corresponding urnstones ensemble, it can, however, create an atmosphere suitable for cemetery-typical fields of application of the urnstones ensemble.

In a further variant, a storage chamber is formed in at least one of the urn steles, which is provided and set up to be stored in her jewelry (especially grave decorations) and / or decoration. For this purpose, the storage chamber - unlike the urn chambers when used properly - should not be closed, but remain open so that the jewelry and / or the decoration remain visible to the outside.

In a variant, the storage chamber is formed at a location of the urn stele, where there is an urn chamber in other urn steles of the same outer building type. That is, such a urn chamber is replaced in this variant by a storage chamber.

In a further variant, a roof is provided in the form of a cover, which extends over at least some of the urn steles, preferably on all urn steles, the Urnenstelenensembles. This common cover is preferably connected to the spanned urnstones. This connection can for example by a Screwing done. For this purpose, drill holes can be provided in the uppermost urn chambers of the respective urn steles, through which appropriate screws can reach through in order to anchor the cover to the urn steles.

In a further variant, at least some of the urn stelae, preferably all urn stelae, are connected to a pedestal. This pedestal can be a separate pedestal for each urn pedestal or a common pedestal for several or all urn pedestals. This connection can also be made, for example, by a screw, for which purpose holes are provided for this purpose in the lower region of the respective bottom urn chambers of the urns, through which screws can reach, in order to anchor the respective base to the urn stele.

In a further variant, the bases used are provided and arranged to be connected to a foundation. In this variant, it is provided in particular that each base is provided with a foundation. In particular, this foundation can be a continuous foundation that is connected to the individual sockets of the respective urn stelae. In addition to a common foundation for all urn steles of a urnstones ensemble, it is also conceivable that individual foundations are provided for individual urn steles of a Urnenstelenensembles.

Figur 1 A bis 1 F

unterschiedliche Ausführungsbeispiele eines Urnenstelenensembles,

Figur 2A und 2B

Ausführungsbeispiele eines Urnenstelenensembles mit einer Kaminkammer,

Figur 3A bis 3F

weitere Ausführungsbeispiele eines Urnenstelenensembles,

Figur 4A bis 4C

drei Varianten einer Urnenstele eines Urnenstelenensembles und

Figur 5A bis 5C

Ausführungsbeispiele zur Verankerung einer Abdeckung und eines Sockels an einer Urnenstele.

The present invention will be explained in more detail with reference to embodiments in conjunction with drawings. Show it:

Figure 1 A to 1 F

different embodiments of a Urnenstelenensembles,

FIGS. 2A and 2B

Exemplary embodiments of an urn stele ensemble with a chimney chamber,

FIGS. 3A to 3F

further embodiments of a urn stele ensemble,

FIGS. 4A to 4C

three variants of an urn stela of a urn stele ensemble and

FIGS. 5A to 5C

Embodiments for anchoring a cover and a pedestal to a urn stele.

The Figure 1A shows a Urnenstelenensemble 11 consisting of a first urn stela 1, a second urn stela 2, a third urn stela 3 and a fourth urn stele 4. These four Urnenstelen 1, 2, 3, 4 each have an L-shaped outer shape. The first urn pedestal 1 and the fourth urn pedestal 4, on the one hand, and the second urn pedestal 2 and the third urn pedestal 3, on the other hand, are each configured identically.

The first urn stele 1 contains a first urn chamber 5a, which is arranged horizontally next to a second urn chamber 5b. The second urn chamber 5b is disposed below a third urn chamber 5c. The first urn chamber 5a, the second urn chamber 5b and the third urn chamber 5c can be shortened also referred to as urn chambers 5. Since the heights and the widths of the urn chambers 5 are identical in each case, the height of the first urn stele 1 is equal to the width of the first urn stele 1. The height and the width respectively correspond substantially to the width of two urn chambers 5. The width of the urn the urn chambers 5 surrounded material each added to the width of the openings of the urn chambers 5.

Also, the second urn stela 2, the third urn stele 3 and the fourth urn stele 4 are provided with urn chambers 5, only a few of these urn chambers are provided with the corresponding reference numerals to provide better clarity. The second urn stele 2 and the third urn stele 3 have a height which is greater than the width of the respective urn stele. This is realized in that in the second Urnenstele 2 and the third Urnenstele 3 a total of three urn chambers 5 are arranged one above the other, but only two urn chambers next to each other. Thus, the second urn stele 2 and the third urn stele 3 have a height which substantially corresponds to the height of three urn chambers 5, while their width substantially corresponds to the width of two urn chambers 5.

The first urn stele 1 contacts the second urn stele 2 along a connecting edge 6. The second urn stele 2 contacts the third urn stele 3 along a connecting surface 7. The third urn stele 3 contacts the fourth urn stele 4 again along a connecting edge 6.

The first urn stele 1 is connected to a first base 8. This first pedestal 8 is a single pedestal for the first urn pedestal 1. The second urn pedestal 2 and the third urn pedestal 3 are connected to a second pedestal 9. This second base 9 is a common base for the second urn stela 2 and the third urn stela 3. The fourth urn stele 4 is connected to a third base 10. This third base 10 is - as in the first base 8 - to a single base for the fourth Urnenstele 4. Thus, in this embodiment, all urn steles 1, 2, 3, 4 with a base 8, 9, 10 are connected.

When used according to the Urnenstelenensembles 11, the urn chambers 5 are closed with cover plates. These are in the Figure 1A not shown separately.

All Urnenstelen 1, 2, 3, 4 of Urnenstelenensembles 11 have an L-shaped outer shape. The horizontal and vertical legs of the first urn stele 1 and the fourth urn stele 4 are each of the same length. In contrast, the horizontal leg of the second Urnenstele 2 and the third Urnenstele 3 are shorter than the respective vertical leg of Urn steles 2, 3rd

The FIG. 1B shows a further embodiment of a Urnenstelenensembles 11. In this as well as the following figures, the same elements with the same reference numerals as in the previous figures provided, without being explicitly referred to again. Furthermore, reference is made to the respective preceding figures, without this being explicitly explained again in the individual case.

The Urnenstelenensemble 11 of the FIG. 1B is again composed of four urn stelae 1, 2, 3, 4. These four Urnenstelen 1, 2, 3, 4 each have the same outer L-shaped configuration and are equipped with a plurality of urn chambers 5. Again, only a portion of these urn chambers 5 is provided with the corresponding reference numeral to provide a better clarity. Again, this is not explicitly stated in the explanations of the following figures, in which this is handled in the same way.

The first urn stele 1 is connected to a first base 8, while the fourth urn stele 4 is connected to a second base 9. The second urn stele 2 and the third urn stele 3 are arranged above and next to the first urn stele 1 and the fourth urn stele 4 such that they are not connected to a base. Rather, they are based on a sectionally horizontally and partially vertically extending support surface 7 on the first urn stele 1 and the fourth urn stele 4 from. They are connected via a further vertically extending support surface 7 with each other. Above the second urn pedestal 2 and the third urn pedestal 3, a roof 12 is attached as a cover which constitutes a common cover for the first urn pedestal 1, the second urn pedestal 2, the third urn pedestal 3 and the fourth urn pedestal 4.

By both horizontally and vertically extending support surface 7 is a significantly more stable connection between the second Urnenstele 2 and the first urn stele 1 and the third urn stele 3 and the fourth urn stele 4, as if the respective support surface 7 would only extend vertically. Therefore, the massive appearing embodiment in the FIG. 1B an increased stability compared to other Urnenstelenensembles that look similar, but where no horizontal support surfaces 7 are provided between individual Urnenstelen.

The Figure 1C shows a further embodiment of a Urnenstelenensembles 11, which consists of a first Urnenstele 1 and a second Urnenstele 2. Both urn stelae have the same outer L-shaped configuration and are equipped with a plurality of urn chambers 5. The first urn stele 1 is connected to a first base 8, while the second urn stele 2 is connected to a second base 9. The first urn stele 1 and the second urn stele 2 are arranged such that in the middle of the urn stele ensemble 11 a free space remains which has a width and height which is approximately the width and height of an urn chamber 5 (plus the material surrounding the urn chamber 5). equivalent. This space can be used as a storage area. Between the first Urnenstele 1 and the second Urnenstele 2 a running in two sections vertically aligned bearing surface 7 is formed, via which the two urn stelae 1, 2 are supported in each case.

Above the first urn stele 1 and the second urn stele 2, a roof 12 is again formed, which is connected to the first urn stele 1 and the second urn stele 2 by means of screws.

The FIG. 1D shows a further embodiment of a Urnenstelenensembles 11, which substantially in the Figure 1C shown embodiment corresponds. However, the height of the first urn stele 1 and the second urn stela 2 in the FIG. 1D larger than in the embodiment of Figure 1C , Thus, the first urn stele 1 and the second urn stele 2 in the embodiment of the FIG. 1D a height which substantially corresponds to the height of four urn chambers 5, while the height of the first urn stele 1 and the second urn stele 2 in the embodiment of the Figure 1C only the height of three urn chambers 5 corresponds. As a result, a free space formed between the first urn stele 1 and the second urn stele 2 is correspondingly larger and corresponds approximately to the height of two urn chambers 5.

The Figure 1E shows a Urnenkammerensemble 11, the first Urnenstele 1 almost identical to the first urn stele 1 of the embodiment of FIG. 1D is. However, the urn chambers 5 are in the first urn stele 1 of the embodiment of Figure 1E Compared to the first Urnenstele 1 of the embodiment of FIG. 1D on the other side of the first urn stela, so that the first urn stele 1 of the embodiment of the Figure 1E Compared to the first Urnenstele 1 of the embodiment of FIG. 1D is formed mirror-inverted.

The second Urnenstele 2 of the embodiment of Figure 1E is identical to the second Urnenstele 2 of the embodiment of FIG. 1D , However, the first urn stele 1 and the second urn stela 2 in the embodiment of the Figure 1E relative to each other arranged differently than in the embodiment of the FIG. 1D the case was. This results in a larger width of the entire Urnenkammerensembles 11, which is why a corresponding roof 12 is made wider. In addition, the first base 8, on which the first urn stele 1 is fixed, and the second base 9, on which the second Urnenstele 2 is fixed, designed identical, while in the embodiment of the FIG. 1 D have different widths. Due to the different arrangement of the first urn stele 1 and the second urn stele 2 results in a total smaller vertically extending support surface 7 between the two urn stelae 1, 2. In the illustrated arrangement of Figure 1E is formed by the first urn stela 1 and the second Urnenstele 2 a gate-like opening, wherein both urn stelae 1, 2 are supported by the common bearing surface 7 and thus form a very stable urn chamber ensemble 11.

The Figure 1F shows a further embodiment of a Urnenkammerensembles 11, which again consists of a first Urnenstele 1 and a second Urnenstele 2, which are each equipped with a plurality of urn chambers 5. The second Urnenstele 2 is not identical to the first Urnenstele 1 executed. Nevertheless, the first urn stela 1 and the second urn stele 2 can be connected to one another in a suitable manner, wherein in turn a horizontal and vertical bearing surface 7 is formed between the first urn stele 1 and the second urn stele 2. The first urn stele 1 is connected to a first base 8, while the second urn stele 2 is connected to a second base 9. Above the first urn stele 1, a roof 12 is also provided.

Due to the different design of the first urn stele 1 and the second urn stela 2 of the in the Figure 1F The embodiment shown results in a Urnenstelenensemble 11, which has a greater width in its lower region than in its upper region. Such a height-dependent width configuration of Urnenstelenensembles 11 can also in the embodiment of Figure 1A be seen.

The FIG. 2A shows a Urnenstelenensemble 11, which in turn is composed of a first urn stele 1 and the second urn stela 2. In this case, one of the urn chambers 5 in the first urn stele 1 is replaced by a chimney chamber 13. In this fireplace chamber can a Fires are kindled and burn for an extended period of time. In order that hot air and smoke, which are generated by the fire, can be drawn off from the chimney chamber 13, a chimney 14 is provided in an upper area of the chimney chamber 13. This chimney 14 extends vertically upwards from the chimney chamber 13 away. In this case, he first passes through a cavity formed between the first urn stele 1 and the second urn stele 2, in order subsequently to enter the second urn stele 2. This entry takes place in the region of a chimney chamber 15, which is formed instead of an urn chamber 5 in the second urn stele 2. The chimney 14 also passes through a roof 12, and then ends above the roof 12.

Both the first urn stele 1 and the second urn stele 2 are anchored on a common base 8.

The FIG. 2B shows a further embodiment of a Urnenkammerensembles 11, in which a chimney chamber 13 and a chimney chamber 15 are provided. This corresponds to the in the FIG. 2B illustrated embodiment substantially in the FIG. 2A illustrated embodiment, so reference is made to the relevant explanations. In contrast to the embodiment of FIG. 2A have the first urn stela 1 and the second urn stela 2 in the embodiment of FIG. 2B However, in each case a flat bevel, so that they can be arranged rotated to each other. This flat bevel runs at an angle of approximately 45 degrees to two surfaces flanking the flat bevel of the first urn stele 1 and the second urn stela 2 FIG. 2B Looking frontally on the second Urnenstele 2, the vertical leg of the L-shaped outer shape of the first Urnenstele 1 is rotated backwards. As the axis of rotation serves the chimney 14. In contrast to the in the FIG. 2A illustrated embodiment, a cross-extending roof 12 is also provided to allow a rotation of the first urn stele 1 relative to the second urn stela 2. In addition, the first urn stela 1 is anchored on a first base 8 and the second urn stela 2 on a second base 9, so that the rotation of the two urn stelae 1, 2 against each other is possible. This mutually twisted arrangement of the first urn stele 1 and the second urn stele 2 allows an even greater flexibility of the outer design of the Urnenstelenensembles 11 without the stability of the Urnenstelenensembles 11 suffers. Because still leans the second Urnenstele 2 due to their L-shaped shape of the first urn stele 1 and thus reaches both in a lower and in an upper region of Urnenstelenensembles sufficient in terms of stability force into the first urn stela. 1 ,

The FIG. 3A shows a schematic representation of another embodiment of a Urnenstelenensembles 11 with a first urn stele 1, a second urn stele 2, a third urn stele 3 and a fourth urn stele 4. All four Urnenstelen 1, 2, 3, 4 have the same outer L-shaped configuration on. Their height corresponds approximately to the height of three urn chambers 5, while their width corresponds in each case substantially to the width of two urn chambers 5. The individual urn stelae 1, 2, 3, 4 do not touch each other in this embodiment. In the embodiment of FIG. 3A are no sockets for the individual urn stelae 1, 2, 3, 4 shown. In principle, however, it would be conceivable to provide such sockets in accordance with the embodiments explained above. Furthermore, it would be conceivable to provide a cover on the urn stelae. These two variants also apply to the embodiments explained below.

In the FIG. 3B is another embodiment of a Urnenstelenensembles 11 to see, which is essentially the embodiment of the FIG. 3A equivalent. In particular, the Urnenstelen 1, 2, 3, 4 of the embodiment of the FIG. 3B identical to the Urnenstelen 1, 2, 3, 4 of the embodiment of FIG. 3A , However, the individual urn steles 1, 2, 3, 4 are now arranged to each other so that they touch each other.

In the FIG. 3C is another variant of the in the FIGS. 3A and 3B to see embodiments shown. In this variant, the second Urnenstele 2 and the third Urnenstele 3, while between the first Urnenstele 1 and the second Urnenstele 2 and between the third Urnenstele 3 and the fourth Urnenstele 4 each have a gap is provided.

In the in the Figure 3D shown embodiment again come urn steles 1, 2, 3, 4 as in the embodiments of FIGS. 3A to 3C for use. This time, however, the relative arrangement of the individual Urnenstelen 1, 2, 3, 4 chosen differently to each other. At the same time, the urn steles arranged next to each other touch each other so that they can support one another in this way. As a result, a complex structure is created in this way, which has a gate-like opening in its center.

In the FIG. 3E is another embodiment of a Urnenstelenensembles 11 to see that an extension of the in the Figure 3D shown Urnenstelenensembles 11 is. So the central element of the Urnenstelenensembles 11 of the FIG. 3E with the Urnenstelenensemble 11 of the Figure 3D match. In addition, however, a fifth urn stela 16 and a sixth urn stele 17 are provided, which are the first Urnenstele 1 and the fourth Flank the urn stele 4 at their respective sides without directly contacting the first urn stela 1 or the fourth urn stela 4. It is obvious to a person skilled in the art that any further modifications of this urn-nesting ensemble 11 are possible here.

In the FIG. 3F a further embodiment of a Urnenstelenensembles is shown, in which - unlike the embodiments of the FIGS. 3A to 3E - not two identical urn steles are used. Rather, a first Urnenstele 1 is used, which has a lower height than a second Urnenstele 2. The Urnenstelenensemble 11 of FIG. 3F is from identically constructed elements such as the Urnenstelenensemble 11 of the FIG. 1 F composed, wherein the first urn stele 1 and the second Urnenstele 2 have a different relative orientation to each other. However, this embodiment makes it clear what variability is possible with the invention claimed urnstones ensemble and its modular construction.

The FIG. 4A shows a frontal view of a single Urnenstele 1 of an embodiment of a Urnenstelenensembles. This urn stele 1 has a height that corresponds substantially to the height of four urn chambers 5. The width of the urn stele 2 corresponds essentially to the width of two urn chambers 5. Such a urn stele is, for example, in the embodiments of the Figures 1D and 1E installed. For the Urnenstelenensemble come next to the in the FIG. 4A Urn Stele 1 shown preferably also almost identical urn steles used, in which the horizontal chambers not to the left, but to the right (mirroring along the right longitudinal side of the urn stele 1).

The FIG. 4B shows a further embodiment of a Urnenstele 1 of an embodiment of a Urnenstelenensembles. In this case, the urn stele 1 in this embodiment has a height which corresponds substantially to the height of three urn chambers 5. The width of the Urnenstele 1 of FIG. 4B again corresponds substantially to the width of two urn chambers 5. Such a urn stele is in many of the previously explained embodiments, for example in the FIGS. 3A to 3F , used. For the Urnenstelenensemble come next to the in the FIG. 4B Urn Stele 1 shown preferably also almost identical urn steles used, in which the horizontal chambers not to the left, but to the right (mirroring along the right longitudinal side of the urn stele 1).

The FIG. 4C finally shows a further embodiment possibility of a urn stele 1 of an embodiment of a Urnenstelenensembles. Here, the urn stela 1 of figure 4C a height corresponding to the width of the urn stela. Both the height and the width of the urn stela 1 of FIG. 4C correspond to the width or the height of two urn chambers 5. Such urn stela is, for example, in the embodiments of Figures 1A . 1F and 3F shown.

In a variant, the claimed Urnenstelenensemble in the FIGS. 4A to 4C shown and the above text to the FIGS. 4A and 4B additionally explained components (ie components a total of five different types) on.

The FIG. 5A shows a schematic representation of the compound in the FIG. 4A As already explained above, in particular for the connection of the urn stele 1 with the roof 12 and the base 9, a screw connection is provided which by appropriate screws at the top of a in an upper region of the Urnenstele 1 arranged urn chamber 5 and a bottom of a arranged in the lower region of the urn stanchion 1 urn chamber 5 can be realized.

The in the FIG. 5A Areas marked B and C are in the Figures 5B and 5C shown enlarged. So is in the FIG. 5B good to see that a screwing the Urnenstele 1 with the base 9 by means of two screws 18, which are arranged below a lower cover plate 19 in the lowest urn chamber 5 of the urn stele 1.

In the same way is in the FIG. 5C to recognize that the roof 12 is attached by means of two screws 18 to the urn stele 1, wherein the screws 18 are arranged in an upper region of the uppermost urn chambers 5 and are covered by an upper cover plate 20 of the respective urn chambers 5.

The in the FIGS. 5A to 5C shown screwing the Urnenstele 1 with the base 9 and the roof 12 is only one variant of a possible connection of these components with each other. As already explained above, in principle, other compounds are possible, which in principle, however, are known (for example gluing or mortar) ,

Claims (15)

Modular Urnenstelenensemble with at least two urn stelae (1, 2, 3, 4, 16, 17), wherein the urn steles (1, 2, 3, 4, 16, 17) each having a plurality of urn chambers (5) provided and are set up to record at least one urn,
characterized,
that the urn steles (1, 2, 3, 4, 16, 17) have an L-shaped outer shape. Modular Urnenstelenensemble according to claim 1, characterized in that at least two of the urn steles (1, 2, 3, 4, 16, 17) have the same outer shape. Modular Urnenstelenensemble according to claim 1 or 2, characterized in that all urn steles (1, 2, 3, 4, 16, 17) have the same outer shape. Modular Urnenstelenensemble according to one of the preceding claims, characterized in that at least some of the urn steles (1, 2, 3, 4, 16, 17) are arranged side by side and touch each other. Modular Urnenstelenensemble according to one of the preceding claims, characterized in that it additionally comprises one or more individual Urn chamber modules, each with exactly one urn chamber, which are designed as from the Urnenstelen (1, 2, 3, 4, 16, 17) separate components. Modular urnstones ensemble according to one of the preceding claims, characterized in that the urn steles (1, 2, 3, 4, 16, 17) have a width which corresponds at least to the width of two urn chambers (5), and have a height which at least the Height of two urn chambers (5) corresponds. Modular Urnenstelenensemble according to claim 6, characterized in that the height of at least one of the Urnenstelen (1, 2, 3, 4, 16, 17) is greater than its width. Modular urnstones ensemble according to claim 6 or 7, characterized in that the height of the urn chambers (5) corresponds to the width of the urn chambers (5). Modular Urnenstelenensemble according to claim 8, characterized in that at least for a part of the urn chambers (5) closure plates are provided for closing openings of the urn chambers, wherein the closure plates are designed square. Modular Urnenstelenensemble according to claim 9, characterized in that the urn steles (1, 2, 3, 4, 16, 17) are provided and arranged to be arranged without structural changes horizontally or vertically. Modular urnstones ensemble according to one of the preceding claims, characterized in that at least one of the urn steles (1, 2, 3, 4, 16, 17) has a chimney chamber (13) provided and arranged for a fire to burn inside it. Modular urnstones ensemble according to claim 11, characterized in that the chimney chamber (13) is in flow communication with a chimney (14) which extends substantially vertically upwards away from the chimney chamber (13). Modular urnstones ensemble according to claim 12, characterized in that the chimney (14) through one of the other urn steles (1, 2, 3, 4, 16, 17) extends. Modular urnstones ensemble according to one of the preceding claims, characterized in that the Urnenstelenensemble (11) has a common cover (12) for at least some urnstones (1, 2, 3, 4, 16, 17). Modular urnstones ensemble according to one of the preceding claims, characterized in that at least some of the urn steles (1, 2, 3, 4, 16, 17) are connected to a base (8, 9, 10).

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