WO2009106024A1

WO2009106024A1 - Pavilion, particularly outdoor pavilion

Info

Publication number: WO2009106024A1
Application number: PCT/DE2008/002092
Authority: WO
Inventors: Dabin Wen
Original assignee: Yotrio Group Co., Ltd.
Priority date: 2008-02-29
Filing date: 2008-12-18
Publication date: 2009-09-03
Also published as: DE102008011990B4; DE102008011990A1

Abstract

The invention relates to an outdoor pavilion, having a support construction (1) which surrounds an interior space, a roof (2), and at least one side wall (3). The pavilion is designed with consideration for maximizing flexibility of the construction with respect to the effect of environmental influences, in such a manner that the lower end of the side wall (3) can be vertically displaced, and the side wall (3) can in this manner be closed and opened. In a preferred form, two pavilion side walls (3) lying opposite each other are coupled to each other in such a manner that the closing movement of one side wall (3) opens the side wall (3) lying opposite. Side walls lying opposite each other can consist of a single material web (4). The pavilion according to the invention enables a quick adjustment for changing wind conditions, and particularly for the changing position of the sun.

Description

PAVILLON ₅ IN PARTICULAR GARDENPAVILLON

The invention relates to a pavilion, in particular a garden pavilion, with a support structure surrounding an interior, a roof and at least one side wall.

Such constructions are known as temporary structures, in particular from the leisure and / or garden area. For example. Garden pavilions are suitable for gathering in the interior in a sociable round for celebrations or for sharing food together. Furthermore, such structures are used regularly for the construction of exhibition stands or to provide a minimum level of protection from the weather, for example. During construction or as a shelter for security personnel.

Accordingly, known pavilions have at least a roof that provides a minimum level of protection from the weather, and in particular protects against sunlight and possibly also from rain.

Furthermore, pavilions are known, which have next to a roof and side walls. The components mentioned consist mostly of flexible, web-like material.

If a pavilion has no or not completely circumferential side walls, however, only an insufficient protection from the weather is ensured, namely from strong sunlight and rain, which can easily penetrate into the pavilion, especially in conjunction with strong winds.

However, if the interior of the pavilion is completely surrounded by side walls, the light entering the interior is clearly limited. Furthermore, the supply of fresh air is reduced and the user's endeavor to expose himself to the environmental influences in favorable weather conditions is not sufficiently satisfied.

The present invention is therefore the object of a generic pavilion in such a way and further, that the greatest possible Flexibility of the construction is achieved with regard to the impact of environmental influences.

This object is achieved with the characterizing features of claim 1. Thereafter, an initially mentioned pavilion is configured and further developed such that the lower end of the side wall is displaceable in the vertical direction and the side wall is thereby openable and closable.

Advantageous developments of the inventive concept can be taken from the subordinate claims.

According to the invention, it has been recognized that with an openability and lockability of at least one side wall by means of the displacement of the lower end, the greatest possible flexibility of the entire construction can be achieved. Thus, the side wall in mild weather and not too strong sunlight remain open, so that an enjoyment of the natural environment is possible. Excessive exposure to the sun, wind or rain can quickly and easily close the user's sidewall, simply by pulling it down again. This allows rapid protection against adverse weather conditions.

In a preferred manner, several or even all side walls of the pavilion according to the invention can be opened and closed in this manner, so that an unrestricted enjoyment of the surrounding nature is readily possible.

In accordance with the invention, the pavilion can be opened or closed with the least expenditure of time, without any structural changes having to be made (eg removal of side wall tarpaulins). This is a convenient operation and in particular a quick adjustment to changing weather conditions (eg. In the oncoming storm or thunderstorms) allows.

Accordingly, a pavilion has been created by the invention, which has the greatest possible flexibility of the construction with respect to the action of environmental influences. Preferably, the side walls each have a flexible material web. As a result, weight is saved and the side wall can be folded or rolled up in the disassembled state in a simple manner.

Furthermore, the material web can be divided viewed in the longitudinal direction. This reduces wrinkling in the wall of the pavilion. In addition, the side wall in the disassembled state has a smaller pack size.

In a further embodiment, the side walls and / or the roof have a - possibly impregnated - natural or synthetic fiber fabric, in particular a gauze or net-like fabric, a composite of a fabric and a plastic film or a plastic film. Thus, a low weight of the entire construction can be achieved. Furthermore, the components mentioned so easy to fold or roll up. The roof and / or the side walls can be made of opaque, translucent or transparent material, depending on which light incidence is provided for the interior of the device according to the invention. Preferably, however, the roof and side walls are made of translucent material, so that by closing the side wall or the side walls protection from direct sunlight is reached, but at the same time no complete darkening occurs. In this regard, the use of a gauze or netted fabric has proven particularly advantageous. Such a material protects against direct sunlight, but is partially transparent and does not hinder the supply of fresh air.

The or each displaceable side wall can be rolled up and / or deflected into the roof plane. For this purpose, in the region of the abutting edge between the roof and the respective side wall, a reeling mechanism can be provided, which receives the upwardly displaced side wall. Preferably, however, the side wall is deflected by a provided at the abutting edge deflection in the roof level, as soon as it is moved upwards.

For this purpose, the side wall can be deflected into the roof plane via one or more deflection rollers and / or deflection rollers. If the side wall is removed by - -

open at its lower end, it is simply deflected into the roof level and comes to lie parallel to the roof level. If the side wall is to be closed again, its lower end is simply pulled down by the user, as a result of which the side wall is moved out of the roof plane back onto the side surface to be closed in cooperation with the deflection roller (s) and / or deflection rollers.

With a view to easy operation, at least one handle can be attached or formed in the lower area of the side wall. If the side wall is made of a flexible, web-like material, one or more semicircular openings may be provided as a hand engagement at the lower end of the side wall.

The pavilion according to the invention may have a single, circular side wall, which is displaceable in the manner indicated above and thereby openable and closable. However, in view of a simple and stable construction, it is preferable that the gazebo has an even number of side walls, with opposite side walls respectively being arranged in parallel. In other words, the pavilion may have a number of four, six, eight, etc. side walls and accordingly have a cross-sectional area in the form of a rectangle or polygon.

In general, it is preferred that the pavilion has four side walls and, accordingly, a rectangular or square base.

In a very particularly preferred development of the pavilion according to the invention, at least two opposite side walls are coupled to one another such that the opposite side wall is opened by the closing movement of a side wall. In other words, means for coupling the opposite side walls are provided so that the user side pulling down one side wall, the opposite side wall is pulled upwards and thereby opened. This embodiment is particularly advantageous in terms of maximum flexibility with respect to the effects of environmental influences. In direct sunlight, for example, the sun- - -

turned side of the pavilion to be closed by the user. The automatic opening of the opposite side wall prevents the interior of the pavilion from being dimmed excessively. The users of the pavilion are thus protected from direct sunlight, but at the same time can enjoy the natural environment without major restrictions. If the direction of solar radiation changes during the day, the side wall, which is currently exposed to sunlight, can simply be closed, which then opens the opposite side wall again. So throughout the day in the interior of the pavilion according to the invention protection against direct sunlight while maintaining constant lighting conditions guaranteed. The same advantages are achieved in terms of protection against wind or storm. This closes the side wall of the pavilion exposed to the wind, which automatically opens the side of the pavilion away from the wind. As a result, neither the light incidence nor the air supply to the interior are obstructed.

As in the aforementioned sense, a pavilion has proven to have a rectangular or square base with four side walls, both side wall pairs are coupled together in the aforementioned manner. As a result, two side walls can be closed in each case, whereby the respective opposite side walls open automatically. If the user does not want to close any of the side walls completely, alternatively, all side walls may remain in a half-open state. In a further embodiment, means are provided to lock the lower end of both opposite side walls in an upwardly pushed position. Thus, the one side wall can be opened by pulling down the opposite side wall. If the opposite side wall (of flexible material) but also remain open, the lower end can be pushed back up by hand and there by suitable means, for example. One or more hooks are locked.

With regard to an arrangement which is as inconspicuous as possible, it is preferred that the means for coupling opposing side walls are guided through the roof area of the pavilion. Such means for coupling may, for example, tapes, ropes, cords or flexible material webs have. The means for coupling may be articulated at the upper end of a side wall, parallel to the roof plane on the opposite - -

lying side and be articulated there at the upper end of the opposite side wall.

In a particularly preferred manner, the coupling of opposite side walls is accomplished in that each opposite side walls of a common - possibly divided in the longitudinal direction - material web. In other words, in this embodiment, in each case opposite side walls of a single material web, which forms both side walls and otherwise extends as a means for coupling the side panels through the roof area of the pavilion according to the invention. For a particularly simple construction is realized, which can dispense with additional means for coupling opposing side walls. A subdivision of the web in the longitudinal direction is advantageous in terms of the compensation of length and stress differences and to prevent resulting wrinkles and protuberances.

With regard to a material saving is preferred in connection with the aforementioned embodiment that the roof of the pavilion according to the invention is formed by at least one common material web of opposite side walls. Accordingly, it can be dispensed with the provision of a separate roof or a separate roof tarp. The roof is formed in a simple manner by a material web which simultaneously provides opposite side walls.

Accordingly, in the roof region, a plurality of material webs, each forming a pair of side walls, can run one above the other, wherein optionally different material webs are spaced from one another by transverse struts of the support structure. If the pavilion according to the invention has, for example, four side walls, wherein the two side wall pairs are each formed by a single material web, the two material webs run one above the other in the roof area of the pavilion, namely at a right angle. Accordingly, the roof of the pavilion is formed by a double-layered material web. To reduce the friction between the two webs during an open or closing movement of the respective side walls, the webs may be arranged so that between them cross struts of the support structure are arranged. The support structure surrounding the interior can have tubes and / or struts, in particular profile struts. As a result, the greatest possible stability is achieved with low weight of the entire device.

In a preferred embodiment of the inventive idea, the roof is held by several, in particular four, struts. This is particularly advantageous if the base of the pavilion is rectangular and the pavilion has a total of four side walls.

In this case, a roof frame may be arranged at the upper end of the struts, which closes the support structure at the top and provides a framework or a substructure for the roof of the pavilion.

In an advantageous embodiment, the roof frame on one or more cross members and / or pulleys and / or guide rollers. Additional cross struts increase the stability of the entire structure on the one hand. On the other hand, the cross braces are particularly advantageous in terms of a spacing of superimposed webs of material, which can form the roof of the pavilion according to the invention in the manner already mentioned. The roof frame may further comprise pulleys and / or guide rollers, namely to allow in the manner already described, the deflection of an upwardly pushed side wall in the roof plane. It is advantageous that such deflection rollers or rollers are arranged in the region of the lateral edges of the roof frame, and as a rule parallel thereto. Such guide rollers can be formed in a simple manner by one or more sleeves are pushed onto cross struts of the roof frame. Preferably, each guide roller is aligned parallel to the adjacent strut of the roof frame, wherein only a small gap remains between the guide roller and the roof frame. Through this gap, the material web of the side wall can pass and deflect in interaction with the guide roller in the roof level.

In a further embodiment, a side wall is in each case arranged between two vertically extending struts. On the one hand, this - -

kungful encapsulation of the interior against environmental influences and on the other hand created a structurally simple way to guide the side wall during the displacement in the vertical direction at its lateral edge.

For this purpose, the struts may each have one or more longitudinally extending recesses, in particular grooves or channels.

In a preferred embodiment, a side wall thus engages with its lateral edges in one of these recesses or has means which engage on both sides (i.e., on both lateral edges of the side wall) in the respectively adjacent recess. Usually, a strut will each have two directly adjacent side walls. Accordingly, it is advantageous that each support strut has at least two of these longitudinally extending recesses, namely to be able to guide both adjacent side walls in the vertical displacement safely. Furthermore, such a close completion of the side wall against the ingress of light and / or wind can be realized.

In a further embodiment, the lower end of one or more side walls has a crossbar or the like. As a result, on the one hand stabilize the side wall and the flutter of the side wall in wind attack can be largely prevented. On the other hand, such a crossbar provides a comfortably accessible and stable starting point for the user's hand, namely to be able to pull the side wall down.

In a particularly preferred development, each side edge of the side wall is assigned at least one wheel, a roller or the like, that engages in the longitudinal direction displaceable in the respective adjacent strut. Such a wheel or roller pair may, for example, be arranged on an aforementioned crossbar. Alternatively, such a wheel or roller pair can also be assigned directly to the lateral edge of the side wall. Via the height of the side wall and a plurality of wheel or roller pairs can be provided, whereby a particularly secure fixing and guiding the side wall can be realized at or between the struts. The struts can be connected via a - -

Filed cross-section having a channel for receiving the wheels or rollers. This channel can be dimensioned so that a wheel or a roller can be inserted only from above into the strut and otherwise not removable from this, but is arranged only displaceable in the vertical direction in the strut.

While it is preferred in view of a simple construction and a saving of material and weight, that the roof of the pavilion is formed from at least one material web, which at the same time provides a pair of sidewalls, with regard to a changed or improved aesthetic appearance and / or a improved protection against the weather and a separate roof element are provided, which is designed as a flat or pitched roof or may have the shape of a dome or pyramid.

There are now various possibilities for designing and developing the teaching of the present invention in an advantageous manner. For this purpose, on the one hand to the claims subordinate to claim 1 and on the other hand to refer to the following explanation of preferred embodiments of the invention with reference to the drawings. In conjunction with the explanation of the preferred embodiments of the invention with reference to the drawings, also generally preferred embodiments and developments of the teaching are explained. In the drawing show

1 is a perspective view of a first embodiment of the pavilion according to the invention, together with three detailed views,

Fig. 2 is a perspective view of a second embodiment of the

pavilions,

3 is a perspective view of the support structure of a pavilion according to the invention,

4 is a perspective view of a roof frame of the pavilion according to the invention, 5 a strut of the support structure together with a detailed representation of the displacement mechanism for the adjacent side walls,

Fig. 6 is a top sectional view of the strut of FIG. 5 together with hinged side walls, and

Fig. 7 is a partially sectioned, schematic side view of a pavilion according to the invention, wherein the position and leadership of an opposite side walls forming material web is illustrated.

Fig. 1 shows a perspective view of a first, preferred embodiment of the pavilion according to the invention. The pavilion generally has a support structure 1 and a roof 2. Furthermore, the pavilion has a total of four side walls 3, wherein in each case opposite side walls 3 are arranged in parallel. In other words, the pavilion in this embodiment, a square base, the interior takes the form of a cuboid.

In accordance with the invention, all four side walls 3 are designed such that in each case the lower end can be displaced in the vertical direction and the side wall 3 can be opened and closed thereby. In the illustration shown, the two front side walls 3 are opened while the two rear side walls 3 are closed. All side walls 3 are formed of flexible material webs 4. In this case, the material webs 4 consist of a net-like plastic fabric or plastic gauze. As a result, direct sunlight is held, the incidence of light and the supply of fresh air into the interior are only slightly hampered.

In this embodiment, in each case opposite side walls 3 are formed by a common material web 4, wherein the material web 4 is divided in the middle in the longitudinal direction. Accordingly, two webs 4 have been used here. Each of the webs 4 forms one of the illustrated front Side walls 3 and at the same time the rearwardly directed, respectively opposite side wall 3 of the pavilion. For this purpose, the material web 4 is deflected and guided over the roof area of the pavilion to the rear, is deflected again on reaching the rear side surface and forms the rear side wall 3. In this embodiment, the two webs 4 in the roof area over each other, but by cross struts (not here shown) spaced from each other. The two webs 4 thus simultaneously form the roof 2 of the pavilion.

In accordance with the invention, the respective opposite side wall 3 of the pavilion is opened by the user-side closing a side wall 3, namely by the material web 4 is displaced altogether.

The support structure 1 of the pavilion here has four vertically arranged struts 5, at the upper end of a roof frame 6 is articulated.

In Fig. 1 in addition three enlarged, partly schematic detail shots of the pavilion according to the invention are shown. The detail arranged on the top right illustrates how a longitudinally divided material web 4 is deflected from the plane of the side wall 3 into the roof plane. For this purpose, 6 parallel deflection rollers 7 are arranged on all four sides of the roof frame. Between the guide roller 7 and the roof frame 6 remains a small gap through which the web 4 is guided. With the help of the guide rollers 7, the web 4 can now move with little effort, so that a side wall 3 of the pavilion and apparently the same time the opposite side wall 3 can be closed in a simple manner.

The average detail shows that at the lower end of each side wall 3 or at both ends of each material web 4, a crossbar 8 is incorporated, which forms the lower end. By the crossbar 8, the side walls 3 are stabilized. Furthermore, the presence of a cross bar 8 facilitates the gripping of the lower end of a side wall 3 to the user. In addition, means may be provided at the respective ends of the crossbar 8 which are displaceable in the longitudinal direction in suitable recesses of the respective adjacent Stand struts 5 can engage, at the same time set the side wall 3, however, in the horizontal direction of the respective strut 5.

Such a solution according to the invention can be seen in the third, lower left arranged detail. At each end of the crossbar 8, a roller 9 is articulated, which engages in a longitudinal recess of the support strut 5 and thus defines the side wall 3 on the support structure 1, while allowing a low-friction displacement of the side wall 3 and the entire web 4.

With regard to details of suitable recesses in the strut 5, reference is made to Figures 5 and 6.

Fig. 2 shows a perspective view of a second embodiment of the pavilion according to the invention. This embodiment largely corresponds to the variant shown in FIG. 1, but in the roof area the two webs 4 oriented at right angles to each other run directly above one another. In this variant, the roof frame 6 has a plurality of transverse struts 10, which are arranged above the two material webs 4. As a result, the material webs 4 are not spaced apart from one another here by the transverse struts 10. Whether the solution shown in Fig. 1 or in Fig. 2 is preferred, can be decided on the basis of the size of the pavilion and the resulting frictional forces that occur during a displacement of the side walls 3.

With regard to the other parts of the pavilion according to the invention shown in Fig. 2, reference is made to the explanations to FIG.

Fig. 3 shows a perspective view of a support structure 1 of a pavilion according to the invention. The interior of the pavilion surrounded by the support structure 1 has the shape of a cuboid. At the corners of the support structure 1 each extending in a vertical direction strut 5 is arranged. Furthermore, the support structure 1 on a roof frame 6 which is hinged at the upper end of the struts 5. On all four sides of the roof frame 6 deflecting rollers 7 are arranged to the respective opening side wall in the To divert the roof level. The support structure 1 shown has for reinforcing the roof frame 6 a total of three cross struts 10, while in the variant shown in Fig. 2, five transverse struts 10 are provided. The determination of the number of transverse struts 10 can be based on the dimensions of the pavilion and the intended use and ultimately left to the expert.

Fig. 4 shows a plan view of a roof frame 6 used in a preferred manner for the pavilion according to the invention. The roof frame 6 consists of four sides, each formed of square profiles. The thus formed rectangular or square body is placed on the upper ends of the struts 5 and fixed to this. Furthermore, the roof frame 6 has three transverse struts 10, which are arranged parallel to the left or right side, but in each case spaced therefrom. The cross struts 10 serve to stabilize the roof frame 6 and can also be used for spacing superimposed webs 4, namely to reduce the mutual friction.

Furthermore, the roof frame 6 on each side of a plurality of parallel guide rollers 7, via which the respective adjacent side wall 3 is deflected in the roof plane.

Here, the guide rollers 7 are formed in a particularly sophisticated manner, that along the respective sides of the roof frame at a small distance, a further transverse strut 10 is arranged. On this cross member 10 a plurality of sleeves 11 are pushed, which can then act as deflection rollers 7 in a simple manner.

Fig. 5 shows one of the struts 5 of the support structure 1 of the pavilion, as shown in Figures 1 to 3. The stand strut 5 has a square profile and has on adjacent side surfaces via two longitudinally extending recesses 12. These recesses 12 are used for horizontal determination of the edge of the adjacent side wall 3. For this purpose, the recesses 12 may each be formed as a channel 13, and there may be rollers 9 are provided, which engage behind in the channel 13 and so the side wall 3 in the horizontal direction fix, but displaceable in the vertical direction with little friction. This situation is shown in the detail section of FIG. 5. It is shown schematically how each one roller 9 is threaded into the end of the strut 5. Thereafter, the roller 9 is displaceable within the channel 13, but not removable from this. In this example, the rollers 9 are formed so that they can receive the end of a crossbar 8.

FIG. 6 shows the plan view of a horizontal section through the upright strut 5 from FIG. 5. It becomes particularly clear that the upright strut 5 has an inner profile which forms two channels 13 oriented longitudinally and at right angles to each other. The outer wall of the channel 13 is narrowed relative to the interior, so that the roller 9 engages behind the channel 13 and rolls on the outer wall of the channel 13. On the rollers 9 each cross bars 8 are arranged, which form the lower end of a side wall 3.

Finally, FIG. 7 shows a partially sectioned, schematic side view of a pavilion according to the invention. In this case, the operating principle of the constructions shown in Fig. 1 and Fig. 2 is again schematically illustrated. Both the right and the left side wall 3 are formed by a single material web 4, which is deflected into the roof area of the pavilion and at the same time forms the roof 2. If now at the lower end of the right side wall 3 is pulled automatically moves the lower end of the left side wall 3 upwards, whereby it is opened. As a result, in accordance with the invention, depending on the sun and wind conditions, a quick and comfortable adaptation of the pavilion with regard to the effect of environmental influences can be accomplished.

With regard to further advantageous embodiments of the pavilion according to the invention reference is made to avoid repetition to the general part of the specification and to the appended claims.

Finally, it should be expressly understood that the above-described embodiments of the pavilion according to the invention are merely for the purpose of discussion of the claimed teaching, but do not limit these to the embodiments. - -

Symbol l iste

1 support structure

2 roof

3 side wall

4 material web

5 brace

6 roof frame

7 guide roller

8 crossbar

9 roll

10 cross strut

11 sleeve

12 recess

13 channel

Claims

- -Patenta ns p ret

1. Pavilion, in particular garden pavilion, with a support structure (1) surrounding an interior space, a roof (2) and at least one side wall (3), indicating that the lower end of the side wall (3) is displaceable in the vertical direction and the side wall (3) thereby openable and closable.

2. Pavilion according to claim 1, characterized in that the side wall (3) has a flexible material web (4).

3. pavilion according to claim 2, characterized in that the material web (4) is divided seen in the longitudinal direction.

4. pavilion according to one of claims 1 to 3, characterized in that the side wall (3) and / or the roof (2) - a possibly - impregnated - natural or synthetic fiber fabric, in particular a gauze or net-like fabric, a composite a fabric and a plastic film or a plastic film or have.

5. pavilion according to one of claims 1 to 4, characterized in that the side wall (3) can be rolled up and / or or in the roof plane is deflected.

6. pavilion according to claim 5, characterized in that the side wall (3) via one or more deflection rollers and / or guide rollers (7) is deflected in the roof plane.

7. Pavilion according to one of claims 1 to 6, characterized in that at least one handle is attached or formed in the lower region of the side wall (3).

8. Pavilion according to one of claims 1 to 7, characterized by an even number of side walls (3), in each case opposite side walls (3) are arranged in parallel.

9. pavilion according to claim 8, characterized by four side walls (3).

10. pavilion according to claim 8 or 9, characterized in that at least two opposite side walls (3) are coupled to each other, that by the closing movement of a side wall (3) the opposite side wall (3) is opened.

11. Pavilion according to claim 10, characterized in that the means for coupling opposing side walls (3) are guided through the roof area of the pavilion.

12. Pavilion according to claim 10 or 11, characterized in that in each case opposite side walls (3) consist of a common - possibly divided in the longitudinal direction - material web (4).

13. Pavilion according to claim 12, characterized in that the roof (2) by at least one common material web (4) of opposite side walls (3) is formed.

14. Pavilion according to claim 13, characterized in that in the roof area a plurality, each forming a side wall pair of material webs (4) lie one above the other, wherein optionally different material webs (4) by transverse struts (10) of the support structure (1) are spaced from each other.

15. Pavilion according to one of claims 1 to 14, characterized in that the support structure (1) pipes and / or struts, in particular profile struts, has.

16. Pavilion according to one of claims 1 to 15, characterized in that the roof (2) of several, in particular of four struts (5) is held. - 1 o -

17. Pavilion according to claim 16, characterized in that the support structure (1) has a roof frame (6) which is articulated at the upper end of the struts (5).

18. Pavilion according to claim 17, characterized in that the roof frame (6) has one or more transverse struts (10) and / or deflection rollers and / or deflection rollers (7), optionally wherein the deflection rollers and / or guide rollers (7) as sleeves (11) are formed, which are each pushed onto a transverse strut (10) and / or wherein a material web (4) through a gap between the roof frame (6) and the deflection roller or guide roller (7) is feasible.

19. Pavilion according to one of claims 1 to 18, characterized in that a side wall (3) in each case between two vertically extending struts (5) is arranged.

20. Pavilion according to claim 19, characterized in that the struts (5) each have one or more longitudinally extending recesses (12), in particular grooves or channels (13).

21. Pavilion according to claim 20, characterized in that a side wall (3) engages with their lateral edges in each case in a recess (12) or means which engage on both sides in the respective adjacent recess (12).

22. Pavilion according to one of claims 1 to 21, characterized in that the lower end of the side wall (3) has a crossbar (8) or the like.

23. Pavilion according to one of claims 20 to 22, characterized in that each side edge of the side wall (3) at least one wheel, a roller (9) or the like. Is assigned, the or in the longitudinal direction displaceable in the respective adjacent strut (5) intervenes.

24. Pavilion according to one of claims 1 to 23, characterized in that the roof (2) is formed as a flat or pitched roof or has the shape of a dome or pyramid.