EP1726720A1 - Soubasement triangulaire de support d'un conteneur, en particulier de forme cubique, aménagé en local d'habitation - Google Patents

Soubasement triangulaire de support d'un conteneur, en particulier de forme cubique, aménagé en local d'habitation Download PDF

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Publication number
EP1726720A1
EP1726720A1 EP05011348A EP05011348A EP1726720A1 EP 1726720 A1 EP1726720 A1 EP 1726720A1 EP 05011348 A EP05011348 A EP 05011348A EP 05011348 A EP05011348 A EP 05011348A EP 1726720 A1 EP1726720 A1 EP 1726720A1
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EP
European Patent Office
Prior art keywords
base
support structure
post
posts
container
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Withdrawn
Application number
EP05011348A
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German (de)
English (en)
Inventor
Richard Horden
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Individual
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Individual
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Priority to EP05011348A priority Critical patent/EP1726720A1/fr
Publication of EP1726720A1 publication Critical patent/EP1726720A1/fr
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    • E—FIXED CONSTRUCTIONS
    • E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
    • E02D—FOUNDATIONS; EXCAVATIONS; EMBANKMENTS; UNDERGROUND OR UNDERWATER STRUCTURES
    • E02D27/00—Foundations as substructures
    • E02D27/01—Flat foundations

Definitions

  • the present subject matter relates to the field of substructures of usable as a lounge for people containers.
  • Containers which are designed as a recreation room for persons are already known from the prior art. They are found, for example, in the form of transportable cuboid construction containers, which can be set up on construction sites and in which construction workers can be accommodated temporarily for the duration of the construction site. Corresponding containers can also be used as a temporary or long-term accommodation for students in university cities with a high demand for student rooms.
  • Object of the present invention is therefore to provide a support structure for the substructure of the container described available, which allows the most free arrangement of the container in the room and above the floor surface of the site.
  • the object of the invention is achieved by basic support structures according to protection claim 1, 52, 53 and 54, a support structure having such a base support structure according to claim 22, a load-bearing arrangement (which has at least one first and second support structure or base support structure) according to claim 26 and a composite of a base support structure, support structure or supporting arrangement and a container according to claim 41 solved.
  • Advantageous embodiments are each described in the dependent claims.
  • a triangular base support structure Such a base support structure has three base posts and three base cross braces, wherein the base cross braces are connected to the base posts so that the base posts form the tips and the base transverse struts form the legs of a triangle. With one (or more) of the base post then two more cross braces (Erweit ceremoniessquerverstrebept) can be connected. At the said base post remote end of the two extension cross struts in turn each post (extension post) can be arranged. If these two extension posts are connected by a further extension crossbar, a second supporting triangle or a second base supporting structure is formed next to the triangle of the base supporting structure. By successively arranging further extension cross braces and extension posts, a plurality of interconnected triangular base support structures can be formed.
  • one of the containers can then be arranged in each case.
  • the container can in this case e.g. simply be placed with its bottom surface on the three cross braces of a base support structure. Due to the weight of the container further attachment is not necessary, but this can of course be done (for example via welding, jamming and / or screwing with the cross braces).
  • the base support structure according to the invention has a stabilization post and a stabilization body connected to the stabilization post. At least one of the base posts and / or at least one of the base cross braces of the base support structure is then connected to the stabilizer body, ie the part of the base support structure consisting of the three base posts and three base cross braces is connected to the stabilization post via the stabilizer body.
  • the stabilizing body is advantageously designed as a U-shaped frame construction. The two open ends of the U-shaped frame construction can then advantageously each be connected to one of the base posts such that the base cross-brace between these two base posts together with the U-shaped frame construction spans a rectangular area.
  • the three base cross braces thus span a triangular surface adjacent to and immediately adjacent to the one in a common plane (support plane) then the rectangular surface is clamped.
  • the triangular surface of the container arranged so that a portion of the container or a side of the container on the triangular surface and the rectangular area common base cross brace protrudes (ie, a portion of the container is disposed above the rectangular area), so provides Connection of the built-up of the three base cross braces and three base posts part of the base support structure with the stabilization body and the stabilization post for a very stable overall construction of substructure and container.
  • the stabilizing post and the triangular surface and the rectangular area common base crossbar are hereby advantageously connected on opposite sides with the stabilizing body.
  • the container is then firmly connected to the three base cross braces (for example screwed to this).
  • Such a stabilizing body together with stabilizing post is particularly advantageous for stabilizing the overall construction if heavy units or the like are present in the interior of the container over the triangular area and the rectangular area of the base cross-brace, so that the center of gravity projected onto the supporting plane Although the container is still within the triangular area, but close to the common base cross brace or even outside the triangular area and within the rectangular area (in this case, then can be prevented by the stabilization body together with stabilization post tilting of the overall arrangement to the common base cross brace) ,
  • the individual triangular base support structures do not need to be connected together directly, i. There is also no need for a common post. Supporting arrangements are also possible in which a post of a first base support structure is connected to a post of a second base support structure via an array crossbar (which is not a member of a base support structure). However, two base support structures may also be interconnected via a plurality of such array cross braces. Above the arrangement cross struts then, for example, path elements or the like can be arranged, via which the inputs of the containers arranged above the individual base support structures can be connected.
  • the described, triangular base support structure can thus be easily extended by arranging further extension cross braces and extension posts to support structures of several base support structures and supporting arrangements with a plurality of base support structures partially interconnected by additional arrangement cross braces.
  • the support surfaces respectively spanned by the three base cross braces of each base support arrangement (or the planes defined thereby, also referred to below as the support plane) can hereby be arranged at different distances from the earth's surface at the installation site or at different heights. This can be done, for example, by virtue of the fact that the individual base posts used have different lengths, or that the base cross braces of different base support structures have different heights at the base posts to be ordered.
  • the arrangement of a plurality of containers, especially cube-shaped containers freely in space possible.
  • FIG. 1 shows a base support structure according to the invention.
  • FIG. 1a here shows the base support structure in a plan view of the supporting plane or support plane.
  • the support plane is here, as described below, the plane in which the base cross braces are arranged or which span the base cross braces.
  • Figure 1b shows a perspective view of the base support structure.
  • Figure 1c shows a sectional view of a portion of the base support structure perpendicular to the support plane.
  • the base support structure shown consists of three base posts 1a, 1b, 1c and three base cross braces 2a, 2b, 2c.
  • the base cross braces 2a, 2b, 2c are in the present case cylindrical hollow tubes made of steel. However, they can also be made of aluminum.
  • These steel hollow tubes have different lengths, wherein the length is defined as the extent of the cylinder tube in the direction of the cylinder axis of symmetry (or cylinder longitudinal axis).
  • the length of the cross brace 2b is exemplified by I BQ .
  • the cylinder longitudinal axis of the base cross-brace 2c is denoted by L BQ .
  • the base posts are here also cylindrical hollow tubes made of steel, but which are closed at their two lid surfaces with a steel lid.
  • the base posts have a larger cross-sectional diameter (perpendicular to the axis of symmetry) and a much smaller length (in the symmetry axis direction) than the base cross-braces 2a, 2b, 2c.
  • the cylinder longitudinal axis of the base post 1c is designated L BP .
  • all three base posts 1a, 1b, 1c have the same length, which is designated by l BP .
  • the length l BP of a base post is understood quite generally as the maximum extent of a base post 1 in the direction of an axis through the center of gravity of the base post. This axis is then defined as a longitudinal axis. By the ends of a base post are then understood the sections of the post at which the longitudinal axis intersects the post surface.
  • Each of the base cross braces is connected at each of its two ends to exactly one base post.
  • This is realized in the present case in that the base cross struts and the base posts are welded together.
  • the connection can also be done by screwing, jamming or nesting.
  • the base posts and / or the base cross braces can, if necessary, bulges, notches or openings include:
  • the ends of the base cross braces can be inserted through the openings of the base posts in the hollow cylinder of the base post ,
  • connection of base post 1 and base cross struts 2 is realized so that exactly two base cross strut ends are connected to each base post.
  • the three basic cross braces are in Reference to its longitudinal axis in this case arranged in a plane (support plane T).
  • the base posts 1 are arranged so that their longitudinal axes are parallel to each other and are arranged perpendicular to the support plane T.
  • the connection and arrangement of the base post 1 and the base cross struts 2 is realized so that the base cross struts in the support plane span a triangular surface (support surface), ie in the support plane the base cross struts the legs and the base post forming the tips of a triangle.
  • the base cross struts 2 are hereby connected with respect to the longitudinal axis L BP of the base posts at a distance from both ends E O and E U of the base posts to the base posts.
  • "O” here stands for “above”, indicating that this end of the base posts 1 is spaced apart with respect to the bottom surface B (ground surface) on which the base support structure is placed.
  • "U” stands for “down” and marks the lower end of the base posts 1, ie the end with which the base posts are placed on and adjacent to the floor surface B.
  • the term here is in principle arbitrary, the basic support structure shown could also be reversed, ie rotated 180 ° about an axis lying in the illustrated support plane T (the upper end E O would be directly on the bottom surface B to lie, lower end E U then spaced by l BP from the bottom surface).
  • the upper end E O thus perpendicular to the support plane T seen a distance of ⁇ O from the support plane T.
  • the distance between the support plane and the lower end E O of the base post or the bottom surface B perpendicular to the support plane T is corresponding to ⁇ U.
  • FIG. 2 shows the base support structure according to FIG. 1 together with a cube-shaped container 3 arranged thereon, which is designed to accommodate persons.
  • the container 3 is shown here only by its outer contours, so that no details, such as windows, doors, etc., or details of the interior can be seen.
  • FIG. 2a shows a top view or front projection onto the support plane
  • FIG. 2b shows a perspective view.
  • the container cube 3 is arranged on the base support structure such that one of its six side surfaces (the bottom surface 3a) is arranged parallel to the support plane and in the support plane: the bottom surface 3a of the container 3 directly adjoins the base cross braces 2a, 2b, 2c (The slight distance between the bottom surface 3a and support plane T, which results from the fact that the support plane T is spanned by the Zylindymmetrieachsen the base cross braces 2, the bottom surface 3a, however, directly on the seen with respect to the ground B overhead Section of the lateral surfaces of the cross bracing cylinder 2 rests, is neglected; due to the finite cross section of the cross braces 2, the bottom plane 3a of the container can not coincide exactly with the support plane T).
  • the length l BQ of the cross brace 2 a is larger than the side length of the cube 3 by a factor of 1.1.
  • the troughs in relation to the ground plane B and the supporting plane T are adjacent to the base posts 1 a and 1 b lying side walls 3b, 3c of the cube 3 spaced (distance D) to the upper ends E O of the base posts 1a, 1b are arranged.
  • the base post 1c is also arranged so that a distance D to the vertical cube side surface 3d lying close to it exists due to the lengths of the cross braces 2b, 2c. The three distances are thus the same size (D), but this does not have to be the case.
  • the cube 3 may be, for example, in relation to the position shown by an angle ⁇ rotated about an axis A perpendicular to the supporting plane or moved in the supporting plane (translation in the direction and or ) can be arranged. It is decisive for the stability of the arrangement that the center of gravity of the cube 3 projected onto the supporting plane comes to rest within the triangle formed by the transverse struts 2 a, 2 b, 2 c. In the projection plane shown in FIG. 2 a, the base posts 1 a, 1 b, 1 c thus lie outside the cube 3.
  • Figure 3 shows how the base support structure shown in the preceding figures by extension elements can be extended to a support structure and finally to a supporting arrangement on which or above which a plurality of containers 3, 4, 5 can be arranged.
  • the figure shows a plan view and a projection on the support plane T and the ground level B.
  • Both the extension posts 1g, 1h and the extension crossbars 2g, 2h, 2i are made like the above base posts (base tubes). This also applies to the additional cross bracing and posts described below.
  • the longitudinal axes of the cross braces 2g, 2h, 2i are again arranged in a plane and in turn form a triangle whose tips form the posts 1b, 1g and 1h.
  • a second base support structure of the type described is formed, which forms the first base support. Wearing structure to a two-base carrying structures having bearing structure extended.
  • the base posts 1g and 1h have the same length as the base posts 1a, 1b and 1c, and the cross braces 2g, 2h, 2i are spaced from the two post ends with respect to the post longitudinal axes such that the supporting planes of the first and second Base support structure coincide or identical.
  • the posts 1b, 1g, 1h can also be configured in their length and / or the cross braces 2g, 2h, 2i can be arranged so that the two supporting planes do not coincide, so that the containers 3 (arranged on the first base support structure) and 5 (arranged on the second base support structure) can be arranged at different heights above the ground B or placed.
  • Both containers 3 and 5 are adapted in size to the triangular arrangement of their respective base support structure, that they are arranged only touching central portions of the respective cross braces above the cross braces;
  • the respective base posts are therefore also in the projection view shown outside the container 3, 5, so that in turn for the exact arrangement of the container 3, 5 a certain margin exists.
  • the support structure consisting of the two base support structures is now connected by means of further cross struts 6 (arrangement cross struts) to a load-bearing arrangement for containers and further elements (here, for example, a path element 7).
  • a load-bearing arrangement for containers and further elements here, for example, a path element 7.
  • three arrangement transverse struts 6a, 6b and 6c are connected to the base posts 1a, 1b and 1h. These are also arranged in the support plane T of the two base support structures, but at an angle of 90 ° to the two arranged on an axis cross braces 2a and 2h.
  • a third base support structure of the type described is arranged at the end remote from the first base support structure end of the two arrangement cross struts 6b and 6c.
  • This consists of the cross braces 2d, 2e and 2f and from the base posts 1d, 1e and 1f.
  • Your carrying plane coincides here with the carrying planes of the first two basic carrying constructions, but can also be in another Be arranged distance from the ground surface.
  • a third living container 4 is arranged in the manner already described.
  • a further arrangement crossbar 6d is arranged in the support plane, which is connected via a further post 1i with the cross brace 6a. All cross braces described so far are arranged in one plane (common support plane). As already described, however, different levels of support heights above the ground B can be realized by means of different height arrangements of selected cross bracing elements with respect to the ground surface B.
  • cross struts 6a to 6d and the cross braces 2a, 2e, 2h of the three base support structures together span a rectangular support surface:
  • a T-shaped path member 7 is arranged so that between the containers 3 and 4 and adjacent to the container 5, a path is formed, via which the individual containers can be reached.
  • FIG. 4 shows two projection views of an aluminum base support structure (FIG. 4A: plan view of the ground plane B, FIG. 4B: projection onto a plane perpendicular to the ground plane B).
  • Figure 4 shows in detail a base post 1a, which consists of aluminum and viewed in the direction of its longitudinal axis at one of its ends (at the set up on the bottom surface B end) adjacent to the post 1a foot 9 has.
  • the foot 9 is over here as perpendicular to the longitudinal axis of the base post 1a the base post 1a projecting element in the form of a flat pyramid (four-sided).
  • the base post 1a is here designed as a round tube made of aluminum with a diameter in the plane perpendicular to the longitudinal axis of 120 mm (wall thickness of the hollow tube 8 mm). All dimensions given in the drawing are in mm.
  • the square base of the foot 9 (the surface which is adjacent to the base surface B or lying adjacent thereto) has a side length of 500 mm. Seen perpendicular to the longitudinal axis direction of the base post 1a, the foot 9 thus projects laterally beyond the base post 1a by at least a factor of 4.
  • the foot 9 is fixed to the base post 1a connected (for example, screwed) and also made of aluminum.
  • FIG. 4B furthermore shows a connecting element 8 which is fixedly connected (screwed) to a base cross-brace (2b) and is arranged adjacent to and above it. Above the connecting element is then adjacent to this (ie spaced from the base cross-brace 2b) a cube-shaped living container 3 is arranged. He is also firmly connected to the connecting element 8 (screwed).
  • the base cross brace 2b is made of aluminum.
  • the cross section of the base cross-brace 2b (perpendicular to the longitudinal axis direction) is rectangular in this case.
  • the base cross strut is thus a rectangular hollow profile, which in the present case has the dimensions 140 mm x 60 mm (height perpendicular to the ground plane B x width parallel to the ground plane B).
  • Base support structure shown ie the base post with feet and the base cross struts
  • Base support structure shown are made of aluminum.
  • FIG. 5 shows a projection view on a plane perpendicular to the ground plane B of another base support structure.
  • the base post 1c shown on the left is formed in several pieces in the longitudinal axis direction or in several parts.
  • the lowermost part 1c3, seen in relation to the bottom surface B, has a laterally projecting foot 9 as described previously.
  • the above the part 1c3 and immediately adjacent to this second part 1c2 is formed as a filler. That is, the base crossbar 2c is connected to this part of the base post.
  • the third part 1c1 of the base post 1c is disposed adjacent to the filler 1c2.
  • the parts 1c1 and 1c2 and 1c2 and 1c3 are each firmly connected (screwed).
  • the base post 1b shown on the right is designed to be height-adjustable in the present case. It consists of two hollow pipe sections 11a and 11b of different lengths, the hollow pipe section 11b having a smaller diameter in cross-section (ie perpendicular to its longitudinal axis direction) than the hollow pipe section 11a.
  • the hollow pipe section 11b can thus be inserted concentrically along the longitudinal axis direction into the hollow pipe section 11a.
  • the hollow pipe section 11b is designed as a section which can be set on the floor and therefore has a projecting foot 9 as described.
  • the section 11b has a smaller length than the section 11a, so that the section 11b is complete (except for a section corresponding to the height of the foot section 9) in the section 11 a can be inserted.
  • the base post 1b (or both portions 11a and 11b thereof) has a suitable latching device (not shown).
  • the section 11a is open at its upper end (facing away from the bottom surface B) (ie, not covered with an aluminum cover). As a result, a mast or the like can be inserted into the section 11a from above along the longitudinal axis direction.
  • FIG. 6 shows a further aluminum base support structure in a projection view on a plane perpendicular to the ground plane B.
  • the base post 1c shown on the right is in turn formed in several pieces as described above. In the present case, this also applies to the base post 1b shown on the left.
  • the base post 1a is formed here as a one-piece aluminum tube. At its lower end, as already described, also a foot 9 is screwed.
  • the base post 1a in the present case has twice the length as the two base posts 1b and 1c.
  • a lighting device (lamp) is integrated in the post. This serves to light a connected to the base post 1a and the living container 3, parallel to the ground surface B at half height of the base post 1a extending path element 7.
  • FIG. 7 shows a base supporting structure made of aluminum, which is provided with a stabilizing body 13 in the form of a frame construction made of aluminum and with a stabilizing post 12 (likewise made of aluminum). is provided.
  • the part of the base support structure comprising the base cross braces 2a, 2b, 2c and the base uprights 1a, 1b, 1c is fixedly connected to the frame structure 13 (for example by screwing on). This in turn is firmly connected via a connecting element 14 with the stabilizing post 12.
  • FIG. 7a now shows a projection view from above onto the illustrated base support structure (view perpendicular to the support plane), in which the essential elements are projected onto the support plane.
  • FIG. 7b shows a side view (projection view on a plane perpendicular to the support plane).
  • the frame structure 13 of the stabilization body consists in the present case of a total of eight individual frame sections 13a to 13h (only the sections 13a to 13c, 13e and 13g are visible).
  • the sections are each designed as straight hollow aluminum tubes.
  • the individual sections are firmly connected to one another (for example screwed together) as described below:
  • the frame sections 13a to 13c are formed as a U-shaped frame part.
  • the sections 13c and 13b in this case form the legs of the U, the section 13a the base of the U.
  • the free end of the section 13c (ie the end which is arranged on the side facing away from the portion 13a) is now at the base post 1a screwed on.
  • the free end of the portion 13b is bolted to the base post 1b.
  • the U-shaped frame part 13a to 13c is screwed to the posts 1a and 1b so that the individual frame sections 13a, 13b and 13c are arranged at the same height with respect to the ground plane B. are like the three base cross braces 2a to 2c.
  • a rectangular area (first rectangular area) is clamped, which lies in the support plane of the base support structure.
  • the triangular surface spanned by the cross braces 2a to 2c and the rectangular surface spanned by the cross brace 2a with the frame sections 13a to 13c are thus separated by the base cross brace 2a immediately adjacent to each other in the support plane.
  • the stabilization body and the part of the base support structure consisting of the base cross-struts 2a to 2c and the base posts 1a to 1c thus lie immediately adjacent to one another in the support plane and adjoin one another.
  • the frame portion 13b is now connected to a frame portion 13g (with respect to the ground plane B and the portions 13a to 13c) in the region where it is connected to the frame portion 13a.
  • the frame section 13c is connected to a vertical frame section 13h on the side facing away from the base post 1a.
  • the two vertical sections 13g and 13h are thus connected to the frame section 13b and 13c, respectively, by one of its two ends (lower end).
  • the frame section 13a then extends between these two lower ends or the ends of the horizontal sections 13b or 13c connected to them.
  • the frame portion 13g is connected to one end of the frame portion 13e.
  • the frame portion 13e extends parallel to the frame portion 13b and with respect to the bottom surface B above the frame portion 13b and spaced therefrom. At its side facing away from the frame section 13g At the end, the frame portion 13e is connected (bolted) to the base post 1b. Accordingly, the upper end of the frame portion 13h is connected to one end of the frame portion 13f. The other end of the frame portion 13f is then connected to the base post 1a. The frame portion 13f thus extends as seen with respect to the bottom surface B above the frame portion 13c and parallel and spaced therefrom.
  • the frame portions 13e and 13f are parallel to the frame portion 13a and spaced above the frame portion 13d.
  • the sections 13d to 13f thus lie above the first rectangular partial surface, parallel to it and spaced therefrom.
  • the stabilizing body or the frame structure 13 thus has two U-shaped sections, which are arranged with respect to the ground plane B at different distances above it. As already described, the lower part section (13a to 13c) tensions the first rectangular surface in the support plane. The upper portion (which has the frame portions 13d, 13e and 13f) spans another rectangular area above the first rectangular area. The two sections are then connected by the vertical frame sections 13g and 13h.
  • the stabilizing body together with parts of the base posts 1a and 1b viewed as a whole, is designed as a cuboid frame construction with a missing side edge.
  • the container 3 is now arranged above the support plane 3 and firmly connected to the three base cross braces 2a, 2b and 2c (via connecting elements 8).
  • the container 3 can be thoughtfully divided into two sections and is arranged above the supporting plane, that the first portion of the container substantially above the triangular surface spanned by the three base cross braces 2a to 2c and (with respect to a perpendicular to the bottom B and viewed through the cross-brace 2a plane) on the side of the cross-brace 2a, on which the base post 1c is arranged, is arranged.
  • the second part or section of the container 3 is arranged on the other side of the base cross-brace 2a (ie on the side on which the stabilizing body 13 is located).
  • the second part of the container thus protrudes beyond the triangular surface of the base cross braces 2a to 2c in the direction of the stabilizing post 12 and is thus arranged above the first rectangular surface.
  • the side wall 3a of the container is parallel to the cross brace 2a and the frame portion 13a. This also applies to the opposite side wall 3d.
  • the two side walls 3c and 3b of the cube-shaped container run correspondingly parallel to the frame sections 13c and 13b.
  • stabilizing body 13 connected to the two base posts 1a and 1b and stabilizing post 12 connected thereto (which will be described in more detail below), in the present case, in spite of this, with respect to the three base posts 1a to 1c and cross braces 2a to 2c unfavorable weight distribution of the container arrangement realized a stable overall arrangement of substructure and container.
  • the stabilizing construction 13, 12 thus prevents, in particular, a possible tilting or turning of the container 3 together with the underframe part 1, 2 about an axis of rotation passing through the lower ends of the base uprights 1a and 1b when the container interior in the second part section is additionally heavily loaded with weight ,
  • the first rectangular area is also designated R in FIG. 7a.
  • the frame section 13d (not shown) extending parallel to the transverse strut 2a but above the support plane is screwed to the stabilization post 12 via a connecting device 14.
  • the connection point 14 between the stabilizing post 12 and the frame portion 13d is in this case in the direction of the longitudinal axis of the frame portion 13d at a distance from connected to the frame portion 13e end of the frame portion 13d, which is about one third of the total length of the frame portion 13d equivalent.
  • the distance of the connecting device 14 or of the stabilizing post 12 from the rectangular area defined by the frame sections 13b, 13e, 13g can also have a different value.
  • the stabilizing post 12 is equipped with a foot 9 as previously described.
  • the stabilizing post has a lighting device 10. Since it is arranged above the further rectangular area spanned by the frame sections 13d to 13f, it can serve as path lighting.
  • a path element 7 is arranged above the region of the first rectangular area R facing the stabilizing post 12. This runs here perpendicular to the side wall 3a of the container and to the bottom B and immediately adjacent to this side wall 3a outside the container.

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EP05011348A 2005-05-25 2005-05-25 Soubasement triangulaire de support d'un conteneur, en particulier de forme cubique, aménagé en local d'habitation Withdrawn EP1726720A1 (fr)

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EP05011348A EP1726720A1 (fr) 2005-05-25 2005-05-25 Soubasement triangulaire de support d'un conteneur, en particulier de forme cubique, aménagé en local d'habitation

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EP05011348A EP1726720A1 (fr) 2005-05-25 2005-05-25 Soubasement triangulaire de support d'un conteneur, en particulier de forme cubique, aménagé en local d'habitation

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EP1726720A1 true EP1726720A1 (fr) 2006-11-29

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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3792558A (en) * 1970-03-02 1974-02-19 J Berce Three - dimensional modular transportable structures
EP0172124A1 (fr) * 1984-05-21 1986-02-19 Louis Dallest Système de construction transportable évolutive modulaire à base d'éléments tridimensionnels
WO1998040566A1 (fr) * 1997-03-12 1998-09-17 Wolf Systembau Gesellschaft M.B.H. Fondation
JP2005105537A (ja) * 2003-09-26 2005-04-21 Bdm:Kk 住宅建築用モジュールとこの住宅建築用モジュールを用いた住宅建築方法及び住宅

Patent Citations (4)

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