초록 ▼

The present invention relates to a freestanding architectonic and constructive proposal, produced in the manufacturing facilities, which starting from an interconnectable basic model it can be assembled and reassembled according to specific requirements. Depending on the amount and shapes, it can sc

The present invention relates to a freestanding architectonic and constructive proposal, produced in the manufacturing facilities, which starting from an interconnectable basic model it can be assembled and reassembled according to specific requirements. Depending on the amount and shapes, it can scale up into horizontal, vertical or both complex architectonic structures. It is a foldable structure which allows easy arrangements for transportation and location in situ. Its configuration is carried through synchronized and symmetric orthogonal rotations and translations, both in its folding phase (1) and its unfolding phase (2), (FIG. 1), executed through any electric, pneumatic, hydraulic or manual system. Each one is integrated by axially symmetric segments forming the cover, the functional wall and the floor. The functional wall can lodge in its frame a typical wall, a functional piece of furniture or incorporate a specialized coupling module.

대표청구항 ▼

1. A portable freestanding, foldable, and interconnectable architectonic module that is horizontally and vertically extendible via two or more freestanding basic sub-modules, each basic sub-module comprising: a cover (7) comprising a first cover part (7a) and a second cover part (7b);a floor (9) com

1. A portable freestanding, foldable, and interconnectable architectonic module that is horizontally and vertically extendible via two or more freestanding basic sub-modules, each basic sub-module comprising: a cover (7) comprising a first cover part (7a) and a second cover part (7b);a floor (9) comprising a first floor part (9a) and a second floor part (9b); anda wall (8) comprising a top beam (11) and a bottom beam (12),wherein: the basic sub-modules further comprise columns (13) having pivoting hinges (17) adjacent a top part of the columns (13) and adjacent a bottom part of the columns (13), so as to enable rotation of the columns so as to provide articulation thereof along with the related basic sub-modules;the top beam (11) is defined by a first top beam part (11a) and a second top beam part (11b), the first and second top beam parts (11a, 11b) being axially symmetric relative to one another and about at least one top beam pivoting hinge (14) located at an inner end of the top beam (11), the top beam pivoting hinge (14) being configured so as to provide a pivoting connection between respective ends of the first and second top beam parts (11a, 11b);the first and second cover parts (7a, 7b) are operatively connected to at least the first and second top beam parts (11a, 11b) via at least one pivoting hinge (10) extending along a length of the first and second top beam parts (11a, 11b), such that the first and second cover parts (7a, 7b) are axially symmetric relative to one another about the top beam pivoting hinge (14) and an axial rotation axis is defined between the cover (7) and the wall (8) by the pivoting hinge (10);the bottom beam (12) is defined by a first bottom beam part (12a) and a second bottom beam part (12b), the first and second bottom beam parts (12a, 12b) being axially symmetric relative to one another and about at least one bottom beam pivoting hinge (14) located at an inner end of the bottom beam (12), the bottom beam pivoting hinge (14) being configured so as to provide a pivoting connection between respective ends of the first and second bottom beam parts; andthe first and second floor parts (9a, 9b) are axially symmetric relative to one another about at least one common pivoting hinge (19). 2. The architectonic module of claim 1, wherein a standard wall including its lighting and vent element (63) is affixed to at least a portion of at least one of the top beam (11), the bottom beam (12), or the column (13) of the wall (8). 3. The architectonic module of claim 1, wherein a system of folded furniture (64, 65), formed by expandable symmetric frames, is affixed via pivoting hinges to at least a portion of at least one of the top beam (11), the bottom beam (12), or the column (13) of the wall (8). 4. The architectonic module of claim 1, wherein a specialized service coupling module (66), with lighting and vent elements, is affixed to at least a portion of at least one of the top beam (11), the bottom beam (12), or the column (13) of the wall (8). 5. The architectonic module of claim 4, wherein the specialized service coupling module (66) comprises one or more sections (67) configured for outwardly displacement relative to at least a portion of at least one of the top beam (11), the bottom beam (12), or the column (13) of the wall (8). 6. The architectonic module of claim 1, wherein the cover (7) forms a ninety degree angle with respect to the wall (8) and a finishing portion of the cover (7c) forms an angle equal to or greater than ninety degrees with respect to the wall (8). 7. The architectonic module of claim 1, wherein the hinges (14) of each basic sub-module are interspersed in the wall (8), so as to allow the overlapping of equivalent or corresponding opposed hinges (14) of two or more respectively adjacent basic sub-modules. 8. The architectonic module of claim 1, further comprising a horizontal displacement and rotation element (15), wherein the element (15) comprises: a toothed guide (16);a plurality of vertical axial rotation pinions (26);a coupling element (27)a rotation generating pinion (32);a pinion (33);a pinion (34); anda pin axis (35),wherein: the rotation generating pinion (32) passes by the toothed guide (16);the pinion (33) is configured for inverting and transmitting rotation towards the pinion (34), so as to cause rotation of the coupling element (27) around the pin axis (35); andthe coupling element (27) transmits both an axial rotation and an orthogonal rotation upon the first floor part (9a), such that the element (15) is configured to apply a displacement force and a rotational force upon the floor (9), at least the displacement force being provided via the toothed guide (16) thereof. 9. The architectonic module of claim 8, further comprising a slipping platform (30) coupled to the bottom beam (12) via one or more guides (31), wherein at least a portion of the second floor part (9b) is fixed to the slipping platform (30). 10. The architectonic module of claim 9, wherein: a rotating axis (28) and supports (29) of the second floor part (9b) are fixed to the slipping platform (30); andsupports (29) of the first floor part (9a) are freely movable prior to reaching a final configuration of the architectonic module. 11. The architectonic module of claim 1, further comprising a floor complement piece (18) that is mounted on its base (40) and is positioned via movement of the floor (9) by axial displacement of a stop (37) that causes rotation of floor portion (38) and a cam (39) that pushes the floor portion (38). 12. The architectonic module of claim 3, wherein the folded furniture system (64, 65) comprises components such as shelves, covers, doors, and other elements attached to expandable symmetric racks. 13. The architectonic module of claim 4, wherein the specialized services coupling module (66) comprises at least one of control, surveillance, or security services; or electric, hydraulic, or heating services. 14. The architectonic module of claim 1, wherein the module is in a folded status (1), whereby the module may be unfolded into an unfolded status (2) in an automatic manner. 15. The architectonic module of claim 14, wherein folding or unfolding of the module in an automatic manner is via at least one of an electric, pneumatic, or hydraulic system. 16. An assembly comprising two or more of the architectonic modules of claim 1, wherein the assembly is formed by at least one of horizontally or vertically positioning at least one of the two or more of the architectonic modules adjacent one another or combining two or more basic sub-modules into two or more sub-assemblies adjacent one another. 17. A method for configuring the architectonic module of claim 1, the method comprising the steps of: imposing a symmetric longitudinal translation upon the module until reaching a maximum elongation, so as to move the symmetric parts of the module to surpass a restricted angle, the restricted angle corresponding to an unfolded configuration;imposing a symmetric transverse translation upon the module until the symmetric parts of the module return to the restricted angle;folding the first and second cover parts (7a, 7b) of the cover (7) so as to block the architectonic module;releasing the first floor part (9a) from an anchorage and imposing movement thereon to reduce an angle formed between the first floor part (9a) and the second floor part (9b), so as to allow free displacement of the second floor part (9b) of the adjacent module;configuring the floor (9), wherein said configuring comprises the steps of: moving the floor (9) into an unfolded configuration through a horizontal displacement and a rotation, thus forming a one hundred and eighty degree angle between the first and the second floor parts (9a, 9b) in a perpendicular position with respect to its normal; andhorizontally locating the floor (9) into its definite position via imposing an orthogonal rotation of ninety degrees upon the floor (9). 18. The method of claim 17, further comprising a folding procedure, said procedure comprising a reverse execution of the steps of claim 17 following initial execution thereof. 19. A method for configuring the architectonic module, the method comprising the steps of: providing at least two or more freestanding basic sub-modules, each basic sub-module comprising: a cover (7) comprising a first cover part (7a) and a second cover part (7b);a floor (9) comprising a first floor part (9a) and a second floor part (9b); anda wall (8) comprising a top beam (11) and a bottom beam (12),wherein: the basic sub-modules further comprise columns (13) having pivoting hinges (17) adjacent a top part of the columns (13) and adjacent a bottom part of the columns (13), so as to enable rotation of the columns so as to provide articulation thereof along with the related basic sub-modules;the top beam (11) is defined by a first top beam part (11a) and a second top beam part (11b), the first and second top beam parts (11a, 11b) being axially symmetric relative to one another and about at least one top beam pivoting hinge (14) located at an inner end of the top beam (11), the top beam pivoting hinge (14) being configured so as to provide a pivoting connection between respective ends of the first and second top beam parts (11a, 11b);the first and second cover parts (7a, 7b) are operatively connected to at least the first and second top beam parts (11a, 11b) via at least one pivoting hinge (10) extending along a length of the first and second top beam parts (11a, 11b), such that the first and second cover parts (7a, 7b) are axially symmetric relative to one another about the top beam pivoting hinge (14) and an axial rotation axis is defined between the cover (7) and the wall (8) by the pivoting hinge (10);the bottom beam (12) is defined by a first bottom beam part (12a) and a second bottom beam part (12b), the first and second bottom beam parts being axially symmetric relative to one another and about at least one bottom beam pivoting hinge (14) located at an inner end of the bottom beam (12), the bottom beam pivoting hinge (14) being configured so as to provide a pivoting connection between respective ends of the first and second bottom beam parts; andthe first and second floor parts (9a, 9b) are axially symmetric relative to one another about at least one common pivoting hinge (19);imposing a symmetric longitudinal translation upon the module until reaching a maximum elongation, so as to move the symmetric parts of the module to surpass a restricted angle, the restricted angle corresponding to an unfolded configuration;imposing a symmetric transverse translation upon the module until the symmetric parts of the module return to the restricted angle;folding the first and second cover parts (7a, 7b) of the cover (7) so as to block the architectonic module;releasing the first floor part (9a) from an anchorage and imposing movement thereon to reduce an angle formed between the first floor part (9a) and the second floor part (9b), so as to allow free displacement of the second floor part (9b) of the adjacent module; andconfiguring the floor (9), wherein said configuring comprises the steps of: moving the floor (9) into an unfolded configuration through a horizontal displacement and a rotation, thus forming a one hundred and eighty degree angle between the first and the second floor parts (9a, 9b) in a perpendicular position with respect to its normal; andhorizontally locating the floor (9) into its definite position via imposing an orthogonal rotation of ninety degrees upon the floor (9).