A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
BUILDING SYSTEM FOR CLADDING WITH PREFABRICATED ELEMENTS
The building system is mainly applicable to the civil buildings, houses, shops, offices and so on. It is applicable to buildings with a concrete, metal or wooden bearing structure; it's not applicable to buildings with masonry walls bearing structure. The building system is conceived to realize versatile cladding wall, anti-seismic, fire-resistant and very insulating, with a new technic that assures a considerable saving of time and money. The cladding wall are realized through the assembly of prefabricated modular elements, in adherence between them, flanked side by side and overlaid. It's possible to fill all the possible spaces between the pillars by choosing properly the elements. Differently, the space between the planking level and the beam's intrados of the upper floor is filled with two lines of elements. Thereupon, the applicable law usually establishes standard heights; however, even if the height of the elements isn't corresponding to the height to fill, the space can be filled just changing the thickness of curb where the first line of elements is going to be installed. By this building system is easy to assembly the cladding walls, eliminating a lot of interventions necessaries to realize the traditional cladding walls, shortening the execution times, also because there are no interventions like to wall up, to plaster, to skim, to paint and so on, and shortening the processing time, because they don't need mortars, smoothing materials nor plasterworks' drying and desiccation time. The elements, assembled and linked among them and with the bearing structure's backbone, form a framework with its own stiffness. So that the elements form a sub-framework in relation to the main framework (the bearing structure of the building). It's possible to install thermal insulation and soundproofing panels on this sub- framework, followed by the installation of closing panels and fagade finishing layer. This way, it's possible to avoid the negative effect of "thermal bridges" and the sound insulation between the external and internal environment is effective. In the thickness of elements, it's possible to place utilities' pipelines and ducts. The building system eliminates demolition work, opening traces, closing tracks, plastering and so on. Inside the single element is possible to install every external and internal window fixture, like doorways, windows, French windows, interior doors. The element has constructive regularity and high degree of accuracy, so that it performs the function of counter-framework, avoiding the need to provide and install counter-frameworks in the building site. All the elements have holes with several uses, including the goal to equip the external sides with photovoltaic panels and solar thermal panels; the sub- framework is suitable to support ventilated walls. The elements are produced in limited series. They are conceived both reinforced concrete elements and metal or wooden elements. The building system is also suitable to performs the function of room dividers, dividers between different flats, and so on. Moreover, the elements are also suitable to other uses like: for example, parapets, railings, pedestrian barriers, bollards, guardrails, framework for niches to locate the utilities, and so on.
BUILDING SYSTEM FOR CLADDING WITH PREFABRICATED ELEMENTS
The building system is mainly applicable to the civil buildings, houses, shops, offices and so on. It is applicable to buildings with a concrete, metal or wooden bearing structure; it's not applicable to buildings with masonry walls bearing structure. The building system is conceived to realize versatile cladding wall, anti-seismic, fire-resistant and very insulating, with a new technic that assures a considerable saving of time and money. The cladding wall are realized through the assembly of prefabricated modular elements, in adherence between them, flanked side by side and overlaid. It's possible to fill all the possible spaces between the pillars by choosing properly the elements. Differently, the space between the planking level and the beam's intrados of the upper floor is filled with two lines of elements. Thereupon, the applicable law usually establishes standard heights; however, even if the height of the elements isn't corresponding to the height to fill, the space can be filled just changing the thickness of curb where the first line of elements is going to be installed. By this building system is easy to assembly the cladding walls, eliminating a lot of interventions necessaries to realize the traditional cladding walls, shortening the execution times, also because there are no interventions like to wall up, to plaster, to skim, to paint and so on, and shortening the processing time, because they don't need mortars, smoothing materials nor plasterworks' drying and desiccation time. The elements, assembled and linked among them and with the bearing structure's backbone, form a framework with its own stiffness. So that the elements form a sub-framework in relation to the main framework (the bearing structure of the building). It's possible to install thermal insulation and soundproofing panels on this sub- framework, followed by the installation of closing panels and fagade finishing layer. This way, it's possible to avoid the negative effect of "thermal bridges" and the sound insulation between the external and internal environment is effective. In the thickness of elements, it's possible to place utilities' pipelines and ducts. The building system eliminates demolition work, opening traces, closing tracks, plastering and so on. Inside the single element is possible to install every external and internal window fixture, like doorways, windows, French windows, interior doors. The element has constructive regularity and high degree of accuracy, so that it performs the function of counter-framework, avoiding the need to provide and install counter-frameworks in the building site. All the elements have holes with several uses, including the goal to equip the external sides with photovoltaic panels and solar thermal panels; the sub- framework is suitable to support ventilated walls. The elements are produced in limited series. They are conceived both reinforced concrete elements and metal or wooden elements. The building system is also suitable to performs the function of room dividers, dividers between different flats, and so on. Moreover, the elements are also suitable to other uses like: for example, parapets, railings, pedestrian barriers, bollards, guardrails, framework for niches to locate the utilities, and so on.
BUILDING SYSTEM FOR CLADDING WITH PREFABRICATED ELEMENTS
GEBÄUDESYSTEM ZUR VERKLEIDUNG MIT FERTIGBAUELEMENTEN
SYSTÈME DE CONSTRUCTION POUR GAINAGE AVEC ÉLÉMENTS PRÉFABRIQUÉS
DI FRANCESCANTONIO FIORE (author)
2023-05-10
Patent
Electronic Resource
English
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
/
E04C
STRUCTURAL ELEMENTS
,
Bauelemente
/
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden
/
E06B
Feste oder bewegliche Abschlüsse für Öffnungen in Bauwerken, Fahrzeugen, Zäunen oder ähnlichen Einfriedungen allgemein, z.B. Türen, Fenster, Läden, Tore
,
FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES, OR LIKE ENCLOSURES, IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
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