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Process for erecting a building and building erected in accordance therewith
| Details |
Inventors: Pasco, Roland;
Assignee:
Primary Examiner: Murtagh; John E.
Assistant Examiner:
Attorney, Agent or Firm: Fisher, Christen & Sabol
A building framework is erected from prefabricated metal elements by securing vertical uprights to a lower belt by means of vertical lugs and positioning keys. An upper belt is likewise secured to the tops of the vertical uprights. The lower belt is formed by U-sections which rest horizontally on one arm so that the opening of the U-section faces the inside of the building. The horizontal top face of the other arm is provided with the lugs. Concrete is poured in the space inside the lower belt thereby forming a shuttering. Trusses having two support plates each adapted to rest on the top of a vertical upright are secured to the uprights by means of lugs and keys. The framework is rapidly assembled without the need for bolting, rivoting, or welding. The monolithic structure however, is stable and resistant to seismic movements. |
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DETAILED DESCRIPTION The present invention relates to a process for erecting, from prefabricated metal elements, a building framework, with seismic-proof capacity, comprising the steps of: assembling along the perimeter of the building a continuous lower belt formed by U-sections resting horizontally on one arm so that the opening of said U-section faces the inside of said building; the horizontal top face of the other arm being provided with vertical lugs; mounting on this belt a succession of vertical uprights, the bottom of each upright being fast with a horizontal base provided with holes adapted to fit on said vertical lugs welded on the top face of the section, securing the uprights to the lower belt by positioning keys cooperating with said vertical lugs, superposing on the succession of vertical uprights an upper belt thus joining the tops of the uprights together, said uprights comprising to this end an upper plate bearing vertical lugs, passing through holes provided on said upper belt; securing the upper belt on the uprights by positioning keys cooperating with the vertical lugs at the top of the uprights, placing a reinforcing iron frame inside said lower belt and pouring concrete in the space inside said lower belt, forming a shuttering, to obtain an inert monolithic base of the building.
The present invention also relates to an assembly of prefabricated metal elements with seismic-proof capacity for the erection of a building framework, comprising : a plurality of U-sections adapted to be assembled end to end to form a lower peripheral belt, one arm of the sections comprising locking lugs on its outer face.
a plurality of uprights adapted to be mounted on the lower belt formed by the U-sections, the uprights comprising a horizontal base provided with holes adapted to fit on the lugs of the lower belt, the top of the uprights comprising a horizontal plate bearing lugs.
a plurality of girders adapted to be assembled end to end to form an upper peripheral belt, resting on the top of said uprights and provided with holes adapted to fit on the lugs at the top of said uprights
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Gutter-related 
