FIELD: building, particularly heat insulation and decorative means for public and industrial buildings.
SUBSTANCE: method involves pre-assembling modules having height of not more than one story height and including bearing holders with supports to connect thereof to wall enclosure, wherein supports extend beyond module outlines and serve as conducting unit, modules include modules of inner and outer corners having heat-insulation means arranged inside thereof (modules 1), window modules having three degrees of freedom (modules 2) acting as load-bearing frameworks and frames for facing window reveals; assembling groups of multi-row horizontal profiles; arranging modules 1 in relation to actual architectural building profile of outer and inner building corners so that modules form continuous strip extending from building base to barrier wall; securing modules 1 by anchor bolts inserted in oval orifices in supports of bearing holders in areas of their connection to wall; installing modules 2 in association with window openings outlines by visual superposing inner edges of closed module 2 outline with actual window opening contours, wherein vertical module 2 profiles create free areas of solid vertical walls between windows from base to barrier walls and local free pier zones between building stories; preliminary fixing modules 2 to four supports of outermost holders; installing vertical marks along side window reveals of window openings; adjusting closed module 2 outlines relative wall enclosure; securing modules 2 to holders arranged on vertical module 2 profiles; leveling vented facade plane relative outer wall enclosures by displacing modules 1 and 2 in direction perpendicular to wall enclosure; placing horizontal marks and adjusting horizontal module 2 profiles relative horizontal marks by moving horizontal profiles along vertical module 2 profiles; extending non-fixed holders arranged on horizontal profile; fixing holders by anchor bolts in places of their contact with wall to create non-continuous marks of horizontal profiles along building perimeter; feeding multi-layered heat insulation to free solid areas between windows and to free local areas of pier zones and fixing thereof to wall by disc-shaped dowels; connecting non-continuous marks to separate horizontal profiles; arranging profile groups placed on conducting unit of multi-row horizontal profile marking means by superposing upper unfilled rows of conductor recesses with separate horizontal profiles of horizontal marks; fixing horizontal profiles on vertical module 2 profiles; removing conducting means and securing separate horizontal profiles in local areas of pier zones between previously installed ones. Device for above method implementation is also disclosed.
EFFECT: reduced labor inputs due to using enlarged blocks as load-bearing structure and simultaneously as for window reveal frameworks.
7 cl, 17 dwg
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Authors
Dates
2004-11-27—Published
2004-01-14—Filed