FIELD: construction.SUBSTANCE: disclosed is a module assembly for a building structure with load under effect of environment, which causes stress in said collecting module. Said module assembly comprises bearing element panel with outer and inner surfaces, which is spaced from said outer surface, wherein between said outer and inner surfaces is surrounding rib with said inner surface of said panel is directed to said bearing element and connected to it, besides, between said inner surface of said panel and said bearing element there is a cavity, and mounting adhesive arranged in said cavity for connection of said panel with said bearing element. Said mounting adhesive has first connecting surface facing said bearing element, second connecting surface, spaced from said first connecting surface and directed to said inner surface of said panel outer peripheral surface between said first and second connecting surface adjoining said surrounding rib said panel and inner peripheral surface between said first and second connecting surface and spaced from said outer peripheral surface inside along above panel relative to said outer peripheral surface. Said first and second surfaces and connecting said outer and inner peripheral surfaces form a cross section substantially in shape of a rectangular trapezoid. Said outer peripheral surface has thickness (T1) extending from said inner surface of said panel in direction of said bearing element and said inner peripheral surface has a thickness (T2), also extending from said inner surface of said panel in direction of said bearing element, wherein T2 above inner peripheral surface is larger than T1 said outer peripheral surface so that said first connecting surface is inclined to said second connecting surface, thereby reducing stress in said collecting module due to load under effect of environment, which undergoes building structure. Also, module assembly for a building structure with load under effect of environment, which causes stress in said collecting module, said module assembly comprises bearing element panel with outer and inner surfaces, which is spaced from said outer surface, wherein between said outer and inner surfaces is surrounding rib with said inner surface of said panel is directed to said bearing element and is connected with it, wherein between said inner surface of said panel and said bearing element there is a cavity, mounting adhesive arranged in said cavity for connection of said panel with said bearing element. Said mounting adhesive has first connecting surface facing said bearing element and having first and second parts adjacent to said first part, besides, between said first and second parts is formed by a blunt angle, second connecting surface, spaced from said first connecting surface and directed to said inner surface of said panel outer peripheral surface between said first and second connecting surfaces adjoining with above ambient rib said panel and said second part of said first connecting surface and inner peripheral surface between said first and second connecting surface and spaced from said outer peripheral surface inside along above panel relative to said outer peripheral surface and adjacent to said first part of said first connecting surface.EFFECT: said first and second connecting surface and said inner and outer peripheral surfaces form a section in form of substantially concave polygon, and said mounting adhesive has a thickness (T1) extending from said inner surface of said panel in direction of said bearing element between said first and second parts of said first connecting surface, said inner peripheral surface has a thickness (T2), also extending from said inner surface of said panel in direction of said bearing element said outer peripheral surface has thickness (T3), also extending from said inner surface of said panel in direction of said bearing element, where T1 said mounting adhesive is less than each of T2, T3 said inner and outer peripheral surfaces so that said first connecting surface is concave relative to said second connecting surface, thereby reducing stress in said collecting module due to load under effect of environment that is subjected to building structure.17 cl, 18 dwg

Предложен сборный модуль для строительной конструкции, испытывающей нагрузку под воздействием окружающей среды, которая вызывает напряжение в указанном сборном модуле. Указанный сборный модуль содержит несущий элемент, панель, имеющую наружную поверхность и внутреннюю поверхность, отстоящую от указанной наружной поверхности, причем между указанными наружной и внутренней поверхностями находится окружающее ребро, причем указанная внутренняя поверхность указанной панели обращена к указанному несущему элементу и соединена с ним, причем между указанной внутренней поверхностью указанной панели и указанным несущим элементом образована полость, и монтажный адгезив, расположенный в указанной полости для соединения указанной панели с указанным несущим элементом. Указанный монтажный адгезив имеет первую соединяющую поверхность, обращенную к указанному несущему элементу, вторую соединяющую поверхность, отстоящую от указанной первой соединяющей поверхности и обращенную к указанной внутренней поверхности указанной панели, внешнюю периферийную поверхность между указанными первой и второй соединяющими поверхностями, расположенную смежно с указанным окружающим ребром указанной панели, и внутреннюю периферийную поверхность между указанными первой и второй соединяющими поверхностями и отстоящую от указанной внешней периферийной поверхности внутрь вдоль указанной панели относительно указанной внешней периферийной поверхности. Указанные первая и вторая соединяющие поверхности и указанные внешняя и внутренняя периферийные поверхности образуют сечение в форме по существу прямоугольной трапеции. Указа