Abstract:
Wandelement (1), umfassend eine erste Massivholzplatte (11) und eine zweite Massivholzplatte (12), welche über Querstege (15) parallel und mit Abstand (D, d', d'') zueinander befestigt sind, wobei ein Hohlraum (16, 16') gebildet wird, der von der Innenfläche (21) der ersten Massivholzplatte (11) und der Innenfläche (22) der zweiten Massivholzplatte (12) sowie den Querstegen (15) begrenzt ist, wobei der Hohlraum (16, 16') mit einem Dämmstoff (19) ausgefüllt ist, wobei an der Außenfläche (31) der ersten Massivholzplatte (11) eine Noppenmatte (35) vorgesehen ist und wobei an der Außenfläche (32) der zweiten Massivholzplatte (12) eine Noppenmatte (35) vorgesehen ist.
Abstract:
A substantially two-dimensional construction element for a building construction is provided. The construction element comprises a solar energy photovoltaic converter panel and a building construction member. The photovoltaic converter panel is one layer of a layer stack, which layer stack comprises the building construction member, includes a core material layer and provides for at least one of mechanical strength, of acoustic isolation and of thermal isolation. The layer stack comprises a front surface layer being chemically bonded on the core material. The photovoltaic converter panel is dismantably mounted to said front surface layer by means of an arrangement of controllably releasable mounting members. Furthermore, a building construction comprising at least one construction element and a method of repairing, updating or for maintenance of a construction element is provided.
Abstract:
Atmungsaktive Basishülle die auf die Dämmung der Außenwände eines Gebäudes verzichtet. Eine umlaufende Luftschicht zwischen einer neuen Wetterhülle und den ursprünglichen Außenwänden verteilt überschüssige Wärme einer Außenseite des Gebäudes zu den anderen Außenseiten. Die Funktionsweisen des Verfahrens, "Wärmebrückenprinzip" und"Atmungsprinzips", sorgen für eine gleichmäßige Temperierung und regeln den Feuchtigkeitshaushalt des Gebäudes. Das Verfahren nutzt die thermischen Eigenschaften von Luft in Abhängigkeit von der Geschwindigkeit der Luftströmung. Es nutzt auch unterschiedliche thermische Eigenschaften der neuen Wetterhülle gegenüber der ursprünglichen Außenhülle. Wird die Wetterhülle transparent aufgebaut, wird über den Treibhauseffekt eine zusätzliche Wärmeausbeute für das Gebäude erreicht.
Abstract:
Sistema para aquecimento de fluido e circulação de ar que compreende uma pluralidade de coletores encaixados topo-a-topo numa ou mais colunas, de forma que as condutas de ar dos coletores formem uma conduta de ar ao longo de cada coluna, em que o coletor solar compreende: um absorsor planar de radiação solar com uma face anterior destinada à exposição solar e uma face posterior na qual está disposta a canalização do fluido a aquecer; uma conduta de ar para intercâmbio térmico com o absorsor planar, em que a conduta de ar compreende a face posterior do absorsor planar e está disposta ao longo da referida face, e em que a conduta de ar tem entrada e saída em dois topos opostos do coletor solar. Pode compreender adicionalmente uma conduta de ar descendente para recolha de ar da parte superior de uma habitação e para insuflação inferior na conduta de ar de uma ou mais colunas de coletores.
Abstract:
Vorrichtung zur Klimatisierung eines Gebäudes (20), bei dem flächig ausgebildete äussere Temperierelemente (5) eine Aussenseite des Gebäudes (20) zumindest teilweise überdecken, wobei die äusseren Temperierelemente (5) auf einen vorgebbaren Temperaturwert einstellbar sind. Des Weiteren sind ein Temperierelement (5) und ein Verfahren zur Klimatisierung eines Gebäudes (20) angegeben.
Abstract:
Systems and methods for solar fluid heating in a multi-story building. A system in accordance with an aspect of the present disclosure includes solar collectors installed in solar-facing walls of the multi-story building, in which fluid receives thermal energy from the solar collectors. The system also includes fluid storage vessels. The system further includes a circulating pump coupled to the solar collectors to circulate the heated fluid between the solar collectors and the fluid storage vessels on a floor of the multi-story building.
Abstract:
The invention relates to a facade module element (2) for a structure or construction, comprising a housing (7) with a a frame (8), a light transmitting front panel (9) and a rear face (10), which are at a distance from each other defined by side faces (11). A solar energy collecting system (4) is positioned in the housing and comprises a solar energy collector (17) and a solar energy concentrator (12) concentrating incident solar energy radiation for collection by the solar energy collector. A sun tracking mechanism (13) is arranged to move at least the solar energy concentrator with respect to the frame about a tracking axis (14).
Abstract:
L'agencement pour bâtiment comprend :un élément de structure (1 ) du bâtiment; un premier volume (2) et un deuxième volume (3) disposés de part et d'autre de l'élément de structure (1 ) du bâtiment; un élément d'isolation thermique (4) configuré de sorte à varier entre une première position dans laquelle il est disposé dans le premier volume (2) afin d'isoler thermiquement l'élément de structure (1 ) du bâtiment au niveau du premier volume (2), et une deuxième position dans laquelle il est disposé dans le deuxième volume (3) afin d'isoler thermiquement l'élément de structure (1 ) du bâtiment au niveau du deuxième volume (3).
Abstract:
The subject of the invention is a construction module, particularly a wall or roof module, to quickly mount buildings of street furniture, based on wooden modular systems, particularly recreational and utility buildings. It has an external coating made of flat bars, permeable to the sun radiation, connected longitudinally on the grooves with strips, separated with the ventilation slit from a multilayer internal coating with an accumulation layer linked with a heat-insulating layer neighbouring a finishing layer, and a framing connecting the coatings with mounting holes in which field joints are placed (5). In the external coating (1), wooden or metal flat bars (11) are preferably alternately connected with strips (11a) permeable to the sun radiation, under which an accumulation ceramic layer (21) is fixed, with a metal net (22) partly embedded in it and partly protruding in the ventilation slit (3); connected with the heat-insulating layer (23) in the internal coating (2), whereas the ventilation duct (30) connecting the ventilation slit (3) with the channel (6) is separated with a movable regulating closure (31) for the airflow. The metal net (22) is a net made of metal of a high thermal conductivity coefficient, preferably a copper alloy. The channel (6) is placed in the frame (4), preferably the upper part of the module. The channel (6) is additionally placed in the frame (4) in the lower part of the module. The external coating (2) has gaps (25), which preferably are placed under the strips (11a). The gaps (25) are separated with walls (26) permeable to the sun radiation. The field joint (5) consists of at least one sleeve (50) and a supported against a stressed spring (52) screw bolt (51), which is blocked in the sleeve (50) by a pullable pin (53) and/or pressed down by the tumbler (54) fixed to the frame (4).