Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention provides an ultralow-energy-consumption wood structure outer wall, a construction method thereof and a building. The ultralow-energy-consumption wood structure outer wall comprises an inner wall located on the inner side of a wall body; the outer wall is located on the outer side of the wall body; the structural wooden column is a bearing component and is located between the inner wall and the outer wall, and one side of the structural wooden column is connected with the inner wall; the wood I-shaped beam serves as an enclosure structure, is located between the inner wall and the outer wall and is attached to the other side of the structural wooden column; the plywood is arranged on the two sides of the wood I-shaped beam and the inner side of the outer wall to form a plurality of closed cavities for preventing indoor and outdoor air from permeating, exchanging and transferring heat. The wall integrates heat preservation, heat insulation and indoor and outdoor decoration, a plurality of airtight stable spaces are formed in the wall through the multiple layers of airtight films, and indoor and outdoor air permeation, exchange and heat transfer can be prevented; and meanwhile, the wall body is made of a heat insulation material with a very small heat transfer coefficient, so that the heat transfer influence is greatly reduced, the indoor environment temperature is not influenced by the external cold and hot environment, and the heat insulation performance of the building outer wall is greatly improved.
本发明提供一种超低能耗木结构外墙及其构建方法和建筑，包括：内壁，其位于墙体的内侧；外壁，其位于墙体的外侧；结构木柱，其为承重构件，位于内壁与外壁之间，并且其一侧与内壁连接；木工字梁，其作为围护结构，位于内壁与外壁之间，附加于结构木柱的另一侧；胶合板，其设置在木工字梁两侧以及外壁的内侧，形成多个阻止室内外空气渗透、交换和传热的密闭空腔。本发明集保温隔热、室内外装饰于一体，通过多层气密膜将墙体形成多个密闭稳定空间，能阻止室内外空气渗透交换传热；同时墙体本身采用传热系数很小的隔热保温材料，极大降低了热传递影响，维持室内环境温度不受到外面冷热环境的影响，从而大大提升建筑外墙隔热保温性能。
The invention provides an ultralow-energy-consumption wood structure outer wall, a construction method thereof and a building. The ultralow-energy-consumption wood structure outer wall comprises an inner wall located on the inner side of a wall body; the outer wall is located on the outer side of the wall body; the structural wooden column is a bearing component and is located between the inner wall and the outer wall, and one side of the structural wooden column is connected with the inner wall; the wood I-shaped beam serves as an enclosure structure, is located between the inner wall and the outer wall and is attached to the other side of the structural wooden column; the plywood is arranged on the two sides of the wood I-shaped beam and the inner side of the outer wall to form a plurality of closed cavities for preventing indoor and outdoor air from permeating, exchanging and transferring heat. The wall integrates heat preservation, heat insulation and indoor and outdoor decoration, a plurality of airtight stable spaces are formed in the wall through the multiple layers of airtight films, and indoor and outdoor air permeation, exchange and heat transfer can be prevented; and meanwhile, the wall body is made of a heat insulation material with a very small heat transfer coefficient, so that the heat transfer influence is greatly reduced, the indoor environment temperature is not influenced by the external cold and hot environment, and the heat insulation performance of the building outer wall is greatly improved.
本发明提供一种超低能耗木结构外墙及其构建方法和建筑，包括：内壁，其位于墙体的内侧；外壁，其位于墙体的外侧；结构木柱，其为承重构件，位于内壁与外壁之间，并且其一侧与内壁连接；木工字梁，其作为围护结构，位于内壁与外壁之间，附加于结构木柱的另一侧；胶合板，其设置在木工字梁两侧以及外壁的内侧，形成多个阻止室内外空气渗透、交换和传热的密闭空腔。本发明集保温隔热、室内外装饰于一体，通过多层气密膜将墙体形成多个密闭稳定空间，能阻止室内外空气渗透交换传热；同时墙体本身采用传热系数很小的隔热保温材料，极大降低了热传递影响，维持室内环境温度不受到外面冷热环境的影响，从而大大提升建筑外墙隔热保温性能。
Ultralow-energy-consumption wood structure outer wall, construction method thereof and building
一种超低能耗木结构外墙及其构建方法和建筑
LI JIONG (Autor:in)
27.12.2022
Patent
Elektronische Ressource
Chinesisch
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