Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Fabricated wallboard material based on healthy building
The invention relates to a fabricated wallboard material based on a healthy building. The fabricated wallboard material comprises a wall body, a fixing frame and wallboards, the wallboards are fixed to the surface of the wall body through the fixing frame, the fixing frame comprises an outer frame and inner brackets, the outer frame is a frame body, the inner brackets are arranged on the wall bodyin the outer frame, each inner bracket is constituted by a connecting plate, a pin shaft and two shifting rods, each connecting plate is an inverted-T-shaped body, and every two shifting rods are hinged to the two sides of a first plate body through the connecting ends; and the wallboards comprise bottom layers, metal connecting bodies and functional face composite layers, grooves are formed in the rear surfaces of the bottom layers, the bottom layers of the wallboards are fixedly connected with the wall body through the inner brackets penetrating into the grooves, the bottom layers and the metal connecting bodies are mutually and fixedly connected to form rectangular board bodies, the edges of the metal connecting bodies are wrapped with the functional face composite layers, and the functional face composite layers are clamped between the bottom layers and the metal connecting bodies. According to the fabricated wallboard material based on the healthy building, replacing is convenient, the wallboard renewal cost is lowered, and through the wallboards firmly connected with the wall body, the wallboard renewal cost can further be lowered.
本发明涉及一种基于健康建筑的装配式墙板材料，包括墙体、固定架和墙板，所述墙板经固定架固定在墙体表面，所述固定架包括外框和内支架，所述外框为框体，外框内的墙体上设置有内支架，所述内支架由连接板、销轴和两个拨杆构成，所述连接板为“⊥”形体，所述两个拨杆经连接端铰接在第一板体的两侧，所述墙板包括底层、金属连接体和功能面复合材料层，底层的后表面设置有凹槽，墙板底层经穿进凹槽内的内支架与墙体固定连接，所述底层与金属连接体相互固定连接形成长方形板体，所述功能面复合材料层包裹金属连接体边缘并被底层与金属连接体夹在中间，本发明不仅方便更换，方便更换、降低墙板更新成本、与墙体连接牢固的墙板还可以降低墙板更新成本。
Fabricated wallboard material based on healthy building
The invention relates to a fabricated wallboard material based on a healthy building. The fabricated wallboard material comprises a wall body, a fixing frame and wallboards, the wallboards are fixed to the surface of the wall body through the fixing frame, the fixing frame comprises an outer frame and inner brackets, the outer frame is a frame body, the inner brackets are arranged on the wall bodyin the outer frame, each inner bracket is constituted by a connecting plate, a pin shaft and two shifting rods, each connecting plate is an inverted-T-shaped body, and every two shifting rods are hinged to the two sides of a first plate body through the connecting ends; and the wallboards comprise bottom layers, metal connecting bodies and functional face composite layers, grooves are formed in the rear surfaces of the bottom layers, the bottom layers of the wallboards are fixedly connected with the wall body through the inner brackets penetrating into the grooves, the bottom layers and the metal connecting bodies are mutually and fixedly connected to form rectangular board bodies, the edges of the metal connecting bodies are wrapped with the functional face composite layers, and the functional face composite layers are clamped between the bottom layers and the metal connecting bodies. According to the fabricated wallboard material based on the healthy building, replacing is convenient, the wallboard renewal cost is lowered, and through the wallboards firmly connected with the wall body, the wallboard renewal cost can further be lowered.
本发明涉及一种基于健康建筑的装配式墙板材料，包括墙体、固定架和墙板，所述墙板经固定架固定在墙体表面，所述固定架包括外框和内支架，所述外框为框体，外框内的墙体上设置有内支架，所述内支架由连接板、销轴和两个拨杆构成，所述连接板为“⊥”形体，所述两个拨杆经连接端铰接在第一板体的两侧，所述墙板包括底层、金属连接体和功能面复合材料层，底层的后表面设置有凹槽，墙板底层经穿进凹槽内的内支架与墙体固定连接，所述底层与金属连接体相互固定连接形成长方形板体，所述功能面复合材料层包裹金属连接体边缘并被底层与金属连接体夹在中间，本发明不仅方便更换，方便更换、降低墙板更新成本、与墙体连接牢固的墙板还可以降低墙板更新成本。
Fabricated wallboard material based on healthy building
一种基于健康建筑的装配式墙板材料
YANG JING (Autor:in) / LIANG BIN (Autor:in) / SONG YITAO (Autor:in) / LI ZHANWEN (Autor:in) / SUN DAWEI (Autor:in)
13.11.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden