Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Plug-in mounting type modularized pinnacle storage chamber and assembling method thereof
The invention relates to a plug-in mounting type modularized pinnacle storage room and an assembling method thereof, the plug-in mounting type modularized pinnacle storage room comprises a wall body enclosed by four walls, two opposite walls of the wall body are fixedly provided with house beam frameworks, a top beam is connected between the two house beam frameworks, and a roof plate is laid on the house beam frameworks; the roof beam framework comprises a supporting vertical beam fixed to the top of the wall and two inclined supporting beams, one ends of the two inclined supporting beams are fixed to the supporting vertical beam, the other ends of the two inclined supporting beams are far away from each other and extend downwards in an inclined mode to form inclined supporting faces, the roof slabs are laid on the two inclined supporting faces, and sealing plates are connected between the inclined supporting beams and the wall in a clamped mode. The top structure of the storage room is optimized, the two house beam frameworks adopt modular design, use of parts is reduced, assembly is more convenient, the structural strength of the house beam frameworks is enhanced through the top beams, the structure is more stable after assembly, a pinnacle type roof structure is formed on the top of the storage room, drainage is facilitated, all the parts are connected and fixed through screws, and the storage room is more convenient to use. And rapid assembly can be completed by a single person.
本发明涉及一种插装式模块化尖顶储存室及其组装方法，包括由四面墙壁围成的墙体，所述墙体其中相对的两面墙壁上固设有房梁骨架、两个房梁骨架之间连接有顶梁，房梁骨架上铺设有屋顶板；所述房梁骨架包括固定于墙壁顶部的支撑立梁和两个斜撑梁，两个斜撑梁一端固定于支撑立梁上，两个斜撑梁另一端相互远离并向下倾斜延伸形成斜撑面，两个斜撑面上均铺设有所述屋顶板，斜撑梁和墙壁之间卡接有封板。本发明优化储存室顶部结构，两个房梁骨架采用模块化设计，减少零部件的使用，组装更加方便，通过顶梁增强房梁骨架的结构强度，组装后结构更加稳定，储存室顶部形成尖顶式屋顶结构，便于排水，且各部件之间通过螺钉连接固定，单人即可完成快速组成。
Plug-in mounting type modularized pinnacle storage chamber and assembling method thereof
The invention relates to a plug-in mounting type modularized pinnacle storage room and an assembling method thereof, the plug-in mounting type modularized pinnacle storage room comprises a wall body enclosed by four walls, two opposite walls of the wall body are fixedly provided with house beam frameworks, a top beam is connected between the two house beam frameworks, and a roof plate is laid on the house beam frameworks; the roof beam framework comprises a supporting vertical beam fixed to the top of the wall and two inclined supporting beams, one ends of the two inclined supporting beams are fixed to the supporting vertical beam, the other ends of the two inclined supporting beams are far away from each other and extend downwards in an inclined mode to form inclined supporting faces, the roof slabs are laid on the two inclined supporting faces, and sealing plates are connected between the inclined supporting beams and the wall in a clamped mode. The top structure of the storage room is optimized, the two house beam frameworks adopt modular design, use of parts is reduced, assembly is more convenient, the structural strength of the house beam frameworks is enhanced through the top beams, the structure is more stable after assembly, a pinnacle type roof structure is formed on the top of the storage room, drainage is facilitated, all the parts are connected and fixed through screws, and the storage room is more convenient to use. And rapid assembly can be completed by a single person.
本发明涉及一种插装式模块化尖顶储存室及其组装方法，包括由四面墙壁围成的墙体，所述墙体其中相对的两面墙壁上固设有房梁骨架、两个房梁骨架之间连接有顶梁，房梁骨架上铺设有屋顶板；所述房梁骨架包括固定于墙壁顶部的支撑立梁和两个斜撑梁，两个斜撑梁一端固定于支撑立梁上，两个斜撑梁另一端相互远离并向下倾斜延伸形成斜撑面，两个斜撑面上均铺设有所述屋顶板，斜撑梁和墙壁之间卡接有封板。本发明优化储存室顶部结构，两个房梁骨架采用模块化设计，减少零部件的使用，组装更加方便，通过顶梁增强房梁骨架的结构强度，组装后结构更加稳定，储存室顶部形成尖顶式屋顶结构，便于排水，且各部件之间通过螺钉连接固定，单人即可完成快速组成。
Plug-in mounting type modularized pinnacle storage chamber and assembling method thereof
一种插装式模块化尖顶储存室及其组装方法
MENG XIANGHUI (Autor:in) / YANG YINGXIN (Autor:in) / ZHOU HAIRONG (Autor:in) / ZHAO DONG (Autor:in) / LIU RONG (Autor:in) / XIAO CHUANWEI (Autor:in) / LI AIXIN (Autor:in) / MA XUEHUI (Autor:in)
12.11.2024
Patent
Elektronische Ressource
Chinesisch
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