Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Building machine prefabricated part lifting and conveying system applied to fabricated building
The invention relates to the technical field of building machines, and discloses a building machine prefabricated part lifting and conveying system applied to prefabricated buildings, which comprises a building machine lifting template, and a prefabricated part finished product to-be-transferred platform and a prefabricated part preparation platform are sequentially arranged outside the building machine lifting template from top to bottom; the prefabricated part finished product to-be-transferred platform is fixedly connected with the prefabricated part preparation platform, and a space for containing the prefabricated part preparation platform is formed between the prefabricated part finished product to-be-transferred platform and the building machine lifting formwork; low-period preparation of small components is matched with a single-layer building covering period, meanwhile, the influence of the weight of the small components on a building machine is smaller, and through cooperation of a prefabricated part preparation platform and a prefabricated part finished product to-be-transferred platform, the hoisting stroke of a crane is greatly shortened; according to material distribution of the prefabricated part mold, slurry conveying of the small components can be achieved only through cooperation of the prefabricated part material distribution mechanism and the pumping mechanism, and higher building covering efficiency is achieved for a fabricated building with many small components.
本发明涉及造楼机技术领域，本发明公开了一种应用于装配式建筑的造楼机预制件抬升输送系统，包括造楼机抬升模板，所述造楼机抬升模板的外部由上至下依此设置有预制件成品待转平台、预制件制备平台，所述预制件成品待转平台与所述预制件制备平台固定连接，所述预制件成品待转平台与所述造楼机抬升模板之间具有容纳所述预制件制备平台的间距；利用小型构件的低周期制备与单层盖楼周期相适配，同时小型构件的重量对造楼机的影响更小，通过预制件制备平台与预制件成品待转平台的配合，使吊机吊运行程大幅度缩小，预制件模具的布料只需要通过预制件布料机构配合泵送机构即可实现小型构件的浆液输送，针对小型构件较多的装配式建筑具有更高的盖楼效率。
Building machine prefabricated part lifting and conveying system applied to fabricated building
The invention relates to the technical field of building machines, and discloses a building machine prefabricated part lifting and conveying system applied to prefabricated buildings, which comprises a building machine lifting template, and a prefabricated part finished product to-be-transferred platform and a prefabricated part preparation platform are sequentially arranged outside the building machine lifting template from top to bottom; the prefabricated part finished product to-be-transferred platform is fixedly connected with the prefabricated part preparation platform, and a space for containing the prefabricated part preparation platform is formed between the prefabricated part finished product to-be-transferred platform and the building machine lifting formwork; low-period preparation of small components is matched with a single-layer building covering period, meanwhile, the influence of the weight of the small components on a building machine is smaller, and through cooperation of a prefabricated part preparation platform and a prefabricated part finished product to-be-transferred platform, the hoisting stroke of a crane is greatly shortened; according to material distribution of the prefabricated part mold, slurry conveying of the small components can be achieved only through cooperation of the prefabricated part material distribution mechanism and the pumping mechanism, and higher building covering efficiency is achieved for a fabricated building with many small components.
本发明涉及造楼机技术领域，本发明公开了一种应用于装配式建筑的造楼机预制件抬升输送系统，包括造楼机抬升模板，所述造楼机抬升模板的外部由上至下依此设置有预制件成品待转平台、预制件制备平台，所述预制件成品待转平台与所述预制件制备平台固定连接，所述预制件成品待转平台与所述造楼机抬升模板之间具有容纳所述预制件制备平台的间距；利用小型构件的低周期制备与单层盖楼周期相适配，同时小型构件的重量对造楼机的影响更小，通过预制件制备平台与预制件成品待转平台的配合，使吊机吊运行程大幅度缩小，预制件模具的布料只需要通过预制件布料机构配合泵送机构即可实现小型构件的浆液输送，针对小型构件较多的装配式建筑具有更高的盖楼效率。
Building machine prefabricated part lifting and conveying system applied to fabricated building
一种应用于装配式建筑的造楼机预制件抬升输送系统
WANG YANG (Autor:in) / LI SILIN (Autor:in) / XIA ZHENXING (Autor:in) / ZHAO SHIZHONG (Autor:in) / YU SHAOBAO (Autor:in)
14.05.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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