A platform for research: civil engineering, architecture and urbanism
Construction method of garbage power station bolt-sphere joint net rack
The invention relates to the technical field of net rack construction, in particular to a construction method of a garbage power station bolt-sphere joint net rack, which comprises the following steps that a ground net rack is spliced on the horizontal ground of a construction site, and the ground net rack comprises a plurality of bolt-sphere joints and a plurality of web members; the bolt-sphere joints and the web members are assembled into a quadrilateral grid structure; a plurality of assembled quadrangular pyramid net racks are hoisted above the spliced ground net racks correspondingly, each assembled quadrangular pyramid net rack comprises an upper chord ball joint and four upper chords, and the ends, away from the upper chord ball joints, of the upper chords are spliced and assembled with bolt ball joints on the ground net racks; the hoisted quadrangular pyramid net racks are spliced and assembled on the ground net rack, and building of a first layer of net rack structure is completed; the adjacent upper chord ball joints are connected through web members, the upper chord ball joints at the moment are bolt ball joints in the ground net rack, and the previous two steps are repeated till the set-up height meets the construction requirement.
本发明涉及网架施工技术领域,尤其涉及一种垃圾电站螺栓球节点网架的施工方法,包括以下步骤:在施工现场的水平地面上拼接地面网架,所述地面网架包括若干个螺栓球节点和若干个腹杆,所述螺栓球节点和所述腹杆拼装成四边形网架结构;将若干个组装好的四角锥网架分别吊装在所拼接好的地面网架的上方,每个所述组装好的四角锥网架包括一个上弦球节点和四根上弦杆,远离所述上弦球节点的上弦杆的一端与所述地面网架上螺栓球节点拼接组装,将所吊装的四角锥网架均拼接组装在所述地面网架上,完成第一层网架结构的搭建;通过腹杆连接相邻的所述上弦球节点,此时的上弦球节点即地面网架中的螺栓球节点,重复前两步,直到所搭建的高度满足施工要求。
Construction method of garbage power station bolt-sphere joint net rack
The invention relates to the technical field of net rack construction, in particular to a construction method of a garbage power station bolt-sphere joint net rack, which comprises the following steps that a ground net rack is spliced on the horizontal ground of a construction site, and the ground net rack comprises a plurality of bolt-sphere joints and a plurality of web members; the bolt-sphere joints and the web members are assembled into a quadrilateral grid structure; a plurality of assembled quadrangular pyramid net racks are hoisted above the spliced ground net racks correspondingly, each assembled quadrangular pyramid net rack comprises an upper chord ball joint and four upper chords, and the ends, away from the upper chord ball joints, of the upper chords are spliced and assembled with bolt ball joints on the ground net racks; the hoisted quadrangular pyramid net racks are spliced and assembled on the ground net rack, and building of a first layer of net rack structure is completed; the adjacent upper chord ball joints are connected through web members, the upper chord ball joints at the moment are bolt ball joints in the ground net rack, and the previous two steps are repeated till the set-up height meets the construction requirement.
本发明涉及网架施工技术领域,尤其涉及一种垃圾电站螺栓球节点网架的施工方法,包括以下步骤:在施工现场的水平地面上拼接地面网架,所述地面网架包括若干个螺栓球节点和若干个腹杆,所述螺栓球节点和所述腹杆拼装成四边形网架结构;将若干个组装好的四角锥网架分别吊装在所拼接好的地面网架的上方,每个所述组装好的四角锥网架包括一个上弦球节点和四根上弦杆,远离所述上弦球节点的上弦杆的一端与所述地面网架上螺栓球节点拼接组装,将所吊装的四角锥网架均拼接组装在所述地面网架上,完成第一层网架结构的搭建;通过腹杆连接相邻的所述上弦球节点,此时的上弦球节点即地面网架中的螺栓球节点,重复前两步,直到所搭建的高度满足施工要求。
Construction method of garbage power station bolt-sphere joint net rack
一种垃圾电站螺栓球节点网架的施工方法
LI DONG (author) / LIU HUOJUN (author) / LYU JIANHUA (author) / SU LE (author) / CHEN BING (author)
2022-08-19
Patent
Electronic Resource
Chinese
Hollow multi-bolt-sphere net rack connecting joint and mounting method
European Patent Office | 2024
|Block hoisting construction method for large-span spherical-crown-shaped bolt-sphere joint net rack
European Patent Office | 2022
|Overall jacking construction method for large-area bolt-sphere net rack
European Patent Office | 2016
|Combined installation and construction device for bolt-sphere net rack
European Patent Office | 2024
|Reinforcing equipment and method for bolt-sphere net rack pull rod and joint
European Patent Office | 2023
|