Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Inverted V-shaped tower column hydraulic creeping formwork mechanism and construction control method thereof
The invention relates to the related technical field of hydraulic creeping formworks, in particular to an inverted-V-shaped tower column hydraulic creeping formwork mechanism and a construction control method thereof.The inverted-V-shaped tower column hydraulic creeping formwork mechanism comprises a creeping formwork mechanism body and an embedded part hanging seat used for positioning the creeping formwork mechanism body, and the embedded part hanging seat is fixed to a building wall through a positioning assembly; the creeping formwork mechanism body comprises a guide rail, a creeping formwork frame, a hydraulic oil cylinder, a reversing box and a creeping cone, and the positioning assembly comprises an embedded seat, a fastening bolt and a positioning pin; an embedded part hanging seat used for positioning a creeping formwork mechanism body is positioned by arranging a positioning assembly composed of an embedded seat, a fastening bolt and a positioning pin, a receding groove, a bolt hole and a clamping tooth groove are formed in the embedded seat, a mounting groove is formed in the fastening bolt, and a movable seat is mounted in the mounting groove; the clamping teeth are arranged at the outer side end of the movable seat, so that self-locking is formed by embedding the clamping teeth into the clamping tooth grooves, the positioning assembly is prevented from loosening, and the positioning stability of the embedded part hanging seat is effectively guaranteed.
本发明涉及液压爬模相关技术领域，具体为一种倒V型塔柱液压爬模机构及其施工控制方法，包括爬模机构本体和用以爬模机构本体进行定位的埋件挂座，埋件挂座通过定位组件固定在建筑墙体上，爬模机构本体包括导轨、爬模架、液压油缸、换向盒、爬锥，定位组件包括预埋座、紧固螺栓和定位销；通过设置由预埋座、紧固螺栓和定位销组合构成的定位组件对用以对爬模机构本体进行定位的埋件挂座进行定位，并通过在预埋座上开设避空槽、螺栓孔和卡齿槽，并在紧固螺栓上开设安装槽，并在安装槽安装活动座，并在活动座的外侧端设置卡合齿，从而通过卡合齿嵌入卡齿槽，从而形成自锁，从而避免定位组件出现松动，从而有效保证对埋件挂座的定位稳定性。
Inverted V-shaped tower column hydraulic creeping formwork mechanism and construction control method thereof
The invention relates to the related technical field of hydraulic creeping formworks, in particular to an inverted-V-shaped tower column hydraulic creeping formwork mechanism and a construction control method thereof.The inverted-V-shaped tower column hydraulic creeping formwork mechanism comprises a creeping formwork mechanism body and an embedded part hanging seat used for positioning the creeping formwork mechanism body, and the embedded part hanging seat is fixed to a building wall through a positioning assembly; the creeping formwork mechanism body comprises a guide rail, a creeping formwork frame, a hydraulic oil cylinder, a reversing box and a creeping cone, and the positioning assembly comprises an embedded seat, a fastening bolt and a positioning pin; an embedded part hanging seat used for positioning a creeping formwork mechanism body is positioned by arranging a positioning assembly composed of an embedded seat, a fastening bolt and a positioning pin, a receding groove, a bolt hole and a clamping tooth groove are formed in the embedded seat, a mounting groove is formed in the fastening bolt, and a movable seat is mounted in the mounting groove; the clamping teeth are arranged at the outer side end of the movable seat, so that self-locking is formed by embedding the clamping teeth into the clamping tooth grooves, the positioning assembly is prevented from loosening, and the positioning stability of the embedded part hanging seat is effectively guaranteed.
本发明涉及液压爬模相关技术领域，具体为一种倒V型塔柱液压爬模机构及其施工控制方法，包括爬模机构本体和用以爬模机构本体进行定位的埋件挂座，埋件挂座通过定位组件固定在建筑墙体上，爬模机构本体包括导轨、爬模架、液压油缸、换向盒、爬锥，定位组件包括预埋座、紧固螺栓和定位销；通过设置由预埋座、紧固螺栓和定位销组合构成的定位组件对用以对爬模机构本体进行定位的埋件挂座进行定位，并通过在预埋座上开设避空槽、螺栓孔和卡齿槽，并在紧固螺栓上开设安装槽，并在安装槽安装活动座，并在活动座的外侧端设置卡合齿，从而通过卡合齿嵌入卡齿槽，从而形成自锁，从而避免定位组件出现松动，从而有效保证对埋件挂座的定位稳定性。
Inverted V-shaped tower column hydraulic creeping formwork mechanism and construction control method thereof
一种倒V型塔柱液压爬模机构及其施工控制方法
SHENG MINGHONG (Autor:in) / WANG YIXIAN (Autor:in) / REN JIE (Autor:in) / CHEN SHEN (Autor:in) / YAO QIHAI (Autor:in) / TANG RUI (Autor:in) / WANG KAI (Autor:in)
16.07.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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