A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Angle-adjustable and height-adjustable early-dismantling supporting device for constructional engineering
The invention relates to the technical field of constructional engineering, in particular to a constructional engineering early-dismantling supporting device with the adjustable angle and height. Comprising at least two early-dismantling supporting plates, a supporting plate cavity is formed in the lower portion of each early-dismantling supporting plate, and a through clamping groove is formed in the outer wall of the lower portion of each supporting plate cavity; the top plate is located below the early-dismantling supporting plate. The dismounting and mounting mechanism at least comprises a connecting column, a clamping column and a dismounting and mounting driving assembly; at least two connecting columns are mounted at the top end of the top plate, each connecting column is correspondingly inserted into one supporting plate cavity, a driving space is formed in the connecting column, an extending groove is formed in the outer wall of the driving space, and the clamping column is at least partially located in the driving space, is driven by the dismounting and mounting driving assembly to enter or extend out of the extending groove and is separated from or clamped with the clamping groove; the bottom supporting base is supported below the top plate. Through the functions of quick disassembly, angle fine adjustment, height adjustment and the like, the construction efficiency and quality of constructional engineering are remarkably improved, and meanwhile the construction risk is reduced.
本发明涉及建筑工程技术领域，具体为一种可调节角度和高度的建筑工程早拆支撑装置。包括早拆托板，其至少为两个，每一个早拆托板下部均形成托板空腔，托板空腔的下部外壁上具有贯通的卡槽；顶板位于早拆托板下方；拆装机构，拆装机构至少包括衔接柱、卡柱及拆装驱动组件；顶板顶端安装有至少两个衔接柱，每一个衔接柱均对应插入一个托板空腔，其内部形成驱动空间，驱动空间的外壁上具有伸出槽，卡柱至少部分位于驱动空间内，通过拆装驱动组件驱动进入或伸出伸出槽，并与卡槽分离或卡接；底部支撑座支撑于顶板下方。本发明通过快速拆卸、角度微调、高度调节等功能，显著提高了建筑工程的施工效率和质量，同时降低了施工风险。
Angle-adjustable and height-adjustable early-dismantling supporting device for constructional engineering
The invention relates to the technical field of constructional engineering, in particular to a constructional engineering early-dismantling supporting device with the adjustable angle and height. Comprising at least two early-dismantling supporting plates, a supporting plate cavity is formed in the lower portion of each early-dismantling supporting plate, and a through clamping groove is formed in the outer wall of the lower portion of each supporting plate cavity; the top plate is located below the early-dismantling supporting plate. The dismounting and mounting mechanism at least comprises a connecting column, a clamping column and a dismounting and mounting driving assembly; at least two connecting columns are mounted at the top end of the top plate, each connecting column is correspondingly inserted into one supporting plate cavity, a driving space is formed in the connecting column, an extending groove is formed in the outer wall of the driving space, and the clamping column is at least partially located in the driving space, is driven by the dismounting and mounting driving assembly to enter or extend out of the extending groove and is separated from or clamped with the clamping groove; the bottom supporting base is supported below the top plate. Through the functions of quick disassembly, angle fine adjustment, height adjustment and the like, the construction efficiency and quality of constructional engineering are remarkably improved, and meanwhile the construction risk is reduced.
本发明涉及建筑工程技术领域，具体为一种可调节角度和高度的建筑工程早拆支撑装置。包括早拆托板，其至少为两个，每一个早拆托板下部均形成托板空腔，托板空腔的下部外壁上具有贯通的卡槽；顶板位于早拆托板下方；拆装机构，拆装机构至少包括衔接柱、卡柱及拆装驱动组件；顶板顶端安装有至少两个衔接柱，每一个衔接柱均对应插入一个托板空腔，其内部形成驱动空间，驱动空间的外壁上具有伸出槽，卡柱至少部分位于驱动空间内，通过拆装驱动组件驱动进入或伸出伸出槽，并与卡槽分离或卡接；底部支撑座支撑于顶板下方。本发明通过快速拆卸、角度微调、高度调节等功能，显著提高了建筑工程的施工效率和质量，同时降低了施工风险。
Angle-adjustable and height-adjustable early-dismantling supporting device for constructional engineering
一种可调节角度和高度的建筑工程早拆支撑装置
WANG JIAN (author) / GAO MINGDE (author) / ZOU ENSHENG (author) / YANG ZHIWEI (author) / LIU GAOYAN (author) / JIA YEXIN (author) / LI CHENGGANG (author) / LIU BENGANG (author) / ZHU SHIQIANG (author) / LIANG CHEN (author)
2024-08-23
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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