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Masonry engineering mortar paving device and working method thereof
The masonry engineering mortar paving device comprises an AGV walking vehicle and a gantry vertical frame fixed to the top end of the AGV walking vehicle, a front sliding plate is installed on the surface of the gantry vertical frame through a vertical rail guiding structure, and a lifting unit used for controlling the height of the front sliding plate is installed on the outer wall of one side of the gantry vertical frame; a Y-axis direct pushing mechanism is installed on the back face of the front sliding plate, and a bearing plate is installed at the movable end of the Y-axis direct pushing mechanism. The physical burden of workers is relieved, the workers only need to control and operate equipment without bearing the weight of the mortar cylinder and moving work, the construction efficiency is effectively improved, time is saved, more accurate and consistent mortar paving thickness can be achieved through control of the electric paving mechanism and the Y-axis direct pushing mechanism, and the construction efficiency is improved. The consistency of wall plastering can be kept, and the situation that the thickness is not uniform is avoided.
本发明公开了一种砌筑工程砂浆摊铺装置及其工作方法,包括AGV行走车以及AGV行走车顶端固定的龙门立架,所述龙门立架的表面通过立轨导向结构安装有前滑板,所述龙门立架一侧的外壁上安装有用于控制前滑板高度的升降单元,所述前滑板的背面安装有Y轴直推机构,所述Y轴直推机构的活动端安装有承重板。本发明减轻了工作人员的体力负担,工作人员只需控制和操作设备,而不需要承担砂浆筒的重量和移动工作,有效提高施工效率,节省时间,且通过电动摊铺机构、Y轴直推机构的控制,可以实现更精确和一致的砂浆铺摊厚度,有助于保持墙面抹灰的一致性,避免出现厚薄不均的情况。
Masonry engineering mortar paving device and working method thereof
The masonry engineering mortar paving device comprises an AGV walking vehicle and a gantry vertical frame fixed to the top end of the AGV walking vehicle, a front sliding plate is installed on the surface of the gantry vertical frame through a vertical rail guiding structure, and a lifting unit used for controlling the height of the front sliding plate is installed on the outer wall of one side of the gantry vertical frame; a Y-axis direct pushing mechanism is installed on the back face of the front sliding plate, and a bearing plate is installed at the movable end of the Y-axis direct pushing mechanism. The physical burden of workers is relieved, the workers only need to control and operate equipment without bearing the weight of the mortar cylinder and moving work, the construction efficiency is effectively improved, time is saved, more accurate and consistent mortar paving thickness can be achieved through control of the electric paving mechanism and the Y-axis direct pushing mechanism, and the construction efficiency is improved. The consistency of wall plastering can be kept, and the situation that the thickness is not uniform is avoided.
本发明公开了一种砌筑工程砂浆摊铺装置及其工作方法,包括AGV行走车以及AGV行走车顶端固定的龙门立架,所述龙门立架的表面通过立轨导向结构安装有前滑板,所述龙门立架一侧的外壁上安装有用于控制前滑板高度的升降单元,所述前滑板的背面安装有Y轴直推机构,所述Y轴直推机构的活动端安装有承重板。本发明减轻了工作人员的体力负担,工作人员只需控制和操作设备,而不需要承担砂浆筒的重量和移动工作,有效提高施工效率,节省时间,且通过电动摊铺机构、Y轴直推机构的控制,可以实现更精确和一致的砂浆铺摊厚度,有助于保持墙面抹灰的一致性,避免出现厚薄不均的情况。
Masonry engineering mortar paving device and working method thereof
一种砌筑工程砂浆摊铺装置及其工作方法
CHEN SHAOBIN (author) / CHEN SHAOHONG (author) / CHEN WEITAO (author) / ZHUANG XIAOWEI (author) / CHEN PANJIN (author) / CHEN SHAOZHEN (author) / CHEN SHAOPENG (author) / CHEN SHAOJIE (author) / CHEN XIAODONG (author) / CHEN XIAOTAO (author)
2024-01-30
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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