A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
A wall concrete demolition robot comprises a shell, two demolition pieces, an impact assembly and a push-pull assembly. A penetrating opening is formed in the front end face of the shell, two parallelsupporting rods are arranged at the top end in the shell, and fulcrum bars are arranged at the two ends of each supporting rod. The two demolition pieces are placed in the penetrating opening in parallel, and the portions, located in the shell, of the two demolition pieces are connected with the bottom ends of the two supporting rods respectively to form a double-connecting-rod structure. A plurality of demolition blocks are arranged at the front ends of the demolition pieces. By adopting the combination of the demolition pieces, the push-pull assembly and the supporting rods, the surface ofa common wall can be effectively demolished. Through cooperation of the impact assembly and the demolition pieces, a concrete wall or a wall with hard inner objects can be demolished, the work efficiency and precision of demolition and finishing of the concrete wall or the brick wall are greatly improved through rapid and dense hammering impact, and therefore the time cost and the labor cost can be saved during engineering construction.
一种墙壁混凝土破除机器人，包括外壳、破拆片、冲击组件、推拉组件，所述外壳前端面设置有贯穿口；外壳的内部顶端设置有两根平行的支撑杆，所述支撑杆的两端均设置有支杆；所述破拆片为两片，两片破拆片平行放置于贯穿口中，两片破拆片位于外壳内的部分分别与两根支撑杆上的底端连接，形成双连杆结构；破拆片的前端设置有若干个破拆块；本发明采用破拆片、推拉组件以及支撑杆的组合，可有效刮食破除普通的墙壁平面；通过冲击组件与破拆片的配合，可用于破除混凝土墙或者带有坚硬内物的墙壁，且通过快速而密集的捶打冲击，大幅的提高了混凝土墙或者砖墙的破除和修整的工作效率和精度，使得在建筑工程施工时能够节省时间成本和人力成本。
A wall concrete demolition robot comprises a shell, two demolition pieces, an impact assembly and a push-pull assembly. A penetrating opening is formed in the front end face of the shell, two parallelsupporting rods are arranged at the top end in the shell, and fulcrum bars are arranged at the two ends of each supporting rod. The two demolition pieces are placed in the penetrating opening in parallel, and the portions, located in the shell, of the two demolition pieces are connected with the bottom ends of the two supporting rods respectively to form a double-connecting-rod structure. A plurality of demolition blocks are arranged at the front ends of the demolition pieces. By adopting the combination of the demolition pieces, the push-pull assembly and the supporting rods, the surface ofa common wall can be effectively demolished. Through cooperation of the impact assembly and the demolition pieces, a concrete wall or a wall with hard inner objects can be demolished, the work efficiency and precision of demolition and finishing of the concrete wall or the brick wall are greatly improved through rapid and dense hammering impact, and therefore the time cost and the labor cost can be saved during engineering construction.
一种墙壁混凝土破除机器人，包括外壳、破拆片、冲击组件、推拉组件，所述外壳前端面设置有贯穿口；外壳的内部顶端设置有两根平行的支撑杆，所述支撑杆的两端均设置有支杆；所述破拆片为两片，两片破拆片平行放置于贯穿口中，两片破拆片位于外壳内的部分分别与两根支撑杆上的底端连接，形成双连杆结构；破拆片的前端设置有若干个破拆块；本发明采用破拆片、推拉组件以及支撑杆的组合，可有效刮食破除普通的墙壁平面；通过冲击组件与破拆片的配合，可用于破除混凝土墙或者带有坚硬内物的墙壁，且通过快速而密集的捶打冲击，大幅的提高了混凝土墙或者砖墙的破除和修整的工作效率和精度，使得在建筑工程施工时能够节省时间成本和人力成本。
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| European Patent Office | 2024
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| European Patent Office | 2018