A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Full-automatic ceramic tile jointing machine
The embodiment of the invention provides a full-automatic ceramic tile jointing machine, and relates to the technical field of decoration devices. The full-automatic ceramic tile jointing machine comprises a vehicle body, a stirring machine, color image sensors, a supercharger and a telescopic feeding pipe; the stirring machine is arranged on the vehicle body, and a water inlet and a feeding portare formed in the stirring machine, wherein the water inlet is used for pouring water, and the feeding port is used for pouring jointing agents; the color image sensors are arranged at the bottom of the vehicle body, and the color image sensors are used for identifying ceramic tile gaps; the supercharger is arranged at the bottom of the vehicle body and communicates with the stirring machine, thebottom of the supercharger communicates with the telescopic feeding pipe, and the supercharger is used for feeding materials in the stirring machine into the telescopic feeding pipe; and the telescopic feeding pipe is used for filling the ceramic tile gaps with the materials. The full-automatic ceramic tile jointing machine can simplify working procedures, improve working efficiency, reduce construction cost and achieve automatic and intelligent ceramic tile jointing, and is particularly suitable for large-area ceramic tile jointing of workshops, squares, large roofs, passenger stations, airport terminals and the like.
本发明的实施例提供了一种全自动瓷砖勾缝机，涉及装修设备技术领域。全自动瓷砖勾缝机包括车体、搅拌机、彩色图像传感器、增压机和伸缩给料管，搅拌机设置在车体上，搅拌机上开设有进水口和进料口，进水口用于灌入水，进料口用于灌入勾缝剂，彩色图像传感器设置在车体的底部，彩色图像传感器用于识别瓷砖缝隙，增压机设置在车体的底部、且与搅拌机连通，增压机的底部连通有伸缩给料管，增压机用于将搅拌机内的物料送入伸缩给料管，伸缩给料管用于向瓷砖缝隙内填入物料。全自动瓷砖勾缝机能够简化工序、提高工作效率、降低施工成本，实现自动化、智能化瓷砖勾缝，尤其适用于厂房、广场、大屋面、客运站和机场航站楼等大面积瓷砖勾缝。
Full-automatic ceramic tile jointing machine
The embodiment of the invention provides a full-automatic ceramic tile jointing machine, and relates to the technical field of decoration devices. The full-automatic ceramic tile jointing machine comprises a vehicle body, a stirring machine, color image sensors, a supercharger and a telescopic feeding pipe; the stirring machine is arranged on the vehicle body, and a water inlet and a feeding portare formed in the stirring machine, wherein the water inlet is used for pouring water, and the feeding port is used for pouring jointing agents; the color image sensors are arranged at the bottom of the vehicle body, and the color image sensors are used for identifying ceramic tile gaps; the supercharger is arranged at the bottom of the vehicle body and communicates with the stirring machine, thebottom of the supercharger communicates with the telescopic feeding pipe, and the supercharger is used for feeding materials in the stirring machine into the telescopic feeding pipe; and the telescopic feeding pipe is used for filling the ceramic tile gaps with the materials. The full-automatic ceramic tile jointing machine can simplify working procedures, improve working efficiency, reduce construction cost and achieve automatic and intelligent ceramic tile jointing, and is particularly suitable for large-area ceramic tile jointing of workshops, squares, large roofs, passenger stations, airport terminals and the like.
本发明的实施例提供了一种全自动瓷砖勾缝机，涉及装修设备技术领域。全自动瓷砖勾缝机包括车体、搅拌机、彩色图像传感器、增压机和伸缩给料管，搅拌机设置在车体上，搅拌机上开设有进水口和进料口，进水口用于灌入水，进料口用于灌入勾缝剂，彩色图像传感器设置在车体的底部，彩色图像传感器用于识别瓷砖缝隙，增压机设置在车体的底部、且与搅拌机连通，增压机的底部连通有伸缩给料管，增压机用于将搅拌机内的物料送入伸缩给料管，伸缩给料管用于向瓷砖缝隙内填入物料。全自动瓷砖勾缝机能够简化工序、提高工作效率、降低施工成本，实现自动化、智能化瓷砖勾缝，尤其适用于厂房、广场、大屋面、客运站和机场航站楼等大面积瓷砖勾缝。
Full-automatic ceramic tile jointing machine
全自动瓷砖勾缝机
BAO BIN (author) / HAN XUEHUI (author)
2020-11-10
Patent
Electronic Resource
Chinese
IPC:
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden
Full-automatic ceramic tile seam beautifying machine and construction method
| European Patent Office | 2023
Full-automatic time-saving and labor-saving ceramic tile plastering machine
| European Patent Office | 2023