Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Intelligent engraving equipment and engraving construction method for high-speed rail sign
The invention discloses intelligent engraving equipment and an engraving construction method for a high-speed rail sign. The engraving equipment comprises an operation vehicle, an auxiliary vehicle, acontrol cabinet and a connecting device; the operation vehicle and the auxiliary vehicle are arranged in a split mode and connected through the connecting device, and at least one end of the connecting device is detachably connected with the operation vehicle and the auxiliary vehicle; the operation vehicle comprises a first vehicle frame, a first walking mechanism, a three-axis linkage device, acarving device, a cooling system and a waste recycling system; the three-axis linkage device comprises a transverse shaft, two longitudinal shafts, a vertical shaft and motors arranged on the transverse shaft, the longitudinal shafts and the vertical shaft respectively, and the two longitudinal shafts are symmetrically arranged on the first vehicle frame in parallel in a transverse sliding mode.The two ends of the transverse shaft are arranged on the two longitudinal shafts in a longitudinal sliding mode respectively, the vertical shaft is arranged on the transverse shaft in a transverse sliding mode, and the engraving equipment is mounted on the vertical shaft in a vertical sliding mode. The auxiliary vehicle comprises a second vehicle frame, a second walking mechanism, an auxiliary water tank and an electric power storage device. The engraving equipment is flexible in transfer, stable in equipment and light and simple in structure.
本发明公开了一种用于高铁标识智能化的雕刻设备及雕刻施工方法，包括作业车、辅助车、控制柜和连接装置，作业车和辅助车分体设置通过连接装置连接，连接装置至少一端与作业车和辅助车可拆卸式连接，作业车包括第一车架、第一行走机构及三轴联动装置、雕刻装置、冷却系统和废料回收系统，三轴联动装置包括横向轴、纵向轴、竖向轴以及分别设置于其上的电机，纵向轴的数量为两根，平行对称且可横向滑动地设置于第一车架上，横向轴两端分别可纵向滑行地设置于两根纵向轴上，竖向轴可横向滑行地设置于横向轴上，雕刻装置可竖向滑行地安装于竖向轴上；辅助车包括第二车架、第二行走机构及辅助水箱、蓄电装置。本发明转运灵活、设备稳定且结构轻简。
Intelligent engraving equipment and engraving construction method for high-speed rail sign
The invention discloses intelligent engraving equipment and an engraving construction method for a high-speed rail sign. The engraving equipment comprises an operation vehicle, an auxiliary vehicle, acontrol cabinet and a connecting device; the operation vehicle and the auxiliary vehicle are arranged in a split mode and connected through the connecting device, and at least one end of the connecting device is detachably connected with the operation vehicle and the auxiliary vehicle; the operation vehicle comprises a first vehicle frame, a first walking mechanism, a three-axis linkage device, acarving device, a cooling system and a waste recycling system; the three-axis linkage device comprises a transverse shaft, two longitudinal shafts, a vertical shaft and motors arranged on the transverse shaft, the longitudinal shafts and the vertical shaft respectively, and the two longitudinal shafts are symmetrically arranged on the first vehicle frame in parallel in a transverse sliding mode.The two ends of the transverse shaft are arranged on the two longitudinal shafts in a longitudinal sliding mode respectively, the vertical shaft is arranged on the transverse shaft in a transverse sliding mode, and the engraving equipment is mounted on the vertical shaft in a vertical sliding mode. The auxiliary vehicle comprises a second vehicle frame, a second walking mechanism, an auxiliary water tank and an electric power storage device. The engraving equipment is flexible in transfer, stable in equipment and light and simple in structure.
本发明公开了一种用于高铁标识智能化的雕刻设备及雕刻施工方法，包括作业车、辅助车、控制柜和连接装置，作业车和辅助车分体设置通过连接装置连接，连接装置至少一端与作业车和辅助车可拆卸式连接，作业车包括第一车架、第一行走机构及三轴联动装置、雕刻装置、冷却系统和废料回收系统，三轴联动装置包括横向轴、纵向轴、竖向轴以及分别设置于其上的电机，纵向轴的数量为两根，平行对称且可横向滑动地设置于第一车架上，横向轴两端分别可纵向滑行地设置于两根纵向轴上，竖向轴可横向滑行地设置于横向轴上，雕刻装置可竖向滑行地安装于竖向轴上；辅助车包括第二车架、第二行走机构及辅助水箱、蓄电装置。本发明转运灵活、设备稳定且结构轻简。
Intelligent engraving equipment and engraving construction method for high-speed rail sign
一种用于高铁标识智能化的雕刻设备及雕刻施工方法
XU LINGYAN (Autor:in) / LI RONGHUA (Autor:in) / MENG QINGWEN (Autor:in) / WANG HUIYONG (Autor:in)
26.01.2021
Patent
Elektronische Ressource
Chinesisch
Source for concrete engraving equipment
Online Contents | 1998
Online Contents | 2009
| British Library Conference Proceedings | 1997