A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Geological survey method
The invention discloses a geological survey method, and relates to the field of geological survey, and the method comprises the following steps: 1, cleaning a to-be-surveyed area, and after the surveyed area is selected, cleaning impurities above the surveyed area; 2, a slurry containing hole is excavated, after the rack is moved to a to-be-surveyed area through a vehicle body, a mounting rod and a slurry drill bit are moved to a rock core drill bit and a drill rod through an oil cylinder, the mounting rod and the drill rod are fixed through a driving assembly and a clamping assembly, and then a motor, a first hydraulic cylinder and a synchronous lifting assembly are driven to work; and step 3, geological exploration and sampling: resetting the slurry drill bit, exposing the rock core drill bit, drilling and exploring the geology under the work of the driving motor and the first hydraulic cylinder, and sampling the geology. The mud drill bit can be directly installed on the drill rod to be used for digging the mud containing hole, manual operation is not needed, a rock core drill bit does not need to be detached, exploration time is saved, and the labor intensity of workers is reduced.
本发明公开了一种地质勘测方法，涉及地质勘测领域，包括以下步骤：步骤一、清理待勘测区域，选定勘测区域后，对上方的杂质进行清理；步骤二、开挖泥浆容置孔，将机架通过车体移至待勘测区域后，在油缸将安装杆连带泥浆钻头移动到岩心钻头和钻杆处，并通过驱动组件和卡接组件将安装杆与钻杆进行固定，然后驱动电机、第一液压缸和同步升降组件工作，步骤三、地质勘探及取样，泥浆钻头复位，露出岩心钻头，在驱动电机和第一液压缸的工作下对地质进行钻取勘探，并进行地质的取样。本申请可以在钻杆上直接安装泥浆钻头用于挖设泥浆容置孔，无需人工操作以及将岩心钻头拆卸下来，节省了勘测时间以及降低了工作人员的劳动强度。
Geological survey method
The invention discloses a geological survey method, and relates to the field of geological survey, and the method comprises the following steps: 1, cleaning a to-be-surveyed area, and after the surveyed area is selected, cleaning impurities above the surveyed area; 2, a slurry containing hole is excavated, after the rack is moved to a to-be-surveyed area through a vehicle body, a mounting rod and a slurry drill bit are moved to a rock core drill bit and a drill rod through an oil cylinder, the mounting rod and the drill rod are fixed through a driving assembly and a clamping assembly, and then a motor, a first hydraulic cylinder and a synchronous lifting assembly are driven to work; and step 3, geological exploration and sampling: resetting the slurry drill bit, exposing the rock core drill bit, drilling and exploring the geology under the work of the driving motor and the first hydraulic cylinder, and sampling the geology. The mud drill bit can be directly installed on the drill rod to be used for digging the mud containing hole, manual operation is not needed, a rock core drill bit does not need to be detached, exploration time is saved, and the labor intensity of workers is reduced.
本发明公开了一种地质勘测方法，涉及地质勘测领域，包括以下步骤：步骤一、清理待勘测区域，选定勘测区域后，对上方的杂质进行清理；步骤二、开挖泥浆容置孔，将机架通过车体移至待勘测区域后，在油缸将安装杆连带泥浆钻头移动到岩心钻头和钻杆处，并通过驱动组件和卡接组件将安装杆与钻杆进行固定，然后驱动电机、第一液压缸和同步升降组件工作，步骤三、地质勘探及取样，泥浆钻头复位，露出岩心钻头，在驱动电机和第一液压缸的工作下对地质进行钻取勘探，并进行地质的取样。本申请可以在钻杆上直接安装泥浆钻头用于挖设泥浆容置孔，无需人工操作以及将岩心钻头拆卸下来，节省了勘测时间以及降低了工作人员的劳动强度。
Geological survey method
一种地质勘测方法
WU WEILI (author) / LI CHAO (author) / JIANG YONG (author) / WANG BIN (author) / JIA DONGYAN (author)
2024-04-05
Patent
Electronic Resource
Chinese
Survey equipment and survey method for geological survey
| European Patent Office | 2023