A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to a pile foundation design method based on geotechnical engineering geological investigation. The pile foundation design method mainly comprises the five steps of 1, working of a water pump, 2, working of a servo motor, 3, collection of soil, 4, action of a floating ball and 5, interception of water. According to the pile foundation design method, through the work of the servo motor, a rotating rod can drive a first gear to rotate, so that a second gear in meshing connection with one side of the first gear can drive a connecting plate to move up and down, the movement of the connecting plate can enable a sand table to move, so that the phenomenon of vibration inside the sand table can be conveniently simulated, a pile foundation inside the sand table can be conveniently subjected to simulation testing, accurate data can be conveniently obtained, soil inside the sand table can flow out through first through holes through movement of the sand table, so that the situation that whether the soil inside the sand table collapses or not under the vibration condition of the sand table affects the pile foundation is simulated conveniently, and the pile foundation can be conveniently installed in practical application.
本发明涉及一种基于岩土工程地质勘察的桩基设计方法，主要包括5个步骤：步骤1：通过水泵的工作、步骤2：通过伺服电机的工作、步骤3：通过对泥土的收集、步骤4：通过浮动球的作用、步骤5：通过对水的拦截。本发明中，通过伺服电机的工作，可使转动杆带动着第一齿轮进行转动，从而可使第一齿轮一侧齿合连接的第二齿轮带动着连接板进行上下移动，连接板的移动可使沙盘进行移动，便于模拟出沙盘内部出现震动的现象，便于对沙盘内部的桩基进行模拟测试，便于得出准确的数据，通过沙盘的移动，可使沙盘内部的泥土通过第一通孔流出，便于模拟出沙盘在震动的情况下，其内部的泥土会不会出现塌方对桩基造成影响，便于在实际应用中对桩基进行安装。
The invention relates to a pile foundation design method based on geotechnical engineering geological investigation. The pile foundation design method mainly comprises the five steps of 1, working of a water pump, 2, working of a servo motor, 3, collection of soil, 4, action of a floating ball and 5, interception of water. According to the pile foundation design method, through the work of the servo motor, a rotating rod can drive a first gear to rotate, so that a second gear in meshing connection with one side of the first gear can drive a connecting plate to move up and down, the movement of the connecting plate can enable a sand table to move, so that the phenomenon of vibration inside the sand table can be conveniently simulated, a pile foundation inside the sand table can be conveniently subjected to simulation testing, accurate data can be conveniently obtained, soil inside the sand table can flow out through first through holes through movement of the sand table, so that the situation that whether the soil inside the sand table collapses or not under the vibration condition of the sand table affects the pile foundation is simulated conveniently, and the pile foundation can be conveniently installed in practical application.
本发明涉及一种基于岩土工程地质勘察的桩基设计方法，主要包括5个步骤：步骤1：通过水泵的工作、步骤2：通过伺服电机的工作、步骤3：通过对泥土的收集、步骤4：通过浮动球的作用、步骤5：通过对水的拦截。本发明中，通过伺服电机的工作，可使转动杆带动着第一齿轮进行转动，从而可使第一齿轮一侧齿合连接的第二齿轮带动着连接板进行上下移动，连接板的移动可使沙盘进行移动，便于模拟出沙盘内部出现震动的现象，便于对沙盘内部的桩基进行模拟测试，便于得出准确的数据，通过沙盘的移动，可使沙盘内部的泥土通过第一通孔流出，便于模拟出沙盘在震动的情况下，其内部的泥土会不会出现塌方对桩基造成影响，便于在实际应用中对桩基进行安装。
Pile foundation design method based on geotechnical engineering geological investigation
一种基于岩土工程地质勘察的桩基设计方法
AN XIPO (author)
2021-08-10
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
Geotechnical engineering : foundation design
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