A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Inclinometer pipe installation structure and construction method thereof
The invention relates to the technical field of inclinometer pipes and discloses an inclinometer pipe installation structure and a construction method thereof. The inclinometer pipe installation structure comprises an installation hole, an inclinometer pipe, an inertia pump used for draining accumulated water in the installation hole, a connecting piece inserted in the upper end of the inclinometer pipe and a vibrating rod connected into the connecting piece and driving the inclinometer pipe to vibrate through the connecting piece. The lower end of the inclinometer pipe is inserted into the drained installation hole. The portion between the inclinometer pipe and the inner wall of the installation hole is filled with a backfill soil body. The accumulated water in the installation hole is drained through the inertia pump, drainage operation is very easy, construction cost is reduced, the construction period cannot be delayed, and installation difficulty can not be caused to insertion of the inclinometer pipe. In the process that the portion between the inclinometer pipe and the inner wall of the installation hole is filled with the backfill soil body, the connecting piece is connected to the upper end of the inclinometer pipe and connected with the vibrating rod, the backfill soil body is compacted through vibration of the vibrating rod, and accordingly the inclinometer pipe is stably and fixedly buried in the installation hole.
Inclinometer pipe installation structure and construction method thereof
The invention relates to the technical field of inclinometer pipes and discloses an inclinometer pipe installation structure and a construction method thereof. The inclinometer pipe installation structure comprises an installation hole, an inclinometer pipe, an inertia pump used for draining accumulated water in the installation hole, a connecting piece inserted in the upper end of the inclinometer pipe and a vibrating rod connected into the connecting piece and driving the inclinometer pipe to vibrate through the connecting piece. The lower end of the inclinometer pipe is inserted into the drained installation hole. The portion between the inclinometer pipe and the inner wall of the installation hole is filled with a backfill soil body. The accumulated water in the installation hole is drained through the inertia pump, drainage operation is very easy, construction cost is reduced, the construction period cannot be delayed, and installation difficulty can not be caused to insertion of the inclinometer pipe. In the process that the portion between the inclinometer pipe and the inner wall of the installation hole is filled with the backfill soil body, the connecting piece is connected to the upper end of the inclinometer pipe and connected with the vibrating rod, the backfill soil body is compacted through vibration of the vibrating rod, and accordingly the inclinometer pipe is stably and fixedly buried in the installation hole.
Inclinometer pipe installation structure and construction method thereof
HUANG ZHIHUAI (author) / YANG SHUAIDONG (author) / YI SHUPING (author) / WANG SHAOBO (author) / CHANG YAN (author) / LIU HONGYI (author)
2015-12-16
Patent
Electronic Resource
English
IPC:
E02D
FOUNDATIONS
,
Gründungen
| European Patent Office | 2023
INCLINOMETER INSTALLATION RECOVERY MECHANISM AND INCLINOMETER INSTALLATION RECOVERY METHOD
| European Patent Office | 2017
| European Patent Office | 2024
Inclinometer pipe structure for geotechnical engineering detection
| European Patent Office | 2020