Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Rapid roadbed penetration detection method based on light dynamic sounding device
The invention discloses a rapid roadbed penetration detection method based on a light dynamic sounding device. The light dynamic sounding device comprises a probe rod device and an orifice stool. During detection, the orifice stool is stably placed at a target position, a feeler lever of the feeler lever device penetrates through a through hole of the stool surface and stands on a roadbed to be detected, an elastic supporting wheel unit of the orifice stool elastically rolls and supports the feeler lever, and then the feeler lever is adjusted to be in a vertical state by referring to a plumb bob; setting a drop distance required by the drop hammer by adjusting the position of the adjustable positioning ring, and then reading the reading of the first section of scale by the reading probe, and recording the reading as p1; the drop hammer is lifted to the bottom face of the adjustable positioning ring, the drop hammer hammers the diameter expanding section on the probe rod for N times according to the needed drop distance, and the reading of the first section of the ruler on the probe rod at the moment is read again and recorded as p2; according to the formula P = p2-p1, the penetration P of every N times of hammering under the set drop distance in the detection is obtained.
本发明公开了一种基于轻型动力触探装置的路基贯入度快速检测方法，该轻型动力触探装置包括探杆装置和孔口凳。检测时，将孔口凳稳固放置于目标位置，将探杆装置的探杆贯穿在凳面的通孔中并立于待测路基上，由孔口凳的弹性支撑轮单元对探杆进行弹性滚动支撑，然后参照铅锤，调整探杆至垂直状态；通过调整可调定位环的位置，设定好落锤所需的落距，然后以读数探头读取第一段标尺的读数，记为p1；将落锤提升至可调定位环底面，使落锤按所需的落距，锤击探杆上的扩径段N次，再次读取此时探杆上第一段标尺的读数，记为p2；按公式P＝p2‑p1，即获得本次检测中在设定落距下每N次锤击的贯入度P。
Rapid roadbed penetration detection method based on light dynamic sounding device
The invention discloses a rapid roadbed penetration detection method based on a light dynamic sounding device. The light dynamic sounding device comprises a probe rod device and an orifice stool. During detection, the orifice stool is stably placed at a target position, a feeler lever of the feeler lever device penetrates through a through hole of the stool surface and stands on a roadbed to be detected, an elastic supporting wheel unit of the orifice stool elastically rolls and supports the feeler lever, and then the feeler lever is adjusted to be in a vertical state by referring to a plumb bob; setting a drop distance required by the drop hammer by adjusting the position of the adjustable positioning ring, and then reading the reading of the first section of scale by the reading probe, and recording the reading as p1; the drop hammer is lifted to the bottom face of the adjustable positioning ring, the drop hammer hammers the diameter expanding section on the probe rod for N times according to the needed drop distance, and the reading of the first section of the ruler on the probe rod at the moment is read again and recorded as p2; according to the formula P = p2-p1, the penetration P of every N times of hammering under the set drop distance in the detection is obtained.
本发明公开了一种基于轻型动力触探装置的路基贯入度快速检测方法，该轻型动力触探装置包括探杆装置和孔口凳。检测时，将孔口凳稳固放置于目标位置，将探杆装置的探杆贯穿在凳面的通孔中并立于待测路基上，由孔口凳的弹性支撑轮单元对探杆进行弹性滚动支撑，然后参照铅锤，调整探杆至垂直状态；通过调整可调定位环的位置，设定好落锤所需的落距，然后以读数探头读取第一段标尺的读数，记为p1；将落锤提升至可调定位环底面，使落锤按所需的落距，锤击探杆上的扩径段N次，再次读取此时探杆上第一段标尺的读数，记为p2；按公式P＝p2‑p1，即获得本次检测中在设定落距下每N次锤击的贯入度P。
Rapid roadbed penetration detection method based on light dynamic sounding device
一种基于轻型动力触探装置的路基贯入度快速检测方法
CAO YONGHUA (Autor:in) / PAN WEI (Autor:in) / LI SHUQI (Autor:in) / YUE CHANGXI (Autor:in) / YU CHANGYI (Autor:in) / DU CHUANG (Autor:in)
03.12.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
Rapid roadbed supporting device for roadbed construction
| Europäisches Patentamt | 2024
Rapid detection and evaluation method for light soil roadbed
| Europäisches Patentamt | 2020