A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Full-automatic intelligent piling system based on civil engineering
The invention relates to a full-automatic intelligent piling system based on civil engineering. The full-automatic intelligent piling system based on civil engineering is characterized in that the full-automatic intelligent piling system comprises a base, a cab, a control panel and an infrared sensor. Acrawler walking mechanism is arranged on the base; the cab is arranged on one side of the upper portion of the base, and a visual detector is arranged at the top end of the cab and used for detecting the descending depth of a pile body; the control panel is arranged in the cab and used for adjusting operation parameters of a pile hammer according to the actual situation in the system piling process. The infrared sensor is arranged on the lower surface of the pile hammer and used for being matched with the visual detector to detect the descending depth of a pile; the control panel judges whether the initial falling height H of the pile hammer needs to be adjusted or not according to the softness of soil in the ground to be driven. According to the full-automatic intelligent piling system based on civil engineering, whether the initial falling height H of the pile hammer needs to be adjusted or not is judged according to the softness of the soil in the ground to be driven; unnecessary abrasion of the pile hammer to the pile body can be effectively avoided, and the piling efficiency is further improved.
本发明涉及一种基于土木工程的全自动智能打桩系统，其特征在于，包括底座，在底座上设有履带行走机构；驾驶室，其设置在所述底座上方一侧，在驾驶室顶端设有视觉检测器，用以检测桩体的下降深度；控制面板，其设置在所述驾驶室内，用以根据系统打桩过程中的实际情况对对所述桩锤的运行参数进行调整；红外线感测器，其设置在所述桩锤下表面，用以与所述视觉检测器配合以检测桩柱的下降深度；所述控制面板根据待打桩地面中土壤的柔软度判定是否需对桩锤的初始下落高度H进行调节；本发明通过待打桩地面中土壤的柔软度判定是否需对桩锤的初始下落高度H进行调节；能够有效避免了桩锤对桩体造成不必要的磨损，进一步提高了打桩效率。
Full-automatic intelligent piling system based on civil engineering
The invention relates to a full-automatic intelligent piling system based on civil engineering. The full-automatic intelligent piling system based on civil engineering is characterized in that the full-automatic intelligent piling system comprises a base, a cab, a control panel and an infrared sensor. Acrawler walking mechanism is arranged on the base; the cab is arranged on one side of the upper portion of the base, and a visual detector is arranged at the top end of the cab and used for detecting the descending depth of a pile body; the control panel is arranged in the cab and used for adjusting operation parameters of a pile hammer according to the actual situation in the system piling process. The infrared sensor is arranged on the lower surface of the pile hammer and used for being matched with the visual detector to detect the descending depth of a pile; the control panel judges whether the initial falling height H of the pile hammer needs to be adjusted or not according to the softness of soil in the ground to be driven. According to the full-automatic intelligent piling system based on civil engineering, whether the initial falling height H of the pile hammer needs to be adjusted or not is judged according to the softness of the soil in the ground to be driven; unnecessary abrasion of the pile hammer to the pile body can be effectively avoided, and the piling efficiency is further improved.
本发明涉及一种基于土木工程的全自动智能打桩系统，其特征在于，包括底座，在底座上设有履带行走机构；驾驶室，其设置在所述底座上方一侧，在驾驶室顶端设有视觉检测器，用以检测桩体的下降深度；控制面板，其设置在所述驾驶室内，用以根据系统打桩过程中的实际情况对对所述桩锤的运行参数进行调整；红外线感测器，其设置在所述桩锤下表面，用以与所述视觉检测器配合以检测桩柱的下降深度；所述控制面板根据待打桩地面中土壤的柔软度判定是否需对桩锤的初始下落高度H进行调节；本发明通过待打桩地面中土壤的柔软度判定是否需对桩锤的初始下落高度H进行调节；能够有效避免了桩锤对桩体造成不必要的磨损，进一步提高了打桩效率。
Full-automatic intelligent piling system based on civil engineering
一种基于土木工程的全自动智能打桩系统
YANG NAN (author) / DING XIAOYA (author) / GUO GUOLIANG (author)
2021-12-07
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
Automatic piling control system and automatic piling control method
| European Patent Office | 2020
| TIBKAT | 2009