Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Large-area photo-thermal photovoltaic pile foundation construction auxiliary component and construction method
The invention discloses a large-area photo-thermal photovoltaic pile foundation construction auxiliary component which comprises a curing device used for enhancing the tightness of a hole wall in the pile hole forming process. And the tamping device is used for tamping the hole wall before the precast pile penetrates into the pile hole. Through the curing device, the compactness of the hole wall is enhanced in the pile hole forming process, then the problem that the hole wall collapses due to the acting force generated when a precast pile is injected subsequently can be solved, coaxial injection of the precast pile and the pile hole is achieved, and the assembly precision of a photovoltaic support and the stability of a photovoltaic panel are further guaranteed. The invention further discloses a tamping device which is used for tamping the hole wall before the precast pile penetrates into the pile hole, namely, the tamping device is used for further tamping the hole wall before the precast pile penetrates into the pile hole, so that the problem of large-area collapse of the hole wall caused by the contact impact effect when the precast pile penetrates into the hole is solved, smooth and accurate penetration of the precast pile can be guaranteed, and the construction efficiency is improved. Therefore, the construction quality of the pile foundation and the stability of a photovoltaic panel assembled subsequently are improved.
本发明公开了一种大面域光热光伏桩基施工辅助构件，包括固化装置，其用于在桩孔成型过程中增强孔壁的紧密性；以及夯实装置，其用于在桩孔内贯入预制桩前夯实孔壁。通过固化装置，其在桩孔成型过程中增强孔壁的紧密性，进而可解决后续贯入预制桩时的作用力而造成孔壁塌陷的问题，实现预制桩与桩孔的同轴贯入，并进一步保证光伏支架的装配精度，以及光伏面板的稳固性。而进一步公开有夯实装置，其用于在桩孔内贯入预制桩前夯实孔壁，也即在预制桩贯入前，利用该夯实装置对孔壁进一步进行夯实，以抵抗预制桩贯入时的接触撞击作用而导致孔壁大面积塌陷的问题，可保证预制桩顺利且精准的贯入，从而提高桩基的施工质量及后续装配光伏面板的稳固性。
Large-area photo-thermal photovoltaic pile foundation construction auxiliary component and construction method
The invention discloses a large-area photo-thermal photovoltaic pile foundation construction auxiliary component which comprises a curing device used for enhancing the tightness of a hole wall in the pile hole forming process. And the tamping device is used for tamping the hole wall before the precast pile penetrates into the pile hole. Through the curing device, the compactness of the hole wall is enhanced in the pile hole forming process, then the problem that the hole wall collapses due to the acting force generated when a precast pile is injected subsequently can be solved, coaxial injection of the precast pile and the pile hole is achieved, and the assembly precision of a photovoltaic support and the stability of a photovoltaic panel are further guaranteed. The invention further discloses a tamping device which is used for tamping the hole wall before the precast pile penetrates into the pile hole, namely, the tamping device is used for further tamping the hole wall before the precast pile penetrates into the pile hole, so that the problem of large-area collapse of the hole wall caused by the contact impact effect when the precast pile penetrates into the hole is solved, smooth and accurate penetration of the precast pile can be guaranteed, and the construction efficiency is improved. Therefore, the construction quality of the pile foundation and the stability of a photovoltaic panel assembled subsequently are improved.
本发明公开了一种大面域光热光伏桩基施工辅助构件，包括固化装置，其用于在桩孔成型过程中增强孔壁的紧密性；以及夯实装置，其用于在桩孔内贯入预制桩前夯实孔壁。通过固化装置，其在桩孔成型过程中增强孔壁的紧密性，进而可解决后续贯入预制桩时的作用力而造成孔壁塌陷的问题，实现预制桩与桩孔的同轴贯入，并进一步保证光伏支架的装配精度，以及光伏面板的稳固性。而进一步公开有夯实装置，其用于在桩孔内贯入预制桩前夯实孔壁，也即在预制桩贯入前，利用该夯实装置对孔壁进一步进行夯实，以抵抗预制桩贯入时的接触撞击作用而导致孔壁大面积塌陷的问题，可保证预制桩顺利且精准的贯入，从而提高桩基的施工质量及后续装配光伏面板的稳固性。
Large-area photo-thermal photovoltaic pile foundation construction auxiliary component and construction method
一种大面域光热光伏桩基施工辅助构件及施工方法
SUN WEIBIN (Autor:in) / WANG NING (Autor:in) / SUN JIAHAO (Autor:in)
09.08.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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