Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Pile driver supporting structure based on static root drilling and pile planting technology
The invention relates to the technical field of excavation and filling, in particular to a pile driver supporting structure based on a static root drilling and pile planting technology. The supporting structure is formed by splicing a plurality of flat plate assemblies, each flat plate assembly comprises a supporting plate, the top face of each supporting plate is provided with a fixing face, a connecting column and a connecting groove, the connecting columns and the connecting grooves are arranged on the side faces of the supporting plates, the flat plate assemblies serve as units, and the supporting plates are formed through the splicing effect and used for supporting the pile driver. The pressure of the pile driver acting on the soft soil is reduced, so that sinking is prevented; the flat plate assembly is provided with a fixing face so that the pile driver can be fixed conveniently. In addition, when the two supporting plates are spliced together, the reinforcing columns automatically pop up, so that the pressure resistance of the spliced supporting plates is improved; when the supporting plates are completely spliced together, the stopping columns can automatically lock the reinforcing columns; when the supporting plates are completely spliced together, the locking plate and the ejection column can be ejected out at the same time and can be fixed together through the fixing bolt, and therefore the supporting plates are transversely locked.
本发明挖方、填方技术领域，尤其涉及一种基于静钻根植桩技术的打桩机支撑结构。本发明支撑结构由若干个平板组件拼接形成，所述平板组件包括支撑板，所述支撑板顶面上设有固定面，设置在所述支撑板侧面上的连接柱以及连接槽，以平板组件为单元，通过拼接作用形成一个支撑板以用于支撑打桩机，减少了打桩机作用在松软土地上的压强，从而防止下陷；并且平板组件上具有固定面，以方便固定打桩机。此外，当两个支撑板拼接在一起时，加固柱自动弹出，以提高支撑板拼接后的抗压能力；支撑板完全拼接在一起时，止位柱能够自动锁定加固柱；支撑板完全拼接在一起时，锁定板与顶出柱能够同时弹出，可通过固定栓将二者固定在一起，从而横向锁定支撑板。
Pile driver supporting structure based on static root drilling and pile planting technology
The invention relates to the technical field of excavation and filling, in particular to a pile driver supporting structure based on a static root drilling and pile planting technology. The supporting structure is formed by splicing a plurality of flat plate assemblies, each flat plate assembly comprises a supporting plate, the top face of each supporting plate is provided with a fixing face, a connecting column and a connecting groove, the connecting columns and the connecting grooves are arranged on the side faces of the supporting plates, the flat plate assemblies serve as units, and the supporting plates are formed through the splicing effect and used for supporting the pile driver. The pressure of the pile driver acting on the soft soil is reduced, so that sinking is prevented; the flat plate assembly is provided with a fixing face so that the pile driver can be fixed conveniently. In addition, when the two supporting plates are spliced together, the reinforcing columns automatically pop up, so that the pressure resistance of the spliced supporting plates is improved; when the supporting plates are completely spliced together, the stopping columns can automatically lock the reinforcing columns; when the supporting plates are completely spliced together, the locking plate and the ejection column can be ejected out at the same time and can be fixed together through the fixing bolt, and therefore the supporting plates are transversely locked.
本发明挖方、填方技术领域，尤其涉及一种基于静钻根植桩技术的打桩机支撑结构。本发明支撑结构由若干个平板组件拼接形成，所述平板组件包括支撑板，所述支撑板顶面上设有固定面，设置在所述支撑板侧面上的连接柱以及连接槽，以平板组件为单元，通过拼接作用形成一个支撑板以用于支撑打桩机，减少了打桩机作用在松软土地上的压强，从而防止下陷；并且平板组件上具有固定面，以方便固定打桩机。此外，当两个支撑板拼接在一起时，加固柱自动弹出，以提高支撑板拼接后的抗压能力；支撑板完全拼接在一起时，止位柱能够自动锁定加固柱；支撑板完全拼接在一起时，锁定板与顶出柱能够同时弹出，可通过固定栓将二者固定在一起，从而横向锁定支撑板。
Pile driver supporting structure based on static root drilling and pile planting technology
一种基于静钻根植桩技术的打桩机支撑结构
ZHONG YUNFENG (Autor:in) / ZHONG LIBIN (Autor:in) / JIN CHENG (Autor:in) / SU YAN (Autor:in) / ZHANG ENJIE (Autor:in)
28.04.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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