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Photovoltaic pile for beach photovoltaic power station
The photovoltaic pile comprises a pile body, the pile body is a cylindrical hollow barrel, the upper portion of the pile body is a plain round section, the lower portion of the pile body is a spiral rib section, the upper end of the plain round section is partially exposed out of soil, the outer wall of the spiral rib section is provided with continuous spiral protruding spiral ribs, and the spiral ribs extend in the axial direction of the pile body; through the arrangement of the spiral ribs, in the construction process, the upper portion of the pile body is clamped by clamping equipment, a certain rotating force is applied to the upper portion of the pile body, the spiral ribs on the lower portion of the pile body can achieve the effect similar to spiral drilling, in the pile body sinking process, the spiral ribs can cut loose and soft soil, the sinking speed of the pile body is higher, and the construction efficiency is higher; and the soil squeezing effect can be effectively relieved, and the problems that in the prior art, due to soil squeezing, elevation of a pile body is not consistent, and the pile body deviates leftwards and rightwards are solved.
本发明揭示一种滩涂光伏电站用光伏桩，包括桩体，桩体为圆柱状的中空筒体，桩体的上部为光圆段，桩体的下部为螺旋肋段，光圆段的上端部分露出于土壤，螺旋肋段的外壁上设置有连续螺旋凸起的螺旋肋，螺旋肋沿桩体的轴向方向延伸；本发明通过螺旋肋的设置，在施工过程中，桩体上部由夹持设备夹持并施加一定旋转力，桩体下部的螺旋肋便可达到类似螺旋钻入的效果，在桩体下沉过程中，螺旋肋能够切削松软土体，以使桩体的下沉速度更快，施工效率更高，还可有效缓解挤土效应，解决现有技术中桩体因挤土产生的标高不一致、桩体左右偏移的问题。
Photovoltaic pile for beach photovoltaic power station
The photovoltaic pile comprises a pile body, the pile body is a cylindrical hollow barrel, the upper portion of the pile body is a plain round section, the lower portion of the pile body is a spiral rib section, the upper end of the plain round section is partially exposed out of soil, the outer wall of the spiral rib section is provided with continuous spiral protruding spiral ribs, and the spiral ribs extend in the axial direction of the pile body; through the arrangement of the spiral ribs, in the construction process, the upper portion of the pile body is clamped by clamping equipment, a certain rotating force is applied to the upper portion of the pile body, the spiral ribs on the lower portion of the pile body can achieve the effect similar to spiral drilling, in the pile body sinking process, the spiral ribs can cut loose and soft soil, the sinking speed of the pile body is higher, and the construction efficiency is higher; and the soil squeezing effect can be effectively relieved, and the problems that in the prior art, due to soil squeezing, elevation of a pile body is not consistent, and the pile body deviates leftwards and rightwards are solved.
本发明揭示一种滩涂光伏电站用光伏桩，包括桩体，桩体为圆柱状的中空筒体，桩体的上部为光圆段，桩体的下部为螺旋肋段，光圆段的上端部分露出于土壤，螺旋肋段的外壁上设置有连续螺旋凸起的螺旋肋，螺旋肋沿桩体的轴向方向延伸；本发明通过螺旋肋的设置，在施工过程中，桩体上部由夹持设备夹持并施加一定旋转力，桩体下部的螺旋肋便可达到类似螺旋钻入的效果，在桩体下沉过程中，螺旋肋能够切削松软土体，以使桩体的下沉速度更快，施工效率更高，还可有效缓解挤土效应，解决现有技术中桩体因挤土产生的标高不一致、桩体左右偏移的问题。
Photovoltaic pile for beach photovoltaic power station
滩涂光伏电站用光伏桩
MING WEI (author) / YU XUMING (author) / XUE JUNZHONG (author) / WANG JING (author) / FENG RUMING (author) / ZHANG RIHONG (author) / DU XIAOCHAO (author)
2022-07-26
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
/
H02S
GENERATION OF ELECTRIC POWER BY CONVERSION OF INFRA-RED RADIATION, VISIBLE LIGHT OR ULTRAVIOLET LIGHT, E.G. USING PHOTOVOLTAIC [PV] MODULES
,
Erzeugung elektrischer Energie durch Umwandlung von Infrarot-Strahlung, sichtbarem Licht oder ultraviolettem Licht, z.B. unter Verwendung von Photovoltaik [PV]-Modulen
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