Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Floating body anchoring device
The invention discloses a floating body anchoring device. When an anchor is installed, a sleeve is inserted into seabed soil, the through hole of the sleeve is immersed in the soil, then slurry is poured into a ballast box, the sleeve is inserted into the seabed soil deeper, a ballast plate moves downwards in the ballast box, meanwhile, a second conical head is driven by a ballast rod to move downwards, and the second conical head is driven by the ballast rod to move downwards. The diameter of the telescopic ring is gradually increased under the action of the second conical head, at the moment, the extending ends of the transverse rods are driven to penetrate through the through holes of the sleeves to extend outwards, and the extending ends of the transverse rods are transversely inserted into soil. According to the offshore solar photovoltaic power generation platform, the longitudinal resistance of the sleeve can be effectively improved through the multiple transverse rods, then the fixing strength of anchoring at the seabed is improved, the anchoring device can be prevented from being damaged through the effect of the multiple transverse rods, and therefore the offshore solar photovoltaic power generation platform can be effectively fixed for a long time.
本发明公开了一种浮体锚固装置。在安装锚固时，先将套管插入至海底泥土中，并使泥土没过套管的通孔，然后通过向压载箱内灌注泥浆，使套管插入海底泥土更深，并使压载板在压载箱内向下移动，同时通过压载杆带动第二圆锥头向下移动，伸缩环在第二圆锥头的作用下伸缩环的直径逐渐增加，此时会带动横杆的探出端穿过套管的通孔向外探出，横杆的探出端并横向插入至泥土中，由于本申请的横杆有多个，因此，本申请相较于现有的十字型锚固装置，本申请能够通过多个横杆有效提升套管纵向的阻力，进而增加锚固在海底的固定强度，且通过多个横杆的作用，还能避免锚固装置损坏，故而本申请能够长期有效对海上太阳能光伏发电平台进行固定。
Floating body anchoring device
The invention discloses a floating body anchoring device. When an anchor is installed, a sleeve is inserted into seabed soil, the through hole of the sleeve is immersed in the soil, then slurry is poured into a ballast box, the sleeve is inserted into the seabed soil deeper, a ballast plate moves downwards in the ballast box, meanwhile, a second conical head is driven by a ballast rod to move downwards, and the second conical head is driven by the ballast rod to move downwards. The diameter of the telescopic ring is gradually increased under the action of the second conical head, at the moment, the extending ends of the transverse rods are driven to penetrate through the through holes of the sleeves to extend outwards, and the extending ends of the transverse rods are transversely inserted into soil. According to the offshore solar photovoltaic power generation platform, the longitudinal resistance of the sleeve can be effectively improved through the multiple transverse rods, then the fixing strength of anchoring at the seabed is improved, the anchoring device can be prevented from being damaged through the effect of the multiple transverse rods, and therefore the offshore solar photovoltaic power generation platform can be effectively fixed for a long time.
本发明公开了一种浮体锚固装置。在安装锚固时，先将套管插入至海底泥土中，并使泥土没过套管的通孔，然后通过向压载箱内灌注泥浆，使套管插入海底泥土更深，并使压载板在压载箱内向下移动，同时通过压载杆带动第二圆锥头向下移动，伸缩环在第二圆锥头的作用下伸缩环的直径逐渐增加，此时会带动横杆的探出端穿过套管的通孔向外探出，横杆的探出端并横向插入至泥土中，由于本申请的横杆有多个，因此，本申请相较于现有的十字型锚固装置，本申请能够通过多个横杆有效提升套管纵向的阻力，进而增加锚固在海底的固定强度，且通过多个横杆的作用，还能避免锚固装置损坏，故而本申请能够长期有效对海上太阳能光伏发电平台进行固定。
Floating body anchoring device
一种浮体锚固装置
GUO XIAOHUI (Autor:in) / LIU XIN (Autor:in) / YAN SHU (Autor:in) / LI WEIDONG (Autor:in) / CHEN JIANJUN (Autor:in) / ZHOU YIMING (Autor:in) / LIU RUICHAO (Autor:in) / LEI YU (Autor:in)
02.09.2022
Patent
Elektronische Ressource
Chinesisch
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