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The invention discloses a flat-ball-shaped power tower foundation made of glass fiber reinforced plastics. The flat-ball-shaped power tower foundation comprises a flat-ball-shaped bearing platform, wherein the interior of the flat-ball-shaped bearing platform adopts a flat-ball-shaped reinforced concrete structure; the flat-ball-shaped bearing platform extends obliquely downwards or downwards to form a support pile clump, and the support pile clump consists of support pile columns; the axes of the support pile columns are curves, and each support pile column comprises a glass fiber reinforced plastic column body and cement layers outside the glass fiber reinforced plastic column body. The bearing platform of the power tower is flat-ball-shaped, so that more support pile columns can be paved, the support pile columns are paved in a clump state structure so as to support and tension the bearing platform from all directions just like the root system of a big tree, so that the comprehensive activity amount of the bearing platform is mutually offset, the bearing platform is firmly stationed on the ground, and a crack is avoided.
The invention discloses a flat-ball-shaped power tower foundation made of glass fiber reinforced plastics. The flat-ball-shaped power tower foundation comprises a flat-ball-shaped bearing platform, wherein the interior of the flat-ball-shaped bearing platform adopts a flat-ball-shaped reinforced concrete structure; the flat-ball-shaped bearing platform extends obliquely downwards or downwards to form a support pile clump, and the support pile clump consists of support pile columns; the axes of the support pile columns are curves, and each support pile column comprises a glass fiber reinforced plastic column body and cement layers outside the glass fiber reinforced plastic column body. The bearing platform of the power tower is flat-ball-shaped, so that more support pile columns can be paved, the support pile columns are paved in a clump state structure so as to support and tension the bearing platform from all directions just like the root system of a big tree, so that the comprehensive activity amount of the bearing platform is mutually offset, the bearing platform is firmly stationed on the ground, and a crack is avoided.
European Patent Office | 2015
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