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The invention relates to the technical field of cofferdams, and provides a small underwater splicing, fixing and draining device which solves the problems that an existing cofferdam is low in construction speed and high in cost, the small underwater splicing, fixing and draining device comprises a plurality of splicing layers, each splicing layer comprises a plurality of splicing modules, and the ends of the splicing modules are connected to define a closed ring; each locking clamping block is arranged at the top of the corresponding splicing layer, the cross section area of each locking clamping block is gradually increased in the clockwise direction of the corresponding splicing layer, an extending part is arranged on the side face of each locking clamping block, and the cross section area of each extending part is gradually increased in the clockwise direction of the corresponding splicing layer. The bottom of each splicing layer is provided with a locking clamping groove matched with the corresponding locking clamping block. The splicing layers are formed by the multiple splicing modules, then the multiple splicing layers are in lap joint to form the cofferdam body, the construction speed is high, an underwater structure can be rapidly overhauled, and cost is saved.
本发明涉及围堰技术领域,提供一种水下可快速拼接固定及排水的小型装置,解决现有围堰施工速度慢、成本大的问题,包括若干拼接层,各所述拼接层包括若干拼接模块,各所述拼接模块端部相互连接围成封闭的环;若干锁紧卡块,各所述锁紧卡块设于各所述拼接层顶部,各所述锁紧卡块横截面积沿各所述拼接层顺时针方向逐渐增大,各所述锁紧卡块侧面设有延伸部,各所述延伸部横截面积沿各所述拼接层顺时针方向逐渐增大,各所述拼接层底部设有与各所述锁紧卡块匹配的锁紧卡槽;通过由若干拼接模块组成拼接层,再由多个拼接层搭接组成围堰主体,施工速度快,能够快速对水下结构进行快速检修,节约成本。
The invention relates to the technical field of cofferdams, and provides a small underwater splicing, fixing and draining device which solves the problems that an existing cofferdam is low in construction speed and high in cost, the small underwater splicing, fixing and draining device comprises a plurality of splicing layers, each splicing layer comprises a plurality of splicing modules, and the ends of the splicing modules are connected to define a closed ring; each locking clamping block is arranged at the top of the corresponding splicing layer, the cross section area of each locking clamping block is gradually increased in the clockwise direction of the corresponding splicing layer, an extending part is arranged on the side face of each locking clamping block, and the cross section area of each extending part is gradually increased in the clockwise direction of the corresponding splicing layer. The bottom of each splicing layer is provided with a locking clamping groove matched with the corresponding locking clamping block. The splicing layers are formed by the multiple splicing modules, then the multiple splicing layers are in lap joint to form the cofferdam body, the construction speed is high, an underwater structure can be rapidly overhauled, and cost is saved.
本发明涉及围堰技术领域,提供一种水下可快速拼接固定及排水的小型装置,解决现有围堰施工速度慢、成本大的问题,包括若干拼接层,各所述拼接层包括若干拼接模块,各所述拼接模块端部相互连接围成封闭的环;若干锁紧卡块,各所述锁紧卡块设于各所述拼接层顶部,各所述锁紧卡块横截面积沿各所述拼接层顺时针方向逐渐增大,各所述锁紧卡块侧面设有延伸部,各所述延伸部横截面积沿各所述拼接层顺时针方向逐渐增大,各所述拼接层底部设有与各所述锁紧卡块匹配的锁紧卡槽;通过由若干拼接模块组成拼接层,再由多个拼接层搭接组成围堰主体,施工速度快,能够快速对水下结构进行快速检修,节约成本。
Small underwater device capable of being quickly spliced, fixed and drained
一种水下可快速拼接固定及排水的小型装置
LI WEI (Autor:in)
27.12.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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