Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Locking structure of offshore construction platform
The invention belongs to the field of lifting and locking of ocean platforms, and particularly relates to a locking structure of an offshore construction platform, which comprises locking assemblies symmetrically arranged on two sides of a pile leg, each locking assembly comprises a lifting plate, a rack matched with a tooth part on the pile leg is arranged on one side of each lifting plate, and a liftable connecting support plate of each lifting plate is arranged on each connecting support plate. The side, away from the pile leg, of the supporting plate is connected with a first horizontal oil cylinder and a second horizontal oil cylinder, the first horizontal oil cylinder is used for pushing the supporting plate to move horizontally, the second horizontal oil cylinder is connected with the supporting plate through a sliding mechanism and used for pushing the supporting plate to ascend and descend through the sliding mechanism, and the bottom of the supporting plate is connected with a supporting oil cylinder. Through the lifting plate capable of sliding up and down, the sliding amount is generated when the rack makes contact with the tooth part, so that the rack and the tooth part are automatically and completely meshed, the situation that meshing is not in place is avoided, after the lifting plate slides, the supporting plate moves upwards to support the lifting plate, a gap generated by sliding of the lifting plate is eliminated, and the working efficiency is improved. And the supporting force of the whole locking structure is more stable.
本发明属于海洋平台升降锁紧领域，具体涉及一种海上施工平台的锁紧结构，包括对称设置在桩腿两侧的锁紧组件，锁紧组件包括升降板，升降板一侧设置有与桩腿上的齿部适配的齿条，升降板可升降的连接支撑板，支撑板远离桩腿的一侧连接有第一、二水平油缸，第一水平油缸用于推动支撑板水平运动，第二水平油缸通过滑移机构连接支撑板，第二水平油缸用于通过滑移机构推动支撑板升降，支撑板底部连接有支撑油缸，本发明通过可上下滑动的升降板，在齿条和齿部接触时产生滑动量，从而使齿条和齿部自动完全啮合，避免啮合不到位的情况，并且升降板在滑动之后，支撑板朝上运动以支持升降板，消除升降板滑动产生的间隙，使整个锁紧结构的支撑力更稳固。
Locking structure of offshore construction platform
The invention belongs to the field of lifting and locking of ocean platforms, and particularly relates to a locking structure of an offshore construction platform, which comprises locking assemblies symmetrically arranged on two sides of a pile leg, each locking assembly comprises a lifting plate, a rack matched with a tooth part on the pile leg is arranged on one side of each lifting plate, and a liftable connecting support plate of each lifting plate is arranged on each connecting support plate. The side, away from the pile leg, of the supporting plate is connected with a first horizontal oil cylinder and a second horizontal oil cylinder, the first horizontal oil cylinder is used for pushing the supporting plate to move horizontally, the second horizontal oil cylinder is connected with the supporting plate through a sliding mechanism and used for pushing the supporting plate to ascend and descend through the sliding mechanism, and the bottom of the supporting plate is connected with a supporting oil cylinder. Through the lifting plate capable of sliding up and down, the sliding amount is generated when the rack makes contact with the tooth part, so that the rack and the tooth part are automatically and completely meshed, the situation that meshing is not in place is avoided, after the lifting plate slides, the supporting plate moves upwards to support the lifting plate, a gap generated by sliding of the lifting plate is eliminated, and the working efficiency is improved. And the supporting force of the whole locking structure is more stable.
本发明属于海洋平台升降锁紧领域，具体涉及一种海上施工平台的锁紧结构，包括对称设置在桩腿两侧的锁紧组件，锁紧组件包括升降板，升降板一侧设置有与桩腿上的齿部适配的齿条，升降板可升降的连接支撑板，支撑板远离桩腿的一侧连接有第一、二水平油缸，第一水平油缸用于推动支撑板水平运动，第二水平油缸通过滑移机构连接支撑板，第二水平油缸用于通过滑移机构推动支撑板升降，支撑板底部连接有支撑油缸，本发明通过可上下滑动的升降板，在齿条和齿部接触时产生滑动量，从而使齿条和齿部自动完全啮合，避免啮合不到位的情况，并且升降板在滑动之后，支撑板朝上运动以支持升降板，消除升降板滑动产生的间隙，使整个锁紧结构的支撑力更稳固。
Locking structure of offshore construction platform
一种海上施工平台的锁紧结构
HE YANLI (Autor:in) / MAO HONGFEI (Autor:in) / LIN JINBO (Autor:in) / YANG HUI (Autor:in) / HE DONGBIN (Autor:in)
07.03.2023
Patent
Elektronische Ressource
Chinesisch
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