Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Horizontal supporting device of self-elevating booster station
The invention relates to a horizontal supporting device of a self-elevating booster station. The horizontal supporting device is characterized in that four sleeves, two transverse support rods and twolongitudinal support rods are fixedly connected to form a rigid square support structure, and each sleeve is connected to a corresponding booster station pile leg in a sleeving mode to form a slidingconnection structure; and each booster station pile leg is provided with a plurality of radial pile leg through holes, each sleeve is provided with a radial sleeve through hole, steel bolts are inserted into the pile leg through holes and the sleeve through holes to be positioned to form positioning support for a horizontal supporting structure, and the sliding lifting type horizontal supportingstructure is formed. The problems that an existing horizontal supporting structure is insufficient in supporting rigidity, hard to resist impact of waves and airflow, incapable of towing along with aplatform, high in construction cost and the like can be solved. The horizontal supporting device has the outstanding substantive characteristics and remarkable progress that the supporting rigidity ishigh, the impact of waves and airflow can be resisted, towing can be conducted along with a platform, and the construction cost is low.
本发明涉及一种自升式升压站的水平支撑装置，其特征在于：由四个套筒、二条横向撑杆和二条纵向撑杆固定连接构成刚性方形支撑结构，各套筒分别套接在升压站桩腿上形成滑动连接结构；在所述升压站桩腿上各设有若干个径向桩腿通孔，在所述套筒上各设有一个径向套筒通孔，通过钢插销插接在桩腿通孔和套筒通孔上定位构成对水平支撑结构的定位支撑，形成滑动升降式水平支撑结构。能够解决现有水平支撑结构存在支撑刚度不够、难以抵抗波浪及气流的冲击、不能随平台一起拖航和建造成本较高等问题，具有支撑刚度强、能够抵抗波浪及气流的冲击、能够随平台一起拖航和建造成本较低等突出的实质性特点和显著进步。
Horizontal supporting device of self-elevating booster station
The invention relates to a horizontal supporting device of a self-elevating booster station. The horizontal supporting device is characterized in that four sleeves, two transverse support rods and twolongitudinal support rods are fixedly connected to form a rigid square support structure, and each sleeve is connected to a corresponding booster station pile leg in a sleeving mode to form a slidingconnection structure; and each booster station pile leg is provided with a plurality of radial pile leg through holes, each sleeve is provided with a radial sleeve through hole, steel bolts are inserted into the pile leg through holes and the sleeve through holes to be positioned to form positioning support for a horizontal supporting structure, and the sliding lifting type horizontal supportingstructure is formed. The problems that an existing horizontal supporting structure is insufficient in supporting rigidity, hard to resist impact of waves and airflow, incapable of towing along with aplatform, high in construction cost and the like can be solved. The horizontal supporting device has the outstanding substantive characteristics and remarkable progress that the supporting rigidity ishigh, the impact of waves and airflow can be resisted, towing can be conducted along with a platform, and the construction cost is low.
本发明涉及一种自升式升压站的水平支撑装置，其特征在于：由四个套筒、二条横向撑杆和二条纵向撑杆固定连接构成刚性方形支撑结构，各套筒分别套接在升压站桩腿上形成滑动连接结构；在所述升压站桩腿上各设有若干个径向桩腿通孔，在所述套筒上各设有一个径向套筒通孔，通过钢插销插接在桩腿通孔和套筒通孔上定位构成对水平支撑结构的定位支撑，形成滑动升降式水平支撑结构。能够解决现有水平支撑结构存在支撑刚度不够、难以抵抗波浪及气流的冲击、不能随平台一起拖航和建造成本较高等问题，具有支撑刚度强、能够抵抗波浪及气流的冲击、能够随平台一起拖航和建造成本较低等突出的实质性特点和显著进步。
Horizontal supporting device of self-elevating booster station
一种自升式升压站的水平支撑装置
CHEN KE (Autor:in) / TANG DONGSHENG (Autor:in) / WANG HONGQING (Autor:in) / ZENG XIANGHUA (Autor:in) / ZHU RONGKUAN (Autor:in)
19.02.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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