A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Offshore wind power jacket manufacturing method
The invention relates to the field of component manufacturing, in particular to an offshore wind power jacket manufacturing method which comprises the steps that S1, a total assembly jig frame is erected on a total assembly site, and then stand columns and inclined strut round pipes are assembled on the total assembly jig frame with one side face as the benchmark; s2, the stand columns and the inclined supporting round pipes on the other three side faces are hung on the total assembly jig frame to be folded; s3, upright column sheet body prefabrication, diagonal bracing sheet body prefabrication and top section prefabrication are conducted on the total assembly jig frame; s4, the prefabricated stand column piece body, the prefabricated inclined strut piece body and the prefabricated top section prefabricated tire are folded on the guide pipe frame; s5, mounting functional and protective components on the jacket; according to the manufacturing method of the offshore wind power jacket, one side face is selected to serve as the datum plane, the stand columns and the diagonal bracing round pipes on the other three side faces are hung upwards to be folded, the prefabrication period is effectively shortened, the construction difficulty and cost are reduced, and the manufacturing precision can be guaranteed.
本发明涉及构件制作领域，更具体地，涉及一种海上风电导管架制作方法，S1，在总组场地立总组胎架，然后以其中的一个侧面为基准在总组胎架上进行立柱及斜撑圆管组装；S2，将另外三个侧面的立柱及斜撑圆管分别吊上总组胎架进行合拢；S3，在总组胎架上进行立柱片体预制、斜撑片体预制和顶部分段预制；S4，将预制后的立柱片体、斜撑片体和顶部分段预制胎合拢在导管架上；S5，在导管架上安装功能性和保护作用的构件；S6，对组装后的导管架进行安全测量，本发明公开的海上风电导管架制作方法，通过选取一个侧面作为基准面，并将另外三个侧面的立柱及斜撑圆管分别吊上进行合拢，有效的缩短了预制周期，也降低了施工难度和成本，且能保证了制作的精度。
Offshore wind power jacket manufacturing method
The invention relates to the field of component manufacturing, in particular to an offshore wind power jacket manufacturing method which comprises the steps that S1, a total assembly jig frame is erected on a total assembly site, and then stand columns and inclined strut round pipes are assembled on the total assembly jig frame with one side face as the benchmark; s2, the stand columns and the inclined supporting round pipes on the other three side faces are hung on the total assembly jig frame to be folded; s3, upright column sheet body prefabrication, diagonal bracing sheet body prefabrication and top section prefabrication are conducted on the total assembly jig frame; s4, the prefabricated stand column piece body, the prefabricated inclined strut piece body and the prefabricated top section prefabricated tire are folded on the guide pipe frame; s5, mounting functional and protective components on the jacket; according to the manufacturing method of the offshore wind power jacket, one side face is selected to serve as the datum plane, the stand columns and the diagonal bracing round pipes on the other three side faces are hung upwards to be folded, the prefabrication period is effectively shortened, the construction difficulty and cost are reduced, and the manufacturing precision can be guaranteed.
本发明涉及构件制作领域，更具体地，涉及一种海上风电导管架制作方法，S1，在总组场地立总组胎架，然后以其中的一个侧面为基准在总组胎架上进行立柱及斜撑圆管组装；S2，将另外三个侧面的立柱及斜撑圆管分别吊上总组胎架进行合拢；S3，在总组胎架上进行立柱片体预制、斜撑片体预制和顶部分段预制；S4，将预制后的立柱片体、斜撑片体和顶部分段预制胎合拢在导管架上；S5，在导管架上安装功能性和保护作用的构件；S6，对组装后的导管架进行安全测量，本发明公开的海上风电导管架制作方法，通过选取一个侧面作为基准面，并将另外三个侧面的立柱及斜撑圆管分别吊上进行合拢，有效的缩短了预制周期，也降低了施工难度和成本，且能保证了制作的精度。
Offshore wind power jacket manufacturing method
一种海上风电导管架制作方法
ZHONG WEIHUAI (author) / GU XINNIAN (author) / YANG HANGBING (author) / WU HONGXIE (author) / HUANG SHAOXIONG (author) / CHEN ZHIYING (author)
2024-05-14
Patent
Electronic Resource
Chinese
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