CN-121976565-A - Manufacturing method of data cabin

CN121976565ACN 121976565 ACN121976565 ACN 121976565ACN-121976565-A

Abstract

The invention belongs to the technical field of marine operation auxiliary equipment, and particularly discloses a manufacturing method of a data cabin, which comprises a jacket and a data cabin positioned in the jacket, wherein after the upper part of the jacket, the middle part of the jacket, the lower part of the jacket and a plurality of sections of data cabins are respectively prefabricated by utilizing a prefabrication process, each section of data cabin comprises a plurality of structures; the jacket lower structure forms a base, a plurality of sections of data cabins are folded firstly and then carried on the base or the data cabins of the lower section layer by layer, the middle part of the jacket is arranged along the outer side of the data cabin, the upper part of the jacket and the data cabins at the top end are folded, the upper part of the jacket is also provided with a block, the upper part of the jacket is inserted into the block containing cooling equipment, and the block and the upper part of the jacket are integrally manufactured. The method realizes the construction of the integrated data cabin jacket, and the construction of the data cabin vertical to the sea bottom can be completed through the integral hoisting.

Inventors

SHEN JIANFENG
PAN YIBO
Xia Xueyang
Song Heyang

Assignees

中交三航局第二工程有限公司

Dates

Publication Date: 20260505
Application Date: 20251017

Claims (10)

1. The manufacturing method of the data cabin is characterized by comprising a jacket and a data cabin positioned in the jacket, wherein after the upper part of the jacket, the middle part of the jacket, the lower part of the jacket and a plurality of sections of data cabins are respectively prefabricated by utilizing a prefabrication process, each section of data cabin comprises a plurality of structures; the jacket lower structure forms a base, a plurality of sections of data cabins are folded firstly and then carried on the base or the data cabins of the lower section layer by layer, the middle part of the jacket is arranged along the outer side of the data cabin, and the upper part of the jacket and the data cabin at the top end are folded; The jacket upper portion still is equipped with the chunk, jacket upper portion inserts contain cooling arrangement the chunk inside, the chunk with jacket upper portion is integrative to be made.
2. The method of claim 1, further comprising forming a lower portion of the jacket, and specifically forming side pieces forming legs and horizontal braces between the side pieces, the side pieces being assembled with the horizontal braces to form the base.
3. The method for manufacturing a data cabin according to claim 2, wherein the side pieces are of an H-shaped structure, grouting main pipes with pile tips are arranged on two sides of the H-shaped structure, and grouting supporting pipes are arranged in the grouting main pipes and used for supporting the grouting pipes.
4. A method of manufacturing a data pod according to claim 3, wherein brackets are provided above the grouting main pipe, and the longitudinal direction of the grouting pipe is arranged along the horizontal direction and/or the vertical direction in the grouting main pipe.
5. The method for manufacturing a data cabin according to claim 2, further comprising the steps of manufacturing a horizontal cross brace, specifically, splicing at least four section steel to form a regular polygon, inserting prefabricated section steel or side pieces at the top corners of the regular polygon, and then connecting the prefabricated section steel and the side pieces to form a whole.
6. The method for manufacturing a data cabin according to claim 1, further comprising manufacturing at least 5 segments of the data cabin, wherein the diameter of the data cabin is not smaller than 14m, each segment of the data cabin is divided into at least three arcs, and all the arcs are spliced to form the data cabin after prefabricated coating.
7. The method for manufacturing a data cabin according to claim 1, wherein the data cabin further comprises the step of erecting a platform in the data cabin before folding, specifically, welding the platform on the welded grid, then welding the jig frame, and sequentially forming the platform, the grid and the jig frame from top to bottom.
8. A method of manufacturing a data pod according to claim 1, characterized in that the adjacent data pod is folded before it further comprises the layout of the platforms and equipment in the folded data pod, in particular the welding of the equipment and the electrical circuits in the set positions of the jig frame and/or the platform.
9. The method of claim 1, wherein the jacket assembly is formed into at least three decks and at least three equipment layers, and the weight of the equipment layers is gradually reduced from above to below.
10. A method of manufacturing a data pod according to any of claims 1 to 9, wherein the data pod is partially submerged in seawater and partially exposed to the splash zone.

Description

Manufacturing method of data cabin Technical Field The invention relates to the technical field of preparation of data cabins, in particular to a method for manufacturing a data cabin. Background Most of the data tanks in the prior art are used directly on land or are exposed above sea water through various supports for use, however, in the prior art, for offshore wind power projects, the data tanks are required to be partially on the sea bottom through foundation piles and the like, various devices are added, and the requirements of the existing data tanks are difficult to meet. A part of the disclosed patent, such as CN 113146240A, discloses a method for assembling a data cabin lying on the seabed, which lacks a related manufacturing method for a data cabin protruding out of the sea. Disclosure of Invention The invention aims to provide a manufacturing method of a data cabin, in particular to a manufacturing method of a data cabin which is partially penetrated into the sea bottom, partially exposed and vertically arranged. The invention is realized by the following technical scheme. The manufacturing method of the data cabin comprises a jacket and a data cabin positioned in the jacket, wherein after the upper part of the jacket, the middle part of the jacket, the lower part of the jacket and a plurality of sections of data cabins are respectively prefabricated by utilizing a prefabrication process, each section of data cabin comprises a plurality of structures; the jacket lower structure forms a base, a plurality of sections of data cabins are folded firstly and then carried on the base or the data cabins of the lower section layer by layer, the middle part of the jacket is arranged along the outer side of the data cabin, and the upper part of the jacket and the data cabin at the top end are folded; The jacket upper portion still is equipped with the chunk, jacket upper portion inserts contain cooling arrangement the chunk inside, the chunk with jacket upper portion is integrative to be made. Further, the manufacturing of the lower portion of the jacket is further included, specifically, side pieces forming supporting legs and horizontal cross braces located between the side pieces are manufactured respectively, and the side pieces and the horizontal cross braces are assembled to form the base. Further, the side piece is of an H-shaped structure, grouting main pipes with pile tips are arranged on two sides of the H-shaped structure, and grouting supporting pipes are arranged in the grouting main pipes and used for supporting the grouting pipes. Further, the bracket is arranged above the grouting main pipe, and the length direction of the grouting pipe is arranged along the horizontal direction and/or the vertical direction in the grouting main pipe. Further, the method further comprises the steps of manufacturing the horizontal cross brace, specifically, splicing at least four section steel to form a regular polygon, inserting prefabricated section steel or side pieces at the top corners of the regular polygon, and then connecting the prefabricated section steel and the side pieces to form a whole. Further, the method also comprises the step of manufacturing at least 5 sections of data cabins, wherein the diameter of each data cabin is not smaller than 14m, each section of data cabin is at least divided into three arcs, and all the arcs are spliced to form the data cabin after prefabricated coating. Further, the data cabin is further provided with a platform in the data cabin before folding, specifically, after welding the platform on the welded grille, a jig frame is welded, and the platform, the grille and the jig frame are sequentially formed from top to bottom. Further, the arrangement of the platform and the equipment in the closed data cabin is further included before the closing of the adjacent data cabin, and specifically, the equipment and the circuit are welded at the set positions of the jig frame and/or the platform. Further, the jacket assembly at least forms three decks, at least forms three equipment layers, and the bearing weight of the equipment layers is gradually reduced from top to bottom. Further, the data pod is partially submerged in the sea water and partially exposed to the splash zone. The beneficial effects of the invention are as follows: According to the invention, the jacket is arranged, so that the periphery of the data cabin is supported and protected to a certain extent, and the base is formed, so that the stability of the data cabin is ensured, and the data cabin can be directly inserted into the base at the moment or fixed on the base through welding and the like, and further, the stable connection of the vertically arranged data cabin is ensured. In the invention, the cooling equipment is arranged in the block, so that the equipment at the top and the like can be cooled, and the equipment exposed out of the sea surface can be cooled in an auxiliary way through the cooli