阅读说明：本技术 一种半潜式海洋工程平台过桥结构 (Semi-submersible type ocean engineering platform gap bridge structure ) 是由 陈伶翔 宋超 罗晓鹏 周吉 宋港港 张国华 于 2019-11-08 设计创作，主要内容包括：本发明公开了一种半潜式海洋工程平台过桥结构,此方案摒弃了传统半潜平台在海上使用过桥工作时通过常规平台自身加压载或放泄操作调节平台高度的复杂性,同时平台自身操作吃水范围也是受限,采用通过法兰和螺栓连接的方式调节过桥自身高度,可调节高度范围为可达到约40米,以满足与不同种类船舶及平台的对接。此形式操作相对简单,极大的节约了工作成本和时间,提高工作效率。(The invention discloses a gap bridge structure of a semi-submersible type ocean engineering platform, which abandons the complexity that the height of the platform is adjusted by the self-pressurization load or discharge operation of a conventional platform when the conventional semi-submersible platform is used for gap bridge work at sea, and meanwhile, the self-operation draft range of the platform is limited, the height of the gap bridge is adjusted by connecting a flange and a bolt, and the height can be adjusted to about 40 meters so as to meet the butt joint with different types of ships and platforms. The operation of the form is relatively simple, the working cost and time are greatly saved, and the working efficiency is improved.)

1. A semi-submersible type ocean engineering platform gap bridge structure is characterized by comprising a gap bridge structure (1) and three fitting-out platforms, wherein a gap bridge walking platform (2) is arranged at the bottom of the gap bridge structure (1), a gap bridge (13) is arranged at the top of the gap bridge structure, the gap bridge structure (1) is heightened through a gap bridge heightening first section structure (6) and a gap bridge heightening second section structure (7) so as to meet the requirement that the gap bridge is in butt joint with ships or platforms with different heights, the three fitting-out platforms are three independent structures, namely a first fitting-out platform (3), a second fitting-out platform (4) and a third fitting-out platform (5), which are sequentially fixed on a folding and unfolding frame (13) from bottom to top and are in butt joint with the gap bridge walking platforms (2) with three using heights, and the height of the fitting-out platforms is 45 m ~ 60 m away from the bottom.

2. The semi-submersible ocean engineering platform gap bridge structure of claim 1, wherein: the gap bridge structure (1) is lifted by a deck crane to be heightened.

3. The semi-submersible ocean engineering platform gap bridge structure of claim 1, wherein: the gap bridge heightening second section structure (7) is fixedly connected with the end part of the gap bridge structure (1) through a flange (8), a bolt (9), a nut (10) and a gasket (11); the gap bridge heightening first section structure (6) is fixedly connected with the gap bridge heightening second section structure (7).

4. The semi-submersible ocean engineering platform gap bridge structure of claim 1, wherein: the outfitting platform I (3) is a fixed platform; the outfitting platform II (4) and the outfitting platform III (5) are connected with the collecting and releasing frame (12) through steel wire ropes or iron chains and are in a withdrawing state or a releasing state.

Technical Field

The invention relates to a semi-submersible type ocean engineering platform gap bridge structure.

Technical Field

The gap bridge is a movable passage facility for traffic with the outside, has the function of allowing personnel to climb out of the ship and is generally used for various large and medium ships. The device consists of the gangway ladder and the retraction mechanism, and when the device is used, the retraction mechanism is used for removing the gangway ladder from the ship for personnel to get on and off. When the ship sails, the gangway ladder is folded and fastened and fixed at the side of the deck.

The semi-submersible type ocean engineering platform gap bridge can be adjusted in height twice, and the height adjustment can be determined according to actual working conditions, so that butt joint with ships and platforms of different heights and different types can be realized. Therefore, the butt joint of the height of the platform and other various ships or platforms is adjusted through self pressurized load or discharge operation of the conventional platform when the platform works at sea, the working cost and time are greatly saved, and the working efficiency is improved.

Disclosure of Invention

The purpose of the invention is as follows: the semi-submersible type ocean engineering platform gap bridge aims to overcome the high limitation of the semi-submersible type ocean engineering platform gap bridge in the conventional operation and use. The fitting-out platform design realizes that different solutions are provided for the gap bridge to be lifted to different heights so as to meet the requirement that semi-submersible ocean engineering platform personnel safely and smoothly pass through the gap bridge under different conditions.

The technical scheme adopted by the invention is as follows:

a semi-submersible type ocean engineering platform gap bridge structure comprises a gap bridge structure and three outfitting platforms, wherein a gap bridge walking platform is arranged at the bottom of the gap bridge structure, and a gap bridge is arranged at the top of the gap bridge structure; the gap bridge structure is heightened by heightening the first section structure through the gap bridge and heightening the second section structure through the gap bridge. The gap bridge structure is lifted by a deck to be heightened, the heightened structure is fixedly connected with the original gap bridge structure through flanges, bolts and nuts, and two sections of gap bridge structures can be heightened at most according to working requirements. Three independent outfitting platforms with different heights are designed respectively. The three outfitting platforms are respectively installed on the folding and unfolding frame on one side of the gap bridge structure and correspond to the three using heights of the gap bridge. The first outfitting platform is a fixed platform; the outfitting platform II and the outfitting platform III are platforms which can be retracted or released through a steel wire rope or an iron chain.

Furthermore, the heightened structure gap bridge heightened second section structure is fixedly connected with the end part of the gap bridge structure through a connecting flange, a bolt, a nut and a gasket; the first section of gap bridge heightening structure is fixedly connected with the second section of gap bridge heightening structure.

Has the advantages that: the invention solves the limitation of the gap bridge in the height direction, increases the types of ships or platforms which are butted with the semi-submersible type ocean engineering platform, overcomes the complexity of adjusting the height of the platform by the self-pressurization load or discharge operation of the conventional platform when the platform works by using the gap bridge at sea, greatly saves the working cost and time and improves the working efficiency.

Drawings

FIG. 1 is a side view of the present invention at an unadjusted height.

Fig. 2 is a side view of the present invention at an elevated height.

Fig. 3 is a side view of the present invention at two elevated levels.

FIG. 4 is a schematic view of a flange and bolt connection joint during heightening according to the present invention.

In the figure: 1. a bridge structure; 2, passing a bridge and walking on a platform; 3, fitting-out platform I; 4, fitting-out platform II; 5, fitting-out platform III; 6. heightening a first section structure by using a gap bridge; 7. heightening a second section structure by using a gap bridge; 8. a flange; 9. a bolt; 10. a nut; 11. a gasket; 12. a retractable frame; 13. and (4) bridging.

Detailed Description

The semi-submersible offshore engineering platform bridge-crossing outfitting platform of the claim is further described with reference to the attached drawings:

as shown in figures 1-4, the semi-submersible type ocean engineering platform gap bridge structure comprises a gap bridge structure 1, a gap bridge walking platform 2 is arranged at the bottom of the gap bridge structure 1, a gap bridge 13 is arranged at the top of the gap bridge structure 1, the gap bridge structure 1 is heightened through a gap bridge heightening first section structure 6 and a gap bridge heightening second section structure 7 so as to meet the requirement that the gap bridge is in butt joint with ships or platforms with different heights, the gap bridge structure 1 is hoisted through a deck to heighten the gap bridge structure 1, the heightening structure is fixedly connected with the original gap bridge structure 1 through a flange 8, a bolt 9, a nut 10 and a gasket 11, at most two sections can be heightened according to work requirements, the two sections are heightened, the gap bridge heightening first section structure 6 and the gap bridge heightening second section structure 7 are fixedly connected, a first outfitting platform 3 is fixed on a folding and unfolding frame 12 on one side of the gap bridge structure 1, a second outfitting platform 4 and a third outfitting platform 5 are sequentially arranged on the folding and unfolding frame 12 above the first outfitting platform 3, the outfitting platform 3 is different in height and can be mutually independent, three outfitting platforms 354 and are adjusted along with the gap bridge walking platform 2 and the platform, the platform can be in a fixed platform with the requirement that the gap bridge walking platform, and the platform is in a fixed platform, and the two or three platforms ~, and the platform is in a fixed platform, the gap bridge platform, the.

When the gap bridge walking platform 2 is in a working condition of a first outfitting platform 3, the outfitting platform II 4 and the outfitting platform III 5 are in a withdrawing state through a steel wire rope or an iron chain, so that the gap bridge 13 can smoothly rotate; when the gap bridge walking platform 2 is in a working condition of a second height outfitting platform 4, the outfitting platform 3 is a fixed platform and has no influence on the gap bridge rotation, and the outfitting platform III 5 is in a withdrawing state through a steel wire rope or an iron chain so as to ensure that the gap bridge 13 smoothly rotates; when the gap bridge walking platform 2 is in a working condition of three high outfitting platforms, namely three working conditions 5, the outfitting platform I3 is a fixed platform and does not influence the rotation of the gap bridge, and the outfitting platform II 4 can be in a withdrawing state or a releasing state through a steel wire rope or an iron chain and does not influence the rotation of the gap bridge 13.