Installation method of navigation ship body balancing device
一种平衡装置、安装方法的技术,应用在船舶领域,能够解决降低航速、船体倾覆、货损等问题
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Embodiment 1
[0047] See attached Figure 1-11 As shown, the nautical hull balancing device, including:
[0048] The hull 10 is provided with a balancing chamber 11 inside the hull 10;
[0049] Partition box 50, the partition box 50 is located on the bottom surface of the balance bin 11, and is arranged along the symmetrical center line of the bottom surface of the balance bin 11, and the two sides of the partition box 50 are provided with a partition plate 51 perpendicular to it, and the partition plate 51 and the balance The wall of the warehouse 11 is connected, and the partition box body 50 and the partition plate body 51 divide the bottom of the balance warehouse 11 into regulating warehouses 60 distributed at intervals;
[0050] The first balance box 40, the first balance box 40 is fixed on the top surface of the inner warehouse of the balance warehouse 11 and corresponds to the position of the partition box body 50, the flow medium is placed in the first balance box 40, and the two ...
Embodiment 2
[0061] See attached Figure 1-11 Shown, a kind of installation method of nautical hull balancing device, the steps are as follows:
[0062] -A hollow balance chamber 11 is set in the hull 10, and the partition box body 50 is arranged along the symmetrical center line of the bottom surface of the balance chamber 11. The two sides of the partition box body 50 are provided with a partition plate body 51 perpendicular to it, and the partition plate body 51 is connected to the balance The wall of the warehouse 11 is connected, and the partition box body 50 and the partition plate body 51 divide the bottom of the balance warehouse 11 into regulating warehouses 60 distributed at intervals;
[0063] -The first balance box 40 corresponding to the position of the partition box body 50 is fixed on the top surface of the balance storehouse 11, and the flow medium is put into the first balance box 40, and the two corresponding walls of the first balance box 40 are provided with outlets Ma...
Embodiment 3
[0073] The further optimization scheme of present embodiment on the basis of embodiment 1 is: see appendix Figure 12-13 As shown, the outer surface of the hull 10 is connected with the anti-rolling assembly 20, the anti-rolling assembly 20 includes the anti-rolling plate body 80, the anti-rolling plate body 80 is connected and fixed with the outer wall of the hull 10 through the fastener 82, the anti-rolling plate body 80 and the hull 10 The supporting ring 81 is sleeved on the fastener 82 between them, and the thickness of the supporting ring 81 sleeved on the fastener 82 on the anti-rolling plate body 80 decreases gradually, and one end of the anti-rolling plate body 80 extends with The rubber plate perpendicular to the anti-rolling plate body 80 abuts against the surface of the hull 10 . A large part of the shaking of the hull 10 is affected by the waves on the water surface, causing the hull to roll or even pitch. The impact of waves on the hull 10 is reduced by setting t...
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