Ship inclination preventive pressurizing device
A pressurizing device and anti-tilting technology, which is applied to attack devices, equipment to increase the stability of ships, and ship weapons, etc. It can solve the loss of national property, casualties, use of equipment on board, habitability, seaworthiness and safety. problems such as adverse effects on sex, to achieve the effects of sensitive control, improved mobility, and simple structure
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Embodiment 1
[0033] Such as Figure 1 to Figure 4 As shown, the ship anti-tilting pressure device of this embodiment includes an undercut cylinder 2 arranged on the hull 1. The upper end of the undercut cylinder 2 is closed to form a pressurized chamber, and the lower part is connected with the water body supporting the hull 1. The undercut cylinder 2 When the hull 1 fluctuates, a balance force is provided to prevent the hull 1 from tilting. The upside-down barrel 2 is also connected to a fan 5. The fan 5 can apply air pressure to the pressurized chamber when the hull 1 fluctuates to provide a balance force to prevent the hull 1 from tilting. . As an implementation of this embodiment, it can also be applied to first-class warships of large-scale offshore facilities such as drilling platforms. The principle is to place a tubular structure of inverted barrel 2 upside down in the water, and the inside is half air and half It is water, when it is lifted, it will produce suction, which is caus...
Embodiment 2
[0039] The difference between this embodiment and Embodiment 1 is that an inductive contact 4 is respectively provided at the upper end and the lower end of the end of the balance bar 3. The purpose of doing this is that one of the inductive contact 4 is the main contact, and the corresponding , the other end of the balance bar 3 is provided with an auxiliary contact with the same function as the main contact, for coordinated control, so that when one of the contacts is in poor contact, the whole system can still work normally. When one end of the balance bar 3 is in contact with one of the sensing contacts 4, the fan 5 is controlled to open and inflate into the reverse button 2 on the side of the sensing contact 4. When the hull 1 tilts, the balance bar 3 contacts The sensor contact 4 starts the fan 5, and the fan 5 is controlled to open and inflate the inverted button 2 on the side of the contacted sensor 4, so as to increase the pressure and capacity of the upper air part in...
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