Anti-bubble invisible bulb bow integrated scientific investigation ship

Abstract

The invention provides an anti-bubble invisible bulb bow integrated scientific investigation ship, belonging to the technical field of ship design and manufacture. The anti-bubble invisible bulb bow integrated scientific investigation ship comprises an invisible bulb bow which is arranged at the bottom of a ship bow and is integrated with the ship bow, wherein acoustic equipment is embedded in the invisible bulb bow, an oblique bubble guide groove is formed in the side face of the invisible bulb bow, and the invisible bulb bow is connected with a hull in a mode of smooth transition. By arranging the invisible bulb bow with a drop-shaped cross section and reducing the half entrance angle of the invisible bulb bow, the generation probability of breaking waves is reduced; the acoustic equipment is embedded in the invisible bulb bow, thereby being convenient for the acoustic equipment to work and being capable of reducing the sailing resistance; and the oblique bubble guide groove is formed in the side face of the invisible bulb bow, and the height between the bubble guide groove and the bottom of the ship is maximal at the ship bow, thereby effectively preventing generation of bubbles, improving the trend that the bubbles are discharged along the hull, and effectively avoiding the influence on the measurement of the acoustic equipment by the bubbles.

Description

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AI Technical Summary

Benefits of technology

Technologies aimed for reducing airborne noise caused by waves hitting ships during navigating through turbulence or other sources can be found within this technology. These techniques include adding an unobtrusive device called a guide slot that helps reduce gas buildup inside the boat while still allowing it to move freely without being affected from outside forces such as wind pressure or currents. Additionally, there may have been attempts to design a fairy bowl shaped structure where no visible parts were present. By smootherly connecting these structures together, they help prevent leaks between them and improve their effectiveness over time.

Problems solved by technology

This patented technical solution described in this patents relates to improving the performance or efficiency of oceanographic exploration vessels equipped with sound waves detecting devices (acoustoic systems). However, existing solutions are either too expensive or require modifications during vessel manufacture due to their poor design features such as being exposed at certain points along its length where there may occur small cracks called blebs caused by sea water pressure.

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