Auxiliary collecting ship of automatic floating object cleaning ship

Abstract

The invention discloses an auxiliary collecting ship of an automatic floating object cleaning ship. The auxiliary collecting ship comprises a collecting ship, and is characterized in that main buoyancy tanks are symmetrically arranged on two sides of the collecting ship, the sections of the main buoyancy tanks are in the shapes of axes, a flared opening is formed in a position between the two main buoyancy tanks on a bow of the collecting ship, a guide plate is arranged at the bottom of the flared opening and is lower than a water surface, a collecting bin, a cabin and an operation bin are further sequentially arranged at the rear of the guide plate, the operation bin is arranged at a stern of the collecting ship, and a buoyancy balance bin is arranged on the lower portion of the operation bin; a slide rail is arranged at the upper edges of the inner sides of the two main buoyancy tanks, and a garbage storage frame capable of moving in the front-back directions is arranged on the slide rail. The auxiliary collecting ship with the structure has the advantages that the draught resistance can be reduced by the axe-shaped main buoyancy tanks, and most load can be borne by the columnar buoyancy tanks which are submerged in underwater portions and are in the shapes of right triangles; the buoyancy balance bin is arranged on the lower portion of the operation bin, accordingly, the problem of tilting of existing bows due to existing excessively heavy operation bins can be solved, and an integral ship hull can always keep in a horizontal state.

Description

technical field [0001] The invention relates to an environment-friendly machine for automatically cleaning large-area floating objects on the water surface. Background technique [0002] With the development of society, there are more and more floating objects on the water surface, which seriously affects people's quality of life. In recent years, the government has made great efforts to rectify this kind of pollution, but most of them use the old method of manual salvage. There is also a small number of mechanical cleaning ships, but this can only salvage larger floating objects, which is inefficient and not effective. At present, the only floating object automatic cleaning ship that can automatically clean up various floating objects in a large area also has certain shortcomings, such as: due to the unreasonable structure of the floating tank, the draft at the bow and stern is unbalanced during operation, and the bow is tilted. The collection efficiency is improved; the ...

AI Technical Summary

Problems solved by technology

In recent years, the government has made great efforts to rectify this kind of pollution, but most of them use the old method of manual salvage

There are also a small number of mechanical cleaning ships, but this can only salvage larger floating objects, which is inefficient and ineffective

At present, the only floating object automatic cleaning ship that can automatically clean up various floating objects in a large area also has certain shortcomings, such as: due to the unreasonable structure of the floating tank, the draft at the bow and stern is unbalanced during operation, and the bow is tilted. The collection efficiency is improved; the effective area of ​​the filter screen on the bottom of the collection bin is too small, so that some suspended dirt sinks to the bottom to block the bottom filter screen, which restricts the operation schedule; when it is not in the cleaning state, the navigation speed is slow, resulting in waste of idle time

There is no temporary storage frame, which restricts the overall collection capacity of the collection bin; no awning, which restricts the need for operation in rainy days or hot sun, and there are also large noises, inconvenient gate control, and no possibility of flushing and collecting old sewage at the bottom of the river. Function

Images