Unmanned ship used for on-water garbage cleaning

Abstract

The invention provides an unmanned ship used for on-water garbage cleaning. The unmanned ship used for on-water garbage cleaning adopts a stable double-ship-body structure, and a garbage salvage device includes a three-blade fan wheel, a bucket type chained conveying device, an automatic air jetting device and a garbage collection box. The ship has three working modes, namely the random operationmode, the semi-autonomous operation mode and the emergency mode. The designed automatic air jetting device can achieve automatic air jetting at the time of salvage, garbage adsorbed on a with-hole bucket type stainless steel net plate and a nail rake are blown, the garbage thus can naturally and vertically fall into the garbage collection box, kinetic energy is provided by the additional-value energy of a motor, and energy conservation and environment protection are achieved.

Description

technical field [0001] The invention belongs to the field of water unmanned ships, and in particular relates to a water garbage cleaning unmanned ship. Background technique [0002] With the improvement of living standards, more and more parks are built by the government for people's leisure and entertainment, which also brings some problems accordingly. Garbage will be produced in lakes in parks, artificial pools in scenic spots, or rivers and other water surface areas. Garbage will cause water pollution and affect the appearance of the city. How to effectively lock and clean up pollution sources is imminent. At present, manual salvage is used most of the time. The water area is large and the water surface environment is complex. Manual garbage cleaning is a heavy and inefficient work. In addition, water surface operations will have certain dangers, which will threaten the lives of personnel. In addition, the garbage cleaning unmanned ships on the market are particularly...

AI Technical Summary

Problems solved by technology

The water area is large and the water surface environment is complicated. Artificial garbage cleaning is a heavy and inefficient work

In addition, operations on the surface of the water will have a certain degree of danger, which will pose a threat to the safety of personnel.

In addition, the garbage cleaning unmanned ships on the market are particularly troublesome during transportation. Ships that are too small cannot meet the requirements of salvage weight and battery life, and ships that are too large can only be transported manually, which is time-consuming and laborious. The driving of the remote control ship on the artificial shore is like seeing an object with the human eye and salvage it. It is impossible to build a map of a new water area and navigate autonomously. It cannot sail according to the set route without human-computer interaction, and it is impossible to plan the path and remote monitoring. Unmanned surface ship with multiple functions

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