Water oil contamination cleaning robot

Abstract

The invention relates to a water oil contamination cleaning robot comprising a tank body, floating devices and an oil-water mixture treatment device. The floating devices are arranged under the tank body. The oil-water mixture treatment device comprises an oil-collecting tank, a left baffle plate, a right baffle plate, an oil-guiding groove, a control valve. The left baffle plate and the right baffle plate are arranged in the tank body to form a left chamber, a middle chamber and a right chamber. An oil-absorption treatment device and the oil-collecting tank are arranged in the middle chamber, the upper portion of the left chamber is communicated with the upper portion of the middle chamber through the oil-guiding groove. The middle chamber is communicated with the right chamber through the control valve on the lower portion of the right baffle plate. An inlet for the oil-water mixture and a water outlet are respectively arranged on the lower portions of the outer walls of the left chamber and the right chamber. The oil-absorption treatment device comprises a motor, a rotary drum, a conveyor belt, a first bidirectional cone rotary drum and a second bidirectional cone rotary drum. The motor is connected with the conveyor belt which is arranged obliquely through the rotary drum, and the bidirectional cone rotary drums are respectively arranged on the lower portion of the conveyor belt. The water oil contamination cleaning robot is simple in structure, has large range of movement, convenient to use and is flexible to move as compared with a conventional water oil contamination cleaning robot.

Description

technical field [0001] The invention relates to a robot, in particular to a robot for cleaning oil stains on water. Background technique [0002] Most existing water-based oil pollution cleaning devices in the market are relatively large in size and extremely complicated, resulting in waste of materials, and the processing efficiency is not high, resulting in waste of materials and energy. At present, there are many devices and methods for oil-water separation on the market, which can be basically summarized into two methods, namely physical separation and chemical separation. From this, many types of oil cleaning devices are derived, but they are not perfect. Each device has its own Pros and cons. Oil cleaning efficiency is key. The published patents include: Patent No. 200820125889, a ship-borne oil pollution cleaning equipment; Patent No. 201020128844, a water surface oil pollution cleaning device; and CN2602013, a multi-functional waste oil and sewage recovery and trea...

AI Technical Summary

Problems solved by technology

[0005] The present invention is to provide a robot for cleaning oil on water, starting from the efficiency of cleaning, aiming at high efficiency and environmental protection, and aiming at the shortcomings of most equipment on the market, including relatively wasteful materials, low efficiency, and large energy consumption, etc., The robot can achieve the purpose and effect of high efficiency, environmental protection and simplicity

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