Garden pond oxygen supply device based on micro-nano bubbles and control system thereof

Abstract

The invention discloses a garden pond oxygen supply device based on micro-nano bubbles and a control system thereof and relates to the technical field of garden pond water supply devices and control systems thereof. The garden pond oxygen supply device comprises an oxygen supplier and a monitor, wherein the oxygen supplier comprises a U-shaped pipeline, a micro-nano bubble aerating machine is fixedly arranged on an inner wall of a first parallel channel of the U-shaped pipeline, a control box is fixed to the inner wall of the first parallel channel, the monitor is fixed to an outer wall of thefirst parallel channel, a water pump is fixedly arranged on an inner wall of a second parallel pipeline of the U-shaped pipeline, a first water inlet and an air inlet pipe are respectively arranged at one end of the micro-nano bubble aerating machine, and an air outlet is formed in the other end of the micro-nano bubble aerating machine. According to the garden pond oxygen supply device disclosedby the invention, the micro-nano bubble aerating machine, the water pump, a water sprayer, the control box, the monitor and a remote control terminal are arranged in the oxygen supplier; thus, micro-nano bubble oxygen supply of garden ponds and real-time monitoring and automatic control on a water body oxygen concentration are achieved, a water body oxygen content in the garden pond is improved,and meanwhile, retention time of oxygen in the water body is improved.

Description

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AI Technical Summary

Benefits of technology

This technology uses small nanosized gas bubbles attached to an apparatus called a device or box for supplying high levels of dissolved gases (oxygen) into plants' roots during their growth process. These devices can be controlled remotely by various means like sensors, controllers, computers, etc., which helps maintain consistently good quality crops without compromising on health issues such as algal blooms caused due to overexposure to light from sunlight.

Problems solved by technology

Introduction: Current methods used for supplying oxygen during plant cultivation involve adding small particles (bubbles) containing hydrogen atoms at one end to increase their buoyancy. These tiny bubblasts gradually expand until they reach up to 6 meters above them where no further growth occurs. However, these smaller bubbling systems may be affected by factors such as temperature changes and external pressures. Overall, current techniques require multiple steps before achieving stable results.

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