An automated drip irrigation device for selectively supplying carbon dioxide

Abstract

The invention relates to the agriculture field, and specifically relates to an automatic drip irrigation device that selectively provides carbon dioxide; the automatic drip irrigation device comprisesa water storage tank, a water valve assembly, a drip pipe, a mount pole, and an air supply assembly; the water storage tank is used for storing irrigation water, such as rainwater; the water valve assembly is used for adjusting the dripping rate; the drip pipe is used for transmitting the dripping water current; the mount pole is used for fixing the device; the air supply assembly is used for supplying the carbon dioxide. The device can store and use rainwater, is easy to use, and can save resources; the device can adaptively adjust the dripping rate according to the sunshine intensity; the device can supply carbon dioxide for plants when the sunshine and irrigation water are enough, thus assisting plants to grow; the dripping water current of the device can be fully mixed with the carbondioxide formed by the air supply assembly when passing the drip pipe, thus bringing more carbon dioxide for the plants, and assisting the plant photosynthesis; the automatic drip irrigation device can automatically work without using electric power resource, is energy saving and environmental friendly.

Description

technical field [0001] The invention relates to the field of agriculture, in particular to an automatic drip irrigation device for selectively supplying carbon dioxide. Background technique [0002] Routine irrigation is carried out when plants are short of water, just like people recuperate their bodies when they are sick. However, plants can also "regulate their bodies" from the perspective of health care, just like people. Therefore, there have been many drip irrigation technologies in the prior art. Compared with conventional irrigation, drip irrigation has a healthier taste. However, drip irrigation only supplies water resources for plants, and what plants need to supply for growth is not only water, but also Right amount of carbon dioxide. Moreover, conventional drip irrigation devices lack adaptability to the environment. For example, drip irrigation is not needed in rainy or cloudy days, and the amount of drip irrigation should be different with the intensity of sun...

AI Technical Summary

Problems solved by technology

And the conventional drip irrigation device lacks the ability to adapt to the environment. For example, drip irrigation is not needed in rainy or cloudy days, and the amount of drip irrigation should be different if the intensity of sunlight is different.

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