Intelligent full-automatic watering device

Abstract

The invention discloses an intelligent full-automatic watering device which comprises a flower stand. A first flowerpot, a second flowerpot, a third flowerpot, a fourth flowerpot, a fifth flowerpot and a sixth flowerpot are arranged on the flower stand; electromagnetic valves, humidity sensor chips and sensors are arranged at the bottoms of all of the first flowerpot, the second flowerpot, the third flowerpot, the fourth flowerpot, the fifth flowerpot and the sixth flowerpot; the flower stand comprises flowerpot supporting underframes and struts; the flowerpot supporting underframes are used for placing the first flowerpot and the second flowerpot; the supporting underframes are arranged in a detachable connection mode at the bottoms of the struts; middle flowerpot supporting frames whichare in detachable connection are arranged on both sides above the struts; the middle flowerpot supporting frames are used for placing the third flowerpot and the fourth flowerpot; and upper flowerpotsupporting frames are arranged on both sides above the struts, and are used for placing the fifth flowerpot and the sixth flowerpot. According to the invention, a plurality of flowerpots are simultaneously used, so that watering efficiency is improved, and automatic watering cost is reduced; and the intelligent full-automatic watering device is suitable to popularize and use in the field of automatic watering.

Description

Technical field [0001] The invention relates to the field of automatic watering, in particular to an intelligent automatic watering device. Background technique [0002] Nowadays, with the improvement of people's living standards, people have higher and higher requirements for the quality of life. Many homes or offices have potted plants and plant some potted flowers to improve indoor air quality and beautify the environment; but for office workers , Often because of being too busy or long-term business trips and unable to regularly and quantitatively supply water to these potted plants, causing the flowers and plants to die due to lack of water. People have designed many kinds of devices to solve the above technical problems, but the results are always not satisfactory. [0003] There are usually two methods for watering potted plants: one is a traditional watering spray can or sprayer. Although the cost is low and cheap, it is inconvenient for users to water the flowers and wast...

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Problems solved by technology

[0003] There are usually the following two methods for watering potted plants in the existing: one is the traditional flower watering can or sprayer, although the cost is low and the price is cheap, it is very inconvenient for the user to water the flowers, and the way of watering the flowers is too wasteful of water Resources need to be added to the potted plants to spray water in turn. If the user has more than 3 potted plants in the house, the inefficiency of the watering can will be exposed. In addition, too many potted plants will waste a lot of labor and time, people are not easy to grasp the watering time and watering amount of potted plants. Due to various uncertain reasons, delayed watering or excessive watering often occur, which not only affects the normal growth of flowers and plants, but also causes water pollution. waste of resources

[0004] The other is an automatic watering device. The automatic watering device in the prior art usually waters a flower pot, which cannot meet the needs of people to breed most kinds of potted plants at the same time. When it is necessary to water many potted plants At the same time, multiple sets of automatic watering devices need to be used, which increases the cost of potted plant watering, and has gradually failed to meet people's needs for potted plant watering.

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