Flower automatic sprinkling device

Abstract

The invention provides a flower automatic sprinkling device comprising a first water storage tank, a second water storage tank, and a connection pipe. The first water storage tank and the second water storage tank communicate through the connection pipe. A water feeding pipe is arranged in the first water storage tank. A water pump is arranged at the bottom of the water feeding pipe. A sprinkling pipe is arranged on the top of the water feeding pipe. A water inlet of the sprinkling pipe communicates with the water feeding pipe. The sprinkling pipe is oriented horizontally, and is perpendicular to the water feeding pipe. A plurality of switches are provided on the sprinkling pipe. A connection line is arranged on each of the switches. Humidity sensors are arranged on the connection lines. The humidity sensors communicate with the switches through the connection lines. A water discharge pipe is arranged on a water outlet of the sprinkling pipe. The water discharge pipe communicates with the second water storage tank. The device provided by the invention has the advantages of simple structure and simple operation. The device is time-saving, effort-saving, water-saving, and scientific.

Description

technical field [0001] The invention belongs to the field of plant irrigation, in particular to an automatic spraying device for flowers. Background technique [0002] The water content in the soil also directly affects the growth of flowers. For example, too much water will cause excessive growth of plants, inhibit the differentiation of flower buds, and cause root rot and disease; too little water will destroy the water balance in plants. , causing the flowers to wither. The seeds of flowers can only germinate in a humid environment. The water content below 13% is a necessary condition for the safe storage and stable dormancy of most seeds. The water content of the soil has three different suitable states for any cultivated flowers. When it is in the most suitable state for survival, the water content at this time can effectively maintain the dynamic balance of water budget in the plant and promote robust growth; it is higher than what flowers can tolerate. When the wate...

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Problems solved by technology

[0003] Maintaining a certain humidity in the soil in the flower pot is the key factor to ensure the good growth of flowers. Most of the existing irrigation techniques are carried out by a certain time interval or by observing the phenomenon of the soil based on experience. This irrigation method is not only unscientific, It may cause the soil humidity to be too large or too low, and there is also a waste of water resources. A time-saving, labor-saving, and water-saving scientific irrigation equipment has not yet been discovered and needs further research and development.

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