A Soil Moisture Response Type Automatic Watering Device

Abstract

The invention discloses an automatic soil humidity resistance strain type flower watering device. One side face of a base is provided with a storage groove, a water pump is clamped in the storage groove, the side face, adjacent to the side face provided with the storage groove, of the base is provided with a water pipe storage groove, and the side face, opposite to the side face provided with the storage groove, of the base is provided with a metal sheet storage groove. A metal sheet A and a metal sheet B are arranged in the metal sheet storage groove, the metal sheet A and the metal sheet B are connected with a power source arranged in the base through wires, the base is internally provided with a control circuit and a work circuit, an arc connecting block is arranged between the storage groove and the water pipe storage groove, and arc connecting blocks are arranged between the water pipe storage groove and the metal sheet storage groove, the arc connecting blocks are provided with telescopic rods, and a transverse rod can be arranged between the two telescopic rods in an erected mode. The automatic soil humidity resistance strain type flower watering device is simple in structure, convenient to operate, practical, capable of saving water, needless of manual operation, capable of facilitating outgoing of people, saving labor and well achieving automatic flower watering, and capable of avoiding abnormal growth of plants due to the lack of water or excessive watering of the plants and ensuring the normal growth of flowers.

Description

Technical field: [0001] The invention relates to a flower watering device, in particular to a soil moisture resistance-response automatic flower watering device. Background technique: [0002] With the improvement of people's living standards, more and more people have begun to plant some flowers to nourish their emotions, and people generally use water pipes or use water storage devices for artificial watering, and sometimes people often forget to give Flowers are watered, but because water is the most basic need for plant survival and growth, it is the medium of chemical reactions in the plant life. Without water, nutrients cannot be exhaled, oxygen cannot be transported to the required parts, and neither can nutrients and hormones. When it reaches its place of action, the waste cannot be eliminated, the metabolism will stop, and the flowers will easily wither and die due to lack of water. However, the soil moisture resistance-responsive automatic watering devices on the m...

AI Technical Summary

Problems solved by technology

[0002] With the improvement of people's living standards, more and more people have begun to plant some flowers to nourish their emotions, and people generally use water pipes or use water storage devices for artificial watering, and sometimes people often forget to give water due to work and social interaction. Flowers are watered, but because water is the most basic need for plant survival and growth, it is the medium of chemical reactions in the plant life. Without water, nutrients cannot be exhaled, oxygen cannot be transported to the required parts, and neither can nutrients and hormones. When it reaches its place of action, the waste cannot be removed, the metabolism will stop, and the flowers will easily wither and die due to lack of water. However, the soil moisture resistance-responsive automatic watering devices on the market currently control the flowering devices through light-controlled flowering devices and humidity detection. The structure is cumbersome. The light control uses the difference in light intensity between day and night to determine whether to water. The humidity detection control usually uses the soil moisture identification device to determine whether to water. The structure of the device using these two principles is relatively cumbersome, the control process is complicated, and the production high cost

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