Water saving device capable of watering multiple flowerpots

Abstract

The invention discloses a water saving device capable of watering a plurality of flowerpots. The water saving device is characterized by comprising a water storage cavity and a supporting plate connected with the water storage cavity, wherein the supporting plate is provided with holes; pipes are arranged in the holes; one ends of the pipes extend into the water storage cavity; the other ends of the pipes exceed the upper surface of the supporting plate; filter screens are arranged at the end ports of one ends of the pipes, which exceed the supporting plate; the upper surface of the water storage cavity is connected with bi-join balls; one ends of water pipes are arranged in the water storage cavity; filtering cloth is arranged at the end port of one end of each water pipe, which is arranged in the water storage cavity; the other ends of the water pipes are positioned at the upper parts of the flowerpots; the bottom of the water storage cavity are provided with supporting legs; switches are arranged on the pipes. The water saving device ensures sanitation of floor, saves water resources, reduces the use quantity of a fertilizer, also can water a plurality of flowerpots, avoids waste of the water resources and the liquid fertilizer, which is generated when a watering tool is transferred from one flowerpot to another flowerpot, has a simple structure and is convenient to operate.

Description

technical field [0001] The invention relates to a watering device, in particular to a water-saving device capable of watering a plurality of flower pots. Background technique [0002] With its gorgeous colors, flowers make nature extraordinarily beautiful and give people a beautiful enjoyment. Growing flowers can enrich people's cultural life, cultivate temperament, improve health, increase scientific knowledge, improve cultural and artistic literacy, and growing flowers can also green and beautify the environment, purify the air, and growing flowers has become a hobby of more and more people. [0003] Correspondingly, watering flowers has also become a concern of many people. The watering tools sold in the market are difficult to control the watering speed, and people are worried that the growth of flowers will be affected by the insufficient water absorption of flowers. Water more, the current ordinary flower pots are all one layer. When watering the flowers, water can ea...

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Problems solved by technology

[0003] Correspondingly, watering flowers has also become a concern of many people. Currently, the watering tools sold on the market are difficult to control the speed of watering, and people Worried that the flowers will not absorb enough water to affect the growth of the flowers, they often water more. Now the ordinary flowerpots are all one layer. Wet the ground, it is very unsanitary, and wastes water resources. In view of the above situation, many people place plates at the bottom of the flower pots, which is troublesome and increases the economic burden. It is neither water-saving nor sustainable to the roots of flowers. The role of irrigation, and the capacity of the plate is limited. When there is too much water, it will still overflow from the plate, which will also pollute the floor and waste water resources. Some people also place a large pot under the flower pot to catch the water flowing from the seepage hole. , and then put the water in the pot back into the flowerpot to water the flowerpot, thus saving water resources and keeping the floor hygienic

However, it is laborious and cumbersome to move the flower pots and water basins like this.

In addition, when the existing watering tool is watering, after the watering tool has watered a flower pot, the watering tool needs to be transferred from one pot to another pot. For the watering of large-scale potted flowers, the watering tool will When the tool is transferred from one pot to another, water will also be sprinkled on the ground during the transfer process, which not only wets and soils the ground, but also causes water waste, which cannot be ignored for expensive liquid fertilizers

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