Garden irrigating device and use method thereof

Abstract

The invention discloses a garden irrigating device and a use method thereof. The garden irrigating device comprises a cloud computing server, watering devices and a soil humidity sensor, wherein each watering device comprises an injection head, a rotating rod and a solar device; each injection head comprises injection holes and a thin film; a control device, a water pipe, an electric flow valve and a GPS (Global Positioning System) positioning device are arranged in each rotating rod; each solar device comprises a solar thin film and an electricity storage device; the soil humidity sensor is buried underground, and is used for detecting the humidity of soil and transmitting information to the cloud computing server. According to the garden irrigating device and the use method thereof disclosed by the invention, by using the cloud computing server, a three-dimensional dynamic effect graph of all the watering devices in a garden can be established, and the intelligentialization and the convenience of garden watering are realized; by controlling flow quantity, the distance of water injected by each injection head is controlled, and higher uniformity in watering is realized; the thin films are arranged on the injection heads, so that when the injection heads do not inject water, the thin films automatically droop to shield the injection holes, and the condition that the injection holes are blocked by sundries is prevented.

Description

technical field [0001] The invention relates to the field of landscaping, in particular to a garden irrigation device and a method for using the same. Background technique [0002] At present, the trajectory of the water sprayed by the irrigation devices on the market is circular, and the water output speed is a fixed value, which leads to some places that cannot be watered, and some places that are watered too much. Even if the irrigation device is added, these problems cannot be solved. Problem; In addition, the spray hole of the irrigation device is often blocked and the water flow is not smooth; every time the irrigation device waters, it depends on experience to judge how long the area needs to be watered, but there is no scientific method to judge. In addition, Now water resources are scarce, and the water consumption for each irrigation cannot be counted, so it is impossible to use water resources more scientifically. Contents of the invention [0003] The object o...

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Problems solved by technology

[0002] At present, the trajectory of the water sprayed by the irrigation devices on the market is circular, and the water output speed is a fixed value, which leads to some places that cannot be watered, and some places that are watered too much. Even if the irrigation device is added, these problems cannot be solved. Problem; In addition, the spray hole of the irrigation device is often blocked and the water flow is not smooth; every time the irrigation device waters, it depends on experience to judge how long the area needs to be watered, but there is no scientific method to judge. In addition, Now water resources are scarce, and the water consumption for each irrigation cannot be counted, so it is impossible to use water resources more scientifically

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