Overview and working principles of Agriculture sprayer

An Agriculture sprayer is an important tool for scientifically using pesticides and spraying agricultural liquids. It occupies a very important position in my country's agricultural production. An agriculture sprayer is generally used to spray liquid fertilizers, pesticides, or other liquids during the crop growth cycle. Because crops grow differently at different altitudes or an Agriculture sprayer is applied to different crops on the same farm. Therefore, the height of the Agriculture sprayer arm must be accurate to ensure that the crops are distributed with the appropriate application liquid. Next, let's take a look at the overview and working principle of the Agriculture sprayer.

Here is the content list:

• An overview of the Agriculture sprayer.

• The working principle of agriculture sprayers can be divided into four types.

An overview of the Agriculture sprayer.

The Agriculture sprayer works on the principle of airflow and air pressure. In the action of air suction, the potion or other liquids are turned into mist. When pushing the Agriculture sprayer, the piston pushes the air, and the air outlet is small. The faster the air flows, the smaller the pressure. The water will be sucked up and sprayed out with the flowing air, forming a spray.

The working principle of agriculture sprayers can be divided into four types.

In rural areas, an Agriculture sprayer is an indispensable and important agricultural tool for controlling pests and diseases. The main components of the Agriculture sprayer are compressed air devices, thin tubes, nozzles, etc. It is a technical tool that uses air suction to turn a drug or other liquid into a mist and spray it evenly on other objects. According to the spraying method of the Agriculture sprayer, Agriculture sprayer can be divided into four types.

First, Bernoulli's principle says that in a fluid, the flow rate is large, and the pressure is small; if the flow rate is small, and the pressure is strong. Fluid will automatically flow from high pressure to low pressure. When passing through the three-pronged pipe, the water flowing at a low speed flows to the air flowing at a high speed. The water is torn into small drops by the high-speed air (imagine that the water flowing out of the faucet is slow at first, it is a water column, but then it becomes a drop after the speed gradually increases). When these small water droplets are sprayed out, they become mist. Second, the principle of high-speed water breaking into small water droplets after encountering obstacles: the principle of high-speed water flow is formed by pressing water into a thin tube, and the high-speed water flows breaks into small water droplets after encountering obstacles. It's like turning on the faucet and plugging it with your fingers. This structure is often used in household Agriculture sprayers, and the cost is low. Third, the principle of centrifugal force throws out the liquid: the high-speed rotating atomizing disc uses centrifugal force to throw the liquid out and shreds it into small droplets, similar to the situation when the umbrella rotates. Fourth, the principle of ultrasonic atomization is: vibration can cause "waves" on the water’s surface. The vibration frequency of ultrasonic waves is very high, so the wavelength of its "waves" is very small, so its "waves" and small water droplets are also very small.

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