PESTICIDE STIRRER CAPABLE OF SIMULTANEOUSLY SPRAYING LIQUID AND GAS AND ASSEMBLY INCLUDING SAME CAPABLE OF SIMULTANEOUSLY STIRRING AND SUCTIONING PESTICIDE
The present invention relates to an assembly that simultaneously sprays liquid and gas when stirring a pesticide to enhance the stirring efficiency and has an intake net for spraying the pesticide at the same time as stirring the pesticide. The assembly comprises: a pesticide stirrer capable of simultaneously spraying liquid and gas that includes a branch pipe accommodated in a pesticide container and having at least three fluid ports formed therein a first hose having one side connected to the first fluid port of the branch pipe and the other side connected to a pump and a second hose having one side connected to the second fluid port of the branch pipe and the other side exposed to the air wherein when fluid is discharged to the third fluid port via the first fluid port by the pump while passing through the first hose gas is suctioned into the branch pipe through the second hose and the second fluid port by the pressure that is generated in the process of discharging the fluid and the mixture of the gas and the fluid is discharged through the third fluid port to stir the pesticide in the pesticide container a cover having a hole formed therein and connected to one side of the pesticide stirrer an intake net coupled to the cover to filter foreign substances within the pesticide container when the pesticide in the pesticide container is suctioned a connecting pipe having one side on which a tap is formed and that is located inside the intake net through the hole of the cover and the other side connected to a third hose that is connected to a pesticide sprayer and a screw type weight connected to the tap of the connecting pipe within the intake net to secure the connecting pipe to the intake net.
