Tea garden purging physical deinsectization machine

Abstract

The invention relates to a tea garden purging physical deinsectization machine which comprises an air blower, an isolating membrane, an insect collection frame, a gas-distributing pipe and a pulling rope. The air blower is connected with the gas-distributing pipe through a gas outlet pipe, the gas-distributing pipe is mounted on the isolating membrane, and the insect collection frame covers the isolating membrane. The tea garden purging physical deinsectization machine is light in weight, high in overall strength, large in wind energy, wide in effective range and good in insect collection effect, wind directions can be changed back and forth, and insect leakage is omitted.

Description

technical field [0001] The invention relates to a tea garden purging type physical deworming machine. Background technique [0002] With the improvement of people's living standards, people pay more and more attention to food safety requirements, especially for daily necessities such as tea, naked direct-eating food that has no cleaning links from processing and production to brewing and drinking. There are no pesticide residues or no pesticides are used in the whole production process, which is why consumers value quality more and more. [0003] The use of pesticides in tea production is due to the need to prevent pests and diseases, so in theory, biological control, physical control, or botanical pesticides are used to control pests and diseases, so that less or no chemical pesticides can be applied. [0004] At present, the more serious pests in tea gardens that can affect the yield and quality of tea include: tea leafhopper, tea thrips, tea aphid, tea whitefly, etc. The...

AI Technical Summary

Problems solved by technology

The application value is not great, and it has not been popularized and applied. In addition, the existing insect collecting grids for machinery and tools have low strength, heavy weight, and inconvenient operation. Because of the unreasonable structure, they cannot collect pests to the maximum extent, and they are easy to leak insects.

[0006] The patents for physical deworming with negative pressure include ZL 200520122767.8, ZL02264841.0, 200810228958.0, 200810031846.6 and 201110199051.8, etc. The defects of the first three technical solutions are that the suction port is small, and it is impossible to deworm a large area. rate difference

Patent application 200810031846.6 discloses a technical solution for removing insects from large-scale commercial crops of shrubs. However, the blowing device and the insect-catching bags of the solution are respectively located on both sides of the crops. The application is a one-way operation, that is, the air is blown from one side of the shrub, and the net is collected on the other side. After the operation on one side, the equipment needs to be transferred to the other side and operated again, which is labor-intensive, time-consuming and expensive.

Patent application 201110199051.8 discloses a fluke device with a blowing and sucking method. The device removes insects in a large area by setting air supply mechanisms on both sides of the crops and a fluke mechanism above the crops. However, the setting of the wind gathering cover in the insect collection mechanism of the device is unreasonable. , cannot fully cover the pests blown up by the airflow, the insect collection effect is poor, it is easy to leak insects, and the structural strength is low and easy to be damaged

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