Leakage-proof packaging device facilitating insecticide taking

Abstract

The invention discloses a leakage-proof packaging device facilitating insecticide taking. The leakage-proof packaging device comprises a storage box body. A liquid outlet is formed in the surface of the storage box body. A bottle cap is arranged at the position of the liquid outlet. The liquid outlet is in threaded connection with the bottle cap. An anti-splash slow flow plate is arranged below the liquid outlet. The anti-splash slow flow plate comprises a liquid passing plate which is horizontally arranged. Two slow flow plates are connected to the two sides of the liquid passing plate correspondingly. An included angle a is formed between each of the two slow flow plates and the liquid passing plate, wherein a is larger than 120 degrees and small than 150 degrees. The anti-splash slow flow plates are symmetric about the plane where the liquid passing plate is located. The liquid passing plate is connected with the inner wall of the storage box body. A liquid passing opening is formed in the liquid passing plate, and the size of the liquid passing opening is smaller than that of the liquid outlet. The packaging storage device can be used for storing and containing insecticides, meanwhile, impact force of liquid can be relieved through the buffering plate while the insecticides are poured out to be taken, intense collisions are avoided at a bottleneck, and therefore splashing of the insecticides can be prevented, and the safety performance is improved.

Description

technical field [0001] The invention relates to an insecticide storage device, in particular to an anti-leakage packing device for convenient taking of the insecticide. Background technique [0002] Insecticides are mainly used to control agricultural pests and urban sanitation pests. They have a long history of use, a large amount of use, and many varieties. In the 20th century, with the rapid development of agriculture, pesticides greatly increased agricultural output. However, almost all pesticides seriously alter the ecosystem, most are harmful to humans, and others are concentrated in the food chain. We must strike a balance between agricultural development and the environment and health. According to the source, it can be divided into two categories: biogenic pesticides and chemically synthesized pesticides. According to the source, it can be divided into: ① inorganic and mineral insecticides, ② botanical insecticides, ③ organic synthetic insecticides, ④ insect horm...

AI Technical Summary

Problems solved by technology

[0004] The technical problem to be solved by this invention is that usually insecticides live in bottles, but the existing devices for packaging and preserving insecticides are just simple packaging bottles. When the insecticide is poured out of the bottle, due to the small mouth of the bottle, there is a lot of solution in the bottle. Therefore, at the moment of pouring out, the bottle will suddenly gather at the mouth of the bottle, and there will be a violent collision, resulting in When the liquid splashes and falls everywhere, it is not only difficult to clean up, but it is also easy to splash on people, causing safety hazards. The purpose is to provide a packaging device that is easy to take and prevent leakage of insecticides, and can not only be used for storage and storage of insecticides , at the same time, when pouring out the insecticide, the impact of the liquid can be slowed down by the buffer plate to avoid strong collisions at the bottle mouth, thereby preventing splashing of the insecticide and improving safety performance

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