CN-224219275-U - Push type trapper

CN224219275UCN 224219275 UCN224219275 UCN 224219275UCN-224219275-U

Abstract

The utility model discloses a push type trapper, which comprises an outer shell and a bait shell, wherein the outer shell is provided with a trapping cavity, the bait shell is accommodated in the trapping cavity, the top of the bait shell extends out of the outer shell, a sealing piece which surrounds the bait shell to form the bait cavity is arranged at the bottom of the bait shell, a poking rod which is positioned below the sealing piece is arranged in the trapping cavity, and at least part of the bait shell can move downwards relative to the outer shell to enable the sealing piece to be propped against the poking rod and poked by the poking rod. According to the utility model, the bait shell and the poking rod are arranged in the outer shell, the top of the bait shell extends out of the bottom of the outer shell and is provided with the sealing piece, the bait shell can move downwards relative to the outer shell to enable the sealing piece to be propped against the poking rod to be poked by the poking rod, and therefore the bait sealed in the trapping cavity falls into the trapping cavity to trap insects. When the pressing type trapper is not used in a unsealing mode, the bait is sealed in the trapping cavity, and when the pressing type trapper is used, the bait is released by downwards pressing the bait shell to enable the poking rod to poke the sealing piece, so that the trapping effect is prevented from being affected by wetting or volatilization of the bait.

Inventors

YAO KUN
YAO QI
SHI YONGZHONG
GAO XUCHEN

Assignees

中山市威特健日用品有限公司

Dates

Publication Date: 20260512
Application Date: 20250530

Claims (10)

1. The push type trapper is characterized by comprising an outer shell and a bait shell, wherein the outer shell is provided with a trapping cavity, the bait shell is accommodated in the trapping cavity, the top of the bait shell extends out of the outer shell, a sealing piece which surrounds the bait shell to form the bait cavity is arranged at the bottom of the bait shell, a poking rod which is positioned below the sealing piece is arranged in the trapping cavity, and the bait shell can move downwards at least partially relative to the outer shell to enable the sealing piece to be propped against the poking rod and poked by the poking rod.
2. The push-type trapper of claim 1 wherein a plurality of limiting rods are provided in the trapping cavity at intervals on the outer periphery of the poking rod, the bait housing is elastic, the outer edge of the bottom of the bait housing abuts against each limiting rod, and the middle part of the bait housing can move downwards relative to the outer housing to enable the sealing piece to abut against the poking rod to be poked by the poking rod.
3. The push trap of claim 2, wherein the bait housing has an upper abutment shoulder that abuts the outer housing to limit movement of the bait housing away from the trap cavity.
4. The push trap of claim 2 wherein the bait housing has a lower abutment ring extending outwardly from a bottom outer edge of the bait housing, the lower abutment ring abutting against the stop bar, the stop bar having a sloped abutment surface that slopes inwardly from top to bottom, the lower abutment ring abutting against the sloped abutment surface as the bait housing moves downwardly.
5. The push trap of claim 2, wherein the trap cavity is provided with a cutting member below the closure, the cutting member being located between the poking bar and the restraining bar, the cutting member cutting through the closure as the bait housing moves down.
6. The push-on trap of claim 5, wherein the cutting member tapers from bottom to top forming a blade at its top, the blade sloping upward from the trap cavity floor in the circumferential direction of the poking bar.
7. The pressing trap of claim 1, wherein a plurality of feeding holes are formed in the outer peripheral side of the housing, and the feeding holes are formed in the housing at intervals in the circumferential direction and are communicated with the trapping cavity.
8. The push trap of claim 1, wherein the trap cavity bottom is provided with a receiving recess facing the bait housing.
9. The push trap of claim 1, wherein the housing has a bottom plate and an upper cover that snaps over the bottom plate to form the trap cavity around the bottom plate.
10. The push trap of claim 4, wherein the trap cavity bottom is provided with a abutment post below the lower abutment ring that abuts the lower abutment ring when the bait housing middle portion moves downward.

Description

Push type trapper Technical Field The utility model relates to the technical field of biological traps, in particular to a pressing type trap. Background A biological trap is an article that traps insects with a drug through a bait. The existing biological trapper comprises a shell and a bait, wherein the shell is provided with a plurality of trapping cavities and a plurality of trapping holes, the plurality of trapping cavities are circumferentially arranged at intervals on the shell and are communicated with the trapping cavities, and a bait groove for placing the bait is formed in the trapping cavities. Because the bait is exposed in the bait tank, when the biological trap is not in unsealing use, the bait is contacted with air, so that the bait absorbs moisture or volatilizes, and the trapping effect is affected. Disclosure of utility model The utility model aims to provide a pressing type trapper, which solves the problems that when the existing pressing type trapper is not used in a unpacking way, the baits are easy to absorb moisture or volatilize and the trapping effect is affected when the baits are exposed in a baiting groove. The utility model is realized by the following technical scheme: The push type trapper comprises an outer shell and a bait shell, wherein the outer shell is provided with a trapping cavity, the bait shell is accommodated in the trapping cavity, the top of the bait shell extends out of the outer shell, a sealing piece surrounding the bait shell to form a bait cavity is arranged at the bottom of the bait shell, a poking rod positioned below the sealing piece is arranged in the trapping cavity, and the bait shell can at least partially move downwards relative to the outer shell to enable the sealing piece to be propped against the poking rod and be poked by the poking rod. Further, a plurality of limiting rods are arranged in the trapping cavity at intervals on the periphery of the poking rod, the bait shell is elastic, the outer edge of the bottom of the bait shell is abutted against each limiting rod, and the middle part of the bait shell can move downwards relative to the outer shell to enable the sealing piece to be abutted against the poking rod and poked by the poking rod. Further, the bait housing has an upper abutment shoulder that abuts the outer housing to limit movement of the bait housing away from the trap cavity. Further, the bait shell is provided with a lower supporting ring, the lower supporting ring extends outwards from the outer edge of the bottom of the bait shell, the lower supporting ring is abutted on the limiting rod, the limiting rod is provided with an inclined supporting surface, the inclined supporting surface is inclined inwards from top to bottom, and the lower supporting ring is abutted on the inclined supporting surface when the bait shell moves downwards. Further, the trapping cavity is provided with a cutting member below the sealing sheet, the cutting member is located between the poking rod and the limiting rod, and the cutting member cuts the sealing sheet when the bait shell moves downwards. Further, the cutting member is gradually narrowed from bottom to top to form a blade at the top thereof, and the blade is inclined upward from the bottom of the trapping cavity in the circumferential direction of the poking rod. Further, a plurality of food calling holes are formed in the outer peripheral side of the shell, and the food calling holes are circumferentially arranged at intervals on the shell and communicated with the trapping cavity. Further, a material receiving groove opposite to the bait shell is arranged at the bottom of the trapping cavity. Further, the shell is provided with a chassis and an upper cover, and the upper cover is buckled on the chassis and surrounds the chassis to form the trapping cavity. Further, the bottom of the trapping cavity is provided with a propping column positioned below the lower propping ring, and the propping column props against the lower propping ring when the middle part of the bait shell moves downwards. The technical scheme has the advantages that the bait shell and the poking rod are arranged in the outer shell, the sealing piece is arranged at the bottom of the outer shell extending out of the top of the bait shell, the bait shell can move downwards relative to the outer shell to enable the sealing piece to be propped against the poking rod to be poked by the poking rod, and therefore the bait sealed in the trapping cavity falls into the trapping cavity to trap insects. When the pressing type trapper is not used in a unsealing mode, the bait is sealed in the trapping cavity, and when the pressing type trapper is used, the bait is released by downwards pressing the bait shell to enable the poking rod to poke the sealing piece, so that the trapping effect is prevented from being affected by wetting or volatilization of the bait. Drawings In order to more clearly illustrate the technical solutions o