TWM462517U - The pomacea canaliculata trap - Google Patents

Description

Used to capture the snail catcher in the field and in the river

This creation is about capturing a snail trap in the field and in the river, especially a snail trap that can effectively trap the field and river without applying chemical pesticides.

The life-threatening crops of the snails are extremely serious. At present, a large number of chemical pesticides are used to kill the snails. The mud, squid, frogs, etc. in the fields and the beneficial microorganisms in the soil are also killed together, causing ecological and environmental damage. Pollution of rivers and oceans.

The present invention provides a snail trap for capturing the field and the river, including a main iron box, a buckle, a side opening, and a mesh (the front end port has a large caliber, the back end port has a small caliber, and the mesh has a telescopic effect), The vegetable holder is composed of; the snail snail trap is placed in the field, the vegetable leaves are fixed on the vegetable leaf holder, placed in the middle of the white iron box, the leaves are immersed in the water, and the flow will flow to the water everywhere, and the snail will smell when it arrives. The trap moves and climbs into the outer side of the iron box. The net mouth enters the box for food. Because the front end of the mesh has a large caliber and the rear (tail) port has a small diameter, and the mesh has a telescopic effect, the snail climbs easily and waits for a few days. After the weight gains and climbs to the end of the network port, the mesh will hang down to block the way out, can not escape from the tail and be tied in the box, wait a few days to observe the amount of the snail in the box and then clean up, then open the buckle, then Re-adding fresh leaves and continuing to trap the snails without using any chemical pesticides, and can be used all year round.

The side of the iron box is provided with a plurality of holes, the mesh is provided with a mesh, the mesh has a telescopic function, the front end of the mesh has a large caliber, and the rear end of the mesh has a small caliber, and the vegetable leaf is used to fix the vegetable leaf to induce the snail, and the mesh is induced from the telescopic net. At present, the port enters the box, thereby forming a snail trap for capturing the fields and rivers.

The creation of the snail snail trap uses a vegetable holder to fix the vegetables, and induces the snail to climb into the box along the front end of the white iron box to make the vegetables, so that they can be trapped in the box and can no longer climb out from the inside. Chemical pesticides capture the purpose of snails.

1‧‧‧White iron box

2‧‧‧ hole

3‧‧‧ Vegetable holder

4‧‧‧ buckle

5‧‧‧Hands

6‧‧‧Flexible mesh

6a‧‧‧ Front end network port

6b‧‧‧Backend network port

7‧‧‧ vegetable leaves

Figure 1 is a perspective view of the creation.

Figure 2 is a perspective view of the state of use of the vegetable holder.

Figure 3 is a schematic diagram of the mesh that is flexible in this creation.

Figure 4 is a schematic diagram of the front end network port and the back end network port of the present creation.

Figure 5 is a schematic diagram of the state of use of the vegetable holder.

1. Please refer to Figure 1-5. This creation provides a snail catcher for capturing the fields and rivers, including: a main body iron box (1) with several holes (2) on the side; a vegetable holder (3) for fixing the vegetable leaf with a buckle (4) and a handle (5) on the top, and the side opening (2) is provided with a flexible mesh (6), which is a front end The network port (6a) has a large caliber and the rear end port (6b) has a small caliber to prevent it from being arrested. The snails caught by the snails escaped; the vegetables were fixed by the vegetable holders, and the snails were infiltrated into the box along the front end of the box outside the mouth of the box to eat vegetables, so that they could not be crawled out of the box and could not be caught by chemical pesticides. The purpose of the snail.

1‧‧‧White iron box

2‧‧‧ hole

3‧‧‧ Vegetable holder

4‧‧‧ buckle

5‧‧‧Hands

6‧‧‧Flexible mesh

Claims (4)

A snail catcher for capturing fields and rivers, comprising: a main body iron box (1), a plurality of holes (2) are arranged on the side thereof; a plurality of vegetable holders (3) are arranged inside, and a buckle is arranged on the upper side (4) ) and the handle (5). The snail plug for capturing the field and the river as described in claim 1, wherein the side opening (2) is provided with a retractable mesh (6). The snail plug for capturing the field and the river as described in claim 2, wherein the telescopic mesh (6) has a large diameter at the front end port (6a) and a small diameter at the rear end port (6b), thereby preventing The captured snails fled. The snail trap for capturing a field or a river as described in claim 1, wherein the vegetable holder (3) is used for fixing vegetable leaves.