JP2002125570A - Box-type mole catcher - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a mole catcher utilizing such behavior of mole and its pushing force that, if a space occurs in a mole's pathway hole, a mole closes the space by pushing soil and sand to prevent foreign enemy invasion and, if the foreign matter enters the pathway hole, the mole pushes out the foreign matter to remove it. SOLUTION: This mole catcher is characterized by having such a mechanism as to comprise enabling a mole hole to be taken in a case 1 in a state near the original form by inserting a holding bar 13, introducing the mole into the case 1 and dropping a sliding lid 4 by pushing force toward a tube 6 inserted in the case 1 so as to catch the mole by closing an inlet 5.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION The present invention focuses on the habit of closing the hole to prevent the invasion of external enemies and extruding a foreign object when a hole in the path of the mole has a gap such as outside air. The present invention relates to a box-type mole catcher that can catch a hole by taking in a hole of a mole into a case, inserting a tube into the hole, and using the force of the mole to push out the tube to cover the entrance.

[0002]

2. Description of the Related Art Conventionally, there is a cylindrical trap, but it is difficult to enter a cavity other than a hole formed by a mole, and a cost burden is large for continuous use of chemicals, and the effect is unknown. is there.

[0003]

Mole damage is severe for crops and lawns. The present invention has been invented to solve these problems, since commercially available repellents and traps have no effect.

[0004]

Means for Solving the Problems The holding rod 13 is inserted into the hole of the mole.
To take in the hole in the case 1 and cut off the outer hole and the inner hole. Then, the holding rod 13 is pulled out, the shutter portion 2 having the stopper 3 therein is mounted, and then the tube 6 is inserted into the case 1 through the hole on the opposite side, and the connecting wire 10 is attached. The drop plate 4 is hung from the upper part of the shutter portion 2 and the tip of the connection wire 10 is dropped into the hole of the drop plate 4 to be stopped. The box-shaped mole trap having the above configuration is also used.

[0005]

Embodiments of the present invention will be described below. (B) A mole is placed in the rectangular box-shaped case 1, and when the tube 6 is pushed, a drop plate 4 hanging on the shutter unit 2 in conjunction with the tube 6 is a mole trap mounted with a component for closing the entrance 5. (B) Case 1 is made of a thin material such as a tin bottom 11 to make it easy to scoop the soil, and is a box-shaped box with a length and width of 10 cm and a length of 20 cm. The other side has a mole hole and is open so that the shutter 2 can be mounted. (C) Shutter part 2 to be attached to entrance 5 of case 1
In the center, two plates with a round hole with a diameter of 4 cm are aligned at the center, and a gap is provided in the upper part so that the drop plate 4 is hung, and the drop plate 4 is lifted up with a mole It is assumed that the stopper 3 is provided so as not to be stopped. (D) The tube 6 to be inserted into the hole of the mole taken into the case 1 has several small holes to allow the outside air to pass through. By turning it clockwise, a projection is provided so that it does not come out even if the mole is pushed out, and a step is provided so that it does not enter the case 1. (E) The connecting wire 10 between the tube 6 and the drop plate 4 is
A notch 8 is provided as shown in the figure, and the tube 6 is inserted so that it does not come off when it is turned to the right.
The tip is inserted into a hole formed in the drop plate 4 to be hung, and a length is taken so that the moles push the tube 6 so as to fall out of the hole of the drop plate 4. (F) The holes in the moles are taken into the case 1, the gap is filled with earth and sand, and the floating portion is pressed down. (G) Find a hole in the mole that is about 20 cm in length and insert the holding rod 13 into the mole hole so that the hole does not collapse and can be modified. I will take it in. The present invention has the following structure, and when used, it is as follows. (B) Cut out the place where the mole has passed with a scoop, insert a thin rod or the like, find a horizontal hole with a length of about 20 cm, and insert the holding rod 13 so that the hole does not collapse. (B) While removing the topsoil and shaving the left and right earth and sand, the case 1 is pushed so that the holding bar 13 is inserted into the hole formed on the opposite side of the entrance, and the case 1 into which the mole hole has been taken is separated. (C) Place the case 1 on a flat surface and push the cut-out soil into the case 1 so that the shutter 2 can be installed. Hold down where it floats. (D) The case 1 is mounted so that the hole in the case 1 is closely attached to the continuous hole cut out by attaching the shutter portion 2 or the hole of the same soil mound, and the holding rod 13 is inserted through the tube insertion hole 9. The tube 6 is inserted into the hole, the L-shaped connecting wire 10 is aligned with the cut 8 of the tube 6 as shown in FIG. 1, and the tube 6 is turned clockwise so as not to come off. (E) Connect the tube 6 to the hole of the shutter portion 2 and the hole of the drop plate 4 inserted therein so that the distal end of the connecting wire 10 is stationary. (F) Finally, cover the lid 12 and put a weight such as a stone thereon.

[0006]

The mole is a cautious and wise small animal with a habit of not trying to enter any cavities other than its own hole. Therefore, the present invention is a box-type mole trap with a very high trapping rate, in which the holes of the moles are taken into the case and the entrance is closed by utilizing the pushing force of the moles.

[Brief description of the drawings]

FIG. 1 is a perspective view of the present invention.

FIG. 2 is a perspective view of a shutter unit in which a drop plate is inserted.

FIG. 3 is an exploded perspective view of a tube and a connecting wire.

FIG. 4 is an exploded sectional view showing a state where a stopper is applied.

FIG. 5 is a perspective view of a holding rod.

[Explanation of Signs] 1 Case 2 Shutter portion 3 Stopper 4 Drop plate 5 Entrance port 6 Tube 7 Retainer 8 Cut 9 Tube insertion hole 10 Connecting wire 11 Tin bottom 12 Lid 13 Holding rod

Claims (1)

[Claims] 1. A holding rod 13 is inserted into a hole of a mole, the hole is taken into the case 1, the holding rod 13 is pulled out, and a shutter portion 2 having a stopper 3 is mounted. Insert the tube 6 into the hole
When the connecting wire 10 is inserted into the hole of the drop plate 4 hanging from the shutter portion 2 and the mole enters the case 1 and pushes the tube 6, the drop plate 4 comes off and closes the entrance 5. Box-type mole trap.