JP3017487B1 - Rat proof method - Google Patents

Abstract

The present invention provides a rodent-proofing method which can be easily implemented, is persistent, is safe and has a high rat-proofing effect. SOLUTION: A metal net 12 made of expanded metal or the like, which hinders the movement of a mouse, is arranged in a place such as a ceiling space 10 or a beam 16 serving as a house or a passage of a mouse in a building. The activity of the mouse is hindered by the mesh 12 and the mouse becomes uninhabitable.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for preventing rats from destroying rats in a building so that the rats do not settle.

[0002]

2. Description of the Related Art Conventionally, rats have damaged buildings and the like (rats bite structural materials such as walls, floors, columns and beams, wires such as electric wires, telephone lines, etc., and the ceiling and the like). There is a method to prevent the noise by running around with a poisoned bait, or a method of catching with a rat.

[0003]

However, in the above-described method using the bait, there is a possibility that children and pets kept in the building may be adversely affected, and the place where the bait is desired to be placed must be provided. It is not always possible to place them, and it is not possible to exterminate rats effectively. In addition, even if a rat that has settled can be exterminated by eating poison bait, if another rat enters, it is necessary to put poison bait again and there is a problem that it takes time. Further, in the method of capturing with a mouse, there is a problem that when the mouse is caught, the operation of collecting the mouse occurs, which is troublesome, and the capture rate is low in spite of such trouble.

Accordingly, the present invention has been made to solve the above-mentioned problems, and an object of the present invention is to provide a mouse-proofing method which can be easily implemented, is durable, is safe and has a high mouse-proofing effect. .

[0005]

In order to achieve the above object, a rat-proofing method according to a first aspect of the present invention provides a method for preventing a rat from moving in a place where the rat is to live or pass in a building. In the rat-proof method of arranging a mesh, the mesh is bent into a waveform.
It is characterized by having been done. According to this, since a metal net is arranged in a place where a rat settles and works, the net significantly inhibits the movement and behavior of the rat. Therefore,
For example, if you place a net on the back of the ceiling,
The activity sound of the mouse is drastically reduced due to the inability to do the activity, and it becomes very quiet. In addition, since rats originally have the habit of acting swiftly, an environment in which behavior is hindered at all is a very uncomfortable environment for rats. Therefore, rats change their place in the building in search of a more comfortable environment.However, the place where the rat will live and the path will be determined, so if a mesh is placed in those places, On his own, the nets are laid out everywhere, leaving the building as a whole uncomfortable for the rat. Further, after the net is once placed, it is left as it is and is present at a predetermined place. And, even if another rat enters the building, the activity place is the same as the previous rat because of the behavior of the rat, and the function of inhibiting the activity does not decrease even if the mesh placed earlier becomes older. Therefore, the rat-proof effect is similarly exhibited. And the net is a cross section
If the shape is bent in a wave form, the bending of the net itself
The strength is increased, and it is easy to dispose it on the ceiling and the like. Also complete
The mouse moves more than when a
There is a gap between the floor and the net. This
When the mouse walks on the net, raise its legs
I have to walk while straddling the part, making it more difficult to walk
As a result, the rat-proof effect increases. In particular, triangular waveform
And the height of the part where the distance from the floor opens the most
If the height is set so that it cannot pass under the mesh, the mouse will
Even more rat-proof because you have to walk on your body
The effect goes up.

A rat-proofing method according to a second aspect of the present invention is a
Hinders the movement of rats in places where they can live or become passages
In a mouse-proof method for arranging a metal net, the net
Has a pyramidal or conical projection with a grid pattern or
It is characterized by being formed in a staggered adjacent shape
And This configuration is similar to the case of forming a waveform.
It works. Furthermore, in this configuration, unlike the waveform,
When the body is placed on the floor, etc.
Does not have a continuous space portion. Therefore, if the net and floor
Even if there is a gap higher than a mouse between
Cannot move and cross the mesh, ensuring the activity of the mouse
There is an effect that can be inhibited.

[0007] Further, the net is made of expanded metal.
When configured, the expanded metal is cut into strip steel
It is manufactured by putting and stretching
Indented areas generally have sharp edges
You. Therefore, when the mouse touches the mesh, it will damage the mouse
Sometimes, the environment where the net is located for the rat
Worse, rats will get out of the building faster
Become.

[0008]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Preferred embodiments of a mouse proofing method according to the present invention will be described below in detail with reference to the accompanying drawings.
As shown in FIG. 1, this rat proofing method uses a metal place in a place that becomes a housing and a passage for a rat in a building, that is, a place where the rat walks and moves (moves) as an example (in FIG. 1, an understory 10 as an example). Is arranged. The reason for using metal is that even a net made of synthetic resin has the effect of inhibiting movement of the mouse, but if it is made of resin, it is bitten by the mouse and loses its shape, resulting in poor durability. Therefore, if the duration of the effect of the net 12 can be short, a net made of synthetic resin can be used.

[0009] Even in the configuration in which the nets 12 are simply arranged as described above, if the metal nets 12 are arranged in places where the rats settle and work, the nets 12 are formed by the mice. Significantly inhibits behavior and movement. Therefore, for example,
When the net 12 is placed at 0 or the like, the rat cannot perform active activities, so that the activity sound of the mouse is drastically reduced and the mouse becomes very quiet. In addition, since rats originally have the habit of acting swiftly, an environment in which behavior is hindered at all is a very uncomfortable environment for rats. Therefore, the rat changes its place in the building in search of a more comfortable environment, but the place where the rat will live and the place where it becomes the passage will be roughly determined, so if the network 12 is placed in those places, It is thought that the rat himself comes out of the uncomfortable building as a whole, with the nets 12 arranged in various places.

[0010] Here, the place where the rat is housed may be the corner 14 behind the ceiling, the internal space of the wall, or the like. The location to be a passage may be, for example, above the beam 16 behind the ceiling or under the floor, in addition to the location to be the residence. In particular, when the mouse moves, the tail moves in the dark back of the ceiling with the tail in contact with the wall surface 18 or the side of the beam 16, so that the back of the ceiling, the corner 14 of the room, and the portion along the beam 16 form the main movement path. It is considered to be. Here, the term “arrangement” includes fixing the net body 12 with a nail or the like so as not to move, but such a method of fixing with a fixing means such as a nail takes time and effort. Therefore, if the weight of the net body 12 is so large that it does not move even if the mouse touches, it may be simply placed. In this respect, the metal net 12 having a certain weight is effective.

As shown in FIG. 2, when arranging on the beam 16, the upper surface 16a and the side surface 16b of the beam 16 and the net 12
It is preferable that the net body 12 be placed on the beam 16 so that a slight gap A is opened between them. When the gap A is open, when the rat walks on the net body 12, it is necessary to raise the foot greatly and walk while straddling the net portion, and it is more difficult to walk as compared with the case where the mouse is arranged closely. Because it becomes.

[0012] Similarly, for the same reason, even when the net 12 is placed on a horizontal plane such as the ceiling 10, there is no space between the net 12 and the surface on which the mouse moves (the upper surface of the ceiling 10). The mouse is more difficult to walk when a slight gap A is formed.
For this purpose, since the gap A does not occur when the planar net 12 is left as it is on the ceiling 10, the net 12 may be bent into a waveform as shown in FIGS. 1 and 3. The waveform has a triangular waveform in the figure, but may have a sine waveform.
This processing can be easily performed by pressing the net 12.

When the net 12 bent in a wave form is placed on the ceiling 10, as shown in FIG. 3, the valley B of the wave comes into contact with the ceiling 10 and is sandwiched between the valleys B. A gap A is formed between the net 12 and the ceiling 10, and the net 12 can be easily arranged in a state where the net 12 partially floats from the ceiling 10.
The highest portion of the gap A is the portion of the ridge portion C of the waveform, but if the height of the ridge portion C is too high, the gap A between the ridge portion C and the ceiling floor 10 is increased. May become a rat passage. Therefore, the ridge C of the waveform
The height should be such that the mouse cannot enter and cannot move.

The shape of the net body 12 is not limited to the above-described waveform shape, and a pyramidal (or conical) projection 20 as shown in FIGS. Such a shape may be formed adjacent to such a staggered shape. Also in this configuration, when the net 12 is placed on a horizontal surface such as the ceiling 10, the gap A can be opened between the net 12 and the ceiling 10. In the mesh body 12 of this configuration, since the edge portion 20a of the bottom surface of each of the projections 20 comes into contact with the ceiling back 10, respectively, a mouse is temporarily placed in the gap A formed between one projection 20 and the ceiling back 10. Even if it enters, it is difficult to move into the adjacent protrusion 20. Therefore, it is not necessary to set the height of the gap A between the mesh body 12 and the ceiling back 10 lower than that in consideration of the size (height) of the mouse, as in the mesh body 12 formed in a waveform. , Net 12
The degree of freedom of the structure increases.

The mesh 12 to be used may be basically any mesh as long as it inhibits the walking of the rat. For example, it is more preferable that the mesh 12 is an expanded metal. . Because the expanded metal is manufactured by cutting and elongating the strip-shaped steel sheet, a sharp edge is generally formed at the cut portion. Therefore, when the rat touches the mesh body 12, the mouse may be damaged, and the environment where the mesh body 12 is located is worse for the rat, and the mouse may move out of the building faster. It is because it is thought that it becomes.

Although various preferred embodiments of the present invention have been described above, the present invention is not limited to the above-described embodiments, and many modifications can be made without departing from the spirit of the invention. Of course.

[0017]

According to the rat-proofing method according to the present invention, it is possible to prevent the movement of the mouse in the place where the mouse is settled and active .
Protrusions such as shapes or pyramids are formed adjacent to a grid or the like.
Since the metal mesh formed in the bent shape is arranged, the mesh significantly inhibits the behavior of the rat. Therefore, for example, when a net is placed on the ceiling or the like, the rat cannot perform active activities, and the activity sound of the mouse is drastically reduced and the mouse becomes very quiet. In addition, since rats originally have the habit of acting swiftly, an environment in which behavior is hindered at all is a very uncomfortable environment for rats. Therefore, rats change their place in the building in search of a more comfortable environment.However, the place where the rat will live and the path will be determined, so if a mesh is placed in those places, On his own, the nets are laid out everywhere, leaving the building as a whole uncomfortable for the rat. Further, after the net is once placed, it is left as it is and is present at a predetermined place. And, even if another rat enters the building, the activity place is the same as the previous rat because of the behavior of the rat, and the function of inhibiting the activity does not decrease even if the mesh placed earlier becomes older. As a result, the rat-proof effect is similarly exerted, and has the effect that it is bothersome and economical.

[Brief description of the drawings]

FIG. 1 is an explanatory diagram for explaining a configuration of an embodiment of a mouse-proof method according to the present invention, and shows a state in which a mesh body is arranged behind a ceiling.

FIG. 2 is a cross-sectional view showing a state where a net is arranged on a beam.

FIG. 3 is a cross-sectional view showing a state in which the net is arranged on a horizontal plane such as a space above a ceiling.

FIG. 4 is a perspective view showing another embodiment of the net used in the mouse-proofing method according to the present invention.

FIG. 5 is a perspective view of a main part showing a modification of FIG. 4;

[Explanation of symbols]

 10 Above the ceiling (an example of a rat house in a building) 12 Net 16 Beam

Claims (3)

(57) [Claims] 1. A rat- proofing method in which a metal net that hinders the movement of a rat is placed in a place where the mouse will live or pass in a building.
The method according to claim 1, wherein the mesh is bent into a waveform . 2. A place to be a house or passage for rats in a building
, A metal net that hinders the movement of rats
In the method, the net has a pyramidal or conical projection in a grid pattern.
Or, be formed in a staggered adjacent shape
And a rat-proofing method. 3. The net is an expanded metal.
3. The method according to claim 1, wherein