JP3238294U - Mouse intrusion prevention device - Google Patents

Abstract

To provide a rat invasion prevention device that effectively prevents rats from entering an indoor space such as a house. A rat intrusion prevention device includes at least one airtight packing body 10 and a plurality of barbs 20, the airtight packing body 10 being attached on the edge of a door B or a window, and the door B A plurality of thorns 20 are made of a soft or hard material and arranged in rows on at least one surface of the airtight packing body 10. prevent crawling through. [Selection drawing] Fig. 3

Description

The present invention relates to a mouse intrusion prevention device, and more particularly to a mouse intrusion prevention device which is attached to the edge of a door or a window to prevent a mouse from entering an indoor space through a gap.

In both urban and rural areas, mice can invade buildings and homes. Mice can easily shrink their skeletons, so if there is a hole in a building's plumbing or a large gap in the door, the mouse can crawl into the building or house.
Mice often come out during a person's rest time (such as in the middle of the night) to eat and destroy furniture and appliances with their teeth, which not only affects the rest of the person but also causes physical damage. It is also the cause. In addition, mice are susceptible to various viruses and bacteria that are transmitted directly or indirectly, and the long-term stay of mice can cause illness in humans.
For this reason, vendors are developing various methods of mousetrap to catch when a mouse invades.

Common mousetrap tools can be divided into several types, such as mousetraps and cages that can capture mice alive, and mousetraps that can capture and kill mice. Even with this type of mousetrap, invading a mouse into the house because after successfully capturing the mouse, how to deal with a living mouse or a mousetrap's corpse becomes another tedious issue. It is more desirable to avoid such troubles by not letting them do so.

Conventionally, a general normal organism that has already installed a plurality of spines S (see FIG. 1) on a pipeline P such as a drainage pipe or an air conditioning pipe by a trader and instinctively refuses to touch an object having the spines S. Due to their instinctive nature, those that achieve the effect of preventing mice from crawling through are provided.

Regarding the problem that the gap between the doors is too large, a packing A that is attached to the edge of the door B to close the gap C is commercially available. Since the packing A is mainly in close contact with the floor surface G (see FIG. 2) so as not to let the air conditioning of the indoor space escape, it is generally made of a soft material or an elastic material, and the side of the packing A is used. The door B can be freely opened and closed at the same time that the edge is brought into close contact with the floor surface.
Therefore, the mouse can forcibly break through the packing A and pass through the gap C (not shown) of the door B.

An object of the present invention is to provide a mouse intrusion prevention device that effectively prevents a mouse from entering an indoor space such as a house.

In order to achieve the above object, the murine intrusion prevention device of the present invention includes at least one airtight packing body and a plurality of spines, and the airtight packing body is mounted on the edge of a door or a window. Used to close the gaps in the doors and windows, the plurality of spines are made of a soft or hard material and are arranged in a row on at least one surface of the airtight packing body, by the spines. Prevents mice from crawling through.

In one embodiment, the plurality of spines are regularly or irregularly arranged on the surface of the airtight packing body.

In one embodiment, the spine comprises at least a gold steel sand material.

In one embodiment, the spines are entwined with iron wires.

In one embodiment, the spines are made of steel brush material.

In the mouse intrusion prevention device of the present invention, at least one airtight packing body is attached to the edge of the door or window, the gap between the door or window is closed, and the spine portion that prevents the mouse from passing through the surface of the airtight packing body. When the mouse tries to pass through, the mouse will push the spine, but if the mouse pushes the spine, the mouse will feel pain, and if the mouse is forced to pass, the mouse will be injured. By instinctively avoiding contacting and pushing the mouse, it is possible to effectively prevent the mouse from entering the room.

It is a schematic diagram which shows the structure which prevents the conventional mouse from creeping up. It is a schematic diagram which shows the airtight structure of the gap of the conventional door. It is a side view of the mouse invasion prevention device which shows the embodiment of this invention. It is a perspective view of the mouse invasion prevention device which shows the embodiment of this invention.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
Needless to say, the present invention is not limited to the following embodiments.

As shown in FIGS. 3 and 4, the mouse intrusion prevention device of the present invention includes at least one airtight packing body 10 and a plurality of spines 20.
The airtight packing body 10 is mounted on the door B or the edge of the window by either screw fixing, adhesive fixing, or other method, and is used to seal the door B or the gap C of the window (FIG. 3). reference).

The spines 20 are arranged in a row on the surface of at least one side of the airtight packing body 10 and are used to prevent the passage of mice.
Specifically, the spine portion 20 is installed in the outward direction of the door B, that is, in the direction in which the mouse crawls and invades. And preferably, the spines 20 are further provided on both side surfaces of the airtight packing body 10 to prevent the passage of mice in either direction of the door B or the window by using the mouse intrusion prevention device of the present invention. (See Fig. 3). This provides a device that can effectively prevent the invasion of the mouse into the interior space.

More specifically, the invasion prevention effect of the murine invasion prevention device of the present invention is achieved by utilizing the innate instinct of the organism.
When a mouse hits or comes into contact with the spine 20, it may be stimulated to feel pain or even be injured. For example, if a mouse runs, bumps, or otherwise violently touches the spine 20, it will be directly damaged, and the stimulation of the spine 20 will cause the mouse to reflex after contacting the spine 20 by the instinct of the limb. The purpose of effectively blocking the passage and entry of the mouse can be achieved by keeping the mouse away from the target, voluntarily moving away from the mouse, and preventing the mouse from coming into contact with the spine 20.

And more preferably, the plurality of spines 20 are arranged in a regular or irregular manner (see FIG. 4) on the surface of the airtight packing body 10 so that the mouse can close the door B or the gap C of the window. It can be prevented from crawling through.

In addition, the spine 20 is soft so that a person in the house does not inadvertently touch the spine 20 and get injured when walking through the place where the mouse intrusion prevention device is located. However, in order to maintain the rat-preventing effect of the spine 20, the material for producing the spine 20 contains at least gold steel sand, whereby the mouse crawls and invades the mouse. When trying to pass through the preventive device, the spine 20 is stimulated to cause pain or injury.

The spine 20 may be manufactured by using a harder material. For example, by entwining iron wires or using a steel brush material, the sharpness and hardness of the spine 20 can be increased, and the spine 20 can be manufactured. The effect of stimulation and damage to 20 mice can be enhanced.

The above is merely an explanation of a good embodiment of the present invention, does not limit the scope of rights of the present invention, and includes any changes or modifications that do not deviate from the contents of the utility model registration claims. It shall belong to the scope of rights of the present invention.

(Prior art)
A Packing B Door C Gap G Floor surface P Pipeline S Thorn (invention)
10 Airtight packing body 20 Thorns

Claims (5)

A murine intrusion prevention device that includes at least one airtight packing body and a plurality of spines.
The airtight packing body is mounted on the edge of the door or window and is used to close the gap between the door or window.
The plurality of spines are made of a soft or hard material and are arranged in a row on at least one surface of the airtight packing body, and the spines prevent the mouse from crawling through the spines. A mouse intrusion prevention device. The mouse intrusion prevention device according to claim 1, wherein the plurality of spines are regularly or irregularly arranged on the surface of the airtight packing body. The mouse intrusion prevention device according to claim 1, wherein the spine portion comprises at least a gold steel sand material. The mouse intrusion prevention device according to claim 1, wherein the spine portion is formed by entwining iron wires. The mouse intrusion prevention device according to claim 1, wherein the spine portion is made of a steel brush material.

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