JP5340987B2 - Small harm beast automatic repelling device - Google Patents

Description

  The present invention relates to a small harm beast automatic repelling apparatus that applies stress by a plurality of threats to a small harm beast such as a mouse that mainly enters a house such as a kitchen and repels it.

Since rats are a vector for pathogens, it is strongly desired to prevent invasion in the homes, especially in restaurants and food factories that handle food. For this reason, attempts have been made to install and administer rodenticides, etc., or to place a sheet coated with a sticky substance at the place of infestation to capture rats. However, it was necessary to deal with the dead carcasses and odors of mice, and the use of rodenticides was harmful to the human body.
In view of such problems, methods have been sought for threatening mice and preventing intrusion by some means rather than capturing them.

By the way, mice are inherently timid animals, and the only way for these timid small animals to protect themselves from danger is to act with their nerves always around them without neglecting vigilance.
Therefore, instead of the conventional method of capturing mice, attempts have been pursued to repel mice by using the behavior of “cowardly and vigilant”. In other words, it gives excessive stimulation to the sensitive nerves of the mice, drives them into stress and tries to escape.

This type of method often uses sound or light as a means to get rid of mice. However, the repelling effect does not last long by a single means such as only sound and only light.
Because mice are always learning to find out how safe and dangerous a foreign object is to get a sense of security, so if there is only a single repelling function, intelligent mice can learn and be easy This is because it will be neutralized.

Many attempts have been made to maintain the repelling effect by using a plurality of means. For example, Patent Document 1 and Patent Document 2.
Patent document 1 uses light and a sound together and tries to repel a rat efficiently. Patent Document 2 is a device that is intended for all small pests and uses light, sound, and vibration in combination.
In this way, using light and sound, or a combination of light, sound, and vibration, it is expected to slow down the learning ability of small pests such as mice and continue the repelling effect. The

JP 2008-35793 A Utility Model Registration No. 3128756

By the way, mice are wary of light (brightness) and sound because they are timid, but they react most sensitively and directly when they recognize something that has movement in the field of view. This is the ability of the creatures in general, called moving vision, and this ability can attack prey and protect itself from enemy attacks. In other words, this ability is extremely important for survival, and being insensitive to surrounding movement means death. Therefore, it is generally said that organisms do not learn to move easily, or that learning does not sustain their effects. In particular, animals such as mice located at the bottom of the ecosystem have a strong tendency, and this is supported by the observation of the behavior of rats over a long period of time. Therefore, in order to intimidate and repel mice, showing them moving, and reinforcing them with sound and light is reasonable in that it disrupts the learning behavior of mice and thus prevents them from learning. is there.
However, Patent Document 1 lacks this most effective means, and is trying to intimidate and repel only with sound and light. In Patent Document 2, a mechanism for generating sound and vibration is provided inside the apparatus. For this reason, the device disclosed in Patent Document 2 cannot show a moving mouse to a mouse and cannot give visual intimidation.
Therefore, it cannot be said that the devices of Patent Documents 1 and 2 can sufficiently exert the effect of repelling mice.

In view of such problems, the present invention is provided with a complex threatening means including visual fear and maintains the repelling effect, thereby effectively preventing the invasion of rats and keeping the kitchen etc. hygienic. With the goal.
In this specification, description is made with a mouse, which is a typical small pest, in mind. However, the device of the present invention exerts a repelling effect not only on a mouse but also on small pests such as hakubishin and cats.

In order to achieve the above object, the small pest automatic repelling device of the present invention comprises:
A small pest detection sensor that detects the approach of a small pest,
A light emitting unit that emits light by using a detection signal transmitted from the small pest detection sensor as a trigger;
One or more arms which reciprocate by a drive means using the sensing signal as a trigger, and a paddle which is provided at the tip of the arm and strikes the installation surface are provided.
As a result, small harmful animals such as mice that have entered the place where the apparatus of the present invention is installed are able to detect light from the light emitting part, reciprocation of the arm and paddle, and when the paddle strikes the installation surface of the apparatus. Intimidated by the sound and vibration that occurs. Moreover, because of the use of sensors, small beasts are suddenly threatened. Animals are less likely to get used to this “surprise”, but can be particularly stressful for small animals that are agile, such as mice.

  In the apparatus for automatically repelling small pests according to the present invention, a sensor for detecting the body temperature of the small pests may be used as the small pest detection sensor, or a differential monitoring camera may be used as the small pest detection sensor.

Further, in the small pest automatic repelling device of the present invention, the small pest detection sensor includes a timer for acquiring an elapsed time since the small pest detection sensor senses the small pest, and when the predetermined time has elapsed, It is recommended to stop the operation of the arm.
As a result, the threatening means is operated only for a necessary time for the purpose of driving away the small pests, thereby reducing the learning effect of the small pests and maintaining the repelling effect, and also has a power saving effect.

In the small beast automatic repelling device of the present invention, the light emitting unit may blink a high-intensity light source.
As a result, small beasts that have entered with confidence in the dark will witness the light that cannot be seen inadvertently, thus increasing the repelling effect.

In the apparatus for automatically repelling small beasts of the present invention, the paddle is preferably made of metal.
As a result, every time the paddle hits the floor, an unpleasant metal sound is generated, which is highly effective in repelling small beasts.

In the small pest automatic repelling device of the present invention, when there are a plurality of arms, it is preferable that each arm performs a reciprocating motion with a time difference, that is, the operation timing of the arms is not constant. Moreover, it is preferable that the operating speed of the driving means is variable.
As a result, the sound, vibration, and movement caused by the arm and the paddle can be changed, so that it is difficult for small beasts to learn and the repelling effect is maintained.

In the small harm beast automatic repelling device of the present invention, the paddle may hit the paddle receiving plate extended from the bottom surface portion of the housing instead of the installation surface.
Accordingly, it can be installed in a narrow place, on furniture or furniture, on a carpeted place, on the ground, etc., and noise and vibration due to paddles can be generated.

  In order to repel small animals such as mice, it is important to maintain their effects. In this regard, the present invention uses a plurality of small beast repellent factors (light, movement, sound, and vibration) in order to maintain the effect, so that it is difficult for the small beast to learn and the repelling effect continues.

In addition, since a sensor that detects the appearance of small beasts is also used, a “surprise effect” is expected. That is, since the present invention operates suddenly only when a small pest is approaching, the intention of the small pest can be attached and frustrated. When the operation stops and the small harmful beast once escapes into the sensor's detection range, the threatening means are activated again. By repeating this, it is possible to keep stressing the small pests and keep the small pests away.
The fact that this effect is great has also been confirmed by experiments by the present inventors.

Lastly, instead of capturing small beasts, they only drive them away, so there is no need for corpse and death odor treatment. If the carcass is left there, spiders will be generated, and ticks that have detached from the carcass will pass on humans, which is extremely unsanitary. However, the apparatus of the present invention does not need to worry about this point. Therefore, it is most suitable for a facility that handles food, and it is advantageous in terms of cost because it does not require manpower.

It is a perspective view of the small harm beast automatic repelling device of a 1st embodiment. It is a block diagram which shows the example of a circuit structure of the small harm beast automatic repulse apparatus of 1st Embodiment. It is the figure which illustrated the installation location of the small harm beast automatic repelling device of a 1st embodiment. It is a perspective view of the small harm animal automatic repulse apparatus of 2nd Embodiment. It is the figure which illustrated the use condition of the small harm beast automatic repelling device of a 2nd embodiment. It is a perspective view of the small harm beast automatic repulse apparatus of 3rd Embodiment.

The purpose of repelling mice has been realized with a device equipped with multiple mouse threats.
Hereinafter, a first embodiment of the present invention will be described in detail with reference to the drawings.

  FIG. 1 is a perspective view showing a small harm beast automatic repelling device (hereinafter, “automatic repelling device”) 1 according to the present embodiment. As shown in this figure, the automatic repelling device 1 is a box-shaped housing 2, and a small harmful animal detection sensor (hereinafter referred to as “mouse detection sensor”) 3 is provided on the side surface of the housing 2. The light emitting part 4 and two arms 6 each having a paddle 5 at the tip thereof are provided. Further, an operation counter 7 and a power switch 8 are provided at appropriate locations on the housing 2.

The mouse detection sensor 3 may be of any type as long as it has a function of detecting the approach of a mouse, but an infrared sensor that works when the room becomes dark is suitable.
The mouse detection sensor 3 can detect a mouse that appears in a fan-shaped range having a central angle of about 50 degrees and a radius of about 3 m, for example.
As shown in FIG. 2, the mouse detection sensor 3 is connected to the control circuit 10 through a signal line.
The control circuit 10 controls the driving means 9 of the arm 6, the light emitting unit 4, and the operation counter 7. The control circuit 10 starts the operation of the driving means 9 of the light emitting unit 4 and the arm 6 based on a signal (hereinafter, “mouse detection signal”) transmitted when the mouse detection sensor 3 detects the mouse, and the operation counter 7 An update signal is sent to.
In other words, by using the mouse detection sensor 3, it is possible to give a surprise to the mouse by emitting light only when the mouse approaches or by moving the arm 6. In addition, driving these threatening means only when the mouse appears or disappears has the effect of reducing power consumption. As a result, the automatic repelling device 1 can be driven by a battery, and the degree of freedom of installation location is increased.

When the operation counter 7 receives a mouse detection signal from the mouse detection sensor 3, the operation counter 7 acquires and displays the number of detections. The operation counter 7 may be in a state of being reset to 0 when the power switch 8 of the automatic repelling device 1 is turned on. Alternatively, it may be manually reset to zero.
By confirming the display of the operation counter 7, it is possible to estimate the habitat state of the mouse at the installation location of the automatic repelling device 1, and to determine the repelling effect due to the installation of the automatic repelling device 1.

  The power switch 8 is turned on when the automatic repelling device 1 is installed, for example, when the kitchen becomes unattended at night, so that the detection by the mouse detection sensor 3 is always possible. Since the automatic repelling device 1 is assumed to be installed in various places, it is preferable to use a battery as a power source, but an AC power source from an outlet or the like may be used in combination.

The light emitting unit 4 is a threatening means for blinking light when a mouse is detected. When the control circuit 10 receives the mouse detection signal, the power source of the light emitting unit 4 is turned on and the light is blinked.
As the light emitting unit 4, a known device such as an LED (light emitting diode) or a lamp may be used, but a white LED that emits white light including ultraviolet light, an ultraviolet irradiation lamp, or the like is effective. This is because ultraviolet rays have a strong repellent effect on rats. In addition, the light emitting unit 4 is preferably a light source having a high luminance so that staring is impossible.
In FIG. 1, five LEDs are arranged in a row as the light emitting unit 4, but any number or arrangement may be used. For example, two LEDs may be arranged side by side. This is because it gives the rat the feeling of a creature.
The position of the light emitting unit 4 may be determined in consideration of the height at which the mouse can see directly.
The light emitting unit 4 may emit a flashing light from when the mouse detection sensor 3 detects the mouse until it stops detecting the mouse, that is, when the mouse detection signal is not transmitted, but from the start of receiving the mouse detection signal. You may continue blinking for a fixed time (for example, 4-5 seconds). In the latter case, it is necessary to provide a timer (not shown) that acquires an elapsed time since the detection of the mouse and to be connected to the control circuit 10.

When the control circuit 10 receives a mouse detection signal from the mouse detection sensor 3, the power supply of the driving means 9 of the arm 6 is turned on, and the reciprocating motion of the arm 6 is thereby started. As the drive means 9, for example, a combination of a motor and a cam or crank, or a solenoid is used.
The arm 6 shown in FIG. 1 reciprocates toward and away from the installation surface of the housing 2. When the arm 6 approaches, the paddle 5 provided at the tip portion hits the installation surface. By the reciprocating motion of the arm 6, the hitting sound by the paddle 5 is repeated. This is an audible threat to mice. The paddle 5 is preferably made of a metal such as stainless steel, and an unpleasant metal sound is also stimulated by the human ear. At the same time, vibration is generated by hitting the installation surface of the paddle 5, and this vibration is transmitted to the rat through the floor, walls and furniture, and has the effect of making an error when an external enemy is approaching.

  However, sound and vibration not only threaten the mouse in this way, but the movement of the arm 6 and the paddle 5 becomes a visual threatening means. Moreover, this is a very powerful threat. The most fearful of timid and nervous rats is that they are said to be moving in the field of vision. In order to give fear by movement, it is preferable that the paddle 5 has a certain size (for example, an ellipse having a major axis of 55 mm and a minor axis of about 40 mm).

In order to increase the effect of the threatening means of sound, vibration and movement, the reciprocating speed of the arm 6 may be increased or decreased or appropriately changed. For example, when a motor is used as the driving means 9, the voltage applied to the motor can be controlled by a variable resistor to change the speed.
Further, as shown in FIG. 1, two arms 6 may be provided, and a time difference may be provided between the operations of one arm 6 and the other arm 6. A clever rat always learns with constant sound and constant movement, but if there is a subtle change in sound and movement each time, the mouse cannot learn and there are multiple enemies (humans, cats, etc.) around it. This is because such an illusion can be given. Here, the two motors 6 may be moved with time by a cam or crank using the same motor as a drive source, or each arm 6 may be driven by another motor.
Similarly to the blinking of the light emitting unit 4, the reciprocating motion of the arm 6 is performed while receiving the mouse detection signal or until a predetermined time elapses from the start of reception.

The automatic repelling device 1 is appropriately provided with means (not shown) for performing manual settings and operations. Examples of such operation means include a button for clearing the display of the operation counter 7 and a variable resistor that enables adjustment of the drive means 9 of the arm 6.
Note that a microcomputer with a built-in control program may be mounted for fine control of the threatening means (light emitting unit 4, arm 6 and paddle 5) of the automatic repelling device 1. If the mouse detection sensor 3 and the control circuit 10 are controlled by a computer program, the operation time and the movement speed can be changed each time by a method such as generation of random numbers, so that learning of the mouse can be made almost impossible.

Next, use of the automatic repelling device 1 will be described. The main application of the automatic repelling device 1 is to install it at night in a place where a rat is likely to appear in search of food such as a restaurant kitchen or a food factory.
Since the detectable range of the mouse detection sensor 3 is limited, it is necessary to install a plurality of automatic repelling devices 1 depending on the area of the target space where it is desired to prevent the mouse from entering.
FIG. 3 shows an example in which two automatic repelling devices (1A and 1B) are provided in a target space having a drainage port where a rat tends to appear and leave and a portion P with leftovers near the center. A hatched portion A is a detectable area of the mouse detection sensor of the automatic repelling device 1A, and a hatched portion B is a detectable region of the mouse detection sensor of the automatic repelling device 1B. What is necessary is just to determine an appropriate installation location and the number of installation each time with reference to the number of times of detection of the mouse indicated by the operation counter 7.

Taking the kitchen of a restaurant as an example, when the store clerk finishes the remaining rice processing and leaves the store, the automatic repelling device 1 is installed at a predetermined location and the power switch 8 is turned on. Thereby, in the unmanned kitchen, the automatic repelling device 1 becomes operable, and exhibits a function of automatically repelling mice.
When the store clerk opens the next day, the display of the operation counter 7 is confirmed, the power switch 8 is turned off, and the automatic repelling device 1 is put away in a place that does not interfere with the work of the kitchen. The automatic repelling device 1 is repeatedly installed and used for a period considered necessary with reference to the number of appearances and the like indicated by the operation counter 7.

  When the power switch 8 is turned on to the automatic repelling device 1, the mouse detection sensor 3 is always in a state in which mice can be detected. When the mouse detection signal from the mouse detection sensor 3 is not transmitted, the control circuit 10 does not operate the light emitting unit 4 and the driving means 9 of the arm 6, but starts the operation when transmitted. That is, when a mouse enters the detectable area of the mouse detection sensor 3, it is detected, the light emitting unit 4 blinks, and the arm 6 starts to reciprocate. As a result, the mouse is threatened by an unexpected stimulus to the eyes, ears, and body, and escapes from the detectable area of the mouse detection sensor 3. When the mouse detection signal is not transmitted or the set time of the timer elapses, the light emitting unit 4 and the driving means 9 for the arm 6 stop operating. Since the threatening means have stopped, the mouse may try to enter again, but then the threatening means will work again. By repeating this, the automatic repelling device 1 can give the mouse great stress and fear. Since the mouse remembers this fear, it will not be able to approach the same place afterwards.

With limited threats such as only sound, only light, or only sound and light, mice become accustomed to the condition and the repelling effect does not last long.
However, the automatic repelling device 1 uses four kinds of threatening means of light, movement, sound, and vibration in combination with the weaknesses of mice (timidity, vigilance, weakness against stress) By giving stress, it is designed to escape. However, the method of repelling by applying stress may not be effective immediately. The time until the effect appears depends on the number of mice and the environment. In addition, mice do not give up their feeding ground, which is the lifeline for their lives, and try to seek and feed for food many times.
The automatic repelling device 1 performs relentless threats with multiple functions in accordance with the behavior of the rats, so that they do not appear in the feeding area and do not learn. As a result, mice gradually reach their limits as stress accumulates gradually. From the experiment of the present inventor, it has been confirmed that the automatic repelling device 1 is in a state where a mouse is not seen in about one to two weeks.

Next, according to FIG. 4, the automatic repelling apparatus 101 of 2nd Embodiment is shown. This is almost the same in configuration and function as the automatic repelling device 1 of the first embodiment.
However, the automatic repelling device 101 includes a paddle receiving plate 102 extending from the bottom surface, and is different from the automatic repelling device 1 in that the paddle 5 hits the paddle receiving plate 102 instead of the floor surface by the reciprocating motion of the arm 6. .
The automatic repelling device of the present invention cannot always be placed on the floor surface. Moreover, the installation surface is not always hard and flat like a concrete floor. For example, as shown in FIG. 5, it may be necessary to install in a narrow place such as on a fixture near a vent. Or it may be forced to install at an angle. In such a case, the paddle 5 cannot hit the floor and cannot generate sound or vibration. Therefore, the paddle receiving plate 102 is provided so that the paddle 5 can generate sound and vibration no matter where it is placed. Accordingly, the automatic repelling apparatus 101 can be installed anywhere, for example, in a narrow place such as a gap between a kitchen appliance and a wall, or on a tatami mat or a carpet.

Then, according to FIG. 6, the automatic repulse apparatus 201 of 3rd Embodiment is shown. This is not essentially different from the automatic repelling device 1 of the first embodiment.
However, the automatic repelling apparatus 201 is different in that it is large enough to be installed in a place having a large area such as a large-scale kitchen and where a large amount of rats may appear and appear. As an example, the casing 2 of the automatic repelling device 1 is assumed to be a box shape having a length of about 105 mm, a width of 150 mm, and a height of about 65 mm. Assuming something.
Also, three or more arms 6 are provided to increase sound and vibration. Further, a plurality of mouse detection sensors 3 may be used to expand the detection range.
Since the automatic repelling apparatus 201 is not suitable for holding, the handle 202 is preferably attached with a handle 202 for easy carrying.

As described above, the present invention has been described based on the first to third embodiments. However, these embodiments are merely examples, and various modifications can be considered. Is in range.
Some of these variations are described below.

In the above embodiment, an infrared sensor is used to detect a mouse. However, a result of capturing a mouse action as a change in an image with a difference monitoring camera may be used instead of the mouse detecting sensor. In that case, an image and a determination result by the difference monitoring camera may be acquired via the Internet, or the difference monitoring camera may be built in the repelling device.
In the above embodiment, the light emitting unit blinks, but it may be lit for a predetermined time. Whether flashing or lit, it is important that the mouse suddenly emits light when it approaches and threatens the mouse.
When using a timer in the above embodiment, the set time may be made variable by using microcomputer control.
In the above embodiment, there are a plurality of arms, but one arm may be used. This is because even a single paddle can hit the installation surface, generate sound and vibration, and visually give a sense of fear by the movement of the arm.
In the above embodiment, the apparatus is described as being installed at night, but it goes without saying that it may be installed in a dim place even during the daytime.
In the above embodiment, the mouse is intimidated and repelled by light emission, movement, and noise and vibration generated by the movement, but threatening means is not limited to this. For example, a speaker that plays a recording tape such as a dog or cat screaming by a mouse may be added to the threatening means.
In the above embodiment, as shown in FIG. 2, the light emitting unit 4 and the drive means 9 of the arm 6 are controlled by the same control circuit 10, but different control circuits may be used.

Hygiene conditions such as restaurant kitchens by preventing the learning of rats and other small pests by combining multiple threatening means of light, sound, vibration and movement, enhancing the repelling effect and sustaining the effect Can keep.

DESCRIPTION OF SYMBOLS 1, 101, 201 Automatic repelling device 2 Case 3 Small beast detection sensor 4 Light emission part 5 Paddle 6 Arm 7 Operation counter 8 Power switch 102 Paddle receiving plate (of automatic repelling device 101)

Claims (8)

A small pest detection sensor that detects the approach of a small pest,
A light emitting unit that emits light by using a detection signal transmitted from the small pest detection sensor as a trigger;
One or more arms that reciprocate by a driving means using the sensing signal as a trigger, and a paddle that is provided at the tip of the arm and that strikes the installation surface is provided. . 2. The apparatus for automatically repelling small pests according to claim 1, wherein a sensor for detecting a body temperature of the small pests is used as the small pest detection sensor, or a differential monitoring camera is used as the small pest detection sensor. The operation of the light emitting unit and the arm is stopped when a predetermined time elapses with a timer that acquires an elapsed time since the small pest detection sensor senses the small pest. 3. A small harmful animal automatic repelling device according to either 1 or 2. The small harm beast automatic repelling device according to any one of claims 1 to 3, wherein the light emitting unit blinks a high-intensity light source. The small paddy beast repelling device according to any one of claims 1 to 4, wherein the paddle is made of metal. The small harm beast automatic repelling device according to any one of claims 1 to 5, wherein when there are a plurality of arms, each arm reciprocates with a time difference. The small harm beast automatic repelling device according to any one of claims 1 to 6, wherein an operating speed of the driving means is variable. 8. The small harm beast automatic repelling device according to claim 1, wherein the paddle strikes a paddle receiving plate extending from a bottom surface portion of the housing instead of the installation surface. 9.

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