JP7268957B2 - Vibration generator and vibration generation system - Google Patents

Description

TECHNICAL FIELD The present invention relates to a vibration generating device and a vibration generating system, and more particularly, to a vibration generating device and a vibration generating system that are disliked by pests, pests, harmful aquatic organisms, and the like.

It is often reported that pests such as bears and monkeys, pests such as wasps, and harmful underwater creatures such as crocodiles attack humans. As countermeasures, pest extermination by hunting clubs, pest extermination by specialists, and capture of aquatic organisms are being carried out, but they are not sufficient, as we do not know when we will encounter them.

In addition, harmful animals and pests are causing serious damage to crops. As countermeasures against vermin, in general, methods such as covering crops with fences, catching them with traps, and threatening them with loud noises are taken.

JP 2014-121308 A JP 2011-172498 A

However, in the method of covering with a fence, large vermin may destroy it, and it was not effective against vermin birds and monkeys.

The trapping method is often criticized from the viewpoint of wildlife protection, especially rare species protection, because the trapped pests are slaughtered.

The method of generating loud sounds becomes a noise problem in suburban areas, and is subject to criticism when it frightens people.

Insects are generally lured and killed by insect lamps, but this is effective only at night.

For harmful aquatic organisms, methods other than catching or killing them when encountered have been ineffective.

An object of the present application is to provide a vibration generating device and a vibration generating system that keep pests, pests, and harmful aquatic creatures away without killing them.

The vibration generator of the present application consists of a vibrator, a storage unit, a power source, and a switch,
When the switch is turned on, transmitting the pre-measured eigenfrequency of the skeleton or crustacean of the vermin or vermin stored in the storage unit to the oscillator,
The oscillator vibrates at the received natural frequency,
The vibration generator is arranged on the surface of the ground or in the ground in the vicinity of the object to be protected, and is characterized by repelling the harmful animals and pests.

A vibration generator comprising a vibrator, a storage unit, a power supply, and a switch,
When the switch is turned on, transmitting the pre-measured eigenfrequency of the skeleton or crustacean of the vermin or vermin stored in the storage unit to the oscillator,
The oscillator vibrates at the received natural frequency,
The vibration generator is installed on the arm of a pole erected on the ground or on a branch of a tree, and vibrates the air to keep the vermin and pests away.

A vibration generator comprising a vibrator, a storage unit, a power supply, and a switch,
When the switch is turned on, the pre-measured eigenfrequency of the skeleton or crustacean of harmful aquatic organisms stored in the storage unit is transmitted to the oscillator,
The oscillator vibrates at the received natural frequency,
The vibration generator is installed on the water surface, in the water, or on the bottom of the water to vibrate the water to keep the harmful aquatic creatures away.

The natural frequency of the skeleton or shell of the vermin, pest, or harmful aquatic organism is the natural frequency of the skull or head shell.

The natural frequencies of the skeletons or shells of the pests, pests, or harmful aquatic organisms are measured in a plurality of groups according to the size of the skeletons or shells, and are superimposed.

The installation location and the number of installation of the vibration generators are set according to the range in which the vibration is transmitted.

An input terminal for inputting data to the storage unit is provided on the outer shell of the vibration generator.

The vibration generating system of the present invention is
at least one vibration generator, at least one sensor, a controller,
when the at least one sensor senses an approaching object, transmitting that information to the controller;
the control unit instructs the at least one vibration generator to turn on the switch;
when the at least one sensor senses that the approaching object is gone, transmitting that information to the controller;
The controller is characterized in that it instructs the at least one vibration generator to turn off the switch.

According to the embodiments of the present application, it is possible to provide a vibration generating device and a vibration generating system that prevent vermin, pests, and harmful aquatic organisms from approaching without killing or injuring them.

1 is a layout diagram showing a first embodiment of the present application; FIG. It is a block diagram explaining the vibration generator of this application. 1 is a flow chart of a first embodiment of the present application; FIG. It is a figure which shows the structure of the vibration generation system using the vibration generator of this application. Fig. 2 is a layout diagram showing a second embodiment of the present application;

A part of the body of many organisms is made of calcium components. For example, skeletons and shells.

Focusing on a certain type of organism, the structure of the skeleton or shell is similar, the size differs between parent and offspring, and although there are individual differences, it is possible to divide them into several groups.

Here, the skeleton or the crustacean is used, but for example, the skull or the crustacean of the head, which are the parts thereof, can also be divided into several groups, and the natural frequency of each can be measured.

For example, an individual belonging to a certain kind of organism also has a skull or head shell, and when it comes into contact with the measured natural frequency, the skull or head shell resonates, so the measured natural vibration Try to escape numbers.

First, the first embodiment will be described. The first embodiment prevents crop damage from vermin and pests.
FIG. 1 is a layout diagram showing a first embodiment of the present application.
A crop 1 is planted in a farmland 2, and the crop 1 is tied to a post 3 with a binding string 4 or the like. Also, the vibration generator 5 is installed on the surface of the farmland 2 near the crop 1 or buried in the farmland 2 near the crop 1 .

The vibration generator 5 generates the natural frequency of the skeleton or shell of the vermin.

Harmful animals and pests do not approach in order to avoid part of the body resonating with the natural frequency of the skeleton or crustacean.

Although FIG. 1 shows an example in which the vibration generator 5 is installed for each crop 1, the vibration generator 5 may be installed for each of a plurality of crops 1 according to the vibration intensity of the vibration generator 5. The installation location and the number of installations are set according to the range in which the vibration is transmitted.

FIG. 2 is a block diagram illustrating the vibration generator 5 of the present application.
The vibration generator 5 comprises a vibrator 6 , a storage section 7 , a power source 8 and a switch 9 .

The oscillator 6 transmits the eigenfrequency of the vermin, skeleton or shell of the vermin.
The vibrator 6 is powered by a power supply 8, receives natural frequency information from a storage unit 7, and vibrates by any vibrating method.
Here, the eigenfrequency is, for example, the eigenfrequency of the skeletal structure of the male parent of a deer, the eigenfrequency of the skeletal structure of the female parent, the eigenfrequency of the skeletal structure of the offspring, and the eigenfrequency of the skeletal structure intermediate in size between the parent and the offspring. It is the frequency that the frequency is superimposed. Alternatively, vibrations may be generated by superimposing the natural frequencies of a plurality of groups of skeletons or shell sizes of a plurality of pests, pests.

By installing the vibration generator 5 on the surface of the farmland 2 in the vicinity of the crops 1 or by burying it in the farmland 2, the vibration of the natural frequency of the skeleton or crust is transmitted to the ground or vermin approaching from the ground. can repel.

As for flying pests and pests, for example, when the pests or pests land on the support 3 or the crop 1, they can be repelled by transmitting the vibration of the natural frequency of their skeleton or crust through the support 3 or the crop 1.

The storage unit 7 stores the eigenfrequency of the skeleton or crustacean of the vermin, and transmits it to the vibrator 6 .

When the switch 9 is turned on, the power supply 8 supplies the driving power to the vibrator 6 and the storage section 7 . The power supply 8 may be a battery, a storage battery, or a relay section of an external power supply.

Here, the vibration generator 5 is waterproof and dustproof.

FIG. 3 is a flowchart of the first embodiment of the present application.
First, the natural frequency of the skeleton or crustacean of the target vermin or pest is measured. At this time, as described above, the skeletons or crustaceans of pests and pests are divided into a plurality of groups and measured. (S101)

Next, the measured natural frequency is stored in the storage unit 7 . (S102)
The natural frequency to be stored as described above may be obtained by superimposing a plurality of natural frequencies.
Here, although not shown in FIG. 2, an input terminal for inputting data to the storage section 7 may be provided on the outer shell of the vibration generator 5 . This part is also waterproof and dustproof.

Finally, the vibration generator 5 is installed near the crop 1, and the switch 9 is turned on. (S103)

FIG. 4 is a diagram showing the configuration of a vibration generating system 10 using the vibration generating device 5. As shown in FIG.
The vibration generation system 10 comprises at least one vibration generator 5 , at least one sensor 11 and a controller 12 .

The sensor 11 senses an object approaching the crop 1 and transmits the sensed object to the controller 12 .

The controller 12 instructs the vibration generator 5 to turn on the switch 9 based on the sensing of the object approaching the sensor 12 .

Further, when the object disappears from the crop 1, the sensor 11 transmits the information to the control unit 12, and the control unit 12 switches to the vibration generator 5 based on the information that the object disappears from the sensor 12. 9 is instructed to be turned off.

Here, at least one vibration generator 5 and the control unit 12, and at least one sensor 11 and the control unit 12 are connected by wire or wirelessly, thereby transmitting and receiving information.

According to the vibration generator 5 of the embodiment of the present application, it is possible to suppress damage to crops by vermin and pests without killing or injuring vermin and vermin.

Although the first embodiment described above protects crops from pests and pests, it can also be applied to countermeasures against, for example, baseball and soccer grounds being trampled and uneven by pests.

Next, a second embodiment will be described. The second embodiment protects properties such as humans and houses from harmful animals and pests.

As in the first embodiment, there is a method of embedding or installing the vibration generator 5 in the vicinity of the house, in the garden, or on the road.
However, this alone is not enough to prevent pests such as wasps. The reason is that such pests attack humans while in flight.

The second embodiment differs from the first embodiment only in the installation method of the vibration generator 5 .
FIG. 5 is a layout diagram showing a second embodiment of the present application.

In the second embodiment, a pole 13 and an arm 14 protruding from the pole 13 are provided on the ground and the vibration generator 5 is installed there, or the vibration generator 5 is installed on a branch of a tree.

As for the installation method, it is desirable to suspend the vibration generator 5 from the arm 14 or a branch.
That is, in the second embodiment, the transmission of the vibration of the vibration generator 5 to the pole 13, the arm 14 and the branches of the tree is minimized, and the vibration is transmitted only to the air as much as possible.

The reason why vermin and harmful insects do not approach due to vibration is the same as in the first embodiment. Also, the installation location and the number of installations are set according to the range in which the vibration is transmitted.

Next, a third embodiment will be described. The third embodiment differs from the first and second embodiments only in the place where the vibration generator 5 is installed.

In a third embodiment, the vibration generator 5 is installed on the water surface, in the water, or on the bottom of the water.

That is, in the third embodiment, the vibration is transmitted in the water, and the vibration is transmitted to harmful underwater creatures such as alligators, snapping turtles, sharks, and starfish. Here, it is preferable to use a pond or the like in which the movement of water is small as the water, but it is effective even if there is some movement of water.

The reason why harmful aquatic organisms do not approach due to vibration is the same as in the first and second embodiments. Also, the installation location and the number of installations are set according to the range in which the vibration is transmitted.

1 Crop 2 Farmland 3 Post 4 Ties 5 Vibration Generator 6 Vibrator 7 Storage Unit 8 Power Supply 9 Switch 10 Vibration Generation System 11 Sensor 12 Control Unit 13 Pole 14 Arm

Claims (6)

A vibration generator comprising a vibrator, a storage unit, a power supply, and a switch,
When the switch is turned on, transmitting the pre-measured eigenfrequency of the skeleton or crustacean of the vermin or vermin stored in the storage unit to the oscillator,
The oscillator vibrates at the received natural frequency,
The vibration generator is placed on the surface of the ground or in the ground near the object to be protected ,
1. A vibration generator according to claim 1, wherein said switch is turned on after said vibration generator is arranged, and the installation location and the number of installation of said vibration generator are set according to a range in which vibration is transmitted. A vibration generator comprising a vibrator, a storage unit, a power supply, and a switch,
When the switch is turned on, transmitting the pre-measured eigenfrequency of the skeleton or crustacean of the vermin or vermin stored in the storage unit to the oscillator,
The oscillator vibrates at the received natural frequency,
The vibration generator is hung from the arm of a pole built on the ground or from a branch of a tree to vibrate the air to keep the vermin and pests away without killing or injuring them.
1. A vibration generator according to claim 1, wherein said switch is turned on after said vibration generator is arranged, and the installation location and the number of installation of said vibration generator are set according to a range in which vibration is transmitted. A vibration generator comprising a vibrator, a storage unit, a power supply, and a switch,
When the switch is turned on, the pre-measured eigenfrequency of the skeleton or crustacean of harmful aquatic organisms stored in the storage unit is transmitted to the oscillator,
The oscillator vibrates at the received natural frequency,
The vibration generator is installed on the surface, underwater, or bottom of the water to vibrate the water to keep the harmful aquatic organisms away without killing or harming them .
1. A vibration generator according to claim 1, wherein said switch is turned on after said vibration generator is arranged, and the installation location and the number of installation of said vibration generator are set according to a range in which vibration is transmitted. 4. Vibration according to any one of claims 1 to 3, characterized in that the natural frequency of the skeleton or shell of vermin, pests, or harmful aquatic organisms is the natural frequency of the skull or head shell. Generator. 4. The natural frequencies of the skeletons or crustaceans of the pests, pests, or harmful aquatic organisms are divided into a plurality of groups according to the size of the skeletons or crustaceans, and measured and superimposed. The vibration generator according to 1. 4. The vibration generator according to any one of claims 1 to 3, wherein an input terminal for inputting data to the storage unit is provided on the outer shell of the vibration generator.

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