JP2013070632A - Apparatus for repelling dog, cat, insect pest, or bird - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a kind of apparatus for repelling dogs, cats, insect pests, or birds, further improved for achieving its original objective, although since the apparatus for revolving thin materials such as a rotating rod material, rod body, etc., and intimidating birds (called as the revolving type apparatus for repelling dogs, cats, insect pests or birds) is simple and more useful than a net (in the net, the invasion of birds takes place occasionally from the gap of the net and agricultural crops), the apparatus has a practical value.SOLUTION: The apparatus for repelling dogs, cats, insect pests, or birds includes a post, a rotary body provided at the top end of the post, a plurality of repelling rods attached in the radiating direction of the rotary body, and a wind-receiving part directing the rotation of the rotary body and repelling rods, wherein the repelling rods are constituted by a material capable of securing a length of approximately at least 0.5 to 2 m in a horizontal state and also their horizontal state, and the securement of the horizontal state of the repelling rods and their smooth rotation (revolution) become possible, while reducing the load on the repelling rods.

Description

  The present invention relates to dogs, cats, birds, pests, moths, monkeys, deer, bears, etc., which are related to agricultural crops, seeds after seeding, fruits, etc. Dogs, cats, pests, or bird protection devices (dogs, cats, pests, bird protection devices, etc.) that eliminate small wild animals such as dogs, cats, birds, and birds, especially wild birds that feed on )

  This kind of dog, cat, pest or bird protection device, especially in the bird protection device, a device that swirls thin materials such as rotating rods and rods to threaten birds (a swivel bird protection device) ) Is simple and has practical value because it is beneficial to the net (in the net, birds often invade through the gap between the net and agricultural products).

  As this swivel bird protection device, for example, there is a device of “Rotating Bird Tracking Device” disclosed in Japanese Utility Model Publication No. 63-114193 (Reference 1). This device has a structure in which a reflecting ribbon is provided at the tip of a rotating rotating arm, and a rotating disk provided with a base end of the rotating arm is rotated by an electric motor or wind power rotary blades. However, in this device, since the wind turbine rotor is similar to the blade of an anemometer, it has a structure including a shaft and a blade support rod that are separate from the rotary arm. Therefore, there are problems such as a complicated structure, and the rotating arm is a flexible structure, and a sufficient diffusion effect cannot be expected. Next, as a similar device, there is a device for “wild bird repatriation device” disclosed in Japanese Utility Model Laid-Open No. 58-10000584 (Document 2). This device is based on the same principle as document 1 and helps to simplify the structure. However, this device has a structure in which a wind receiving portion is provided at the tip of the arm. Therefore, there are improvements such as the burden on the arm increases during turning (rotation), the obstacle to turning, smooth turning cannot be expected, and the possibility of noise problems. is there. Furthermore, there is a limit to the length of the arm, and it is thought that there is no sense of expectation for wild bird repatriation, which is the initial purpose.

  In addition, there is an invention of “bird damage prevention” disclosed in Japanese Patent Application Laid-Open No. 2003-204751 (Document 3). The present invention is a structure in which a thread-like material made of an elastic body that can be rotated and moved up and down is provided on a support column, and the thread-like body is turned by a power source such as wind power. Although the effect can be expected in this invention, the movement of the filamentous material is complicated, and there is a problem that causes failure, and, for example, there is a feature that the movement is random, but it is not necessarily effective in preventing bird damage. Is unthinkable. Even if it turns with this wind force, it is considered that it is not guaranteed how reliably and smoothly the hanging filament can be turned.

Japanese Utility Model Publication No. 63-114193 Japanese Utility Model Publication No. 58-100584 JP 2003-204751 A

The present invention intends to exhibit the following features that cannot be solved by Documents 1-3.
"I" By adopting a structure that can secure the horizontal state of the control rod, for example, during rotation, the load on the control rod (at the tip side from the center of the control rod) is reduced and smooth rotation (turning) Making possible,
“B” By providing a wind receiving portion near the base end of the control rod (dog, cat, pest, or bird protection rod), smooth rotation while reducing the burden on this rod during the rotation. Making possible,
“C” Ensure the length of the control rod (for example, 0.5 m to 2 m), eliminate the drooping of the tip of the control rod, secure the rotation area, and prevent air turbulence in this rotation area. Ensuring vibrations that birds do not like,
"D" The control rod is made of a lightweight material, ensuring its length and demonstrating the characteristics of this length.
"E" By making each part detachable, it is easy to accommodate, and in the event of a failure, each part part can be replaced with simple, low cost and less waste,
"F" Distinguishing the mounting rod from the wind receiving part and deploying it on the rotating body reduces the burden on the control rod and guarantees the smooth rotation of this rod.
“G” The control rod is made of ultra-light and rigid material, ensuring the length and demonstrating the characteristics of this length.

  The invention of claim 1 achieves the above-mentioned “i” to “d”.

The first aspect of the present invention includes a support, a rotating body provided at the upper end of the support, a plurality of control rods attached in a radial direction of the rotating body, and a wind receiving portion that controls the rotation of the rotating body and the control rod. A dog, cat, pest or bird protection device comprised of
In the horizontal state, the control rod is a dog, a cat, a pest, or a bird protection device characterized by being configured with a length of about 0.5 m to 2 m or more and a material that ensures the horizontal state.

  Claims 2 and 3 achieve the “a” to “e”.

Claim 2 is the dog, cat, pest or bird protection device according to claim 1,
It is a dog, cat, pest or bird (or the like) repellent device configured such that the control rod is detachably provided on the rotating body.

Claim 3 is the dog, cat, pest or bird protection device according to claim 1,
It is a dog, cat, pest, or bird (or the like) repellent device configured such that the wind receiving portion is detachably provided on the insect-control rod.

  The fourth aspect achieves the “a” to “d” and “he”.

Claim 4 is the dog, cat, pest or bird protection device of claim 1,
The wind receiving portion is attached to a support rod provided detachably on the rotating body, and the wind receiving portion and the support rod are provided separately from the prevention rod, and the prevention rod and the wind receiving portion are provided. And a dog, a cat, a pest, or a bird protection device having the same number of support cages.

  Claims 5 and 6 achieve the “a” to “e”.

Claim 5 is the dog, cat, pest or bird protection device according to claim 2,
It is a dog, cat, pest or bird (or the like) repelling device in which the screw shaft of the control rod is detachably provided in the screw hole of the rotating body.

Claim 6 is the dog, cat, pest or bird protection device according to claim 3,
A dog, cat, pest or bird (or the like) repellent device configured such that a screw shaft of the wind receiving portion is detachably provided in a screw hole of the control rod.

  Claim 7 achieves “i” to “d” and “g”.

Claim 7 is the dog, cat, pest or bird protection device according to claim 1,
The material is a dog, cat, pest or bird (or the like) repelling device made of stainless steel and carbon fiber and having a light weight, water resistance, and wind resistance.

The invention of claim 1 includes a support, a rotating body provided at the upper end of the support, a plurality of control rods attached in the radial direction of the rotating body, and a wind receiving portion that controls the rotation of the rotating body and the control rod. A dog, cat, pest, or bird protection device,
It is a dog, cat, pest, or bird protection device characterized in that the control rod is composed of a material having a length of about 0.5 m to 2 m and a horizontal state in a horizontal state.

Therefore, the invention of claim 1 has the following effects “a” to “d”.
"I" By adopting a structure that can ensure the horizontal state of the control rod, for example, during rotation, it is possible to smoothly rotate (turn) while reducing the burden on the rod.
"B" By providing a wind receiving portion near the base end of the control rod, smooth rotation is possible while reducing the burden on the control rod during the rotation,
“C” Ensure the length of the control rod (for example, 0.5 m to 2 m), eliminate the drooping of the tip of the control rod, secure the rotation area, and prevent air turbulence in this rotation area. Through which vibrations that birds do not like can be secured,
"D" The control rod is made of a lightweight material, ensuring its length and being able to demonstrate the characteristics of this length,
The invention of claim 2 is the dog, cat, pest, or bird protection device of claim 1,
This is a dog, cat, pest, or bird protection device in which a control rod is detachably provided on a rotating body.

The invention of claim 3 is the dog, cat, pest or bird protection device of claim 1,
This is a dog, cat, pest or bird protection device in which the wind receiving portion is detachably provided on the control rod.

Therefore, claims 2 and 3 have the following “e” effect in addition to “i” to “d”.
"E" By making each part detachable, it is easy to accommodate, and in the event of failure, each part part can be replaced easily and at low cost, with less waste material.
The invention of claim 4 is the dog, cat, pest or bird protection device according to claim 1,
The wind receiving portion is attached to a support rod provided detachably on the rotating body, and the wind receiving portion and the support rod are provided separately from the prevention rod, and the prevention rod, the wind receiving portion, and the support rod are provided. It is a dog, cat, pest or bird protection device configured to have the same number.

Therefore, claim 4 has the following effect “he” in addition to “i” to “d”.
“F” Distinguishing the mounting rod from the wind-receiving part and deploying it on the rotating body reduces the burden on the rod and guarantees smooth rotation of the rod.
The invention of claim 5 is the dog, cat, pest or bird protection device according to claim 2,
This is a dog, cat, pest or bird protection device in which the screw shaft of the control rod is detachably provided in the screw hole of the rotating body.

The invention of claim 6 is the dog, cat, pest or bird protection device according to claim 3,
It is a dog, cat, pest, or bird protection device configured such that a screw shaft of the wind receiving portion is detachably provided in a screw hole of the control rod.

Therefore, Claims 5 and 6 have the following “e” effect in addition to “i” to “d”.
"E" By making each part detachable, it is easy to accommodate, and in the event of failure, each part part can be replaced easily and at low cost, with less waste material.
The invention of claim 7 is the dog, cat, pest, or bird protection device of claim 1,
The material is a dog, cat, pest or bird protection device that is made of stainless steel and carbon fiber and has a light weight, water resistance and wind resistance.

Accordingly, the seventh aspect has the following “G” effect in addition to the “A” to “D”.
"G" The control rod is made of ultra-light and rigid material, ensuring the length and demonstrating the characteristics of this length,

Plan view showing the first embodiment Side view of the first embodiment It is an example of the rotary body in a 1st Example, and the enlarged plan view of the partial defect | deletion of the structure which can attach three control rods It is an example of the rotary body in a 1st Example, and the enlarged plan view of the partial defect | deletion of the structure which can attach four control rods It is an example of the rotary body in a 1st Example, and is an enlarged plan view of the partial defect | defect of a structure which can attach five control rods An enlarged side view showing an example of the wind receiving portion in the first embodiment In the first embodiment, when the control rod has a thin structure, the enlarged front view of the main part of the partial defect that explains the relationship between the control rod and the wind receiving portion The expanded sectional view which showed the relationship between the pillar in 1st Example, a rotary body, and a control rod. Side view of the main part showing the second embodiment Plan view showing the third embodiment Side view showing an example of a usage state in the first embodiment (including other embodiments, the same applies hereinafter) Side view showing another example of the usage state in the first embodiment Side view showing a further example of the usage state in the first embodiment Side view showing another example of the installation location in the usage state in the first embodiment

  Reference numeral 1 denotes a column erected on a farm field (rice field G). A rotating body 3 is rotatably and detachably provided above the column 1 via a bearing 2 (hub structure). The rotating body 3 includes a cylindrical portion 300 in which a screw to be screwed and fitted to an upper screw portion of the pillar 1 is engraved, a bearing 2 provided on the cylindrical portion 300, and the cylindrical portion 300 and a bearing. 2 and an annular main body 301 that supports 2. The structure for attaching and detaching the support column 1 and the rotating body 3 is an example, and although not shown, there may be a structure such as fitting, insertion, and loose fitting. The rotating body 3 is provided with at least three screw holes 5 (attachment portions). Each screw hole 5 is screwed (attached) to a screw portion 600 of a control rod 6 (in addition to the rod, a combination of a plate, a rod and a plate, etc.). For example, the number of the screw holes 5 is three to five as shown in FIGS. 2-1 to 2-3. In any case, it is necessary that the rotating body 3 can rotate with a good balance. With this type of screw structure, attachment and removal are free, and the protection rod 6 (parts) can be exchanged, which is effective for, for example, failure, size selection / replacement in strong wind, accommodation, shape change, etc. (Other parts are the same). The control rod 6 is made of plastic, wire, stainless steel, or carbon fiber, and has a light weight, water resistance, and wind resistance structure. The shape is preferably a plate material, a spiral shape, or a knotted brazing material in addition to the brazing material. And when this control rod 6 is attached to the rotary body 3 and receives the natural wind W at the wind receiving portion and rotates as will be described later, the rotary body 3 and the control rod 6 are rotated. At the time of this rotation, for example, it is necessary to be kept substantially horizontal with respect to the ground GL.

  The control rod 6 is provided with a wind receiving portion 7 that receives (captures) natural wind W. In the first embodiment and the second embodiment, a structure is provided near the base end portion 601. As described above, during rotation, the load on the control rod 6 is reduced and smooth rotation is achieved. In addition, the prevention rod 6 is prevented from blurring and noise. Then, by setting the length of the control rod 6 to 0.5 m to 2 m, for example, while securing the rotation area, the vibration (low frequency) that birds dislike through the turbulent air flow in the rotation area (Vibration) can be secured. The wind receiving portion 7 is made of plastic, framed cloth, stainless steel, or carbon fiber, and has a light weight, water resistance, wind resistance structure, and a bowl shape. The convergence bottom portion 7 a has a screw portion 700 and is screwed into a screw hole 602 provided in the control rod 6. In this screwing method, attachment and detachment are free and follow the control rod 6. Moreover, this screwing is only an example, and attachment by a gluing or holding structure may be used (the same applies to other parts). And in the example where the control rod 6 has a small diameter, as shown in FIG. 4, the portion where the screw hole 602 is provided may have a large diameter.

  In the second embodiment shown in FIG. 6, the structure corresponds to the windless state, and the solar panel 8 and the battery 10 are arranged on the support column 1, and the control rod 6 is rotated in the windless state. Although not shown, a structure in which the generator is rotated by the rotation of the rotating body 3 and / or the protection rod 6 and the battery 10 is charged is also possible. Furthermore, the solar panel 8 can have a hybrid structure that follows sunlight. In this second embodiment as well, the main structure is the same as in the first embodiment, and the wind receiving portion 7 receives the natural wind W and the control rod 6 is rotated. When there is no wind W (no wind condition), the battery 10 uses the cord 11 and a motor (not shown) to rotate the rotating body 3.

  Therefore, when the first and second embodiments describe an example in which the protection rod 6 rotates by receiving the wind W, for example, in a state where the wind W is blowing from right to left as shown in FIG. The wind receiving portion 7 at the position (a) receives the most and becomes the counterclockwise rotation X. Of course, the wind receiving part 7 in the position of (b) also receives a part of the wind W. Accordingly, the rotation X is counterclockwise. On the other hand, the wind receiving portion 7 at the position (c) receives the resistance of the wind W, but on the back side 7b, the degree of resistance is very small. By repeating the above operations, the control rod 6 rotates in a horizontal state at a predetermined speed, and the rotation continues, so that the above-described effects (i) to (c) can be expected. Although not shown, the stop mechanism may be used in a strong wind if necessary. Further, at the time of strong wind, it is also possible to remove at least the control rod 6 and / or the wind receiving portion 7, which is effective in eliminating failure / noise and human / physical damage. The no-wind state in the second embodiment is as described above.

  In the third embodiment shown in FIG. 7, the wind receiving portion 7 is not attached to the control rod 6 but is separately attached to the support rod 6-1 that is detachably provided in the screw hole 5 of the rotating body 3. And this length relationship is made into control rod 6> support rod 6-1 and intends the reduction of the burden to this rod 6, smooth rotation, prevention of deflection, the diameter reduction of this rod 6, etc. . In this example, as shown in the figure, the protection rod 6 and / or the wind receiving portion 7 is functionally secured and the wind W is accumulated on the wind receiving portion 7 so as to be provided intermittently. Moreover, although not shown in figure, the structure which provides the support rod 6-1 and / or the wind-receiving part 7 in the upper direction or the downward direction with respect to the horizontal position of the prevention rod 6, and avoids interference of both is also possible. . Other structures conform to the first and second embodiments described above. The third embodiment has a structure in which the wind receiving portion 7 is a support rod 6-1, and the support rod 6-1 is an alternative to the control rod 6. Therefore, it is also possible to use the control rod 6 with the wind receiving portion 7 of the first embodiment without using the support rod 6-1. In this example (not shown), a large-sized dog, cat, crow, etc. It is considered effective for animals and birds. It is also useful for setting up a breeze area or during a breeze.

  FIG. 8 shows an example in which the present invention (first embodiment to third embodiment or another embodiment not shown) is installed in the rice field G. Although not shown, the size of the rice field G is shown. Correspondingly, several units are installed to efficiently eliminate dogs, cats, pests or birds. In addition, a space 12 is provided between the rice G1 to secure the cultivation space and safety and to avoid adverse effects on the rice G1. In addition, moving dogs, cats and the like that are moving toward dead bodies such as birds, insects, and small animals between the rice G1 are sought.

In the example of FIG. 9, the string 13 is suspended from the control rod 6, and when the control rod 6 rotates, a dog, a cat, a pest, or a bird is threatened and reliably and instantaneously removed. . Further, in the example of FIG. 9, a lame member 15 (lame band made of resin, paper, etc., lame string, lame strip, etc.) or a lame string (not shown) is suspended from the control rod 6. When the control rod 6 is rotated, threatening or the like is attempted as described above. Furthermore, in the example of FIG. 10, in order to prevent intrusion of dogs, cats and the like from the boundary Y, a usage example in which a plurality of them are erected on the boundary Y is shown.
Also in these examples, intrusion prevention of dogs, cats, etc. is in accordance with the above-mentioned example.

  Each of the above-described embodiments is a preferable example, and is not limited to each of the embodiments. In other embodiments, structures having the same effects and operations are within the scope of the present invention.

DESCRIPTION OF SYMBOLS 1 Pillar 2 Bearing 3 Rotating body 300 Cylindrical part 301 Main part 5 Screw hole 6 Control rod 6-1 Supporting rod 600 Screw part 601 Base end part 602 Screw hole 7 Wind receiving part 7a Bottom part 7b Back side 700 Screw part 8 Solar panel 10 Battery 11 Cord 12 Space 13 String 15 Lame Member G Inabata G1 Rice GL Ground W Wind X Rotation Y Boundary

Claims (7)

Dogs and cats composed of a support, a rotating body provided at the upper end of the support, a plurality of control rods attached in the radial direction of the rotating body, and a wind receiving portion that controls the rotation of the rotating body and the control rod A pest or bird protection device,
A dog, cat, pest or bird protection device, wherein the control rod is made of a material having a length of about 0.5 m to 2 m or more and a horizontal state in a horizontal state. The dog, cat, pest or bird protection device according to claim 1,
A dog, cat, pest, or bird protection device configured such that the control rod is detachably provided on the rotating body. The dog, cat, pest or bird protection device according to claim 1,
A dog, cat, pest, or bird protection device in which the wind receiving portion is configured to be detachably provided on the control rod. The dog, cat, pest or bird protection device according to claim 1,
The wind receiving portion is attached to a support rod provided detachably on the rotating body, and the wind receiving portion and the support rod are provided separately from the prevention rod, and the prevention rod and the wind receiving portion are provided. , And a dog, cat, pest, or bird protection device configured to have the same number of support cages. A dog, cat, pest or bird protection device according to claim 2,
A dog, cat, pest or bird protection device configured such that the screw shaft of the control rod is detachably provided in the screw hole of the rotating body. A dog, cat, pest or bird protection device according to claim 3,
A dog, cat, pest, or bird protection device configured such that the screw shaft of the wind receiving portion is detachably provided in the screw hole of the control rod. The dog, cat, pest or bird protection device according to claim 1,
The material is a dog, cat, pest, or bird protection device that is made of stainless steel and carbon fiber and has a light weight, water resistance, and wind resistance.