JP2001299186A - Deer-preventing fence with guiding path preventing deer from intrusion - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve the problem that when a net is constructed for protecting the whole village from the intrusion of a deer, a site where the net crosses a river and a road is present by all means, and the deer intrudes from an opening formed at the crossing site because the opening part is left now as it is without specific countermeasure. SOLUTION: This deer-preventing fence closes the opening at the site crossing the road and the river with a light or a sound without closing the site with a date or the like to prevent the deer from intruding by the combination with the net.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a deer fence with a deer intrusion prevention guideway. As a result, it is possible to prevent deer from invading farmland and damaging crops.

[0002]

2. Description of the Related Art Conventionally, a wire net is provided at a considerable distance so as to protect an entire settlement, thereby preventing invasion of deer. The wire mesh itself is extremely effective against deer invasion, and if a farmer's field is surrounded by wire mesh, the deer invasion can be completely prevented.

[0003]

The above-mentioned prior art has the following problems. A. When wire mesh is installed to protect the whole village collectively, there are always places where the wire mesh crosses rivers and roads. In this case, the use of facilities such as gates on rivers and roads is not allowed, and there is no effective way to prevent deer from entering these openings. I have not taken it. Naturally, deer invaded from here, and effective countermeasures were awaited. B. If a vertical pile is driven at an interval of 5 to 10 m and a wire mesh with a height of about 2 m in a vertical and horizontal lattice is put on the pile, the invasion of deer is almost stopped. However, rivers and roads cannot be fenced or gated. C. If there is an obstacle in the river at the time of the storm, the driftwood etc. flowing from the upper stream may be caught and the river may be dammed, and the river manager may admit that the deer fence crosses the river. Absent. D. If the road is also gated, deer intrusion can be prevented, but national roads
Road administrators are not allowed to put gates on prefectural roads and roads. After all, openings in rivers and roads are irrelevant, and deer are actually invading.

[0004] The present invention has been made in view of such problems of the prior art, and has as its object to provide the following. The present invention is intended to prevent intrusion by light or sound without blocking roads and rivers with gates and the like, and to effectively prevent intrusion of deer in combination with a wire net.

[0005]

Means for Solving the Problems In order to achieve the above object, the present invention is as follows. 1. According to the first aspect of the present invention, a vertical stake is driven into a vertical pile at a predetermined interval, and a vertical and horizontal lattice-like wire mesh is stretched over the vertical stake. In the part, on the deer intrusion prevention taxiway constructed by turning back along rivers and roads, the position and degree of deer invading from the deer intrusion prevention taxiway are recognized with an infrared sensor, and the invading deer It emits sound and light according to the intrusion position and degree of intrusion and turns it back.By combining multiple patterns of sound and light, it prevents familiarity with deer sounds and light, and when continuous sounds are recognized, , And is characterized in that it is not generated.

[0006] 2. The invention according to claim 2 is a deer proof fence 2
A deer intrusion recognition infrared sensor 3, a deer threatening light 4, a speaker 5 that emits voice, and a vehicle recognition microphone or a speed recognition sensor 6. The deer fence part 2 is composed of a deer fence main body 2A and a deer intrusion prevention guideway 2B. The deer fence main body 2A drives a vertical pile 2A1 at a predetermined interval, and inserts a wire mesh 2A2 of a predetermined height in a vertical and horizontal lattice shape. The deer intrusion prevention taxiway 2B is
In the openings 8A and 9A corresponding to the road 8 and the river 9 in the deer fence main body 2A, the left switching deer fence 2B1 and the right switching deer fence are provided along the river or the road. 2B2, these deer fences 2B
1 and 2B2 drive the vertical piles 2B11 and 2B21 at predetermined intervals, and wire mesh 2B1 of predetermined height in a vertical and horizontal lattice shape.
B. 2, 2B22; The deer intrusion recognition infrared sensor 3 is composed of a left deer infrared sensor group 3A and a right deer infrared sensor group 3B arranged at a predetermined interval from the beginning to the end of the deer intrusion prevention guideway 2B. The left deer infrared sensor group 3A is arranged along the left turning back deer fence 2B1 in the deer intrusion prevention guideway 2B, and the left side for the level 1 of the starting end position in the left turning back deer fence. The infrared sensor unit 3A1 at the center position, the left infrared sensor unit 3A2 for the level 2 at the center position, and the left infrared sensor unit 3A3 for the level 3 at the end position, and the deer infrared sensor group 3B on the right side are for deer intrusion prevention guidance. The right infrared sensor unit 3 for level 1 at the starting end position of the right switching deer fence 2B2 along the right switching deer fencing 2B2 in the road 2B
B1, right infrared sensor alone for level 2 at center position 3
B2, the right side infrared sensor 3B3 for level 3 at the end side position, each infrared sensor alone in the left side deer infrared sensor group 3A is a pole P which is planted along the left-turning deer fence. In addition, each infrared sensor alone in the deer infra-red sensor group 3B attached to the deer intrusion prevention guideway 2B is mounted on a pole P that is planted along the right-turning deer fence. B. installed to act into the deer intrusion prevention taxiway 2B; The deer threatening light 4 is composed of a left threatening light group 4A and a right threatening light group 4B. The left threatening light group 4A is located near the end of the left turning back deer fence 2B1. It consists of an upper left threatening light 4A1, a central left threatening light 4A2, and a lower left threatening light 4A3 attached to the planted pole P, and the upper left threatening light 4A1 is level 3 right Single infrared sensor 3B3
The center left threatening light 4A2 is attached to the level 2 right infrared sensor alone 3B2, and the lower left threatening light 4A
3 is configured to correspond to the level 1 right infrared sensor alone 3B1, respectively, and the right threatening light group 4B
Is an upper right threatening light 4B attached to a pole P planted near the end of the right-hand switching deer fence 2B2.
1. Right center threatening light 4B2, lower right threatening light 4B3, upper right threatening light 4B1
Is the level 3 left infrared sensor 3A3, the center right threatening light 4B2 is the level 2 left infrared sensor 3A2, and the lower right threatening light 4B3 is the level 1 left infrared sensor alone. 3A1, respectively. The speaker 5 that emits sound is the deer intrusion prevention guideway 2
B. disposed outside the terminal side at B. The vehicle recognition microphone or the speed recognition sensor 6
F. installed on the side of the deer intrusion prevention taxiway 2B; The infrared sensor 3 for deer intrusion recognition, the light 4 for deer threatening, the speaker 5 for emitting sound, the microphone for vehicle recognition or the sensor 6 for speed recognition are connected to a control panel 7 for controlling them. Features.

[0007]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described below based on embodiments with reference to the drawings. Reference numeral 1 denotes a deer fence with a deer intrusion prevention guideway attached to the present invention, which includes a deer fence fence 2, an infrared sensor 3 for deer intrusion recognition, a deer threatening light 4, a speaker 5 that emits sound, and a vehicle recognition microphone or speed. It comprises a recognition sensor 6. A. The deer fence part 2 is composed of a deer fence main body 2A and a deer intrusion prevention guideway 2B. a. The deer proof fence main body 2A is configured by driving a vertical pile 2A1 at a predetermined interval, and stretching a wire mesh 2A2 of a predetermined height in a vertical and horizontal lattice shape. b. The deer intrusion prevention guideway 2B is provided at openings 8A and 9A corresponding to the road 8 and the river 9 in the deer fence body 2A.
It is composed of a left-handed deer fence 2B1 and a right-handed deer fence 2B2 which are continuously provided along the river or the road. These turning back deer fences 2B1, 2B2 are constructed by driving vertical piles 2B11, 2B21 at predetermined intervals, and stretching wire meshes 2B12, 2B22 of predetermined height in a vertical and horizontal lattice shape.

B. The deer intrusion recognition infrared sensor 3 is a left deer infrared sensor group 3A disposed at a predetermined interval from the beginning to the end of the deer intrusion prevention guideway 2B.
And a deer infrared sensor group 3B on the right. a. The left deer infrared sensor group 3A is a level 1 left infrared sensor alone at the starting end side of the left deer fence 2B1 along the left deer fence 2B1 in the deer intrusion prevention guideway 2B. 3A1, a level 3 left infrared sensor unit 3A2 at the center position, and a level 3 left infrared sensor unit 3A3 at the end position. b. The right infrared sensor group 3B for deer is a single right infrared sensor for level 1 at the starting position of the right deer fence 2B2 along the right deer fence 2B2 on the deer intrusion prevention guideway 2B. 3B1, a single right infrared sensor for level 2 at the center position 3B2, and a single right infrared sensor for level 3 at the end position 3B3. c. Each infrared sensor alone in the deer infrared sensor group 3A on the left is attached to a pole P planted along the left-turning deer fence so as to act on the deer intrusion prevention guideway 2B. d. Each infrared sensor alone in the deer infrared sensor group 3B on the right side is attached to a pole P planted along the right-turning deer fence so as to act on the deer intrusion prevention guideway 2B.

C. The deer threatening light 4 includes a leftward threatening light group 4A and a rightward threatening light group 4B. a. The left menacing light group 4A includes an upper left menacing light 4A1, a central left menacing light 4A2 attached to a pole P planted near the end of the left turning back fence fence 2B1, and a lower left menacing light 4A2. It consists of a left threatening light 4A3. The upper left menacing light 4A1 is at level 3
The right infrared sensor 4B2 for the center and the right left infrared sensor 3B3 for the level 2
Second, the lower left threatening light 4A3 is configured to correspond to the level 1 right infrared sensor unit 3B1, respectively. b. The right intimidating light group 4B includes an upper right intimidating light 4B1 attached to a pole P planted near the end of the right turning back defensive fence 2B2, a central right intimidating light 4B2, and a lower right intimidating light 4B2. It consists of a right threatening light 4B3. The upper right threatening light 4B1 is at level 3
The left infrared sensor unit 3A3 for the level and the right threatening light 4B2 for the center are attached to the left infrared sensor unit 3A for the level 2.
2, the lower right threatening light 4B3 is configured to correspond to the level 1 left infrared sensor unit 3A1.

D. The speaker 5 that emits sound is disposed outside the deer intrusion prevention guideway 2B on the terminal side. E. FIG. The vehicle recognition microphone or the speed recognition sensor 6
It is disposed on the side of the deer intrusion prevention guideway 2B.

F. A deer intrusion recognition infrared sensor 3, a deer threatening light 4, a speaker 5 that emits voice, a vehicle recognition microphone or a speed recognition sensor 6, and the like are connected to a control panel 7 that controls these. In the figure, 10 is an amplifier, 11 is a power supply, 12 is a sound source, and 13 is a switch. G. FIG. The control panel 7 is controlled to operate as described below. a. A plurality of infrared sensors are installed on the deer intrusion prevention taxiway, and sound and light are emitted and turned back according to the location and degree of intrusion of the invading deer. b. While picking up sound with a microphone and recognizing a certain level of sound, it is regarded as not a deer but a vehicle intrusion and does not threaten.

[0012]

EXAMPLES Further, as a result of an experiment under the following conditions,
Very good results were obtained. 1. The deer proof fence main body 2A is installed at a considerable distance so as to protect the entire settlement. 2. The vertical pile 2A1 is driven at an interval of 5 to 10 m, and a wire mesh 2A2 having a height of about 2 m in a vertical and horizontal lattice is stretched over the pile 2A1. 3. Deer fences 2B1 and 2B2 for switching are vertical piles 2B1
1, 2B21 are driven at an interval of 5 to 10 Om, and wire meshes 2B12, 2B22 having a height of about 2 m in the form of vertical and horizontal lattices are stretched. 4. The infrared sensors are arranged so that their effective areas overlap. For example, if six infrared sensors are used, the combination can be divided into 23 areas. 5. When a deer is recognized, the light in that area flashes and a sound A is emitted to threaten. 6. While recognizing the deer, the voice A is emitted. 7. When the deer changes area, sound B is emitted at that moment. 8. When the deer increases the degree of invasion, it raises the threat effect such as increasing the volume.

[0013]

Since the present invention is configured as described above, it has the following effects. 1. Sound and light alone cannot prevent a deer from entering the field. Conversely, wire mesh does not block roads. In this regard, the present invention can effectively prevent intrusion by a combination of sound, light, and a fence, and can also prevent the effect of the deer from falling due to habituation. 2. The sound and light change according to the deer's movement, such as the deer's invasion location and degree of penetration, so the deer reacts according to its own movement and makes you feel that you are being targeted be able to. 3. A sound is picked up by a microphone and a sound with a certain volume is picked up continuously for a certain period of time, it is regarded as a vehicle, or if the intruding speed of an intruding object is more than a certain speed, it is regarded as a vehicle. It can be reacted only when. 4. By installing a deer intrusion prevention guideway with a certain width and length and installing multiple infrared sensors on it, it is possible to recognize the deer invasion point and intrusion level, and sound and light according to the deer's movement Can be changed. As a result, invasion of deer can be prevented without blocking the river, and intrusion of deer can be prevented without closing the road.

[Brief description of the drawings]

FIG. 1 is a schematic plan view showing the state of a deer fence fence main body and a deer intrusion prevention guideway around a road.

FIG. 2 is a schematic plan view showing a state of a deer fence main body and a deer intrusion prevention guideway around a river.

FIG. 3 is a schematic plan view showing a configuration centered on a deer intrusion recognition infrared sensor.

FIG. 4 is a schematic plan view showing a configuration centered on a deer threatening light.

FIG. 5 is a schematic front view of an infrared sensor for deer intrusion recognition.

FIG. 6 is a plan view of the same.

FIG. 7 is a schematic front view of a deer threatening light.

FIG. 8 is a plan view of the same.

FIG. 9 is a schematic front view illustrating an arrangement example of a control panel, a speaker, a vehicle recognition microphone, a speed recognition sensor, and the like.

FIG. 10 is a schematic plan view of the above.

FIG. 11 is a configuration diagram of the present invention.

[Explanation of symbols]

 1 Deer Intrusion Prevention Guideway Attached Deer Fence 2 Deer Fence 3 Infrared Sensor for Recognition of Deer 4 Light for Deer Intimidation 5 Speaker for Speech 6 Microphone for Vehicle Recognition or Sensor for Speed Recognition

────────────────────────────────────────────────── ───

[Procedure amendment]

[Submission date] April 25, 2000 (200.4.2
5)

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] 0003

[Correction method] Change

[Correction contents]

[0003]

The above-mentioned prior art has the following problems. A. When wire mesh is installed to protect the whole village collectively, there are always places where the wire mesh crosses rivers and roads. In this case, the use of facilities such as gates on rivers and roads is not allowed, and there is no effective way to prevent deer from entering these openings. I have not taken it. Naturally, deer invaded from here, and effective countermeasures were awaited. B. If a vertical pile is driven at an interval of 5 to 10 m and a wire mesh with a height of about 2 m is arranged in a vertical and horizontal lattice, the invasion of deer is almost stopped. However, rivers and roads cannot be fenced or gated. C. If there is an obstacle in the river at the time of the storm, the driftwood etc. flowing from the upper stream may be caught and the river may be dammed, and the river manager may admit that the deer fence crosses the river. Absent. D. If the road is also gated, deer intrusion can be prevented, but national roads
Road administrators are not allowed to put gates on prefectural roads and roads. After all, openings in rivers and roads are irrelevant, and deer are actually invading.

[Procedure amendment 2]

[Document name to be amended] Statement

[Correction target item name] 0004

[Correction method] Change

[Correction contents]

[0004] The present invention has been made in view of such problems of the prior art, and has as its object to provide the following. The present invention is intended to prevent intrusion by light or sound without blocking roads and rivers with gates and the like, and to effectively prevent intrusion of deer 14 in combination with a wire net.

[Procedure amendment 3]

[Document name to be amended] Statement

[Correction target item name] 0012

[Correction method] Change

[Correction contents]

[0012]

EXAMPLES Further, as a result of an experiment under the following conditions,
Very good results were obtained. 1. The deer proof fence main body 2A is installed at a considerable distance so as to protect the entire settlement. 2. The vertical pile 2A1 is driven at an interval of 5 to 10 m, and a wire mesh 2A2 having a height of about 2 m in a vertical and horizontal lattice is stretched over the pile 2A1. 3. Deer fences 2B1 and 2B2 for switching are vertical piles 2B1
1 and 2B21 are driven at an interval of 5 to 10 m, and wire meshes 2B12 and 2B22 having a height of about 2 m are arranged in a vertical and horizontal lattice. 4. The infrared sensors are arranged so that their effective areas overlap. For example, if six infrared sensors are used, the combination can be divided into 23 areas. 5. When a deer is recognized, the light in that area flashes and a sound A is emitted to threaten. 6. While recognizing the deer, the voice A is emitted. 7. When the deer changes area, sound B is emitted at that moment. 8. When the deer increases the degree of invasion, it raises the threat effect such as increasing the volume.

[Procedure amendment 4]

[Document name to be amended] Drawing

[Correction target item name] Fig. 1

[Correction method] Change

[Correction contents]

FIG.

[Procedure amendment 5]

[Document name to be amended] Drawing

[Correction target item name] Figure 2

[Correction method] Change

[Correction contents]

FIG. 2

Claims (2)

[Claims] Claims: 1. A defensive fence formed by driving a vertical pile at a predetermined interval and a wire mesh of a predetermined height and a horizontal lattice, and an opening of a river or a road in the deer fence. In a deer intrusion prevention taxiway that is turned back along rivers and roads, the position and degree of deer invading from the deer intrusion prevention taxiway are recognized by an infrared sensor, and the invading deer intrusion position It emits sound and light according to the degree of penetration and the degree of intrusion, and combines multiple patterns of sound and light to prevent familiarity with deer sound and light, and emits sound and light when continuous sound is recognized The deer fence attached to the deer intrusion prevention guideway, which is constructed so as not to be installed. 2. A deer-proof fence (2), a deer intrusion recognition infrared sensor (3), a deer threatening light (4), a speaker (5) that emits sound, a vehicle recognition microphone or a speed recognition. It is composed of a sensor (6). The deer fence part (2) is composed of a deer fence main body (2A) and a deer intrusion prevention guideway (2B). The deer fence main body (2A) has a vertical pile (2A1). Driving is performed at a predetermined interval, and a wire mesh (2A2) having a predetermined height in the form of a vertical and horizontal lattice is stretched over the road. ) And other openings (8
A, 9A), a left-handed deer fence (2B1) and a right-handed deer fence (2B2) connected continuously along the river or the road.
1, 2B2) is constructed by driving vertical piles (2B11, 2B21) at predetermined intervals, and stretching wire meshes (2B12, 2B22) of a predetermined height in a vertical and horizontal lattice shape. ) Are from the left deer infrared sensor group (3A) and the right deer infrared sensor group (3B) arranged at a predetermined interval from the beginning to the end of the deer intrusion prevention guideway (2B). The left deer infrared sensor group (3A) is configured along the left deer fence (2B1) on the deer intrusion prevention guideway (2B) at the start end side of the left deer fence. Single left infrared sensor for level 1 (3A1), single left infrared sensor for level 2 at center position (3A2), single left infrared sensor for level 3 at end position (3A3)
The infrared sensor group for deer on the right (3B)
Along the right-hand deer fence (2B2) on the deer intrusion prevention guideway (2B), the right infrared sensor for level 1 alone (3
B1), a right infrared sensor alone for level 2 at the center position (3B2) and a right infrared sensor alone for level 3 at the terminal side (3B3), and each of the left deer infrared sensor group (3A) The infrared sensor alone is attached to a pole (P) planted along the left-turning deer fence so as to act toward the deer intrusion prevention guideway (2B), and the right deer infrared sensor group ( Each infrared sensor in 3B) is attached to a pole (P) planted along a deer fence for turning rightward so as to work toward the deer intrusion prevention guideway (2B), and a deer threatening light ( 4) is a group of threatening lights on the left (4
A) and a right menacing light group (4B), and the left menacing light group (4A) is a pole (P) planted near the end of the left switching deer fence (2B1). ) Upper left threatening light (4A1), center left threatening light (4A2), lower left threatening light (4A)
3) Upper left menacing light (4A1)
Is the right infrared sensor for level 3 (3B3)
The center left threatening light (4A2) is for the level 2 right infrared sensor alone (3B2), and the lower left threatening light (4A3) is for the level 1 right infrared sensor alone (3B2).
B1), and the right group of threatening lights (4B) is provided with a right-hand switching deer fence (2B2).
Upper right threatening light (4B1), center right threatening light (4B2), and lower right threatening light (4B3) attached to a pole (P) planted near the end of The right intimidating light (4B1) is on the level 3 left infrared sensor alone (3A3), the central right intimidating light (4B2) is on the level 2 left infrared sensor alone (3A2), and the lower right The threatening light (4B3)
The speaker (5), which is configured to correspond to the level 1 left infrared sensor alone (3A1) and emits a sound, is disposed outside the terminal side of the deer intrusion prevention guideway (2B) and has a vehicle recognition microphone. Alternatively, the speed recognition sensor (6) is disposed on the side of the deer intrusion prevention guideway (2B), and includes a deer intrusion recognition infrared sensor (3), a deer threatening light (4), and a speaker that emits sound. (5) The deer fence attached to a deer intrusion prevention guideway, wherein a vehicle recognition microphone or a speed recognition sensor (6) are connected to a control panel (7) for controlling them.