JP2018143175A - Conduction tool for electric fence - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a conduction tool for an electric fence, capable of simplifying the assembly of the electric fence.SOLUTION: A conduction tool 1 for an electric fence includes a weed-proof sheet 2 and a net 4. The weed-proof sheet 2 has a planar shape, and a plurality of stainless steel wires 3 having conductivity are mounted on the weed-proof sheet 2. The net 4 has a planar shape, and is mounted on the weed-proof sheet 2. The net 4 can roughly vertically stand to the weed-proof sheet 2. The tool retains a standing state by being supported with a pillar because of being unable to retain a standing state only by the net 4. The net 4 is mounted with a first bare wire 5 having conductivity, a second bare wire 6 having conductivity, a third bare wire 7 having conductivity, and a fourth bare wire 8 having conductivity. The first bare wire 5 and the second bare wire 6, the second bare wire 6 and the third bare wire 7, and the third bare wire 7 and the fourth bare wire 8 are electrically connected by upper and lower wire connections 9 having conductivity.SELECTED DRAWING: Figure 1

Description

  The present invention relates to an electric fence conductor. Specifically, the present invention relates to an electric fence electrical conductor used when installing an electric fence.

In mountainous agricultural areas, wild foods such as wild boars and deer invade fields and eat many crops.
In order to prevent wild animals from entering the field, protective fences are installed around the field.

  Fences and electric fences are used as protective fences, and have achieved certain results in preventing wild animals from entering the fields.

In general, an electric fence is composed of pillars that are placed around the field, a plurality of bare wires that are stretched by being attached to insulators attached to the posts, and a power supply device that can apply voltage to the bare wires. Is provided.
Here, the plurality of bare wires are arranged in parallel, and are connected to each other by upper and lower connections made of bare wires.

  When a wild animal tries to invade a field surrounded by such an electric fence and comes into contact with a stretched bare wire, the wild animal has a large current (impact that can impact animals and humans). Current) flows.

  At this time, the impact current flows from the power supply device to the bare wire, passes through the upper and lower connections to other bare wires, flows through the body of a wild animal such as a deer in contact with the bare wire, passes through the ground, It flows through the ground wire of the device and flows again to the power supply device.

  As a result, wild animals are shocked and repelled.

  Various electric fences have been proposed so far. For example, Patent Document 1 describes an electric fence as shown in FIG.

That is, the electric fence 101 described in Patent Document 1 includes first to fifth fence wires (102A to 102E) which are linear bare wires.
The first to fifth fence lines (102A to 102E) are arranged substantially parallel to each other and are arranged substantially parallel to the ground.
Moreover, the fence lines adjacent to each other in the substantially vertical direction are electrically connected by a conductive upper and lower connection line 117.

  In addition, the electric fence 101 includes a plurality of conductive columns that are erected with their ends embedded in the ground 116 at regular intervals around the field area.

Moreover, the support | pillar 103 with which the end of the 1st-5th fence line (102A-102E) was attached among the some support | pillars is the 1st entrance / exit support | pillar 103. FIG.
Moreover, the support | pillar to which parts other than the edge part of the 1st-5th fence lines (102A-102E) are attached among the some support | pillars is the 2nd entrance / exit support | pillar 107. FIG.

  In addition, the electric fence 101 includes a conductive opening / closing column 104. The opening / closing support column 104 is disposed between the first entrance / exit support column 103 and the second entrance / exit support column 107, and the other ends of the first to fifth fence lines (102A to 102E) are attached. ing.

  Further, the first entrance / exit post 103 and the opening / closing post 104 are bound to each other so as to be releasable by a bind line 118.

In addition, the electric fence 101 includes a first connecting member 105 that is electrically connected to the fifth fence line 102E.
In addition, the electric fence 101 includes a second connecting member 106 that is electrically connected to the fifth fence line 102E.

  The electric fence 101 includes a voltage application circuit 109 built in the power supply device 115. The voltage application circuit 109 is electrically connected to the second fence line 102B and the output line 112.

Utility Model Registration No. 3204465

  By the way, as described above, the electric fence is installed around the field, and the field is formed on the soil, so that weeds grow. And when the weeds that have grown touch the first fence line, an impact current flows through the weeds, and the impact current leaks into the ground.

  Even if wild animals such as wild boars touch each fence line with the shock current leaking into the ground, wild animals such as wild boar are not impacted, so wild animals such as wild boar do not dissipate and are surrounded by an electric fence. Invades the field.

  Therefore, install an electric fence after spraying the herbicide, or lay a sheet that does not allow weeds and other plants to pass through and have bare wires attached, and install a plurality of bare wires on this sheet by setting up a column. There was a need to stretch.

  However, in order to stretch a plurality of bare wires on the support, it is necessary to attach an insulator to the support and to attach the bare wire to the insulator, and a technique capable of simplifying the assembly of the electric fence has been demanded.

  The present invention has been made in view of the above points, and an object of the present invention is to provide an electrical fence conductor that can simplify the assembly of an electrical fence.

  In order to achieve the above object, an electric fence electrical conductor of the present invention has a first planar member having a planar shape, a planar shape, and substantially perpendicular to the first planar member. And a second planar member to which a conductive conductor is attached.

  Here, the second planar member having a planar shape and attached to the first planar member so as to be able to stand substantially vertically and having a conductive conductor attached thereto. Of the members necessary for the electric fence, the members other than the power supply device and the column, the appliance for attaching the column to the second plane member, and the power supply device can be assembled simply by raising the second plane member.

  In addition, the second planar member attached so as to be able to stand substantially vertically with respect to the first planar member is surrounded by the second planar member in the region surrounded by the electric fence conductor of the present invention. It is difficult for wild animals to penetrate through the second planar member into the area.

  In addition, the second planar member can be stably erected by the first planar member having a planar shape.

  Moreover, in order to achieve said objective, the electric fence electrically-conductive tool of this invention has a 1st plane member to which the 1st conductor which has a planar shape and was equipped with 1st electroconductivity was attached, and a plane. A second planar member having a shape and attached to the first planar member so as to be able to stand substantially vertically and having a conductive second conductor attached thereto. Prepare.

  Here, the second plane has a planar shape and is attached to the first planar member so as to be able to stand substantially vertically and to which a second conductor having conductivity is attached. Of the members necessary for the electric fence, the members other than the power supply device and the column, the instrument for attaching the column to the second plane member, and the power supply device can be assembled simply by raising the second plane member.

  In addition, the second planar member attached so as to be able to stand substantially vertically with respect to the first planar member is surrounded by the second planar member in the region surrounded by the electric fence conductor of the present invention. It is difficult for wild animals to penetrate through the second planar member into the area.

  In addition, the second planar member can be stably erected by the first planar member having a planar shape.

  Moreover, the wild animal is both the first conductor and the second conductor by the first planar member to which the first conductor is attached and the second planar member to which the second conductor is attached. It is possible to make it easier to pass electricity to wild animals by touching.

  In the electric fence conductor of the present invention, the second planar member is a plurality of linear members that are positioned substantially parallel to the first planar member when the second planar member stands up. And a plurality of longitudinal linear members that are attached substantially perpendicular to the lateral linear member, are linear, and have through-holes formed therethrough. And a space is formed in a region surrounded by the horizontal linear member and the vertical linear member, and the conductor attached to the second planar member is linear. Can do.

In this case, the conductor can be easily attached to the second planar member.
Moreover, even if a strong wind hits the second planar member, the second plane member is unlikely to fall down because the wind passes through the space.

  Furthermore, in the electric fence electrical conductor of the present invention, when the first planar member is configured not to pass the plant, the growth of the plant in the range where the first planar member is arranged can be suppressed. The work of cutting a plant before assembling the electric fence using the electric fence electric conductor of the invention can be eliminated, or the work load can be greatly reduced.

  In the electric fence electrical conductor of the present invention, the second planar member has no through-hole penetrating between one surface and the other surface facing the surface, and is not light It can be set as the structure which has permeability | transmittance.

  In this case, since the wild animal cannot see the area surrounded by the electric fence conductor of the present invention through the second planar member, it feels psychologically uneasy, and the electric fence conductor of the present invention It is possible to make it difficult for wild animals to approach an enclosed area, for example, a field.

  In addition, it is possible to prevent a creature smaller than a normal mesh from entering the region surrounded by the electric fence electrical conductor of the present invention through the second planar member.

  Moreover, in the electric fence conductor according to the present invention, the first planar member, the first conductor, the second planar member, and the second conductor can be bent.

  In this case, the electric fence electric conductor of the present invention can be carried in a roll.

  The electric fence electric conductor according to the present invention can simplify the assembly of the electric fence.

It is the schematic which shows an example of the electric fence electrical conductor to which this invention is applied. It is the schematic enlarged view which expanded and showed a part of net | network with which the electric fence electric conductor to which this invention is applied is provided. It is the schematic which shows an example of the electric fence assembled using the electrically-conductive tool for electric fences to which this invention is applied. It is the schematic which shows the conventional electric fence.

Hereinafter, embodiments of the present invention will be described with reference to the drawings to facilitate understanding of the present invention.
FIG. 1 is a schematic view showing an example of an electric fence electrical conductor to which the present invention is applied. FIG. 2 is an enlarged schematic view showing a part of the net provided in the electric fence electrical conductor to which the present invention is applied.

The electric fence conductor 1 according to the present invention shown in FIG.
Here, the weedproof sheet 2 has a planar shape, and a plurality of stainless steel wires 3 having conductivity are attached to the weedproof sheet 2.
The weedproof sheet is an example of a first planar member, and the stainless steel wire is an example of a first conductor.

  In FIG. 1, a linear stainless steel wire is shown as an example of the first conductor. However, it may be conductive and curved so that the weedproof sheet, that is, the first planar member can be bent. For example, a plate-like stainless steel plate can be used.

Moreover, the weed prevention sheet 2 is a structure which cannot pass plants, such as a weed.
Specifically, for example, the weedproof sheet 2 is formed by weaving strips made of weather-resistant polypropylene vertically and horizontally, and there is almost no gap between the strips so that weeds and other plants do not pass through.

  Moreover, the stainless steel wire 3 is woven together with the belt body made of weather-resistant polypropylene, and is woven so as to alternately appear on both the front surface and the back surface of the weedproof sheet 2.

Further, the weedproof sheet, that is, the first planar member does not necessarily have to be formed by weaving a band, and for example, may be formed by laminating film sheets.
In this case, the stainless wire, that is, the linear first conductor is attached on the front surface and the back surface of the first planar member, and the first conductor on the front surface and the first conductor on the back surface. Are electrically connected.

The electric fence conductor 1 of the present invention includes a net 4.
Here, the net 4 has a planar shape.
The net 4 is attached to the weedproof sheet 2.
Further, the net 4 can stand substantially perpendicular to the weedproof sheet 2, and FIG. 1 shows a state in which the net 4 stands substantially perpendicular to the weedproof sheet 2.

That is, when the electric fence conductor 1 of the present invention is carried or stored, for example, the net 4 is in a state of being laid down on the grass protection sheet 2, and when the electric fence is installed, the net 4 Is raised.
In addition, since the standing state cannot be maintained only by the net 4, the standing state is maintained by being supported by a support column or the like.

The net 4 is attached to the weedproof sheet 2 without creating a gap between the net4.
Therefore, when the net and the weedproof sheet are separate, a gap is formed between the net and the weedproof sheet, and wild animals such as wild boar are surrounded by the net and the weedproof sheet through this gap. However, the electric fence conductor 1 according to the present invention can prevent grass without causing a gap between the net 4 and the herbicidal sheet 2. Since it is attached to the seat 2, no such damage occurs.

  Further, the net 4 includes a first bare wire 5 having conductivity, a second bare wire 6 having conductivity, a third bare wire 7 having conductivity, and a fourth wire having conductivity. A bare electric wire 8 is attached.

  The first bare wire 5, the second bare wire 6, the third bare wire 7, and the fourth bare wire 8 are arranged substantially parallel to each other.

  Further, the first bare electric wire 5, the second bare electric wire 6, the third bare electric wire 7, and the fourth bare electric wire 8 are in a state in which the net 4 stands up substantially perpendicular to the weedproof sheet 2. In FIG. 3, the weedproof sheet 2 is disposed substantially in parallel.

The first bare electric wire 5 is closest to the weedproof sheet 2 among the first to fourth bare electric wires (5 to 8) in a state where the net 4 stands substantially perpendicular to the weedproof sheet 2. Placed in position.
Further, the second bare electric wire 6 is disposed on the upper side in the substantially vertical direction of the first bare electric wire 5 in a state where the net 4 stands substantially perpendicular to the grass protection sheet 2.
Further, the third bare electric wire 7 is disposed on the upper side in the substantially vertical direction of the second bare electric wire 6 in a state in which the net 4 stands substantially perpendicular to the grass protection sheet 2.
Further, the fourth bare electric wire 8 is arranged on the upper side in the substantially vertical direction of the third bare electric wire 7 in a state where the net 4 stands substantially perpendicular to the grass protection sheet 2.

Moreover, the 1st bare electric wire 5 and the 2nd bare electric wire 6 are electrically connected by the up-and-down connection 9 which has electroconductivity.
Further, the second bare wire 6 and the third bare wire 7 are electrically connected by a vertical connection 9.
In addition, the third bare wire 7 and the fourth bare wire 8 are electrically connected by a vertical connection 9.

  The net is an example of a second planar member, and the first to fourth bare wires are an example of a linear second conductor.

  Moreover, as shown in FIG. 1, the direction where the 1st-4th bare electric wires (5-8) each extend, and the direction where the stainless steel wire 3 of the weed prevention sheet 2 is extended are substantially the same.

The net 4 has a plurality of lateral linear members 41 that are linear.
Here, the horizontal linear member 41 is positioned substantially parallel to the weedproof sheet 2 when the net 4 stands up.

  Although not shown, the transverse linear member 41 is formed by twisting a plurality of resin threads, such as nylon threads or polyethylene threads.

The net 4 has a plurality of longitudinal linear members 42 that are linear.
Here, the longitudinal linear member 42 is attached substantially perpendicular to the lateral linear member 41, and a through hole is formed therethrough.

Further, as shown in FIG. 2, the vertical linear member 42 specifically includes, for example, a first vertical linear body 42A, a second vertical linear body 42B, and a third vertical linear body 42C. It is formed of a fourth vertical line 42D.
Further, the first vertical line body 42A, the second vertical line body 42B, the third vertical line body 42C, and the fourth vertical line body 42D are a plurality of resins constituting the horizontal linear member 41. The manufactured yarn extends in a direction substantially perpendicular to the transverse linear member 41.

  In addition, the longitudinal linear member 42 is formed of a plurality of longitudinal linear bodies extending in the same direction, that is, in a direction substantially perpendicular to the lateral linear member 41, as shown in FIG. In addition, a space, that is, a through-hole 42 </ b> E is formed between the vertical line bodies.

  Further, as shown in FIG. 2, a space, that is, a mesh 10 is formed in a region surrounded by the horizontal linear member 41 and the vertical linear member 42.

Further, the first bare electric wire 5 shown in FIG. 2 includes an insulated twisted cord 5A formed by twisting a plurality of insulating yarns, that is, polyester yarns, and a stainless steel wire woven into the insulated twisted cord 5A. And 5B.
Here, since the stainless steel wire 5B is woven into the insulated twisted string 5A, the exposed portion and the hidden portion of the stainless steel wire 5B exist.

  As shown in FIG. 2, the vertical connection 9 is connected to the first bare wire 5, and a knot 11 is formed at the connection point between the vertical connection 9 and the first bare wire 5.

Similarly to the first bare electric wire 5, the upper and lower connections 9 are composed of an insulating twisted string 9 </ b> A formed by twisting a plurality of insulating threads, that is, polyester threads, and a stainless steel woven into the insulating twisted string 9 </ b> A. It is formed with the line 9B.
Here, since the stainless steel wire 9B is woven into the insulated twisted string 9A, the exposed portion and the hidden portion of the stainless steel wire 9B exist.

  Further, since the exposed stainless wire 5B of the first bare wire 5 and the stainless wire 9B of the upper and lower connection 9 are in contact with each other, the first bare wire 5 and the upper and lower connection 9 are electrically connected. .

  The first bare electric wire 5 is attached to the net 4 by being inserted into a through hole 42 </ b> E formed in the longitudinal linear member 42.

  Although not shown, the second bare wire 6, the third bare wire 7, and the fourth bare wire 8 have the same configuration as the first bare wire 5, and the first bare wire 5 In the same manner as described above, it is inserted into a through hole 42 </ b> E formed in the longitudinal linear member 42 and attached to the net 4.

  Moreover, the weedproof sheet 2, the stainless steel wire 3, the net | network 4, and the 1st-4th bare electric wires (5-8) can be bent.

  Although the example in which the stainless steel wire, that is, the first conductor is attached to the weedproof sheet, that is, the first planar member has been described, the first conductor may not necessarily be attached to the first planar member.

  However, if the second conductor is attached to the net, ie, the second planar member, and the first conductor is attached to the first planar member, the first conductor is attached to the first planar member. Compared to the case where is not attached, it is preferable because the wild animal can be in contact with both the first conductor and the second conductor and easily conduct electricity to the wild animal.

Further, in the electric fence electrical conductor of the present invention, the net, that is, the second planar member does not necessarily have the horizontal linear member and the vertical linear member, and does not necessarily have the horizontal linear shape. A mesh, that is, a space may not be formed in a region surrounded by the members and the longitudinal linear members.
In addition, the second conductor is not necessarily linear.

  However, the second planar member has a lateral linear member and a longitudinal linear member, and a space is formed in a region surrounded by the lateral linear member and the longitudinal linear member. If the second conductor is linear, it is preferable because the second conductor can be easily attached by inserting the second conductor through a through-hole formed in the longitudinal linear member. .

Further, with such a configuration, even if a strong wind hits the second planar member, the wind passes through the space, so that the second planar member is unlikely to fall down.
Moreover, if it is such a structure, it is possible to attach a linear 2nd conductor with a large diameter to a 2nd plane member.

  On the other hand, in the electric fence electrical conductor of the present invention, the second planar member has no through-hole penetrating between one surface and the other surface facing the surface, and the light It can be set as the structure which has non-permeability.

In this case, since wild animals such as wild boar cannot see the region surrounded by the electric fence conductor of the present invention through the second planar member, they feel psychological anxiety. It is possible to make it difficult for a wild animal to approach an area surrounded by a conductive tool, for example, a field.
Furthermore, since no through hole is formed at all, it is possible to prevent a creature smaller than a normal mesh from entering the region surrounded by the electric fence conductor of the present invention through the second planar member. Can do.

  Moreover, in the electric fence electrical conductor of the present invention, the weedproof sheet, that is, the first planar member may not necessarily have a configuration that does not pass through plants. That is, the first planar member can also be configured to pass through plants.

  However, if the first planar member is configured so as not to pass through the plant, the growth of the plant in the range where the first planar member is disposed can be suppressed. The operation of cutting the plant before assembling the fence can be eliminated, or the work burden can be greatly reduced, which is preferable.

  Moreover, in the electric fence electric conductor of the present invention, the weedproof sheet, that is, the first flat member, the stainless wire, that is, the first conductor, the net, that is, the second flat member, and the first to fourth bare wires, that is, The second conductor is not necessarily bendable.

However, if the first planar member, the first conductor, the second planar member, and the second conductor are bendable, the electric fence electrical conductor of the present invention is wound around and carried in a parabolic shape. This is preferable.
Of course, even when the first conductor is not attached to the first planar member, the first planar member, the second planar member, and the conductor attached to the second planar member are arranged. It can be bendable.

  FIG. 3 is a schematic view showing an example of an electric fence assembled using the electric fence electric conductor to which the present invention is applied.

  An electric fence 1A shown in FIG. 3 is a power supply device for an electric fence capable of applying a predetermined voltage, for example, a voltage of about 8,000 V, to insulating posts 12 having insulation properties and first to fourth bare wires (5 to 8). 15.

  That is, the insulation support | pillar 12 is attached to the net | network 4 which stood substantially perpendicular | vertical with respect to the weed prevention sheet | seat 2 of the electric fence conductor 1 of this invention using the net attachment tool 13. FIG.

  Moreover, the weedproof sheet 2 of the electric fence conductor 1 according to the present invention is pressed against the ground 21 by the weedproof sheet pressing pile 14 and fixed to the ground 21.

Although not shown, the electric fence power supply 15 has a built-in voltage application circuit.
The voltage application circuit is electrically connected to the output terminal 16 of the electric fence power supply device 15.

One end of the output line 18 is electrically connected to the output terminal 16, and the other end of the output line 18 is electrically connected to the fourth bare wire 8.
That is, the voltage application circuit is electrically connected to the fourth bare wire 8 and the output line 18.

  The voltage application circuit can apply a predetermined voltage, for example, a voltage of about 8,000 V, to the first to fourth bare wires (5 to 8).

In addition, one end of a ground wire 19 is electrically connected to the ground terminal 17 of the power supply device 15 for the electric fence, and a ground rod 20 is electrically connected to the other end of the ground wire 19.
Further, the ground bar 20 is buried in the ground.

An example of a procedure for installing the electric fence 1A will be described.
When there is a lot of undergrowth at the installation location and the electric fence conductor 1 of the present invention cannot be stably disposed, the undergrowth is mowed.

Next, the electric fence conductor 1 of the present invention is placed at the installation location while being appropriately extended.
Then, the insulating support column 12 is erected in the vicinity of the place where the net 4 is attached to the grass prevention sheet 2, and the net 4 is erected to connect the upper edge of the net 4 and the upper side of the insulating support column 12 to the net attachment 13 Secure with.

  Furthermore, the weedproof sheet pressing pile 14 is driven in about every 1 meter along the edges on both sides of the weedproof sheet 2 of the electric fence conductor 1 of the present invention.

Further, the other end of the output line 18 whose one end is connected to the output terminal 16 of the electric fence power supply device 15 is connected to the fourth bare wire 8.
Moreover, the earthing | grounding rod 20 connected to the other end of the earthing | grounding wire 19 which one end was connected to the earthing terminal 17 of the power supply apparatus 15 for electric fences is embedded in the ground.

Further, an impact current flows in the electric fence 1A shown in FIG. 3 in the direction indicated by the arrow.
That is, the impact current flows from the output terminal 16 of the electric fence power supply device 15 through the output line 18 to the fourth bare wire 8.

  In addition, the third bare wire 7 and the fourth bare wire 8, the second bare wire 6 and the third bare wire 7, and the first bare wire 5 and the second bare wire 6 are respectively connected by the vertical connection 9. Since they are electrically connected, the impact current that has flowed to the fourth bare wire 8 passes through the upper and lower connections 9, passes through the third bare wire 7, the second bare wire 6, and the first bare wire. It flows to 5.

  Therefore, when a wild animal such as a wild boar comes into contact with at least one of the first to fourth bare electric wires (5 to 8), the hind legs of the wild animal at that time are also applied to the stainless steel wire 3 of the grass prevention sheet 2. Since they are in contact, the shock current flows through the body of the wild animal, passes through the ground, flows through the ground wire 19 of the electric fence power supply device 15, and flows again to the electric fence power supply device 15.

  As a result, wild animals are shocked and repelled.

  As described above, the electric fence conductor of the present invention includes the net, that is, the second planar member, the second planar member has a planar shape, and the weedproof sheet, that is, the first planar member. On the other hand, since the first to fourth bare electric wires, i.e., the second conductors, are attached so as to be able to stand substantially vertically, only the second planar member is raised. Thus, among the members necessary for the electric fence, members other than the power column, the column, the instrument for mounting the column on the second planar member, and the power supply device can be assembled.

  Moreover, since the electric fence electrical conductor of the present invention includes the first planar member having a planar shape, the second planar member can be stably erected.

  Moreover, since the electric fence conductor of the present invention includes the first planar member to which the first conductor is attached and the second planar member to which the second conductor is attached, the wild animal It is possible to easily conduct electricity to the wild animal by contacting both the first conductor and the second conductor.

  Therefore, the electric fence conductor of the present invention can simplify the assembly of the electric fence.

  In addition, since the electric fence conductor according to the present invention includes the second planar member attached so as to be able to stand substantially vertically with respect to the first planar member, the electric fence conductor according to the present invention is provided. It is difficult for a wild animal to enter through the second planar member in the enclosed region, that is, the region surrounded by the second planar member.

Further, the second planar member of the electric fence conductor of the present invention has a plurality of lateral linear members and a plurality of longitudinal linear members formed with through holes penetrating the first planar member. Since the second conductor is linear, the second conductor can be easily attached by inserting the second conductor into a through-hole formed in the longitudinal linear member.
Moreover, the 2nd conductor with a large diameter can be attached.

  Moreover, since the diameter of a 2nd conductor is large, while being able to improve the durability of a 2nd conductor, several 2nd conductors can be connected in the way which connects a string.

DESCRIPTION OF SYMBOLS 1 Electric fence conductor 1A Electric fence 2 Weed protection sheet 3 Stainless steel wire 4 Net 41 Horizontal direction linear member 42 Vertical direction linear member 42A 1st vertical line body 42B 2nd vertical line body 42C 3rd vertical line Body 42D 4th vertical line body 42E Through-hole 5 1st bare electric wire 5A Insulated twisted string 5B Stainless steel wire 6 2nd bare electric wire 7 3rd bare electric wire 8 4th bare electric wire 9 Vertical connection 9A Insulated twisted string 9B Stainless steel wire 10 Mesh 11 Knot 12 Insulation support 13 Net fixture 14 Weedproof sheet holding pile 15 Electric fence power supply device 16 Output terminal 17 Ground terminal 18 Output line 19 Ground wire 20 Ground rod 21 Ground

Claims (6)

A first planar member having a planar shape;
A second planar member having a planar shape and attached to the first planar member so as to be able to stand substantially vertically and having a conductive conductor attached thereto. Conductor for fences. A first planar member having a planar shape and having a conductive first conductor attached thereto;
A second planar member having a planar shape and attached to the first planar member so as to be able to stand substantially vertically and having a conductive second conductor attached thereto; Electrical conductor for electric fence. The second planar member is positioned substantially parallel to the first planar member when the second planar member stands up, and is a plurality of lateral linear members that are linear, and A plurality of longitudinal linear members that are attached substantially perpendicularly to the lateral linear members, are linear, and have through holes formed therethrough, and the lateral direction A space is formed in a region surrounded by the linear member and the longitudinal linear member,
The electric fence conductor according to claim 1 or 2, wherein the conductor attached to the second planar member is linear. The electric fence electrical appliance according to claim 1, 2, or 3, wherein the first planar member is configured not to pass a plant. The second planar member is not formed with a through-hole penetrating between one surface and the other surface facing the surface, and has a light non-transmitting property. The electric fence conductor as described in 1. The electric fence conductor according to claim 2, wherein the first planar member, the first conductor, the second planar member, and the second conductor are bendable.

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