JP4138847B1 - Structure of anti-monkey net for monkey measures - Google Patents

Abstract

There is a beast-prevention net system that repels harmful beasts such as monkeys adopting a configuration in which conventional plus / minus conductive net materials are alternately arranged on net materials. However, there is not enough explanation about making the net material suitable for the site, and there is no explanation of how the knot repellent added net material is knotted and how it is placed on the antibacterial net, A structure that makes these clear and a construction system for animal nets are desirable.
[Structure] The present invention is for a plush or minus pole in which a first colored net twisted yarn composed of a synthetic resin net twisted yarn and a repellent-added net twisted yarn, a green second net twisted yarn, or a wire twisted Colored plus / minus conductive net twisted yarns knotted with conductive twisted yarn, the first net twisted yarn melts into the sky, disturbs the presence of the animal net, and the second net twisted yarn blends into the field crops, It is a blitz net structure that disturbs the existence of the net and prevents monkeys from flying.
[Selection] Figure 1

Description

The present invention relates to a pest, deer, monkey, raccoon dog, frog, mole, mouse, etc., and mainly relates to a structure of an anti-monkey net that can cope with monkeys .

  Conventionally, with regard to the method of installing a net for preventing pests and the structure of the net, it has not always been sufficient and has been roughly prevented because it has mainly been aimed at avoiding the arrival or invasion of the entire pest. Intended to be. Therefore, the current situation is that the response has not been sufficiently effective.

  Based on the current situation, prior documents are listed. Since there are the following documents (1) to (4), the contents thereof will be described in order below.

  Document (1) is a “monkey damage prevention device” disclosed in Japanese Patent Laid-Open No. 6-225680. The outline of the document (1) is a net stretched between a number of struts provided on a boundary line for preventing monkeys from entering, A monkey harm prevention device provided with a bare wire hanging vertically or obliquely at the top of the net and a power supply device that sends an impact current to the bare wire, and sends a signal indicating the state of the impact current flowing through the bare wire. Receive signals at a remote location such as home and monitor by remote operation via the state of shock current, or remotely monitor weeds, etc. when there is no impact on monkeys when a weed or the like touches a bare wire By doing so, for example, it is possible to reduce the labor of the farmer and to effectively prevent damage caused by monkeys that damage the harvest of fruits and the like.

  Document (2) is “Battle net” in Japanese Utility Model Publication No. Hei 6-19483, and the outline is that a part of the net leg constituting the net body for the anti-life is a negative energizing net leg. The other part is formed with a positive current-carrying mesh leg, and an electrode is connected to each conductive mesh leg to establish a current-carrying state. An impact is applied through contact in this current-carrying state to prevent the invasion of pests. It is intended to provide a net for animal protection capable of dealing with almost all pests.

  Reference (3) is an “electric fence” disclosed in Japanese Patent Application Laid-Open No. 8-11205. The outline of this is that a bare electric wire is provided with a plurality of positive poles on the upper edge of the fence body formed of a conductive material. A net is attached to the lower fence body, the negative pole is grounded in the ground, and connected to the net, and an impact current is passed through the route of bare wire → monkey → fence body → ground wire → ground. By touching bare wires and ground wires, it is intended to strike and repel pests.

  Further, document (4) is “Anti-animal system, anti-net and anti-net net locking ring” disclosed in Japanese Patent Application Laid-Open No. 2003-219788. The outline is twisted several fibers made of synthetic resin. A net for animal protection, in which a conductive net material made by twisting several fibers and wires made of synthetic resin is knitted at appropriate intervals, and weighted ropes are arranged on the upper and lower ends. The beast net is stretched on a flexible pole standing on the farmland, orchard, etc., and the lower part of the beast net is extended to the ground when this is stretched. In addition, a rope with a weight is placed on the ground to prevent the intrusion of monkeys that invade along the ground. , It is a structure that shocks (shock), and is outdoors and / or in the mountains Even in situations where it is exposed to snow, or in severe use situations such as monkeys or other harmful beasts flying due to their habits, they are effective in preventing animals and reducing damage to them. It is intended to simplify the structure and reduce costs, and to facilitate and simplify installation work and handling.

JP-A-6-225680 Utility Model 6-19483 Japanese Patent Laid-Open No. 8-112555 JP2003-219788

  References (1) to (3) are structures that use a conductive animal net and a negative pole in the ground. Place your feet on the ground and place your nose, legs, hands, etc. on the animal net. It is a beast defense device that provides an electric shock in a state where an operation of contacting a part of the body has been achieved. Therefore, the effectiveness against harmful pests flying in the air, such as monkeys, is quite questionable. And if it is an expert who knows the operation | movement and / or behavior of this monkey, it is a matter understandable naturally.

  Documents (1) to (3) show that in an apparatus and / or a structure in which a beast net and a conductive member are separately installed, installation / stretching work and / or setup thereof is troublesome or Specialists are required for the installation / stretching of the beast net and the wiring of the conductive members, and it takes time to install and / or work, and also prepare, carry in, transport, etc. of various members and equipment, In storage and the like, there are problems such as requiring labor and space.

  Reference (2) has a structure in which a large number of negative and positive current-carrying net legs are provided for the net body constituting the body of the animal protection, and when the two current-carrying net legs are in contact with each other, an electric shock is given to the pests. is there. However, there are some situations where this minus-plus-current netting leg is avoided and invades, and it is considered that the anti-beast effect is questioned or the frequency of lightning is reduced. Each of the minus and plus current carrying net legs has a single wire shape, and when it is broken due to a short circuit or the like, it does not function, and it is considered that it is not sufficient as a pest control measure.

  Reference (4) is a structure in which plus / minus conductive net materials knotted with plus / minus conductive twisted yarns are alternately arranged on the net material. As a result, the effectiveness of the conventional problem, for example, against harmful beasts such as monkeys flying in the air, is secured, and the above-described drawbacks of the structure in which the negative pole is provided in the ground are eliminated. However, in this document (4), there is not enough explanation about making the net material suitable for the site, and how the net material with the repellent is knotted and what kind of animal net There is no description of how to arrange them, and a structure that makes them clear is desired.

The invention of claim 1 is characterized in that it is possible to provide a structure of an anti-animal net that can be easily and reliably stretched around the field and that can speed up the stretch. The invention of claim 1 can ensure the knot size of the animal net substantially uniformly throughout the field when the animal net is easily and reliably stretched around the field. Yes, when the monkeys fly, the number of overlapping parts of the animal protection net that can be gripped is reduced, and the monkey measures can also be used to maintain the dimensions of the animal protection net according to the distance between the flexible poles. As an optimal anti-between net structure. Furthermore, the invention of claim 1 is to bring a pole, a flexible pole, a beast net, a hanging rope, and an installation rope individually to the site, and at this site, one-touch and special A device for a monkey-proof animal net that can be stretched without being crafted.

According to the first aspect of the present invention, a flexible pole having a double annular portion is inserted into a large number of poles erected on the field, and a suspension rope is attached to the double annular portion at one end of the flexible pole. Lock, and the suspension rope is sequentially inserted into the animal net locking part, and after the insertion is completed, the animal net is locked to one end of the pole and / or flexible pole, The suspension rope is locked to the double annular portion of the flexible pole at a distance corresponding to the distance between the poles while the animal protection net is deployed, and the suspension rope and the animal protection net are suspended. In the structure of the anti-monkey net for anti-monkey that supports and installs the lower part of the anti-animal net so as to overlap the ground of the agricultural field, and surrounds the agricultural field with the anti-animal net.
The animal net is
A net twisted yarn made by twisting several synthetic resin fibers and a twisted yarn added with a repellent, a twisted net twisted yarn, a twisted net of several nylon fibers, and a repellent The first net twisted yarn composed of the added twisted yarn and colored amber,
Further, a net twisted yarn obtained by twisting several strands of the synthetic resin and a twisted yarn added with a repellent added to a net twisted yarn, a net twisted yarn obtained by twisting several polyethylene fibers, and a repellent The second net twisted yarn, which is composed of a twisted yarn to which an agent is added and colored green;
Furthermore, a net twisted yarn in which several polyethylene fibers are twisted together, and a positive conductive net twisted yarn colored in red by knotting with a conductive twisted yarn for a positive electrode obtained by twisting a wire,
In addition, it is composed of a net twisted yarn in which several polyethylene fibers are twisted, and a negative conductive net twisted yarn that is knotted with a negative electrode conductive twisted yarn formed by twisting a wire and colored black,
In the state where the first net twisted yarn colored in the amber color is arranged above and below the animal net, and the second net twisted yarn colored in green is arranged in the middle of the animal net and is stretched in the field. The first net twisted yarn melts into the sky and disturbs the presence of the animal net, and the second colored green thread twists into the field crops and disturbs the presence of the animal net, It is a structure of an anti-monkey anti-monkey net characterized in that the monkey is blitzed through a plus / minus conductive net twisted yarn .

According to the first aspect of the present invention, a flexible pole having a double annular portion is inserted into a large number of poles erected on the field, and is suspended from the double annular portion at one end of the flexible pole. The rope is locked, and the hanging rope is sequentially inserted into the animal net locking part, and after the insertion is completed, the animal net is locked to one end of the pole and / or the flexible pole, Then, while unfolding the animal net, the suspension rope is locked to the double annular portion of the flexible pole at an interval corresponding to the interval between the poles, and the suspension rope and the animal net are connected. In the structure of the anti-monkey anti-monkey net for monkey measures that supports the suspension and is installed so that the lower part of the anti-animal net is superimposed on the ground of the agricultural field, and surrounds the agricultural field with the anti-animal net.
The animal net is
A net twisted yarn made by twisting several synthetic resin fibers and a twisted yarn added with a repellent, a twisted net twisted yarn, a twisted net of several nylon fibers, and a repellent The first net twisted yarn composed of the added twisted yarn and colored amber,
Further, a net twisted yarn obtained by twisting several strands of the synthetic resin and a twisted yarn added with a repellent added to a net twisted yarn, a net twisted yarn obtained by twisting several polyethylene fibers, and a repellent The second net twisted yarn, which is composed of a twisted yarn to which an agent is added and colored green;
Furthermore, a net twisted yarn in which several polyethylene fibers are twisted together, and a positive conductive net twisted yarn colored in red by knotting with a conductive twisted yarn for a positive electrode obtained by twisting a wire,
In addition, it is composed of a net twisted yarn in which several polyethylene fibers are twisted, and a negative conductive net twisted yarn that is knotted with a negative electrode conductive twisted yarn formed by twisting a wire and colored black,
In the state where the first net twisted yarn colored in the amber color is arranged above and below the animal net, and the second net twisted yarn colored in green is arranged in the middle of the animal net and is stretched in the field. The first net twisted yarn melts into the sky and disturbs the presence of the animal net, and the second colored green thread twists into the field crops and disturbs the presence of the animal net, It is a structure of an anti-monkey anti-monkey net characterized in that the monkey is blitzed through a plus / minus conductive net twisted yarn .

Accordingly, the first aspect of the present invention has a feature that it is possible to provide a structure of an anti-animal net that can be easily and reliably stretched around the field, and that can speed up the stretch. The invention of claim 1 can ensure the knot size of the animal net substantially uniformly throughout the field when the animal net is easily and reliably stretched around the field. Yes, when the monkeys fly, the number of overlapping parts of the animal protection net that can be gripped is reduced, and the monkey measures can also be used to maintain the dimensions of the animal protection net according to the distance between the flexible poles. Can provide the best anti-brain net structure. Furthermore, the invention of claim 1 is to bring a pole, a flexible pole, a beast net, a hanging rope, and an installation rope individually to the site, and at this site, one-touch and special It is possible to provide an anti-monkey animal net device that can be stretched without being crafted.

  An example of the present invention will be described.

  First, the drawings will be explained. FIG. 1 shows that an animal net is stretched over the entire field, and a device such as a power source for supplying electricity to the animal net is installed. The field is surrounded by the animal net. FIG. 2 is an enlarged schematic view of a part of FIG. 1. And FIG. 3 to FIG. 15 explain in order an example of a method of surrounding the entire field with a beast net, and FIG. 3 is a schematic diagram in which poles are erected at appropriate intervals in the ground, For example, the interval is determined in consideration of the arrival of monkeys, topography, and the like. 4 is a schematic diagram showing a state in which the flexible pole is sequentially inserted into the pole standing upright in the ground, and FIG. 5 is a diagram showing the double annular portion of the flexible pole inserted into the pole in FIG. FIG. 6 is an enlarged schematic diagram showing, and FIG. 6 is an enlarged schematic diagram showing a state in which a hanging rope is locked to the double annular portion (rope holder) of the flexible pole inserted into the pole in FIG. 7 is a schematic diagram of a main part showing a state in which a binding tool for binding the knitting net locking portion above the animal protection net is released, and FIG. 8 is a diagram of at least the upper knitting net locking portion of the animal protection net. FIG. 9 is a schematic diagram showing a state in which the binding rope is opened and the hanging rope is inserted into the opened upper knitting net locking portion. FIG. 9 shows the upper knitting net locking portion inserted in the hanging rope. Move to one end of the pole and / or flexible pole, FIG. 10 is a schematic diagram showing the state. FIG. 10 shows a state in which the suspension rope is locked to the double annular portion of the flexible pole at intervals corresponding to the intervals between the poles. FIG. 11 is a schematic diagram for explaining a state in which the net opening of the net is maintained in the same state and the appearance of the animal net is secured. FIG. 11 is a diagram illustrating the state of FIG. At the interval corresponding to, it is locked to the double annular part of the next flexible pole, and the opening of the net of this animal net is maintained in the same state to ensure the appearance of this animal net. However, FIG. 12 is a schematic diagram illustrating a part of the process in the state of sequentially deploying, FIG. 12 is a schematic diagram illustrating a state in which the animal net is further deployed, and FIG. 13 is a state of FIG. , The anti-animal nets are deployed in sequence, and the final stage, pole and / or flexible pole FIG. 14 is a schematic diagram showing a state of moving to the other end, and FIG. 14 is a state in which it moves to the pole and / or the flexible pole of the other end as shown in FIG. FIG. 15 is a schematic view showing a suspension rope locked from one end of the pole and / or the flexible pole to the other end of the pole and / or the flexible pole. It is the schematic diagram which showed a part of the state where the net was stretched and the whole field was surrounded by this animal-proof net. 16-1 is an enlarged front view showing a substantially upper half of the animal net, and FIG. 16-2 is an enlarged front view showing a substantially lower half of the animal net.

  First, an example of a method for surrounding the entire field shown in FIGS.

  In this example, the rectangular field A shown in FIG. 1 is defined as an animal net B (a net twisted yarn 1 in which several synthetic resin fibers described later are twisted (hereinafter simply referred to as “twisted yarn 1”). ) And twisted yarn with repellent added to twisted net twisted yarn 2 (hereinafter referred to as “repellant added net twisted yarn 2”), plus and minus conductive net twisted yarn 3) and 4) and the rope 5 for hanging and the rope 6 for mounting are the main constituents), this field A takes into account the arrival of monkeys, topography, natural conditions, forest environment, etc. Then, a large number of poles 8 made of rigid cylinders are erected at appropriate intervals (see FIG. 3).

  Then, a flexible pole 10 having a double annular portion 1000 into which a suspension rope 5 with a weight can be fitted is inserted into the multiple poles 8 at the free end (see FIG. 4). The hanging rope 5 is locked to the double annular portion 1000 at one end of the flexible pole 10 (see FIG. 6). Then, from the free end 50 to the looped portion 200 (see FIG. 7) of the repellent-added net twisted yarn 2 of the animal net B which has been released, the free end 50 of the hooked suspension rope 5 is sequentially opened. Insert (see FIG. 8). After completion of this insertion, the animal net B is locked to one end 80, 1001 of the pole 8 and / or the flexible pole 10, and this one end 80, 1001 (one is possible in some cases). Is fixed (see FIG. 10), and at this time, as shown in FIG. 9, it is desirable to bring the animal net B to the one end portions 80 and 1001.

  Thereafter, the animal net B is spread over the entire suspension rope 5 and the suspension rope 5 is sequentially attached to the pole 8 (flexible pole 10) while ensuring that the animal net B is deployed. ) At the interval corresponding to the interval of () to the double annular portion 1000 of the flexible pole 10 (see FIG. 12), and the opening of the mesh B1 of the animal net B is the same in all the meshes B1. In order to secure the appearance of the animal net B, to make the resistance to the wind uniform, to prevent collapse, and to eliminate the catch of the monkey (see FIG. 13), the field A can be surrounded. The suspension rope 5 and the animal net B are suspended and supported on the flexible pole 10, and the lower part of the animal net B is installed so as to overlap the ground A1 of the field A. Sequentially equipped with weights for ground installation at the knitting net locking part below The ropes 6 are sequentially inserted, the field A is surrounded by the animal net B, and is locked to the other ends 81 and 1002 of the pole 8 and / or the flexible pole 10, and the other end 81 , 1002 (one of which is possible in some cases) is fixed (see FIG. 14). Through the above operations, the field A is surrounded by the animal net B, and the upper and lower parts of the animal net B are prevented from being blinded by the hanging rope 5 and the attachment rope 6. And prevention of the bending | flexion by hanging of a monkey or invasion prevention from the ground A1 is aimed at (refer FIG. 15).

Then, the plus / minus conductive net twisted yarns 3 and 4 of the animal net B are connected to a power source such as the battery 11. Therefore, the whole of the animal net B is energized through the energization of the plus / minus conductive net twisted yarns 3 and 4 and the flexible pole 10 is used to This is a structure of an anti-monkey anti-monkey net that prevents getting over and further prevents monkeys from entering through ground A1 .

  In addition, if the pole 8 and the flexible pole 10 ensure appropriate length, they will be fixed via a stopper (not shown), and the flexible pole 10 will be prevented from rotating. Further, the animal net B is locked to one end 80, 1001 or the other end 81, 1002 of the pole 8 and / or the flexible pole 10, and the other intermediate pole 8 and / or flexible pole. By using a structure that is not locked to 10, this animal net B will blow in the wind, making it difficult for the monkey to hold it, and securing the difficulty of holding the monkey itself. There are benefits to help. Note that locking the corner pole 8 and / or the flexible pole 10 is effective for maintaining the form of the animal net B and preventing blindness and / or peeling.

  Next, the structure of the net B for animal protection will be described. The first net twisted yarn 20 is composed of the net twisted yarn 1 and the repellent-added net twisted yarn 2, and the first net twisted yarn 20 is colored amber. A second net twisted yarn 21 composed of a net twisted yarn 1 and a repellent-added net twisted yarn 2, the second net twisted yarn 21 is colored green, and a plurality of polyethylene fibers are twisted together, and a wire 30 Plus conductive net twisted yarn 3 knotted with positive twisted conductive yarn 31, net twisted yarn 1 in which several polyethylene fibers are twisted, and conductive twisted yarn 40 for minus pole formed by twisting wire 30. The negative conductive net twisted yarn 4 knotted in FIG. 4 is structured such that the positive conductive net twisted yarn 3 is colored red and the negative conductive net twisted yarn 4 is colored black. Therefore, the first net twisted yarn 20 colored amber is arranged above and below the animal net B, and the second net twisted yarn 21 colored green is arranged in the middle of the animal net B, and is stretched on the field A. In this state, the first net twisted yarn 20 colored in amber color dissolves in the sky, disturbs the presence of the animal net B, and the second net twisted yarn 21 colored green blends in the crop A2 in the field A to prevent The present invention is characterized in that the presence of the beast net B is disturbed, the monkeys are prevented from flying, and the monkeys are blitzed via the plus / minus conductive net twisted yarns 3 and 4. The plus / minus conductive net twisted yarns 3 and 4 are individually colored, which is effective for facilitating management and / or connection and eliminating connection errors.

  In the figure, 32 indicates a nodule of the animal net B.

FIG. 1 is a partially omitted illustration showing an example in which an animal net is installed over the entire field, a device such as a power supply for supplying electricity to the animal net is installed, and the field is surrounded by the animal net. Bird's-eye view FIG. 2 is an enlarged schematic diagram showing a part of FIG. FIG. 3 is a schematic diagram in which poles are erected at appropriate intervals in the ground. For example, the intervals are determined in consideration of monkeys flying, topography, etc. FIG. 4 is a schematic diagram showing a state in which flexible poles are sequentially inserted into poles standing in the ground. FIG. 5 is an enlarged schematic diagram showing the double annular portion of the flexible pole inserted into the pole in FIG. FIG. 6 is an enlarged schematic view showing a state in which the suspension rope is locked to the double annular portion (rope holder) of the flexible pole inserted into the pole in FIG. FIG. 7 is a schematic diagram of a main part showing a state in which a binding tool for binding the knitting net locking portion above the animal protection net is opened. FIG. 8 is a schematic view showing a state in which the binding of at least the upper knitting net locking portion of the animal proof net is released and a hanging rope is inserted into the opened upper knitting net locking portion. FIG. 9 shows a state in which the upper knitting net locking portion inserted into the hanging rope is moved to one end of the pole and / or the flexible pole, and the animal net is locked thereto. Schematic diagram FIG. 10 shows a state in which the suspension rope is locked to the double annular portion of the flexible pole at intervals corresponding to the interval between the poles from the state of FIG. Schematic diagram explaining the state of maintaining the same state and securing the appearance of this animal net FIG. 11 shows a state in which the suspension rope is locked to the double annular portion of the next flexible pole from the state shown in FIG. 10 at an interval corresponding to the interval between the poles. Schematic diagram explaining a part of the process of the state that is deployed in order, while maintaining the same state, securing the appearance of this animal protection net, etc. FIG. 12 is a schematic diagram showing a state in which the animal net is further expanded from the state of FIG. FIG. 13 is a schematic diagram showing a state in which the animal net is instantaneously deployed from the state of FIG. 12 and moved to the pole at the other end and / or the flexible pole at the final stage. FIG. 14 is a schematic view showing a state where the pole net and / or the flexible pole is moved to the other end as shown in FIG. FIG. 15 shows a method of locking a suspension rope from one end of a pole and / or flexible pole to the other end of the pole and / or flexible pole, Schematic diagram showing a part of the entire field surrounded by this animal net FIG. 16-1 is an enlarged front view showing a substantially upper half of the animal net. FIG. 16-2 is an enlarged front view showing a substantially lower half of the animal net.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Net twisted yarn 2 Repellent addition net twisted yarn 200 Loop location 3 Positive conductive net twisted yarn 30 Wire 31 Positive conductive twisted yarn 4 Negative conductive net twisted yarn 40 Negative conductive twisted yarn 5 Suspension rope 50 Free end 6 Attachment rope 8 pole 80 one end 81 other end 10 flexible pole 100 double annular portion 1001 one end 1002 other end 11 battery 20 first net twisted yarn 21 second net twisted yarn 32 node A field A1 ground A2 crop B prevention Beast net B1 mesh

Claims (1)

Insert a flexible pole with a double annular part into a large number of poles standing on the field, and lock a suspension rope on the double annular part at one end of the flexible pole. The suspension rope is sequentially inserted into the animal net locking part, and after the insertion is completed, the animal net is locked to one end of the pole and / or flexible pole, and then the animal net is While being deployed, the suspension rope is locked to the double annular portion of the flexible pole at an interval corresponding to the interval of the pole, and the suspension rope and the animal net are suspended and supported. In the structure of the anti-monkey net for monkey measures, the lower part of the anti-animal net is installed so as to overlap the ground of the agricultural field, and the agricultural field is surrounded by the anti-animal net.
The animal net is
A net twisted yarn made by twisting several synthetic resin fibers and a twisted yarn added with a repellent, a twisted net twisted yarn, a twisted net of several nylon fibers, and a repellent The first net twisted yarn composed of the added twisted yarn and colored amber,
Further, a net twisted yarn obtained by twisting several strands of the synthetic resin and a twisted yarn added with a repellent added to a twisted net twisted yarn, a net twisted yarn obtained by twisting several polyethylene fibers, and a repellent A second net twisted yarn, which is composed of a twisted yarn to which an agent is added and colored green;
Furthermore, a net twisted yarn in which several polyethylene fibers are twisted together, and a positive conductive net twisted yarn colored in red by knotting with a conductive twisted yarn for a positive electrode obtained by twisting a wire,
In addition, it is composed of a net twisted yarn in which several polyethylene fibers are twisted, and a negative conductive net twisted yarn that is knotted with a negative electrode conductive twisted yarn formed by twisting a wire and colored black,
In the state where the first net twisted yarn colored in the amber color is arranged above and below the animal net, and the second net twisted yarn colored in green is arranged in the middle of the animal net and is stretched in the field. The first net twisted yarn melts into the sky and disturbs the presence of the animal net, and the second colored green thread twists into the field crops and disturbs the presence of the animal net, The structure of the anti-monkey anti-monkey net is characterized by lightning the monkey through the plus / minus conductive net twisted yarn.

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