KR102258416B1 - Panel for smash using magnetic - Google Patents

Abstract

The present invention relates to a breaking panel using magnetic force, and is attached to one side of the first hitting panel body and the second hitting panel body by bonding to each other to form a single breaking panel body, and to one side of the first hitting panel body. And a magnetic body that is attached to the other side of the second hitting panel body by magnetic force to keep the first hitting panel body and the second hitting panel body in a magnetic force. The martial arts can reduce the economic burden of purchasing pine boards used for batting or breaking practice by attaching the panel body for striking and then attaching it again with magnetic force, and controlling the strength of magnetic force by the number of magnetic bodies. The difficulty of breaking can be adjusted according to the skill level of the player, and the magnetic body that attaches the two hitting panel bodies with magnetic force can improve the visual effect of the performance when breaking by acting as a fragment after hitting.

Description

Panel for breaking using magnetic force{PANEL FOR SMASH USING MAGNETIC}

The present invention relates to a panel for breaking using magnetic force, and more particularly, to an invention for a panel for breaking using magnetic force, which is attached by magnetic force and can be recycled after hitting practice or breaking practice.

In general, martial arts martial arts such as taekwondo, kung fu, karate, special martial arts, etc., practice a kind of pumse consisting of basic movements and applied movements, and training between practitioners and breaking training for a trial or demonstration.

However, in the attacking techniques using hands and feet, such as screaming and kicking, a punching bag or a hand mitt held or held by an assistant is generally used as a target for hitting.

And, in the case of breaking, after preparing a pine board made of wood with a thin plate or a tiled ground made by mixing mortar and sand, and a brick, etc., the target is used as a target to destroy through the government screaming and kicking.

In particular, for breaking, disposable consumables such as pine boards, roof tiles, and bricks are required.This is necessary not only during demonstration breaking, but also during breaking training, which increases the economic burden on the trainees, which makes it impossible to properly perform many breaking training. do.

In addition, the above-mentioned breaking objects are easy to generate very sharp cutting surfaces when breaking, and if the assistant misses the breaking objects due to the strong breaking force of the demonstration after breaking, there is a risk of injury to the demonstrator or assistant by the sharp cutting surface of the scattering breaking objects. There is this.

In order to solve this problem, Korean Utility Model Registration No. 0240113'Break and Strike Exerciser' has been proposed.

Korea Utility Model Registration No. 0240113'Breaking and Strike Exerciser' includes a plate-shaped board and a breaking member that is detachably coupled to the board, but the breaking member is a structure that combines the board and the breaking member in a structure of a locking protrusion and a coupling groove. When practicing breaking or hitting, it is separated from the board and recombined again to be used.

However, Korea Utility Model Registration No. 0240113'breaking and hitting exerciser' has a problem that is difficult to reuse because the board and the breaking member are combined in a structure of a locking protrusion and a connecting groove. there was.

In addition, Korean Utility Model Registration No. 0240113'breaking and hitting exerciser' has a problem in that it frequently breaks down due to damage to the stumbling protrusion during use, and has a limited number of recycling due to poor durability.

In addition, Korean Utility Model Registration No. 0240113'breaking and hitting exerciser' has a preset minimum force for separating the breaking member because it cannot control the coupling force between the locking projection and the coupling groove, according to the skill level of the martial arts during breaking or batting practice. There was a problem that the difficulty of breaking could not be adjusted.

1) Korea Utility Model Registration No. 0240113'Break and Strike Exerciser' (Registered on July 16, 2001)

An object of the present invention is to provide a breaking panel using magnetic force that can be recycled by attaching two panel bodies for hitting by magnetic force, separated by hitting, and then attached again by magnetic force.

Another object of the present invention is to provide a breaking panel using magnetic force capable of adjusting the adhesion strength of the hitting panel body by the number of magnet bodies attaching the two hitting panel bodies by magnetic force.

Another object of the present invention is to provide a breaking panel using magnetic force in which a magnet body attaching two hitting panel bodies by magnetic force can serve as fragments after hitting.

In order to achieve the above object, an exemplary embodiment of a breaking panel using magnetic force according to the present invention is a first and second panel body for hitting each other to form a single panel for breaking, and the first It is attached by magnetic force to one side of the panel body for hitting and is attached by magnetic force to the other side of the second hitting panel body to keep the first hitting panel body and the second hitting panel body in contact with each other by magnetic force. It characterized in that it comprises a magnet body to let.

In the present invention, a first magnet insertion groove into which a part of the magnet body is inserted is positioned on one side of the first hitting panel body, and the rest of the magnet body is inserted on the other side of the second hitting panel body. The second magnet insertion groove may be positioned.

In the present invention, the magnet body may serve as a fragment while being separated from the first hitting panel body and the second hitting panel body when the first hitting panel body and the second hitting panel body are hit.

In the present invention, the magnet body includes a plurality of magnet members, and the first magnet insertion groove is spaced apart from one side of the first hitting panel body and is positioned in a plurality, and is formed so that a part of the magnet member is inserted. , The second magnet insertion groove may be spaced apart from the other side of the second hitting panel body and positioned in a plurality, and may be formed to insert the rest of the magnet member.

In the present invention, a magnetic body attached by magnetic force to the magnet body is positioned inside the first and second hitting panel bodies, and the magnetic body is positioned corresponding to the first magnet insertion groove. In a plurality of spaced apart from the inside of the first hitting panel body, each of the magnetic members inserted into each of the first magnet insertion grooves are attached by magnetic force, and the second magnetic insertion groove is positioned at a position corresponding to the second magnetic insertion groove. Each of the magnetic members that are spaced apart from the inside of the second hitting panel body and inserted into each of the second magnet insertion grooves may be attached by magnetic force.

In the present invention, the magnet member is formed in a ball shape, and may be formed as a rubber magnet.

In the present invention, the magnet body may further include an elastic line member connecting the plurality of magnet members.

In the present invention, a first line insertion groove in which a part of the elastic line member is inserted is positioned between the first magnet insertion grooves on one side of the first hitting panel body, and the other side of the second hitting panel body A second line insertion groove in which the rest of the elastic line member is inserted may be positioned between the second magnet insertion grooves on the side surface.

The present invention has the effect of reducing the economic burden associated with the purchase of pine boards used for striking or breaking practice by attaching two panel bodies for striking by magnetic force, separating them into striking, and then attaching them back to magnetic force to be recycled.

In the present invention, the degree of breaking difficulty can be adjusted according to the skill level of martial arts by adjusting the strength of the magnetic force with the number of magnetic bodies attaching the two strike panel bodies with magnetic force. It has the effect of improving practice efficiency when practicing.

The present invention has the effect of improving the visual effect of the performance during breaking while the magnetic body attaching the two hitting panel bodies by magnetic force acts as a fragment after hitting.

1 is an exploded perspective view showing an embodiment of a breaking panel using magnetic force according to the present invention.
Figure 2 is a cross-sectional view showing an embodiment of a panel for breaking using magnetic force according to the present invention.
Figure 3 is a schematic diagram showing an example of the use of the panel for breaking using magnetic force according to the present invention.

The present invention will be described in more detail.

The preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Prior to the detailed description of the present invention, terms or words used in the present specification and claims to be described below should not be construed as being limited to their conventional or dictionary meanings. Accordingly, the embodiments described in the present specification and the configurations shown in the drawings are only the most preferred embodiments of the present invention, and do not represent all the technical spirit of the present invention. It should be understood that there may be equivalents and variations.

1 is an exploded perspective view showing an embodiment of a breaking panel using magnetic force according to the present invention, and FIG. 2 is a cross-sectional view showing an embodiment of a breaking panel using magnetic force according to the present invention.

An embodiment of a breaking panel using magnetic force according to the present invention will be described in detail below with reference to FIGS. 1 and 2.

An embodiment of a breaking panel using magnetic force according to the present invention includes a first panel body 100 and a second panel body 200 for hitting each other to form one panel for breaking.

The first hitting panel body 100 and the second hitting panel body 200 are bonded to each other by a magnet body 300 and separated when hitting.

The magnet body 300 is magnetically attached to one side of the first hitting panel body 100, and magnetically attached to the other side of the second hitting panel body 200, so that the first hitting panel body 100 And the second hitting panel body 200 is maintained in a magnetically bonded state.

The magnet body 300 is magnetically attached to one side of the first hitting panel body 100 and the second hitting panel body 200 facing each other by magnetic force, so that the first hitting panel body 100 and the second hitting panel body 100 and the second hitting panel body 200 are attached to each other by magnetic force. It maintains the hitting panel body 200 in a magnetically attached state.

The first hitting panel body 100 and the second hitting panel body 200 are made of a synthetic resin material or a non-magnetic material such as wood, and the inside of the first hitting panel body 100 and the second hitting panel Magnetic bodies 400 attached to the magnet body 300 by magnetic force are positioned inside the sieve 200, respectively.

The magnetic body 400 may be a material that can be magnetically attached to a magnet, that is, a ferromagnetic material such as iron, nickel, cobalt manganese, or made of a material including a ferromagnetic material, so that it can be attached to the magnet body 300 by magnetic force. It should be noted that it may be another magnet that has magnetism.

In the present invention, in order to increase the adhesion strength with the magnet body 300, it is assumed that it is another magnet having magnetism.

A first magnet insertion groove 110 into which a part of the magnet body 300 is inserted is positioned on one side of the first hitting panel body 100, and a magnet body is located on the other side of the second hitting panel body 200. The second magnet insertion groove 210 into which the rest of the 300 is inserted is positioned.

The magnet body 300 is separated from the first hitting panel body 100 and the second hitting panel body 200 when the first hitting panel body 100 and the second hitting panel body 200 and the second hitting panel body 200 By playing a role, it can improve the visual effect of the performance when it is defeated.

The magnet body 300 includes a plurality of magnet members 310, and the first magnet insertion groove 110 is spaced apart from one side of the first hitting panel body 100 and is positioned in plurality, and the magnet member 310 ) Is formed to be inserted, and the second magnet insertion groove 210 is spaced apart from the other side of the second hitting panel body 200 and positioned in plural, and the rest of the magnet member 310 is formed to be inserted. do.

In addition, the magnetic body 400 is located in a plurality of spaced apart from the inside of the first hitting panel body 100 at a position corresponding to the first magnet insertion groove 110 and inserted into each of the first magnet insertion grooves (110). Each of the magnet members 310 can be attached by magnetic force.

In addition, the magnetic body 400 is located in a plurality of spaced apart from the inside of the second hitting panel body 200 at a position corresponding to the second magnet insertion groove 210 and inserted into each of the second magnet insertion grooves 210 Each of the magnet members 310 can be attached by magnetic force.

That is, the plurality of first magnet insertion grooves 110 and the plurality of second magnet insertion grooves 210 are respectively positioned to correspond to each other, so that a portion of the magnet member 310 is inserted into the first magnetic insertion groove 110 and the magnet The rest of the member 310 may be inserted.

The plurality of magnet members 310 are selectively inserted into the plurality of first magnet insertion grooves 110 and the plurality of second magnet insertion grooves 210, respectively, according to the number of the first hitting panel body 100 and The strength of the magnetic force that couples the second hitting panel body 200 can be adjusted.

For example, when the number of the first magnetic insertion groove 110 and the second magnetic insertion groove 210 is six, the magnet members 310 may be inserted into all of the six, respectively, and 5 to 1 magnetic member ( The strength of the magnetic force that couples the first panel body 100 for hitting and the second panel body 200 for hitting by selectively inserting 310) into the first magnet insertion groove portion 110 and the second magnet insertion groove portion 210 Can be adjusted.

One embodiment of the panel for breaking using magnetic force according to the present invention is a martial arts by controlling the number of magnetic members 310 inserted into the plurality of first magnetic insertion grooves 110 and the plurality of second magnetic insertion grooves 210. The breaking difficulty can be adjusted according to the skill level of the player, so it is possible to practice breaking of various difficulties by adjusting the breaking difficulty.

On the other hand, the magnet member 310 is formed in a ball shape to prevent safety accidents when splashing into fragments.

In addition, the magnet member 310 is made of a rubber magnet so as not to cause an injury accident when it hits a person, such as a spectator or a hitter, or a helper who helps when hitting.

The magnet member 310 is formed in a ball shape, and is formed of a rubber magnet, so that an injury accident does not occur even if it bounces into fragments and hits a person, and safety during use can be ensured.

In addition, the first magnet insertion groove 110 and the second magnet insertion groove 210 are formed in a hemispherical groove shape so that half of the ball-shaped magnet member 310 can be inserted.

In addition, the magnet body 300 may further include an elastic line member 320 connecting the plurality of magnet members 310.

The elastic band member 320 connects a plurality of magnet members 310 to prevent accidents in which the plurality of magnet members 310 are lost as fragments, respectively, and each magnetic member 310 bounces far to the audience seats, making it uncomfortable for the audience. To prevent giving.

In addition, the elastic line member 320 is a first hitting panel body 100 and the second hitting panel body 200 is hit, and a plurality of magnet members 310 are connected to the first hitting panel body 100 and 2 When it is separated from the hitting panel body 200 and becomes fragments, it is elastically lengthened and the gap between the magnet members 310 is widened, causing a visual effect that the magnet members 310 spread more widely, and the magnet members 310 connected by a string It serves to further enhance the visual effect when the is fragmented.

In addition, the elastic line member 320 is a magnetic member 310 when the first hitting panel body 100 and the second hitting panel body 200 hits the first hitting panel body 100 and the second hitting. After being elastically lengthened by the impact generated while being separated from the panel body 200, the length is reduced again by the restoring force, so that the plurality of magnet members 310 can be placed in contact with each other when they finally fall on the ground.

A first line insertion groove 120 into which a part of the elastic line member 320 is inserted between the first magnetic insertion grooves 110 is positioned on one side of the first hitting panel body 100, and the second hitting On the other side of the panel body 200, a second line insertion groove 220 into which the rest of the elastic line member 320 is inserted between the second magnet insertion grooves 210 is positioned.

When the magnet member 310 is inserted into the first magnet insertion groove 110 and the second magnet insertion groove 210, respectively, the elastic line member 320 includes a first line insertion groove 120 and a second line insertion groove ( It is positioned between the first panel body 100 for hitting and the second panel body 200 for hitting each inserted into 220 and attached by magnetic force.

3 is a schematic diagram showing an example of the use of the panel for breaking using magnetic force according to the present invention, and referring to FIG. 3, the first panel body for hitting 100 and the second panel body for hitting 200 are hitting each other. When separated, the plurality of magnetic members 310 are separated from the first panel body 100 for hitting and the second panel body 200 for hitting by impact.

The separated plurality of magnet members 310 are connected to each other by the elastic string member 320, and the gap between them is further widened as the elastic string member 320 is increased, and is elastic by the elastic restoring force of the elastic string member 320. The line member 320 is increased and decreased repeatedly to increase the visual effect.

In addition, when the elastic force of the elastic string member 320 is weakened, the plurality of magnet members 310 are attached to each other by magnetic force and are united into one when they are close to each other, thereby limiting the distance traveled by the impact generated when hitting.

That is, the plurality of magnetic members 310 are the first panel body for hitting 100 and the second panel body for hitting 200 when the first hitting panel body 100 and the second hitting panel body 200 are hit. ) And finally fall on the ground, they are attached to each other by self-excitation and become united together to prevent safety accidents and loss of the magnet members 310 that may occur while each magnet member 310 is separated and flying away. can do.

The present invention has the effect of reducing the economic burden associated with the purchase of pine boards used for striking or breaking practice by attaching two panel bodies for striking by magnetic force, separating them into striking, and then attaching them back to magnetic force to be recycled.

The present invention can adjust the degree of breaking difficulty according to the skill level of martial arts by adjusting the strength of the magnetic force by the number of magnet bodies 300 attaching the two hitting panel bodies by magnetic force, so that breaking practice of various difficulties is possible by adjusting the breaking difficulty level. It has the effect of improving the practice efficiency during breaking practice by functioning.

The present invention has the effect of improving the visual effect of the performance during breaking while the magnet body 300 attaching the two hitting panel bodies by magnetic force acts as a fragment after hitting.

It should be noted that the present invention is not limited to the above-described embodiments, and various modifications can be made without departing from the gist of the present invention, which is included in the configuration of the present invention.

100: first hitting panel body 110: first magnet insertion groove
120: 1st line insertion groove 200: 2nd hitting panel body
210: second magnet insertion groove 220: second row insertion groove
300: magnet body 310: magnet member
320: elastic string member 400: magnetic body

Claims (8)

A first hitting panel body and a second hitting panel body forming one breaking panel by sticking to each other; And
Magnetically attached to one side of the first hitting panel body and magnetically attached to the other side of the second hitting panel body so that the first hitting panel body and the second hitting panel body were magnetically attached to each other. It includes a magnet body to keep it in a state,
The magnet body is separated from the first hitting panel body and the second hitting panel body when the first hitting panel body and the second hitting panel body are hit and acts as a fragment. Panel for breaking.
The method according to claim 1,
A first magnet insertion groove into which a part of the magnet body is inserted is positioned on one side of the first hitting panel body, and a second magnet body is inserted into the other side of the second hitting panel body. Breaking panel using magnetic force, characterized in that the magnet insertion groove is located.
delete The method according to claim 2,
The magnet body includes a plurality of magnet members, and the first magnet insertion groove is spaced apart from one side of the first hitting panel body and is positioned in a plurality, and is formed to insert a portion of the magnet member. 2. A panel for breaking using magnetic force, characterized in that a plurality of magnet insertion grooves are spaced apart from the other side of the second hitting panel body and positioned in a plurality, and the remaining portions of the magnet member are inserted therein.
The method of claim 4,
Magnetic bodies that are magnetically attached to the magnet body are positioned inside the first hitting panel body and the second hitting panel body,
The magnetic body is positioned in a plurality of positions to be spaced apart from the inside of the first strike panel body at a position corresponding to the first magnet insertion groove, so that each of the magnetic members inserted into each of the first magnetic insertion grooves is attached by magnetic force. , Wherein a plurality of magnetic members are positioned to be spaced apart from the inside of the second hitting panel body at positions corresponding to the second magnet insertion grooves so that each of the magnetic members inserted into each of the second magnetic insertion grooves is attached by magnetic force. Panel for breaking using magnetic force.
A first hitting panel body and a second hitting panel body forming one breaking panel by sticking to each other; And
Magnetically attached to one side of the first hitting panel body and magnetically attached to the other side of the second hitting panel body so that the first hitting panel body and the second hitting panel body were magnetically attached to each other. It includes a magnet body to keep it in a state,
A first magnet insertion groove into which a part of the magnet body is inserted is positioned on one side of the first hitting panel body, and a second magnet body is inserted into the other side of the second hitting panel body. The magnet insertion groove is located,
The magnet body includes a plurality of magnet members, and the first magnet insertion groove is spaced apart from one side of the first hitting panel body and is positioned in a plurality, and is formed so that a part of the magnet member is inserted. 2 The magnet insertion groove is spaced apart from the other side of the second hitting panel body and positioned in a plurality, and is formed to insert the rest of the magnet member,
The magnetic member is formed in a ball shape, a panel for breaking using magnetic force, characterized in that the rubber magnet.
The method of claim 6,
The magnet body is a breaking panel using magnetic force, characterized in that it further comprises an elastic line member connecting the plurality of magnetic members.
The method of claim 7,
A first line insertion groove into which a part of the elastic line member is inserted between the first magnet insertion grooves is positioned on one side of the first hitting panel body, and the other side of the second hitting panel body is provided with the Breaking panel using magnetic force, characterized in that a second line insertion groove into which the rest of the elastic line member is inserted is positioned between the second magnet insertion grooves.

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