Dynamic soccer board game

Abstract

The present invention relates to a board game in which players can play a soccer game using stick handles and, more specifically, to a dynamic soccer board game in which players compete by dribbling and shooting a soccer ball to score by controlling figures with stick handles, and which allows the players to smoothly play the game without interruption even when the players exert intense control and thus doubles the fun of the game.

Description

Dynamic Soccer Board Game

[0001] The present invention relates to a board game that allows one to enjoy a soccer game using a stick, and more specifically, to a dynamic soccer board game that allows one to compete for scores by dribbling and shooting a soccer ball with a figure controlled by a stick handle, and that allows one to play smoothly without interrupting the flow of the game even with aggressive control, thereby doubling the fun.

[0002] Generally, soccer is a game played with 11 players per team facing each other and trying to score the ball into the opponent's goal. Futsal, which is played with fewer players and smaller teams, is not much different in how the game is played.

[0003] Soccer is a sport enjoyed by both men and women, and even if you can't play in person, you can still cheer on your team by watching matches featuring famous players, as it is a very popular sport worldwide.

[0004] In this way, board games of various forms are being released to make it easier to enjoy soccer.

[0005] Looking at conventional soccer board games, the indoor mini soccer table disclosed in Patent Publication No. 10-2004-0005196 features a table-mounted handle that allows players to push and pull to move the defensive and offensive lines to either side, and rotate the handle to pass or shoot the ball. The aforementioned indoor mini soccer table is a typical board game known as table soccer.

[0006] The above-mentioned indoor mini soccer field has a soccer field on it, and the game is played by controlling soccer players who are fixed to multiple poles and trying to pass the soccer ball into the opponent's goal.

[0007] Also, in the case of other types of traditional soccer board games, the soccer players are fixed to the ground, but the game progresses by passing or shooting the soccer ball in the target direction by bouncing the soccer players who are fixed to the ground by springs.

[0008] In traditional soccer board games, soccer players are fixed to sticks or springs, and the ball can only be passed or shot when it comes to the soccer player, which has the disadvantage of making more active play or tactics impossible and reducing the fun.

[0009] While real-life soccer maximizes the fun of the game by having players actively run around the field, catch the soccer ball, and make tactical moves such as tackling, attacking, and defending, soccer implemented as a board game is completely unable to make such tactical moves, which reduces the fun and easily makes it boring.

[0010] Therefore, it is necessary to develop a soccer board game that can overcome the limitations of conventional soccer board games, such as the limited movement of soccer players, and allow for more active play, allowing for tactical play of tackles, offense, and defense, thereby doubling the fun and excitement.

[0011] [Prior Art Literature]

[0012] [Patent Document]

[0013] (Patent Document 1) KR 10-2004-0005196 (A) 2004.01.16.

[0014] (Patent Document 2) KR 10-2022-0008366 (A) 2022.01.20.

[0015] In order to solve the above-mentioned problem, the purpose of the present invention is to provide a dynamic soccer board game in which a moving part placed on a ground plate is controlled by magnetic force with a handle stick from below the ground plate, and a ball unit provided in each of the moving part and the handle stick is combined by a strong magnetic force, thereby reducing frictional resistance on the ground plate, thereby enabling dynamic play with natural and smooth movement.

[0016] Another object of the present invention is to provide a dynamic soccer board game in which a lubricant is applied to a lubricating portion formed along the circumference of a stick magnet that controls a moving part with magnetic force, so that the lubricant is applied to the bottom surface of a ground plate according to the movement of the stick handle, thereby enabling the stick handle to move smoothly with little friction, and friction and static electricity generated by friction between the ground plate and the stick handle can be reduced.

[0017] Another object of the present invention is to provide a dynamic soccer board game in which a lower protrusion protrudes downward on the lower surface of a stick plate in contact with the upper surface of the base plate, thereby reducing the contact area with the base plate and reducing friction, thereby allowing dynamic control of the stick handle with little force.

[0018] Another object of the present invention is to provide a dynamic soccer board game in which a second ball unit is provided protruding downwardly on a moving part on which a figure is provided, so that the bottom surface of the moving part does not directly contact the ground plate, thereby reducing friction, and increasing the magnetic force to reduce the possibility of the moving part coming off from the handle stick, while quickly following the movement of the stick magnet of the handle stick and minimizing the delay of the moving part according to the control of the stick handle.

[0019] Another object of the present invention is to provide a dynamic soccer board game that can maximize excitement with easy operation by forming a ground plate arranged on the base plate so that the slope thereof becomes more downward toward the center by providing corner supports and touchline supports at the corners and one side of the base plate, respectively, so that the soccer ball rolls toward the center where it is easy to dribble and hit along the slope of the ground plate.

[0020] Another object of the present invention is to provide a dynamic soccer board game in which the stick handles of both teams move on a single-layer moving layer formed between the base plate and the ground plate, thereby powerfully hitting the stick handle of the opponent and transmitting the impact to the opposing player, thereby producing dynamic play and significantly improving the feeling of playing actual soccer.

[0021] In order to achieve the above-described object, the present invention comprises: a board frame (100) having a game space provided inside surrounded by side walls, a first slit (120) formed on both sides in the direction of a touch line through which a soccer ball passes, a base plate (140) as a bottom surface, and a ground plate (150) indicating a soccer field ground on the base plate (140); a stick plate (310) penetrating through the first slit (120) from the outside of the board frame (100) and inserted into a moving layer (160) between the base plate (140) and the ground plate (150), a first ball unit (350) provided on an upper surface of the stick plate (310) to contact a lower surface of the ground plate (150), and a handle stick (300) arranged so that a plurality of stick magnets (342) are provided so as to sandwich the first ball unit (350); And it includes a moving part (410) that is placed on the ground plate (150) to hit a soccer ball, and a moving magnet (411) provided inside is coupled to the stick magnet (342) with the ground plate (150) in between; and a plurality of handle sticks (300) belonging to each of the two teams are all placed in the space of the same moving layer (160) so that the stick plates (310) of both teams come into contact.

[0022] In addition, the moving part (410) of the present invention further includes a second ball unit (412) that protrudes downward from the bottom surface and comes into contact with the upper surface of the ground plate (150).

[0023] In addition, the present invention further includes a receiving stand (200) which is arranged on the outside of the first slit (120) to receive a soccer ball that has passed through the first slit (120) of the board frame (100), and which has a through slit (210) formed through which the handle stick (300) passes simultaneously with the first slit (120).

[0024] In addition, the present invention further includes a corner support portion (141) arranged at a corner portion on the base plate (140) to form the inclination of the ground plate (150) to slope downward from each corner portion toward the center.

[0025] In addition, the stick plate (310) of the present invention further includes an upper protrusion (320) formed in a shape that protrudes upward from the upper surface of the stick plate (310) but has a recessed center; a receiving portion (340) formed in the center of the upper protrusion (320) and housing the stick magnet (342); and a lubricating portion (330) formed to surround the receiving portion (340) on the inside of the upper protrusion (320) and having a lubricant (331) applied thereto to reduce friction when the stick plate (310) moves.

[0026] In addition, a lower protrusion (360) is formed on the lower surface of the stick plate (310) of the present invention, which protrudes downward and comes into contact with the upper surface of the base plate (140).

[0027] In addition, a plurality of moving parts (410) are combined to one stick plate (310) of the present invention, and a first ball unit (350) is placed below between the plurality of moving parts (410).

[0028] In addition, the lubricating application part (330) of the present invention is placed below the moving part (410).

[0029] In addition, the upper surface of the stick magnet (342) built into the receiving portion (340) of the present invention is positioned lower than the upper surface of the receiving portion (340), and a lubricant (331) is applied to the upper surface of the stick magnet (342).

[0030] In addition, the moving part (410) of the present invention includes a resonance part (413) formed as a hollow space with an open bottom surface; a magnet receiving hole (414) for receiving the moving magnet (411) at the center of the resonance part (413); and a spacer (416) disposed below the magnet receiving hole (414) to separate the edge surface of the moving part (410) from the ground plate (150).

[0031] The dynamic soccer board game according to the present invention is played by controlling a ball by magnetically controlling a moving part placed on a round plate with a handle stick under a ground plate, and even though the moving part and the handle stick are combined by a strong magnetic force, the ball unit provided in each reduces frictional resistance on the ground plate, thereby enabling dynamic play with natural and smooth movement.

[0032] In addition, the present invention applies a lubricant to a lubricating portion formed along the circumference of a stick magnet that controls a moving part with magnetic force, so that the lubricant is applied to the bottom surface of a ground plate according to the movement of the stick handle, thereby enabling the stick handle to move smoothly with little friction, and has the effect of reducing friction, static electricity, and noise caused by friction between the ground plate and the stick handle.

[0033] In addition, the present invention forms a lower protrusion protruding downward on the lower surface of the stick plate that contacts the upper surface of the base plate, thereby reducing the contact area with the base plate and reducing friction, thereby enabling dynamic control of the stick handle with less force.

[0034] In addition, the present invention has the effect of providing a second ball unit protruding downwards on a moving part equipped with a figure, so that the bottom surface of the moving part does not directly contact the ground plate, thereby reducing friction, and increasing the magnetic force to lower the possibility of the moving part being detached from the handle stick, while quickly following the movement of the stick magnet of the handle stick, thereby minimizing the delay of the moving part according to the control of the stick handle.

[0035] In addition, the present invention has the advantage of forming a hollow resonance part by opening the lower surface of the moving part on which the figure is provided, thereby reducing the weight of the moving part, moving it quickly in synchronization with the movement of the stick plate, and generating a resonance sound from the resonance part when colliding with a soccer ball or other moving part, thereby further enhancing the fun of the game.

[0036] In addition, the present invention has the advantage of maximizing the sense of excitement with easy handling by forming the slope of the ground plate arranged on the base plate to become more downwardly inclined toward the center by providing a corner support portion and a touch line support portion at each corner and one side of the base plate, thereby allowing the soccer ball to roll toward the center where it is easy to dribble and hit along the slope of the ground plate.

[0037] In addition, the present invention has the advantage of being able to strongly hit the opponent's stick handle by moving the stick handle of both teams on a single-layer moving layer formed between the base plate and the ground plate, and transmitting the impact to the opponent player, thereby producing dynamic play and significantly improving the feeling of playing actual soccer.

[0038] Figure 1 is a perspective view of the dynamic soccer board game of the present invention.

[0039] Figure 2 is an exploded perspective view of Figure 1.

[0040] Figure 3 is a perspective view of a board frame in a dynamic soccer board game of the present invention.

[0041] FIG. 4 illustrates a base plate and a ground plate in a dynamic soccer board game of the present invention. (a) is a cross-sectional view showing a handle stick inserted into a moving layer formed between the base plate and the ground plate, and (b) is a cross-sectional view showing a ground plate inclined downward toward the center by a touch line support.

[0042] Fig. 5 illustrates a handle stick in a dynamic soccer board game of the present invention, (a) is a top perspective view, and (b) is a bottom perspective view.

[0043] Figure 6 is a cross-sectional view taken along line A-A' shown in Figure 5.

[0044] Fig. 7 shows a moving part in the dynamic soccer board game of the present invention, (a) is a top perspective view, and (b) is a bottom perspective view.

[0045] Fig. 8 is an enlarged view of a main part of a figure placed in front of the first slit in the dynamic soccer board game of the present invention.

[0046] Fig. 9 is a cross-sectional view of the dynamic soccer board game of the present invention, in which the stick plate and the moving part are arranged with the ground plate in between.

[0047] Fig. 10 shows a moving part of another embodiment of the dynamic soccer board game of the present invention, (a) is a bottom-side perspective view, and (b) is a side view.

[0048] Hereinafter, a preferred embodiment of the present invention will be described with reference to the attached drawings so that a person having ordinary knowledge in the field can easily implement the present invention.

[0049] The dynamic soccer board game according to the present invention relates to a board game in which a figure (400) is controlled with a stick to dribble and shoot a soccer ball.

[0050] A board frame (100) having a game space provided inside surrounded by side walls, a first slit (120) formed on both sides in the direction of the touch line for a soccer ball to pass through, a base plate (140) as a bottom surface, and a ground plate (150) indicating a soccer field ground on top of the base plate (140);

[0051] A handle stick (300) is provided, which penetrates the first slit (120) on the outside of the board frame (100) and is inserted into a moving layer (160) formed as a single layer between the base plate (140) and the ground plate (150), and a first ball unit (350) is provided on the upper surface of the stick plate (310) to contact the lower surface of the ground plate (150), and a plurality of stick magnets (342) are arranged to sandwich the first ball unit (350); and

[0052] It includes a moving part (410) that is placed on the ground plate (150) and hits a soccer ball, and a moving magnet (411) provided inside is coupled to the stick magnet (342) with the ground plate (150) in between;

[0053] Multiple handle sticks (300) belonging to each team are all placed in the same space of the moving floor (160).

[0054] The present invention is an invention that allows a soccer game to be modeled and enjoyed as a board game. The board game of the present invention is placed on a flat surface such as a table, and a plurality of game participants (hereinafter referred to as "players") hold a handle stick (300) and control a moving part (410) to dribble, shoot, etc. a soccer ball and score a goal. A figure (400) modeled after a soccer player may be additionally placed on the moving part (410) to further enhance the sense of realism. In one embodiment of the present invention, the figure (400) reflects the shape of a soccer player, but may also have various shapes such as the shape of another character or object.

[0055] The game is played with two teams facing each other, competing for points. Each team's player holds one or more handle sticks (300) in their hand and strikes the soccer ball to score it into the opposing team's goal. Furthermore, players can guard their own goal to prevent the ball from entering their own goal, thereby preventing the opposing team from attempting a shot.

[0056] The player uses a stick handle to control the moving part (410). The moving part (410) and the stick handle are each equipped with a moving magnet (411) and a stick magnet (342). As the player moves the stick handle, the moving part (410) is attracted to the stick magnet (342) of the stick handle and moves, and the player plays the board game by moving the stick handle so that the moving part (410) comes into contact with a soccer ball.

[0057] FIG. 1 is a perspective view of a soccer board game of the present invention, and FIG. 2 is an exploded perspective view of FIG. 1. As illustrated in FIGS. 1 and 2, the dynamic soccer board game of the present invention includes a board frame (100) in which a game space is provided, a receiving stand (200) provided on both sides of the board frame (100) to receive a soccer ball that has scored a goal, a base plate (140) placed on the board frame (100), a corner support member (141) and a touch line support member (142) placed on the base plate (140), a ground plate (150) in which the center is concavely inclined by the corner support member (141) and the touch line support member (142), a figure (400) and a soccer ball placed on the ground plate (150), and a handle stick (300) for controlling the figure (400).

[0058] When a player holds the handle of a handle stick (300) and moves it, the moving magnet (411) built into the moving part (410) of a figure (400) placed on a ground plate (150) is attracted to the stick magnet (342) of the handle stick (300) and is controlled to hit the soccer ball into the opponent's goal to score a goal.

[0059] The corner support (141) and touch line support (142) placed on the above base plate (140) form a concave shape with the slope of the ground plate (150) toward the center, thereby preventing the soccer ball from staying close to the touch line and goal line.

[0060] In the present invention, a soccer ball is struck through a moving part (410). However, since the moving part (410) is blocked by the side wall of the board frame (100) and is restricted from moving outside the touch line and goal line, it is not easy to strike the soccer ball with the moving part (410) when the soccer ball is adjacent to the touch line and goal line on the ground plate (150).

[0061] Therefore, the present invention allows the soccer ball to roll toward the center by making the slope of the ground plate (150) slope downward toward the center, making it easier for the player to hit the soccer ball and increasing the fun.

[0062] Fig. 3 is a perspective view showing a board frame (100) of the present invention. As shown in Fig. 3, a support leg (110) is formed on the bottom surface of the board frame (100) so that the board frame (100) can be stably placed on the floor surface, and the internal game space is surrounded by a side wall to prevent the soccer ball from being released to the outside.

[0063] The above board frame (100) is formed into a rectangular shape whose length in the direction of the touch line is longer than its length in the direction of the goal line. In the present invention, the direction of the touch line means the direction in which the goal posts (first slit (120)) of both teams face each other, and the direction of the goal line means the direction in which a side shorter than the side in the direction of the touch line extends.

[0064] A first slit (120) is formed on each side of the board frame (100) in the direction of the touch line, and a soccer ball passes through the first slit (120). The first slit (120) functions as a soccer goal post, and a receiving stand (200) is provided on the outside of the first slit (120) to receive the soccer ball passing through the first slit (120).

[0065] A single or multiple second slits (130) are formed on the side in the direction of the goal line from the first slit (120), and the handle stick (300) is inserted through the first slit (120) or the second slit (130) from the outside of the board frame (100) into the inside of the game space.

[0066] The number of players per team may be one or two or more, and the present invention has multiple slits, including a first slit (120) and a second slit (130), so that each player can hold a handle stick (300) and play. If each team has one player, one player can hold multiple stick handles and play.

[0067] As shown in Fig. 2, a flat base plate (140) is placed on the internal game space of the board frame (100), and a ground plate (150) indicating a soccer field ground is placed on top of the base plate (140).

[0068] The base plate (140) provided under the ground plate (150) is provided as a single unit as in one embodiment of the present invention. Although not shown in the drawing, one or more touch line support plates (not shown) may be placed between the ground plate (150) and the base plate (140). The touch line support plates may perform functions such as height adjustment, wear control, magnetic force control, and improvement of the support force and durability of the ground plate (150) above the corner support portion (141) and below the touch line support portion (142) described below. In addition to the touch line support plates, additional spacing plates may be installed, and in this case, the stick plate (310) may be placed above or below any one of the spacing plates in the moving layer (160) region.

[0069] An empty space is formed between the base plate (140) and the ground plate (150), and a handle stick (300) penetrating the first slit (120) or the second slit (130) is inserted into the space. The space between the base plate (140) and the ground plate (150) is referred to as a moving layer (160). The moving layer (160) is composed of a single layer, and the handle sticks (300) of both teams move in the moving layer (160) of the same space. Therefore, the handle sticks (300) of both teams may collide with each other, and the movement of the opponent's handle stick (300) may be restricted.

[0070] By strongly colliding the handle stick (300) held by one player with the handle stick (300) of the opponent, the impact can be transmitted to the opponent, and by having an effect similar to a tackle, the realism of playing an actual soccer game can be further enhanced.

[0071] The handle stick (300) that passes through the first slit (120) or the second slit (130) is placed above the base plate (140) and below the ground plate (150).

[0072] The stick plate (310) provided on one end of the handle stick (300) contacts the bottom surface of the ground plate (150) at the upper surface and contacts the top surface of the base plate (140) at the lower surface.

[0073] Fig. 4 is a cross-sectional view showing a base plate (140) and a ground plate (150). As shown in Fig. 2 and Fig. 4(a), corner supports (141) are provided at four corners of the base plate (140) to space the ground plate (150) upward from the base plate (140).

[0074] The above corner support member (141) is formed to slope upward from the center of the ground plate (150) toward each corner by lifting each corner of the ground plate (150) upward from below the ground plate (150), and causes the soccer ball on the ground plate (150) to roll toward the center in the downwardly inclined direction.

[0075] On the ground plate (150), each corner is an area that is difficult for the moving part (410) that is attracted to the stick magnet (342) of the handle stick (300) to enter, and is not a good location for hitting a soccer ball. Therefore, by making the soccer ball roll toward the center of the ground plate (150), it is possible to make it easier for the player to hit the soccer ball in the center, and to maintain the fun and interest of the board game.

[0076] As shown in Fig. 4(b) showing the short side of the ground plate (150) in the goal line direction, a touch line support portion (142) is formed on the upper portion of the base plate (140) so that the touch line side of the long side of the ground plate (150) in the touch line direction is raised upward. The touch line support portion (142) adjacent to the side wall of the board frame (100) is formed long in the touch line direction, and a support portion (144) that protrudes downward and contacts the upper surface of the base plate (140) and the board frame (100) is formed, and an upwardly inclined surface (143) is formed in the outward direction, and the ground plate (150) is arranged on the upper end of the support portion (144) and the inclined surface (143) that are formed integrally.

[0077] The above touch line support member (142) is formed in length in the direction of the touch line and is placed on both sides of the board frame (100) in the direction of the goal line on the base plate (140) to contact the side walls of the board frame (100).

[0078] The above touch line support member (142) lifts the lower part of the ground plate (150) on the touch line side and forms a downward slope from the touch line side to the center, thereby reducing the soccer ball from staying on the touch line side and guiding it to the center, thereby allowing the player to easily hit the soccer ball.

[0079] A touch line support plate (not shown) may be additionally placed on the corner support portion (141) to support the touch line support portion (142). Since the touch line support portion (142) is installed long along the long side (touch line direction) of the board frame (100), when the corner support portion (141) and the touch line support portion (142) are placed together on the base plate (140), a bend may occur in the slope of the ground plate (150). However, depending on the material of the ground plate (150), the ground plate (150) can provide a smooth and continuous slope even without the touch line support plate, and therefore, the present invention is basically described as having no touch line support plate.

[0080] The above corner support portion (141) and touch line support portion (142) are arranged on the upper portion of one base plate (140), but as another embodiment, a plurality of base plates (140) may be provided under the ground plate (150), and the corner support portion (141) and touch line support portion (142) may be arranged separately on the upper portion of each base plate (140).

[0081] For example, a corner support (141) may be placed on the upper part of the lowermost base plate (140), a touch line support (142) may be placed on the upper part of the base plate (140) above it, and a ground plate (150) may be provided thereon. In this case, the base plate (140) provided thereon by the corner support (141) placed on the upper part of the lowermost base plate (140) may have a concave slope toward the center at each corner, and the support (144) in the touch line support (142) placed on the upper part of the base plate (140) having the slope formed thereon may have a rounded shape along the slope of the base plate (140).

[0082] In the board frame (100), a receiving stand (200) provided on both sides in the direction of the touch line is formed to receive a soccer ball that has passed through the first slit (120). The receiving stand (200) is arranged on the outside of the side wall of the board frame (100), and may be formed integrally with the board frame (100) or may be formed in a detachable form.

[0083] A through slit (210) through which a handle stick (300) passes is formed in the above-mentioned receiving member (200). When the handle stick (300) is inserted into the first slit (120) of the board frame (100), a through slit (210) is further formed to reduce interference with the receiving member (200), and the handle stick (300) is inserted into the moving layer (160) by simultaneously passing through the through slit (210) and the first slit (120).

[0084] Fig. 5 is a perspective view showing a handle stick (300) of the present invention, and Fig. 6 is a cross-sectional view showing the A-A' section shown in Fig. 5(a). As shown in Figs. 5 and 6, the handle stick (300) of the present invention is a stick for a player to hold and control a figure (400) and a moving part (410), and is inserted into a moving layer (160), which is a space between the base plate (140) and the ground plate (150).

[0085] The present invention can control a single or multiple moving parts (410) through one handle stick (300) assigned to each team. In the present invention, two moving parts (410) that can be controlled by one handle stick (300) are illustrated and described.

[0086] A flat stick plate (310) is provided at one end of the handle stick (300), and an upper protrusion (320) protruding upward from the upper surface of the stick plate (310) is formed. The upper surface of the upper protrusion (320) contacts the lower surface of the ground plate (150), and this surface is referred to as the first surface (321).

[0087] The upper protrusion (320) may be formed in a circular shape, and is formed in the shape of a crater with a sunken center. A receiving portion (340) for receiving a stick magnet (342) protrudes upwards from the sunken interior of the upper protrusion (320), and the upper surface of the receiving portion (340) is referred to as a second surface (341).

[0088] The first surface (321) and the second surface (341) are of the same height and are placed on the same plane. The center of the receiving portion (340) is shaped as a depression and accommodates a stick magnet (342) therein. The upper surface of the stick magnet (342) is of a lower height than the second surface (341).

[0089] The first surface (321) and the second surface (341) are not connected to each other but are separated, and a lubricant application portion (330) is formed between the outer side of the receiving portion (340) and the inner side of the upper protrusion (320) to which a lubricant (331) is applied and received. The lubricant application portion (330) is formed to surround the receiving portion (340) and has an upper surface lower than the first surface (321) and the second surface (341).

[0090] In addition, the upper surface of the stick magnet (342) built into the receiving portion (340) is positioned lower than the upper surface of the receiving portion (340), and a lubricant (331) is applied to the upper surface of the stick magnet (342).

[0091] The lubricant (331) applied to the above lubricating application portion (330) may be a type of lubricating oil or may be grease. As the stick plate (310) of the handle stick (300) moves under the ground plate (150), the lubricant (331) is evenly applied to the bottom surface of the ground plate (150), thereby reducing friction and noise between the stick plate (310) and the ground plate (150). The height at which the lubricant (331) is applied may be the same height as the first surface (321) and the second surface (341).

[0092] In addition, as illustrated in FIG. 5(b) and FIG. 6, a lower protrusion (360) protruding downward is formed on the lower surface of the stick plate (310). The lower protrusion (360) is configured to contact the upper surface of the base plate (140), and since the entire lower surface of the stick plate (310) does not contact the upper surface of the base plate (140), but only the lower protrusion (360) contacts the upper surface of the base plate (140), the contact area can be reduced, and thus the frictional force between the stick plate (310) and the base plate (140) can be reduced.

[0093] In this way, the present invention can move the handle stick (300) smoothly and smoothly by reducing the frictional force generated on the base plate (140), the ground plate (150), and the stick plate (310).

[0094] In the present invention, the stick magnet (342) of the stick handle from below and the moving magnet (411) of the moving part (410) from above control the moving part (410) by gravitational force, with the ground plate (150) in between. However, if the handle stick (300) is moved dynamically and violently, there is a risk that the moving magnet (411) of the moving part (410) will not be able to keep up with the stick magnet (342) that moves quickly and strongly, and thus will become uncontrollable. In this case, it becomes a factor that reduces interest in playing the board game.

[0095] To solve this problem, if the magnetic force of the moving magnet (411) and the stick magnet (342) is strengthened, the frictional force with the ground plate (150) between the magnets increases significantly, so the handle stick (300) must be moved tightly, and a lot of force is required, so there is a risk that the player will easily get tired.

[0096] In order to overcome these shortcomings, the present invention provides a ball unit that strengthens the magnetic force of the moving magnet (411) and the stick magnet (342) to maintain the bonding force even during rapid movement while reducing the friction with the ground plate (150) so that the handle stick (300) can be moved smoothly and easily. The ball unit can be an element capable of reducing friction, such as a bearing or a ball.

[0097] As illustrated in Fig. 5(a), a first ball unit (350) is provided on the upper surface of the stick plate (310), and is positioned between a plurality of stick magnets (342). Since the first ball unit (350) rolls while in contact with the lower surface of the ground plate (150), the frictional force between the stick plate (310) and the ground plate (150) is reduced.

[0098] Fig. 7 illustrates a moving part (410) that is placed on a ground plate (150) and moves by being guided by a stick magnet (342) of a handle stick (300). As illustrated in Fig. 7, a groove is formed in the center of the moving part (410) into which a figure (400) is inserted and fixed, and the figure (400) is bound to the moving part (410).

[0099] The moving part (410) moves to dribble and hit a soccer ball, and a moving magnet (411) is provided to follow the movement of the stick magnet (342) of the handle stick (300). The moving magnet (411) may be placed at the lower part of the center of the moving part (410).

[0100] As one embodiment of the present invention, the moving part (410) is made to have a round shape and can hit a soccer ball from all outer surfaces, but as shown in FIG. 8, the area of ​​the outer surface of the moving part (410) can be reduced so that it can come into contact with the soccer ball from a part of the figure (400).

[0101] As shown in Fig. 7(b), a second ball unit (412) protrudes downward from the lower end of the moving part (410), and a moving magnet (411) is built into the position between the second ball units (412). The second ball unit (412) reduces frictional resistance by spacing the lower surface of the moving part (410) apart from the upper surface of the ground plate (150) and bringing the ball unit into contact with the ground plate (150).

[0102] Accordingly, similar to the function of the first ball unit (350), the friction between the moving part (410) and the ground plate (150) is greatly reduced, so that it can be immediately linked and moved with minimal delay to the stick magnet (342) of the handle stick (300) that moves quickly and strongly. The first ball unit (350) and the second ball unit (412) rotate 360 ​​degrees and move freely by the force applied in the direction desired by the player.

[0103] In this way, the present invention can reduce the friction between the stick plate (310) and the moving part (410) and the ground plate (150) even when the strength of the magnetic force is increased to strengthen the magnetic coupling between the moving magnet (411) and the stick magnet (342), and the player can easily control the moving part (410) with little force, and can implement urgent and fast-tempo play.

[0104] Fig. 8 is an enlarged view showing the shape of the moving part (410). In one embodiment of the present invention, the moving part (410) that moves under the control of the handle stick (300) is formed with a large area so that it is easy to hit a soccer ball and can be freely controlled by the player. However, as illustrated in Fig. 8, the moving magnet (411) of the moving part (410) can be magnetically coupled with the fixed magnet (421) embedded in the figure fixing part (420) disposed under the ground plate (150), rather than the stick magnet (342) provided in the handle stick (300).

[0105] As an example, a figure (400) guarding the goal is attached to a fixed magnet (421) built into a figure fixing part (420) so that it can be independent of the handle stick (300), and its position does not move separately from the handle stick (300). However, when a player wants to fix the position of the figure (400) guarding the goal, he or she can hold the figure (400) and move it to the desired position.

[0106] Since the above figure fixing part (420) is not bound to the ground plate (150) or the base plate (140), when the figure (400) or the moving part (410) is held and moved, the figure fixing part (420) placed on the moving layer (160) also moves together, and the figure (400) or the moving part (410) is fixed in an upright state.

[0107] Fig. 9 is a cross-sectional view showing a state in which a stick plate (310) and a moving part (410) are coupled with a ground plate (150) therebetween. As illustrated in Fig. 9, the present invention strengthens the magnetic force of the moving magnet (411) and the stick magnet (342) so that the moving part (410) does not come off even when the handle stick (300) moves quickly and strongly and can quickly follow the stick magnet (342) without delay, but a lubricant (331) and a ball unit are provided to suppress the increase in frictional force due to the strong magnetic force.

[0108] The above lubricant (331) contacts the bottom surface of the ground plate (150), and as the stick plate (310) moves, it is evenly distributed on the bottom surface of the ground plate (150) to form a coating layer. The stick plate (310) that contacts the ground plate (150) coated with the lubricant (331) can move smoothly. The lubricant (331) suppresses and prevents static electricity that may occur when the stick plate (310) and the moving part (410) slide on the ground plate (150).

[0109] In addition, the first ball unit (350) of the handle stick (300) and the second ball unit (412) of the moving part (410) roll in contact with the ground plate (150), thereby suppressing the occurrence of frictional resistance and allowing smooth movement.

[0110] A plurality of moving parts (410) are magnetically coupled to a stick magnet (342) on one stick plate (310) and follow each other, and a first ball unit (350) is arranged between the plurality of moving parts (410) to support the ground plate (150) from below. A lubricant application part (330) is positioned below the second ball unit (412) of the moving part (410), so that the lubricant (331) reduces wear and reduces friction when the stick plate (310) moves even under the strong magnetic coupling of the stick magnet (342) and the moving magnet (411), thereby allowing smooth movement.

[0111] In addition, the lower protrusion (360) protruding downward from the bottom surface of the stick plate (310) moves in contact with the upper surface of the base plate (140), thereby reducing friction and noise.

[0112] Fig. 10 is a drawing showing a moving part according to another embodiment. As shown in Figs. 7 and 10, the moving part (410) has a shape in which its diameter gradually decreases from the bottom to the top.

[0113] And the moving part (410) of another embodiment illustrated in FIG. 10 is formed with a resonance part (413) formed with a hollow space inside and an open bottom surface, a magnet receiving hole (414) for receiving a moving magnet (411) is formed in the center of the resonance part (413), and a rib (415) supporting the magnet receiving hole (414) is formed. The moving part (410) has a magnet receiving hole (414) formed in the center, a resonance part (413) with an open bottom surface surrounds the magnet receiving hole (414), and an edge surface forming the outer surface of the moving part (410) is formed on the outer periphery of the resonance part (413).

[0114] The lower surface of the above magnet receiving hole (414) is a flat surface, and a spacer (416) is provided below the flat surface to separate it from the upper surface of the ground plate (150).

[0115] A spacer (416) is arranged at the center of the bottom surface of the moving part (410) illustrated in Fig. 10 to space the lower end of the edge surface of the moving part (410) away from the ground plate (150) to facilitate the movement of air. The spacer (416) is selected from a material having low contact friction with the ground plate (150), so that the moving part (410) moves more smoothly and smoothly on the ground plate (150).

[0116] It is preferable that the above resonance part (413) be formed to the upper part of the moving part (410) with a diameter that gradually narrows, so that the weight of the moving part (410) is reduced and made lighter. As a result, the inertial force is reduced, so that the moving part (410) is more easily attracted and follows the magnetic force of the stick magnet (342) of the stick plate (310), and there is almost no deviation.

[0117] And since the inside of the above moving part (410) is formed as a resonance part (413), when it collides with a soccer ball or collides with an opponent's moving part (410), the impact sound resonates in the resonance part (413), making it richer and providing auditory stimulation to the player, thus greatly doubling the fun of playing.

[0118] Since the lower edge of the moving part (410) is separated from the ground plate (150) by a spacer (416), the impact sound resonated from the resonating part (413) through the gap is not trapped inside the moving part (410) but can easily escape and be transmitted to the player.

[0119] [Explanation of symbols]

[0120] 100: Board frame

[0121] 110: Support leg 120: First slit 130: Second slit 140: Base plate

[0122] 141: Corner support 142: Touch line support 143: Slope 144: Support

[0123] 150: Ground plate 160: Moving layer

[0124] 200: Support 210: Through slit

[0125] 300: Handle stick 310: Stick plate 320: Upper protrusion 321: First surface

[0126] 330: Lubricant application part 331: Lubricant 340: Receiving part 341: Second side 342: Stick magnet

[0127] 350: 1st ball unit 360: Lower protrusion

[0128] 400: Figure 410: Moving part 411: Moving magnet 412: Second ball unit

[0129] 420: Figure fixing part 421: Fixed magnet

Claims

1. A board frame (100) having a game space provided inside surrounded by side walls, a first slit (120) formed on both sides in the direction of the touch line for a soccer ball to pass through, a base plate (140) as a bottom surface, and a ground plate (150) indicating a soccer field ground on top of the base plate (140); A handle stick (300) is provided, which penetrates the first slit (120) on the outside of the board frame (100) and is inserted into the moving layer (160) between the base plate (140) and the ground plate (150), and a first ball unit (350) is provided on the upper surface of the stick plate (310) to contact the lower surface of the ground plate (150), and a plurality of stick magnets (342) are arranged to sandwich the first ball unit (350); and It includes a moving part (410) that is placed on the ground plate (150) and hits a soccer ball, and a moving magnet (411) provided inside is coupled to the stick magnet (342) with the ground plate (150) in between; A plurality of handle sticks (300) belonging to each team are all placed in the same space of the moving layer (160) so that the stick plates (310) of both teams come into contact; Dynamic soccer board game.

2. In paragraph 1, The above moving part (410) further includes a second ball unit (412) that protrudes downward from the bottom surface and contacts the upper surface of the ground plate (150). Dynamic soccer board game.

3. In paragraph 1, A receiving member (200) is arranged on the outside of the first slit (120) to receive a soccer ball that has passed through the first slit (120) of the board frame (100), and further includes a receiving member (200) having a through slit (210) formed through which the handle stick (300) passes through the first slit (120) at the same time. Dynamic soccer board game.

4. In paragraph 1, It further includes a corner support part (141) arranged at a corner portion on the base plate (140) and forming the slope of the ground plate (150) to slope downward from each corner portion toward the center. Dynamic soccer board game.

5. In paragraph 1, The above stick plate (310) An upper protrusion (320) formed in a shape that protrudes upward from the upper surface of the stick plate (310) but has a concave center; A receiving portion (340) formed at the center of the upper protrusion (320) and housing the stick magnet (342); and It further includes a lubricating application part (330) formed to surround the receiving part (340) on the inside of the upper protrusion part (320) and having a lubricant (331) applied thereto to reduce friction when the stick plate (310) moves. Dynamic soccer board game.

6. In paragraph 1, A lower protrusion (360) is formed on the lower surface of the above stick plate (310) so as to protrude downward and come into contact with the upper surface of the base plate (140). Dynamic soccer board game.

7. In paragraph 1, A plurality of moving parts (410) are combined on one stick plate (310), and a first ball unit (350) is placed below between the plurality of moving parts (410). Dynamic soccer board game.

8. In paragraph 5, The above lubricating part (330) is placed below the moving part (410); Dynamic soccer board game.

9. In paragraph 5, The upper surface of the stick magnet (342) built into the above-mentioned receiving portion (340) is positioned lower than the upper surface of the receiving portion (340), and a lubricant (331) is applied to the upper surface of the stick magnet (342). Dynamic soccer board game.

10. In paragraph 1, The above moving part (410) A resonance portion (413) formed as a hollow space with an open bottom surface; A magnet receiving hole (414) that receives the moving magnet (411) at the center of the resonance portion (413); and A spacer (416) is disposed below the above magnet receiving hole (414) and separates the edge surface of the moving part (410) from the ground plate (150); Dynamic soccer board game.

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