JP6708964B2 - Darts game device - Google Patents

Description

The present invention relates to a darts game device.

In a dart game called soft darts, an arrow (darts) having an arrow tip (chip) made of a resin material such as plastic is thrown at a target on which a large number of bits (holes) made of a resin material such as plastic are formed. A game or competition is performed in which the superiority or inferiority of skill is competed by the score set in the area where the target arrow is stuck.

As a darts game device for soft darts, a device having a darts board in which optical fibers are bundled has been conventionally proposed. A darts game device having a structure in which a darts is held by a cap member attached to the tip of an optical fiber has also been proposed (for example, see Patent Document 1).

JP, 2009-225984, A

However, there has been heretofore no disclosure of a specific configuration or the like for stably supporting the darts in terms of the shape of the cap member.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a darts game device in which a soft darts arrow can be supported more stably by a plurality of pins arranged on a darts board.

In order to solve such a problem, the present invention is a darts game apparatus that includes a darts board in which a plurality of pin-shaped members are arranged, and an arrow is thrown toward the darts board.
The pin-shaped member,
A call-in portion that guides the end portion of the arrow thrown toward the darts board into the gap between the plurality of pin-shaped members,
A holding portion that has a larger diameter than the invoking portion, decelerates the thrown arrow, and sandwiches the end portion between the adjacent pin-shaped member,
It is characterized by including.

The arrow thrown toward the dartboard is easily stabbed in the gap between the pin-shaped members because its end is guided to the gap between the plurality of pin-shaped members by the invoking portion of the pin-shaped member. Further, since the arrow stuck in the gap between the pin-shaped members is decelerated by the holding portion, rebound when the tip of the end hits the bottom surface of the dartboard is suppressed, and the arrow is sandwiched and held by the holding portion. .

The pin-shaped member in the darts game device is a light guide pin made of a light guide material,
The darts game device is
A base end facing the darts board,
A tip facing the player side of the game,
An optical signal forming an image of a target is input from the darts board side, an optical input section formed on the base end side,
An optical output unit formed on the side of the tip, which outputs the optical signal input from the optical input unit;
May be provided.

The pin-shaped member may have a circular cross section.

At least a part of the tip portion of the pin-shaped member may be tapered.

At least a part of the tip portion of the pin-shaped member may be chamfered.

The tip end portion of the pin-shaped member may have a swollen shape.

At least a part of the tip portion of the pin-shaped member may be flat.

According to the present invention, the arrow for soft darts can be supported more stably by a plurality of pins arranged on the darts board.

It is an exploded perspective view of the darts game device concerning one embodiment of the present invention. It is a perspective view showing an example of composition of a screen panel of a darts game device. It is a front view showing the upper part of the darts game device containing a liquid crystal panel. It is a perspective view which expands and shows the darts board of the darts game device which contains a liquid crystal panel. It is a perspective view which expands and shows a segment of a dartboard and a part of light guide pin in the segment. It is a perspective view which expands and shows a part of Drawing 5 with an end of an arrow. It is a front view which shows a part of some light guide pin arrange|positioned at zigzag. It is a perspective view which shows a part of several light guide pin arrange|positioned at zigzag. 5 is a vertical cross-sectional view showing the shape of a light guide pin in Example 1. FIG. 9A is a front view and FIG. 8B is a vertical sectional view showing the shape of a light guide pin in Example 2. FIG. 9 is a side view showing the shape of a light guide pin in Example 3. FIG. FIG. 13 is a side view showing the shape of a light guide pin in Example 5. 16 is a perspective view showing the shape of a light guide pin in Example 5. FIG. 16 is a side view showing the shape of a light guide pin in Example 6. FIG. 16 is a perspective view showing the shape of a light guide pin in Example 6. FIG. 16 is a side view showing the shape of a light guide pin in Example 7. FIG. 16 is a perspective view showing the shape of a light guide pin in Example 7. FIG. 16 is a side view showing the shape of a light guide pin in Example 8. FIG. 14 is a perspective view showing the shape of a light guide pin in Example 8. FIG. It is a table which shows the result of having evaluated the performance of the light guide pin of Examples 1-8. It is a reference view explaining that an arrow can be supported only at one point when the light guide pin is not tapered. It is a figure which shows the taper-shaped light guide pin which supports an arrow at two points in one Embodiment of this invention. It is a reference diagram explaining that an arrow is easily repelled in the direction of the arrow when the light guide pin is not tapered. It is a figure shown about a taper-shaped light guide pin in one embodiment of the present invention.

Hereinafter, the configuration of the present invention will be described in detail based on an example of an embodiment shown in the drawings.

The darts game device 100 of the present embodiment, which is a device for soft darts, has a screen panel 120 disposed on the front surface of the game housing 110 (a surface facing the player of the darts game) with a frame 180 interposed therebetween. The camera 130 and the sensor 140 provided in the game housing 110, the projector 150 and the mirror 160 built in the game housing 110, the speaker 170 arranged on the side of the game housing 110, and the like (see FIGS. 1 and 2). A circular screen darts board (simply referred to as a darts board in this specification) 1 is arranged at a position slightly above the center of the screen panel 120.

The darts board 1 is a part that constitutes the target of the game, and each area such as a double ring, a triple ring, an inner bull, and an outer bull (hereinafter referred to as a segment, a fan-shaped segment is indicated by reference numeral 1s in FIG. 5) is formed. The number is displayed on the outside (outboard) of the double ring (see FIGS. 1 and 2). Each segment 1s may be physically partitioned by a partition or the like (see FIG. 4), or may be a structure without a physical partition such as color-coding by an optical signal emitted from the projector 150. .. A plurality of light guide pins 3 are arranged on the surface of the darts board 1.

In the plurality of light guide pins 3, the distance between the maximum diameter portions of the adjacent light guide pins 3 is set smaller than the maximum diameter of the end portion 2a of the arrow 2 so that the end portion 2a of the thrown arrow 2 is pierced. They are densely arranged on the surface of the darts board 1 (see FIGS. 5 and 6). The interval serves as an escape area so that the light guide pin 3 bends when the end portion 2a of the arrow 2 is stuck. As an example of the arrangement, the present embodiment shows an example in which the light guide pins 3 are arranged in a zigzag pattern in which the size of the gap is small (see FIGS. 5 to 8), but this is a preferable example. , And other arrangements, for example, a grid-shaped (rice field shape) arrangement or the like may be used.
The light guide pins 3 may be in contact with each other by dots or lines. In such a case, the light guide pins 3 should be made of a flexible material, and a gap between the light guide pins 3 should be provided as an escape area when the arrow 2 sticks and the light guide pins 3 bend. If so, it becomes easier to hold the arrow 2. Since the light guide pins 3 are in contact with each other, the arrow 2 can be supported more stably.

The light guide pin 3 of this embodiment is made of a material having elasticity. Further, by having elasticity, each light guide pin 3 exhibits appropriate easiness of deformation, restoring force, and tenacity, and is appropriately deformed when the arrow 2 is thrown so that the arrow 2 easily sticks, The elasticity facilitates holding the arrow 2.

Further, the light guide pin 3 of the present embodiment is made of a material having a light guide property, such as a transparent or milky white plastic material. Each light guide pin 3 guides the light emitted from the projector 150 and expresses a pattern or color on the surface of the dartboard 1.

For example, the light guide pin 3 of the present embodiment includes a base end portion 3K that faces the darts board 1 and a tip end portion 3S that faces the player side of the game. Further, an optical input portion 3Lin to which an optical signal forming a target image is input is formed on the base end portion 3K side, and an optical signal input from the optical input portion 3Lin is output to the distal end portion 3S side. The light output portion 3Lout is formed (see FIG. 8 and the like). Each light guide pin 3 is arranged so that an optical signal is incident on the dart board 1 directly into the optical input unit 3Lin or via an optical fiber or the like.

In the present embodiment, the light emitted from the projector 150 and reflected by the mirror 160 is shown as the light source of the light incident on the light input unit 3Lin of each light guide pin 3, but this is merely an example. As another example, for example, a liquid crystal panel 190 is installed on the back side of the darts board 1, and the light emitted from the liquid crystal panel 190 toward the front side (player side) is input to the light input section 3Lin of each light guide pin 3. The light can be made incident (see FIG. 3, FIG. 4, etc.).

Further, the light guide pin 3 is formed with a call-in portion 31, a holding portion 32, and a guide portion 33 (see FIG. 18, FIG. 19 and the like).

The intake portion 31 is formed so as to guide the end portion 2a of the arrow 2 thrown toward the darts board 1 into the gap between the plurality of pin-shaped members. Although the specific shape of the invoking portion 31 is not particularly limited, the end portion 2a of the arrow 2 is likely to be stuck in the gap of the light guide pin 3 and the end portion 2a is not likely to hinder the further movement of the end portion 2a. Is preferred. A specific example of such a call-in unit 31 is as follows.
-At least part of the tip portion 3S of the light guide pin 3 is formed into a tapered shape, and is a calling portion 31.
-At least part of the tip portion 3S of the light guide pin 3 is chamfered to form a call-in portion 31.
-Call-in portion 31 formed in such a manner that at least a part of the tip portion 3S of the light guide pin 3 is bulged.
A call-in portion 31 formed by subjecting the edge of the tip portion 3S of the light guide pin 3 to R processing (rounding processing).

Alternatively, at least a part of the light output portion 3Lout on the side of the tip portion 3S may be flattened while ensuring the function as the call-in portion 31 (see FIG. 10, FIG. 11, etc.). In such a case, the projection surface of light can be enlarged.

The holding portion 32 has a larger diameter than the invoking portion 31, decelerates the thrown arrow 2, and sandwiches the end portion 2 a between the adjacent light guide pins 3. The number of adjacent light guide pins 3 is not limited to two and may be three or four or more. The specific shape of the holding portion 32 is not particularly limited as long as the arrow 2 can be decelerated appropriately and the arrow 2 can be held by sandwiching the end 2a. Specific examples of such a holding unit 32 are as follows.
-A holding portion 32 (refer to FIG. 18, FIG. 19 and the like) that has a large diameter portion in most part and has a tapered distal end side.
-Holding part 32 which is entirely tapered.
A holding portion including a large-diameter portion 31T formed so as to be continuous with the intake portion 31 and another large-diameter portion (may be partially tapered) formed near the base end portion 3K. 32 (see Figures 14-17). It is not essential that the holding portion 32 has a larger diameter than the calling portion 31. If the light guide pin 3 is made of an elastic material sufficient to catch the arrow 2 thrown even if the light guide pin 3 has the same diameter, the light guide pin 3 is decelerated, and the end portion 2a between adjacent light guide pins 3 is guided. Can be sandwiched. Further, if the light guide pin 3 is made of a resin material, it is possible to increase the frictional force by providing an appropriate elasticity, and to further decelerate the flying arrow 2.

According to the light guide pin 3 including the above-mentioned invoking portion 31 and holding portion 32, the rate at which the arrow 2 is stuck in the dartboard 1 (catching rate) is improved. That is, since the invoking portion 31 formed on the light guide pin 3 guides the end portion 2a of the arrow 2 thrown toward the dartboard 1 into the gap between the plurality of light guide pins 3, the end portion 2a is It is easy to get stuck in the gap between the light guide pins 3. Further, after the arrow 2 is stuck in the gap of the light guide pin 3, the holding portion 32 decelerates the speed, so that the tip of the end portion 2a is suppressed from bouncing when the tip is vigorously hit and flipped, It is sandwiched and held by the holding portion 32. Due to these actions, the arrow 2 easily sticks to the darts board 1, and the sticked state is easily maintained.

The light guide pin 3 may have a tapered guide portion 33 that gradually becomes thinner halfway as it approaches the proximal end portion 3K from the large-diameter portion 31T of the intake portion 31. As an advantage, there is an increase in the number of fulcrums that support the arrow 2 when the arrow 2 penetrates deep into the darts board 1 (see FIGS. 21 and 22). That is, when the light guide pin 3 does not have the guide portion 33, the arrow 2 can be supported at only one point (see FIG. 21), but when the guide portion 33 as described above is provided, 2 can be supported at two points (see FIG. 22).

Another advantage of the light guide pin 3 having the tapered guiding portion 33 that gradually becomes thinner halfway from the large diameter portion 31T of the intake portion 31 toward the base end portion 3K is as another advantage. It can be mentioned that the arrow 2 can be easily guided to the back when the ball 3 bends (see FIGS. 23 and 24). That is, when the light guide pin 3 does not have the guiding portion 33, the arrow 2 is easily repelled in the direction of the arrow in FIG. 23 (see FIG. 23), but has the guiding portion 33 as described above. In this case, the end 2a of the arrow 2 is likely to be guided in the direction of the arrow in FIG. 24 (see FIG. 24).

As a result, it is easy for the player to enjoy the realistic feeling that the arrow 2 pierces the darts board 1. In the above example, since there are two contact points between the light guide pin 3 and the end 2a, the resistance when extracting the arrow 2 from the darts board 1 is not large, and it is possible to extract several arrows 2 collectively. is there. Further, since the light guide pin 3 is bent, it is easy to guide the arrow 2 to the back side in combination with the function of the guide portion 33 of the light guide pin 3 described above.

Further, according to the light guide pin 3 (the darts board 1 in which a plurality of the darts board 1 is arranged) of the present embodiment having both the function of the call-in unit 31 and the function of the holding unit 32 as described above, the darts board 1 can be mounted on the board surface. The catch rate (so-called collapse) when the posture of the arrow 2 is oblique is improved.

Further, according to the light guide pin 3 (the darts board 1 in which a plurality of the light guide pins 3 are arranged) of the present embodiment having both the function of the call-in unit 31 and the function of the holding unit 32 as described above, the size and the arrangement of the light guide pin 3 are arranged. Depending on the distance, the shape of the end 2a of the arrow 2, etc., a state (grouping) in which at least three arrows 2 are stuck in a specific area of the darts board 1, for example, a center area (corresponding to a bull or inble) is realized. It also has the advantage of being easy.

Also, in the case of a conventional darts board with a structure in which an arrow is inserted into an independent hole that is vacant in advance on the segment side, if the second and subsequent arrows try to insert into the completely same hole, it is thought that the case will be repelled more often. On the other hand, in the present embodiment, since the light guide pin 3 itself has a structure in which the light guide pins 3 are pushed apart, even if they are attempted to be stabbed at the same position, the hard darts will be pushed to each other. As in the case of, it is possible to pierce (catch) the darts board 1. In addition, if there is a spider (partition) for each segment, even if the position of one or both arrows 2 shifts when the arrow 2 sticks at the same position, it does not shift to the outside of the segment, so the score is affected. There is no.

Further, according to the darts game device 100 of the present embodiment, which is capable of displaying various images on the darts board 1 by using the plurality of light guide pins 3, the following items can be achieved by combining the images with the darts game. is there.
・Make it easier to understand procedures and rules ・Display past play data and tendency (distribution) of variations to support improvement ・View gameplay on another darts game device 100 at a remote location Reproducing in real time on the board・Navigating the target place and theory using characters and videos・Creating handicap by changing the board display・Proposing new games and rules using darts Things (for example, use a video to aim at a moving target)

The above-described embodiment is an example of a preferred embodiment of the present invention, but the present invention is not limited to this, and various modifications can be made without departing from the scope of the present invention. For example, although the light guide pin 3 having a circular cross section is shown in the above-described embodiment (see FIG. 18, FIG. 19, etc.), this is only a suitable example. As long as it is the light guide pin 3 that has both the function of the intake part 31 and the function of the holding part 32 described above, the cross-sectional shape of the part or the whole is other than circular (for example, elliptical, polygonal, etc.). It doesn't matter.

Further, in the above-described embodiment, the light guide pin 3 has been described as an example of the pin-shaped member having both the call-in function and the holding function, but this is also a suitable example. Of course, it is also possible to use a pin having no light guiding property as a pin-shaped member.

Further, in the above-described embodiment, the state of the surface of the light guide pin 3 was not particularly referred to, but it goes without saying that a surface treatment or a surface treatment for exhibiting the calling function and the holding function may be performed. Nor. For example, the intake portion 31 may be surface-treated so that the frictional resistance is small, and the holding portion 32 may be surface-treated so that the frictional resistance is large.

Further, in the above-described embodiment, the case where the present invention is applied to the darts game device 100 called soft darts has been described. However, in addition to this, the device may be applied to a target hitting game other than darts such as a shuriken or a card throwing game. The present invention can also be applied.

The present inventor prototyped the light guide pin (pin-shaped member) 3 and evaluated the performance of the following items, and thus the light guide pin (pin-shaped member) having both the calling function by the calling unit 31 and the holding function by the holding unit 32. Member) 3 was obtained. Specific examples of the light guide pin 3 having both of these functions will be described below as Examples 1 to 8. Five levels of relative evaluation values are used as the evaluation results of the pin performance and the pin brightness of each example.

<Items for evaluating pin performance>
・"Flip".........Whether the arrow 2 hits the bottom of the dartboard 1 and is not flipped. The higher the number, the harder it is to play.
・"Fold in"... Whether to stick when arrow 2 is at an angle to the board of the darts board.
・"Feeling".........Suppression of dart swing ・"Catch"...Percentage of arrow 2 sticking to the board surface of the darts board (catch rate).

<Items for evaluating the brightness of the light guide pin>
・“Brightness”……Brightness of light guide pin 3 ·“View angle”……Wide view angle of light guide pin 3

[Example 1]
A light guide pin 3 having a tapered light-guiding portion 31, a gently-tapered holding portion 32, and a flat light output portion 3Lout formed at the tip portion 3S was manufactured as a prototype. As for each relative evaluation value, "catch" was 1 and "brightness" was 4. (See FIGS. 9 and 20).

[Example 2]
The light guide pin 3 having the tapering-in portion 31 and the flat light output portion 3Lout formed on the tip portion 3S was experimentally manufactured. As for each relative evaluation value, "catch" was 1, "flip" was 2, "tilt" was 1, "feel" was 4, "brightness" was 4, and "viewing angle" was 3. (See FIGS. 10 and 20). The base end portion 3K has a stepped shape having a small diameter pin so that it can be easily inserted into an installation hole (not shown) of a pin installation plate (indicated by reference numeral 1B in FIGS. 5 and 6) of the darts board 1. Since the light guide pin 3 has a long overall length, if the flying arrow 2 is fast, the arrow 2 may be caught in the barrel 2b.

[Example 3]
The light guide pin 3 having the tapering-in portion 31 and the flat light output portion 3Lout formed on the tip portion 3S was experimentally manufactured. As for each relative evaluation value, "catch" was 1, "playing" was 3, "falling" was 2, "feel" was 4, "brightness" was 5, and "viewing angle" was 4. (See FIGS. 11 and 20). Since the entire length of the light guide pin 3 is shorter than that of the second embodiment, when the arrow 2 is stuck, the end 2a is inserted, and the barrel 2b is not inserted, so that the inserted arrow 2 is easier to pull out than the second embodiment. It was

[Example 4]
The intake portion 31 has a tapered shape, and has a tapered guide portion 33 that gradually becomes thinner from the large-diameter portion 31T of the intake portion 31 toward the proximal end portion 3K, and the proximal end portion 3K gradually increases. A light guide pin 3 having a thickened tapered holding portion 32 was prototyped. As for each relative evaluation value, "catch" was 1, "flip" was 5, and "viewing angle" was 4. (See FIGS. 12, 13, and 20). A bulging light output portion 3Lout is formed on the tip portion 3S of the light guide pin 3. The end portion 2a of the arrow 2 may be sandwiched and held by the large diameter portion 31T of the light guide pin 3 and the holding portion 32. The front end 3S of the light guide pin 3 has a bulging shape and is rounded to have a lens effect, and the light spreads to increase the viewing angle. In addition, the arrow 2 can be easily called in compared with the flat structure. Further, the light guide pin bent when the arrow 2 pierces has less influence on the adjacent light guide pin 3 than in the case of the shapes of the first to third embodiments.

[Example 5]
The intake portion 31 has a tapered shape, and has a tapered guide portion 33 that gradually becomes thinner from the large-diameter portion 31T of the intake portion 31 toward the base end portion 3K, and the base end portion 3K is gradually tapered. A light guide pin 3 in which a holding portion 32 including a tapered portion and a column portion that become thicker was formed was prototyped. As for each relative evaluation value, “catch” was 2, “play” was 5, “tilt” was 4, “feel” was 5, “brightness” was 4, and “viewing angle” was 4. (See FIGS. 14, 15, and 20). A bulging light output portion 3Lout is formed on the tip portion 3S of the light guide pin 3. The end portion 2a of the arrow 2 may be sandwiched and held by the large diameter portion 31T of the light guide pin 3 and the holding portion 32. Since the columnar member is provided in the holding portion 32, the effect of decelerating the arrow 2 is improved as compared with the fourth embodiment. In the drawing, the total length of the guiding portion 33 is longer than the total length of the intake portion 31 and the holding portion 32, but it may be appropriately changed.

[Example 6]
The intake portion 31 has a tapered shape, and has a tapered guide portion 33 that gradually becomes thinner from the large-diameter portion 31T of the intake portion 31 toward the base end portion 3K, and the base end portion 3K is gradually tapered. A light guide pin 3 in which a holding portion 32 including a tapered portion and a column portion that become thicker was formed was prototyped. As for each relative evaluation value, "catch" was 3, "playing" was 5, "falling" was 4, "feel" was 5, "brightness" was 5, and "viewing angle" was 5. (See FIGS. 16, 17, and 20). A bulging light output portion 3Lout is formed on the tip portion 3S of the light guide pin 3. The end portion 2a of the arrow 2 may be sandwiched and held by the large diameter portion 31T of the light guide pin 3 and the holding portion 32. Since the entire length of the holding portion 32 was made longer than that of the light guide pin 3 of Example 5, the deceleration effect of the arrow 2 was further improved, and the arrow 2 having a speed in the range of 8 km/h to 18 km/h could be caught. In the drawing, the total length of the guiding portion 33 is longer than the total length of the intake portion 31 and the holding portion 32, but it may be appropriately changed.

[Example 7]
The intake portion 31 has a tapered shape, and has a tapered guide portion 33 that gradually becomes thinner from the large-diameter portion 31T of the intake portion 31 toward the proximal end portion 3K, and the proximal end portion 3K side has A light-guide pin 3 having a relatively short axial length and a holding portion 32 including a thickened tapered portion and a columnar portion was manufactured as a prototype. As for each relative evaluation value, "catch" was 5, "playing" was 5, "falling" was 5, "feel" was 5, "brightness" was 5, and "viewing angle" was 5. (See FIGS. 18 to 20). A bulging light output portion 3Lout is formed on the tip portion 3S of the light guide pin 3. Since the entire length of the holding portion 32 was made longer than that in Example 6, the deceleration effect of the arrow 2 was improved, and the arrow 2 having a speed in the range of 8 km/h to 40 km/h could be caught. In the drawing, the total length of the holding part 32 is longer than the total length of the intake part 31 and the guide part 33, but it may be changed appropriately.

INDUSTRIAL APPLICABILITY The present invention can be applied to a device for a darts game called soft darts, and also a device for a hitting game other than darts, such as a game of throwing shuriken or a card.

1... Darts board 1B... Pin installation plate 1s... Segment 2... Arrow 2a... End part 3... Light guide pin (pin-shaped member)
3K... Base end part 3S... Tip part 3Lin... Optical input part 3Lout... Optical output part 31... Calling part 31T... Large diameter part 32... Holding part 33... Guidance part 100... Darts game device 110... Game casing 120... Screen panel 130... Camera 140... Sensor 150... Projector 160... Mirror 170... Speaker 180... Frame 190... Liquid Crystal Panel

Claims (7)

A darts game device comprising a darts board in which a plurality of pin-shaped members are arranged, wherein an arrow is thrown toward the darts board.
The pin-shaped member has a tip portion in a shape in which a part thereof bulges outward in the radial direction,
A holding portion for sandwiching the ends of the arrows between the neighboring contact the pin-shaped member,
Includes a are in contact with the adjacent pin-like member and the point or line, dart game apparatus characterized that you have been arranged with a predetermined gap. A darts game device comprising a darts board in which a plurality of pin-shaped members are arranged, wherein an arrow is thrown toward the darts board.
The pin-shaped member,
A call-in portion that guides the end portion of the arrow thrown toward the darts board into the gap between the plurality of pin-shaped members,
A holding portion that has a larger diameter than the intake portion and that sandwiches the end portion between adjacent pin-shaped members,
The darts game device , which is in contact with an adjacent pin-shaped member at a point or a line, and is arranged with a predetermined gap. The darts game device according to claim 1 or 2, wherein the pin-shaped member is located in the middle of the calling-in portion and the holding portion, and has a tapered guiding portion from the calling-in portion toward the holding portion. . The darts game device according to claim 1, wherein the tip end portion of the pin-shaped member has a bulge shape. The darts game device according to claim 1, wherein at least a part of the tip portion of the pin-shaped member has a flat shape. A game device which comprises a board in which a plurality of pin-shaped members are arranged, and which hits a target hitting tool by hitting it toward the board.
The pin-shaped member,
A call-in portion that guides the end portion of the targeting tool thrown toward the board into the gap between the plurality of pin-shaped members,
A holding portion that has a larger diameter than the intake portion and that sandwiches the end portion between adjacent pin-shaped members,
The provided in contact with the adjacent pin-like member and the point or line, the game apparatus characterized that you have been arranged with a predetermined gap. A game device which comprises a board in which a plurality of pin-shaped members are arranged, and which hits a target hitting tool by hitting it toward the board.
The pin-shaped member has a tip portion in a shape in which a part thereof bulges outward in the radial direction,
A holding portion that sandwiches the end portion of the targeting tool between the adjacent pin-shaped members,
A game device characterized in that it is in contact with an adjacent pin-shaped member by a dot or a line, and is arranged with a predetermined gap.