JP2020074884A - Game device - Google Patents

Abstract

To provide a game device capable of locating one insertion hole reliably and changing a specific insertion hole when changing determination of the specific insertion hole in the game device that has plural insertion holes around a pedestal and shoots a projection member mounted to an upper part of the pedestal upward when inserting an insertion member into the specific insertion hole.SOLUTION: A game device includes a cylindrical outer cylinder 210 having an unlocking apparatus inside a pedestal part 120, allows the outer cylinder 210 to be mounted to the inside of the pedestal part 120 rotatably with its center axis as a center, has a protection cylinder 135 for rotatably supporting an upper end of the outer cylinder 210, has a cutout part 143 at an equal interval in a lower end of the protection cylinder 135, and has a projection on an upper surface of an upper end plate 211 of the outer cylinder 210.SELECTED DRAWING: Figure 2

Description

  The present invention relates to a game device which, when an insertion member is inserted into a specific insertion hole among a plurality of insertion holes provided around a base, causes a pop-out member attached to the upper part of the base to jump upward. Is.

  Nowadays, there is a game device having a plurality of insertion holes in a peripheral side wall of a cylindrical base and allowing insertion members to be inserted into the insertion holes. This game device has a plurality of insertion holes on the peripheral side wall of the base, and when the insertion member is inserted into any one specific insertion hole, the upper end of the base, such as the upper part of the base, is inserted. A member such as a doll attached is fired so as to jump upward (for example, Patent Document 1).

  In such a game device, the position of a specific insertion hole of the plurality of insertion holes for firing a member such as a doll can be changed for each game. Therefore, when playing a game, it is possible to prevent a player who repeats the game from knowing a specific insertion hole through which a member attached to the upper part of the base of a doll or the like is fired.

  In many cases, a member such as a doll attached to the base is attached to the base, and the attached member is rotated in a horizontal direction so as to be twisted with respect to the base so that the attached member is fired. The insertion hole is selected from a plurality of insertion holes, and the position of a specific insertion hole can be changed.

JP, 2009-297452, A

  As described above, when the member attached to the base is twisted to change the specific insertion hole, the specific insertion hole is not specified depending on the rotation amount of the attached member. Even if the insertion members were inserted into all of the insertion holes, the members attached to the upper part of the base might not jump up from the base.

  Also, when the insertion member is inserted into a specific insertion hole, if the member attached to the upper part of the base jumps out from the base, the variability of the game will be poor, and it may become boring if the game is played several times. there were.

  The present invention eliminates such drawbacks and makes it possible to change a specific insertion hole while surely specifying one insertion hole when determining and changing a specific insertion hole.

  The game device according to the present invention has a plurality of insertion holes in the base portion, and when the insertion member is inserted into any one specific insertion hole, the pop-out member attached to the base portion is A game device for shooting, wherein the specific insertion hole of the plurality of insertion holes can be changed by attaching the pop-out member to the base portion and rotating the base member. The base has a cylindrical outer cylinder provided with a releasing device, and a columnar body for firing the projecting member is provided inside the outer cylinder, and the outer cylinder has its center axis as a center. Rotatably attached to the inside of the base portion, the inside of the base portion has a protective cylinder that rotatably supports the upper end of the outer tubular body, and the lower end of the protective cylinder has notches at equal intervals. The game device has a portion and has a protrusion on the upper surface of the upper end plate of the outer cylinder in contact with the protective cylinder.

  Further, in this game device, the outer cylinder body is urged upward together with the pillar body by an pushing spring that pushes up the pillar body, and the upper end plate is pressed against the lower end of the protective cylinder. There is.

  The number of the cutouts provided at the lower end of the protection cylinder is the same as the number of the insertion holes, and when the protrusion is located in the cutouts, the contact plate of the release device is inserted into the insertion plate. The game device may be located inside the insertion hole.

  In addition, the base unit may be a game device having a movable body that operates in accordance with the vertical movement of the pillar body.

  The movable body is a rod-shaped body projecting from the base portion, and is attached to the base portion so as to be vertically movable near the outer end portion in the vicinity of the inner end portion of the rod-shaped body, and the column body is A game provided with a control ring positioned on the outer circumference of the outer cylinder body, and when the pop-out member is set on the base part and the pillar body is lowered, the control ring pushes down the inner end portion of the rod-shaped body. It may be a device.

  In the game device according to the present invention, cutouts are provided at equal intervals at the lower end of a protective cylinder that rotatably supports the upper end of an outer tubular body provided with a releasing device, and a protrusion is provided on the upper surface of the upper end plate at the upper end of the outer tubular body. Is provided. Therefore, when the projecting member is rotated, it is possible to feel the interval at which the protrusion fits into the cutout portion, and it is possible to easily determine the position where the release device is stopped.

  In addition, the outer cylinder is biased upward by the pushing spring and the upper end plate is pressed against the protection cylinder, so that the projection can be reliably fitted into the notch.

  If the number of the cutouts is the same as the number of the insertion holes and the contact plate of the release device is located inside the insertion hole when the protrusion is located in the cutout, the contact plate is always provided. It becomes extremely easy to determine the rotational position of the outer cylindrical body so that the position is located inside the insertion hole.

  Further, by providing a movable body that operates in accordance with the vertical movement of the prop body that fires the pop-out member, when the pop-out member is fired, the movable body is also actuated to greatly change the appearance of the game device. The fun of can be given to the player.

  Then, if the movable body is made into a rod-shaped body and is operably attached to the inner end portion to the base part, and the inner end portion of the movable body can be pressed from above by the control ring provided on the column body, a large operation can be performed with a simple structure. It can be a movable body.

FIG. 1 is an external perspective view showing an example of an embodiment of a game device according to the present invention. The side sectional view of an example in the embodiment of the game device concerning the present invention. The exploded perspective view of an example in the embodiment of the game device concerning the present invention. The perspective view showing the important section of an example in the embodiment of the game device concerning the present invention. FIG. 3 is a side cross-sectional view of a state in which a projecting member of the embodiment of the game device according to the present invention is released. The lower perspective view showing an example of a pop-out member in an embodiment of a game device concerning the present invention. The top view which shows the cancellation | release state of the cancellation | release device of an example in embodiment of the game device which concerns on this invention.

  As shown in FIG. 1, the embodiment of the game device according to the present invention has a plurality of insertion holes 167 in a peripheral wall of a base portion 151 which is a lower portion of the base portion 120. Further, the upper base 121 is provided above the upper end 153 of the base 151, and the pop-out member 110 can be attached to the upper end of the upper base 121.

  Then, when the insertion member 190 is inserted into the insertion hole 167 and the insertion member 190 is inserted into the specific insertion hole 167, the game in which the pop-out member 110 is ejected upward from the base 120 when the insertion member 190 is inserted. The device 100.

  The insertion member 190 has a flat plate-shaped grip portion 195 and can be pinched by a fingertip. Further, it has a flat plate-shaped insertion portion 191 protruding from the grip portion 195, and the insertion portion 191 has a thickness slightly smaller than the width of the insertion hole 167, and the vertical width is the vertical direction of the insertion hole 167. It is slightly narrower than its length. Further, an elastic portion 199 is formed near the center of the insertion portion 191, so that the insertion member 190 does not easily come off from the insertion hole 167 when the insertion portion 191 is inserted into the insertion hole 167. It is a thing.

  Further, the insertion member 190 is configured such that the thickness of the insertion portion 191 in the insertion base portion 197 is increased or the length in the vertical direction is increased, and the insertion portion 191 is further pushed into the insertion hole 167 at a predetermined position of the insertion base portion 197. I try not to. Therefore, the tip 193 of the insertion member 190 can be easily inserted into the insertion hole 167 by a predetermined amount.

  Further, the base portion 151 of the base portion 120 has a substantially truncated cone shape, and has a lower diameter larger than an upper diameter. Therefore, the game device 100 can be stably placed on a table or the like. The upper half of the outer wall 155 of the base 151 is an upper outer wall 161, and the upper outer wall 161 has a plurality of insertion holes 167 at equal intervals. Further, the lower half of the outer wall portion 155 of the base portion 151 is a lower outer wall 163, and the lower outer wall 163 also has the same number of insertion holes 167 as the insertion holes 167 provided in the upper outer wall 161. The insertion holes 167 provided in the upper outer wall 161 and the insertion holes 167 provided in the lower outer wall 163 are alternately arranged around the outer wall portion 155 of the base 151.

  Further, the base part 120 has an upper base 121 above the base part 151 having a substantially truncated cone shape. The upper base 121 has a spherical base upper end 125 above the cylindrical middle portion 123. The base 127 has an opening 127 at the apex of the upper end 125, and a movable body 141 protruding leftward and rightward from the intermediate portion 123.

  The pop-out member 110 can be attached to the opening 127 of the upper base 121. As shown in FIG. 2, the pop-out member 110 has a spherical head 111 above a cylindrical insertion main body 113, and is shaped like a doll. Then, the insertion main body 113 is inserted into the protective cylinder 135 of the upper base 121 and attached to the upper base 121 of the base 120.

  As shown in FIG. 3, the upper base 121 has a front cover 131 and a rear cover 133 that are combined to form a spherical base upper end 125 and a cylindrical intermediate portion 123. Further, an opening 127 is formed at the apex of the upper end 125 of the base so that the insertion body 113 of the pop-out member 110 can be inserted therein. Further, a cylindrical protective cylinder 135 hanging downward from the peripheral edge of the opening 127 is accommodated.

  In addition, it has a movable body 141 that projects left and right from the intermediate portion 123 (see FIG. 2). The movable body 141 has an inner end portion 147 of the movable body 141 as a contact portion, has a support portion 143 near the inner end portion 147, is attached to the front cover 131 and the rear cover 133, and is outside the support portion 143. Is a bar-shaped body that protrudes from the intermediate portion 123 as a decorative portion.

  The outer end portion 145, which is the end portion of the decorative portion, is vertically swingable around the support portion 143, and above the inner end portion 147, which is the contact portion, when the projecting member 110 is set. Is brought into contact with the control ring 301 to position the outer end portion 145 above the support portion 143.

  Further, as shown in FIG. 2, the outer cylinder body 210 is provided below the protection cylinder 135, and the column body 280 is provided inside the outer cylinder body 210. The upper end plate 211 of the outer tubular body 210 is in contact with the lower end of the protective barrel 135.

  As shown in FIG. 4, the outer tubular body 210 is a cylindrical tubular body, and the lower end thereof is supported by the lower end member 241 at the center of the bottom plate 171. Further, the engagement ring 213 formed on the upper surface of the upper end plate 211 is brought into contact with the outer periphery of the lower end of the protective cylinder 135. In this manner, the outer cylinder body 210 has its upper end and lower end supported and fixed to the center of the game apparatus 100 by the lower end member 241 and the protection cylinder 135.

  The outer cylinder 210 is rotatably supported by the base 120 and the bottom plate 171 in a plane direction parallel to the bottom plate 171. Further, the outer cylinder body 210 has an upper rib 221 near the lower end of the intermediate portion 123 of the upper base 121. Further, above the upper rib 221, there is a sliding groove 223 having a predetermined length along the axial direction of the outer cylinder body 210. The sliding groove 223 penetrates from the inside to the outside of the outer tubular body 210.

  Further, a stopper hole 225 penetrating from the inner side to the outer side of the outer tubular body 210 is provided at a substantially central height position of the outer tubular body 210. An upper support plate 231 is projected above the stopper hole 225 and a lower support plate 233 is projected below the stopper hole 225 at a position deviated from the stopper hole 225 by about 90 degrees.

  The upper support plate 231 and the lower support plate 233 are formed into a flat plate shape in the horizontal direction, protrude from the outer peripheral surface of the outer cylinder body 210, and rotatably support the support rod 251 of the release device 250.

  In the releasing device 250, the upper and lower ends of a support rod 251 having a central axis parallel to the central axis of the outer tubular body 210 are supported by the upper support plate 231 and the lower support plate 233. Then, the contact plate 265 is attached to the support rod 251 by the arc-shaped contact portion support arm 261, and the engagement body 255 is attached by the engagement portion support arm 253. The contact plate 265 is arranged at a position symmetrical to the locking body 255 about the central axis of the outer cylinder body 210.

  Further, the locking body 255 is a plate-like body that protrudes inward from the tip of the locking portion support arm 253. Then, the upper surface of the distal end portion 256 which is the inner side is inclined so that the upper surface of the distal end portion 256 is located below the upper surface of the outer end portion 258 and the like (see FIGS. 5 and 7). Further, the locking body 255 can penetrate the stopper hole 225 so that the tip portion 256 is located inside the outer cylinder body 210.

  The locking body 255 normally has the tip portion 256 positioned inside the outer tubular body 210 by the elastic body 271. Then, when the contact plate 265 comes into contact with the tip of the insertion member 190 inserted through the insertion hole 167 and the contact plate 265 approaches so as to be pushed into the outer cylinder body 210 side, as shown in FIG. The locking body 255 is pulled out from the stopper hole 225 so that the tip portion 256 of the stopper 255 is located outside the outer cylinder body 210.

  Further, the contact plate 265 extends in the up-down direction so as to have a length from above the insertion hole 167 provided in the upper outer wall 161 of the base portion 120 to below the insertion hole 167 provided in the lower outer wall 163. It is a plate. An upper contact portion 266 that is inside the upper outer wall 161 is formed above the middle and a lower contact portion 267 that is inside the lower outer wall 163 is formed below the middle. By locating the lower contact portion 267 slightly outward of the upper contact portion 266, the distance between the upper contact portion 266 and the insertion hole 167 provided in the upper outer wall 161, and the lower contact portion 267 and the lower outer wall are provided. The distance to the insertion hole 167 provided in the hole 163 is made equal.

  The lower end of the outer tubular body 210 is attached to the bottom plate 171 via the lower end member 241. The lower end member 241 has a peripheral wall portion 243 for accommodating the lower end of the outer tubular body 210 and a disc-shaped bottom portion 247 mounted on the upper surface of the bottom plate 171. Further, an engaging hole 249 is provided at the center of the bottom portion 247, the holding projection 173 of the bottom plate 171 is inserted into the engaging hole 249, and the lower end of the peripheral wall portion 243 and the bottom portion 247 are connected to the holding ring 175 of the bottom plate 171. It is located inside. Therefore, the lower end member 241 and thus the lower end of the outer cylinder body 210 are rotatably arranged on the bottom plate 171 on the bottom plate 171 without being displaced from the center position of the bottom plate 171.

  Further, an pushing spring 311 for urging the support column 280 upward is housed inside the lower end member 241. Then, the tip of the locking projection 235 provided at the lower end of the outer tubular body 210 is locked in the locking groove 245 provided in the vertical direction in the peripheral wall portion 243. Therefore, it is possible to prevent the lower end member 241 from coming off the outer cylinder body 210 and to move the lower end member 241 slightly in the axial direction of the outer cylinder body 210 at the lower end of the outer cylinder body 210. ..

  Further, inside the engagement ring 213 provided on the upper surface of the upper end plate 211 of the outer cylinder body 210, a protrusion 215 slightly protruding from the upper surface of the upper end plate 211 is provided. Further, the central portion of the upper end plate 211 inside the protrusion 215 is recessed as a recess housing portion 217 capable of housing the mounting plate 283 and the engagement recess 285. Further, the lower end of the protective cylinder 135 is provided with notched portions 143 at the same intervals as the insertion holes 167.

  Further, the support pillar 280 is a long rod-shaped body housed in the outer cylinder body 210, and has a mounting plate 283 serving as a mounting portion on which the projecting member 110 is mounted on the upper end of the support pillar body 281. Further, it has a fixed ring 305 to which the control ring 301 arranged on the outer periphery of the outer cylinder body 210 is attached, a lower sliding portion 295 which can be brought into contact with the tip end portion 256 of the locking body 255, and the like.

  The mounting portion has an engaging recess 285 into which the protrusion 115 provided on the lower end surface of the projection member 110, which will be described later, is inserted in the center of the circular flat mounting plate 283. As shown in FIG. 6, the engaging recess 285 is an octagonal star-shaped depression (see FIG. 4) into which the protrusion 115 having a rectangular prism shape can be inserted, and the protrusion member 110 is twisted. When it is rotated like this, the support column 280 is also rotated integrally with the projecting member 110.

  An upper sliding portion 291 is provided near the upper end of the column main body 281. The upper sliding portion 291 can move up and down inside the outer tubular body 210 so that the column body 281 does not shift from the central axis of the outer tubular body 210 by slidingly contacting the outer peripheral edge with the inner periphery of the outer tubular body 210. To do. As a similar sliding portion, an intermediate sliding portion 293 is provided at an intermediate portion of the column main body 281, and a lower sliding portion 295 is provided near the lower end of the column main body 281. Further, the column body 280 has a lower end plate 297 at the lower end of the column body 281 so that the upper end of the pushing spring 311 is pushed down.

  Further, below the upper sliding portion 291, there is a fixed ring 305, and there is a fixed hole 307 into which the connecting portion 303 of the control ring 301 arranged on the outer periphery of the outer tubular body 210 is inserted. The connecting portion 303 penetrates the sliding groove 223 of the outer cylinder body 210, attaches the control ring 301 to the fixed ring 305, and integrally fixes the control ring 301 to the column main body 281.

  Then, as shown in FIG. 2, when the mounting plate 283 serving as a mounting portion is positioned in the recessed portion accommodating portion 217 of the upper end plate 211, the support column 280 has the connecting portion 303 with the lower end of the sliding groove 223. It is located in the vicinity. At this time, the control ring 301 pushes down the inner end portion 147 of the movable body 141 to position the decorative portion upward. Further, at this time, the lower sliding portion 295 has a height such that the upper surface thereof can contact the lower surface of the locking body 255 of the releasing device 250.

  Therefore, when the insertion main body 113 of the pop-out member 110 is inserted through the opening 127 and the pop-out member 110 is pushed in so as to push down the mounting plate 283, and thus the support column 280, the lower sliding portion 295 is pushed more than the locking body 255. It is pushed down. Then, the lower sliding portion 295 is locked by the tip portion 256 of the locking body 255. At this time, the push-out spring 311 is strongly compressed, and the lower slide portion 295, and thus the column body 280, is prevented from rising. Therefore, the compression state of the pushing spring 311 is maintained.

  In this state, when the tip of the insertion member 190 inserted into one of the insertion holes 167 comes into contact with the contact plate 265 and the contact plate 265 is pressed toward the outer cylinder body 210, the locking body 255 is released. It is pulled out from the stopper hole 225. Therefore, the engagement between the tip end portion 256 of the locking body 255 and the lower sliding portion 295 is released, and the support body 280 is pushed upward by the elastic force of the pushing spring 311.

  Then, as shown in FIG. 5, at the position where the connecting portion 303 reaches the upper end of the sliding groove 223, the ascending of the support column 280 is stopped, the mounting portion is stopped inside the protective cylinder 135, and the mounting plate is placed. The pop-out member 110 placed on 283 is popped out so as to be discharged from the opening 127. At this time, the upper sliding portion 291 also comes into contact with the lower surface of the upper end plate 211 to prevent the column body 280 from rising. Then, the control ring 301 also rises due to the rise of the strut body 280, the inner end 147 of the movable member is released and rises, and the movable member is operated so as to lower the outer end 145 which is the decorative portion by its own weight. The decorative portion is placed on the upper end portion 153 of the base portion 151.

  Further, when the insertion main body 113 of the pop-out member 110 is inserted through the opening 127, the protrusion 115 is inserted into the engaging recess 285, and the pop-out member 110 is rotated so as to be twisted, the column body 280 rotates, The outer cylinder body 210 is rotated by the rotation of the connecting portion 303 inserted into the sliding groove 223. Therefore, the contact plate 265 of the release device 250 can be rotationally moved inside the base 151.

  At this time, the connecting portion 303 of the control ring 301 is in contact with the upper end of the sliding groove 223, the upper sliding portion 291 is also in contact with the lower surface of the upper end plate 211, and the column body 280 is pushed up by the pushing spring 311. Therefore, the outer tubular body 210 is lifted by the connecting portion 303 and the upper sliding portion 291, and the upper surface of the upper end plate 211 is brought into pressure contact with the lower end of the protective cylinder 135.

  Further, the insertion body 113 of the pop-out member 110 is inserted through the opening 127 provided at the upper end of the base 120 and strongly pushed down, and the lower sliding portion 295 is brought into contact with the inclined surface 257 of the tip 256 of the locking body 255. Then, the locking body 255 is moved backward by the inclined surface 257 to move the lower sliding portion 295 below the locking body 255, and then the pressing force on the pop-out member 110 is relaxed. 280 is pushed up. At this time, by the locking body 255 that locks the lower sliding portion 295, the mounting plate 283 of the column body 280 is positioned in the recess housing portion 217 of the upper end plate 211, and the outer cylinder body 210 is also pushed up, and the upper end plate 211. The upper surface of the above is pressed against the lower end of the protective cylinder 135.

  Since the cutouts 143 are provided at equal intervals at the lower end of the protective cylinder 135, and the projections 215 are provided on the inner upper surface of the engagement ring 213 of the upper end plate 211, the projections 215 are provided at the cutouts 143. The sense of resistance when rotating the pop-out member 110 changes every time it is positioned. Due to the notch effect, which is a change in the resistance, it is possible to feel with the fingertip that the rotation positions of the column body 280 and the outer cylinder body 210 are rotated by a predetermined rotation amount that equally divides the circumference.

  Further, when the protrusions 215 are located in the respective cutouts 143 that are the same number as the insertion holes 167, the contact plate 265 of the release device 250 is located inside the insertion holes 167. Therefore, when changing the position of the specific insertion hole 167 for ejecting the ejecting member 110 by rotating the ejecting member 110 and rotating the releasing device 250 provided on the outer cylinder body 210, The contact plate 265 can always be stopped at a position inside one of the insertion holes 167.

  Therefore, even if the insertion members 190 are inserted into all the insertion holes 167, it is possible to reliably prevent the malfunction of the pop-out member 110 not being fired.

  Further, when the pop-out member 110 is fired above the base portion 120, the outer end 145 of the movable body 141 is lowered due to the rise of the control ring 301, and not only the pop-out member 110 is fired, but also the base portion. By the operation of the movable body 141 in 120, the change of the base part 120 can be increased to give the player enjoyment that is less likely to get tired.

  The movable body 141 projects outward from the middle portion 123 of the upper base 121 of the base 120 with the support 143 near the inner end 147 and the outer end 145 side of the support 143 as a decoration. It is a rod-shaped body. Then, the inner end 147 of this rod-shaped body is pushed down from above by the control ring 301.

  For this reason, when the control ring 301 integrated with the support column 280 rises due to the rise of the support column 280, the pressing force from the control ring 301 to the inner end 147, which is the contact portion, is released. Therefore, the movable body 141 swingably supported in the vicinity of the inner end portion 147 operates so as to lower the outer end portion 145 by its own weight on the outer end portion 145 side serving as a decorative portion.

  Further, since the movable body 141 operates near the inner end portion 147 as the support portion 143, the operation width can be increased as the operation on the outer end portion 145 side which is the decoration portion.

  The movable body 141 having a decorative portion that operates by its own weight when the pressing force from above by the control ring 301 is released has a simple structure and can be easily incorporated in the base 120.

  In the game device 100 according to the embodiment of the present invention, even when the specific insertion hole 167 for ejecting the pop-out member 110 is changed, any one of the insertion holes 167 is always used as the specific insertion hole 167, The game device 100 can surely prevent a situation in which the pop-out member 110 is not fired even if the insertion members 190 are inserted into all the insertion holes 167, and can always enjoy the game.

  Further, when the projecting member 110 is fired from the base part 120, the movable part 141 provided on the base part 120 is also operated, whereby the base part 120 can be largely changed, and a game that can be enjoyed further can be enjoyed. The device 100.

100 game device 110 popping-out member 111 head 113 insert main body 115 protruding part 120 base part 121 upper base 123 middle part 125 base upper end 127 opening 131 front cover 133 rear cover 135 protective tube 143 cutout part 141 movable Body 143 Support portion 145 Outer end portion (decoration portion) 147 Inner end portion (contact portion)
151 Base 153 Upper End 155 Outer Wall 161 Upper Outer Wall 163 Lower Outer Wall 167 Insertion Hole 171 Bottom Plate 173 Retaining Protrusion 175 Retaining Ring 190 Inserting Member 191 Inserting Part 193 Tip 195 Grasping Part 197 Inserting Base 199 Elastic Part 210 Outer Body 210 Plate 213 Engagement ring 215 Protrusion 217 Recessed part 221 Upper rib 223 Sliding groove 225 Stopper hole 231 Upper support plate 233 Lower support plate 235 Locking protrusion 241 Lower end member 243 Circumferential wall 245 Locking groove 247 Bottom 249 Engaging hole 250 Release device 251 Support rod 253 Locking part supporting arm 255 Locking body 256 Tip part 257 Inclined surface 258 Outer end part 261 Contact part supporting arm 265 Contact plate 266 Upper contact part 267 Lower contact part 271 Elastic body 280 Strut body 281 Strut Main body 283 Placement plate (placement section)
285 Engagement concave part 291 Upper sliding part 293 Intermediate sliding part 295 Lower sliding part (engaging part)
297 Lower end plate 301 Control ring 303 Connection portion 305 Fixed ring 307 Fixed hole 311 Extrusion spring

Claims (5)

A game device having a plurality of insertion holes in a base portion, and when the insertion member is inserted into any one of the specific insertion holes, the pop-out member attached to the base portion is fired. In a game device in which the specific insertion hole of the plurality of insertion holes can be changed by attaching the protrusion member to the base portion and rotating the attachment member,
The base portion has a cylindrical outer cylinder provided with a releasing device, and a pillar body for firing the projecting member is provided inside the outer cylinder, and the outer cylinder has a central axis. A protective cylinder that is rotatably attached to the center and is rotatably mounted inside the base and rotatably supports the upper end of the outer cylindrical body is provided inside the base, and the lower end of the protective cylinder is cut at equal intervals. A game machine having a cutout portion and a projection body on a top surface of an upper end plate of the outer cylinder body in contact with the protection cylinder.   The game according to claim 1, wherein the outer cylinder body is biased upward together with the pillar body by an extruding spring that pushes up the pillar body, and presses the upper end plate against the lower end of the protective cylinder. apparatus.   The number of the cutouts provided at the lower end of the protective cylinder is the same as the number of the insertion holes, and when the protrusion is located in the cutouts, the contact plate of the release device is inserted into the insertion holes. The game device according to claim 1 or 2, wherein the game device is located inside the.   The game apparatus according to claim 1, wherein the base portion has a movable body that operates in accordance with a vertical movement of the pillar body.   The movable body is a rod-shaped body protruding from the base portion, and is attached to the base portion so as to be vertically movable in the vicinity of the inner end portion of the rod-shaped body and in the vicinity of the outer end portion thereof. A control ring positioned on the outer circumference of the body is provided, and when the pop-out member is set on the base part and the pillar body is lowered, the control ring pushes down the inner end portion of the rod-shaped body. The game device according to claim 4.

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