JP2706892B2 - Mobile game equipment - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a moving game device for moving a moving body from a predetermined position to a predetermined position while avoiding intermittently flowing wind.

[0002]

2. Description of the Related Art In a conventional moving game apparatus, various measures have been taken to prevent a moving body from moving. For example,
As one of the means, there has been one in which a hitting member for hitting the moving body intermittently is attached. The moving body is configured to be flicked off by the hitting member unless the moving member is moved between hits of the hitting member. Further, as another means, there has been a method in which a part of a traveling path of a moving body is intermittently brought into contact with or separated from a moving path. The moving body must be moved when a part of the traveling path is connected, and fall down when it is away.

[0003]

The above-mentioned conventional moving game apparatus has no originality and freshness in its movement preventing means,
There was a problem that it was easy to get tired. In addition, since the movement preventing means can be actually seen, there is a problem that the movement preventing means can be easily realized by getting used to it.

The present invention has been devised in view of the above-mentioned problems, and has novel and original movement inhibiting means. Since the movement inhibiting means cannot be actually seen, the movement must be made without intuitive grasp. It is an object of the present invention to provide a very interesting moving game device in which the blocking means cannot be avoided.

[0005]

The mobile game device according to the present invention has the following configuration to achieve the above object. (A) It is composed of a base having a blower and a traveling path, and a moving body moving on the traveling path. (B) The blower is configured to blow air intermittently toward the travel path. (C) The running path is formed toward the blowing means. (D) The base is provided with moving means for moving the moving body on the traveling path in the air blowing direction or the counter air blowing direction. (E) The moving body is provided with a wind receiving member that falls down when it receives a predetermined wind pressure so that the moving body can be turned upside down.

[0006]

Since the mobile game device according to the present invention has the above-described configuration, the blowing means provided on the base intermittently blows air toward the traveling path. When the blowing means blows air, the moving body is kept away from the blowing means to a position where the wind receiving member does not fall down due to the wind pressure. When the blowing of the blower is weakened or stopped, the moving body provided on the base moves the moving body to a predetermined position near the blower. The moving body must return to a predetermined position before the blowing of the blowing means increases, and when the blowing of the blowing means is intensifying, when the moving body is at a position near the blowing means, the wind receiving member is blown by the blowing means. Defeated and the game ends.

[0007]

An embodiment of the present invention will be described below with reference to the drawings. Reference numeral 1 denotes a base, as shown in FIG. 1, a square box-shaped center base 2, and a rectangular box-shaped traveling base having one end fixed to each end face of the center base 2 around the center base 2. 3, ...

As shown in FIG. 2, a blower 5 is provided on the center base 2 so as to be rotatable. The blower means 5 includes a drive motor 6, a fan 7 attached to a drive shaft 6a of the drive motor 6, a fan cover 9 attached to the front of the drive motor 6, and a drive motor 6. A pillar 10 provided at the lower part of the support, a circular support plate 11 for stably supporting the pillar 10,
The rotary cylinder 12 is attached to the lower surface of the circular support plate 11. The rotary cylinder 12 is rotatably inserted into a hole 13 formed in the upper plate of the center base 2. As shown in FIG. 5, a battery box 16 containing a battery 15 and a switch 17 are provided on the center base 2, and an electric circuit is formed by the battery 15, the switch 17, and the driving motor 6. I have.

As shown in FIGS. 3 and 4,
A long groove 20 extending toward the blowing means 5 is formed,
A moving body 21 that moves along the long groove 20 is provided. The moving body 21 has a slide plate 22 that slides on the traveling platform 3.

On both left and right sides of the slide plate 22, bearing pieces 2 are provided.
The rotating shaft 25 is rotatably mounted between the bearing pieces 23, 23. The lower end of a flat wind receiving member 26 is fixed to the rotating shaft 25. A pair of side plates 27, 27 are provided on the front surface of the wind receiving member 26, and a hook piece 29 having a triangular cross section is provided at the front of the pair of side plates 27, 27.

At the rear of the slide plate 22, a wind receiving member 26 is provided.
Rotation stopper -30 to prevent the device from completely falling backward
Is erected. On the lower surface of the slide plate 22, engagement shafts 31, 31 which are inserted into and engaged with the long grooves 20 are protruded, and a bottom plate 32 having an L-shaped cross section is fixed to lower ends of the engagement shafts 31, 31. . A locking plate 33 is fixed to a side portion of the bottom plate 32. The locking plate 33 includes a first locking claw 35.
And a second locking claw 36 are provided, one end of the string belt 37 is connected to the first locking claw 35, and the other end of the string belt 37 is connected to the second locking claw 36 via a spring 39. Have been.

The string belt 37 is wound around a drive pulley 40 provided at the other end of the traveling platform 3 and a driven pulley 41 provided at one end. The central shaft 42 integrally attached to the driving pulley 40 is rotatably attached to a bearing boss 43 provided on the lower surface on the other end side of the traveling platform 3.
A rotating disk 45 is integrally fixed to the upper end. Reference numeral 46 denotes a knob for rotating the turntable 45. The central shaft 47 integrally attached to the driven pulley 41 is rotatably attached to a bearing boss 49 provided on the lower surface on one end side of the traveling platform 3. Therefore, the moving means for moving the moving body 21 is constituted by the bottom plate 32, the string belt 37, the driving pulley 40, the driven pulley 41, and the rotating disk 45.

A ball holding base 50 is provided on the upper surface of one end of the traveling base 3. The ball holder 50 includes a ramp 51 having a substantially U-shaped cross section and a ball holder 52. The ball holding portion 52 is formed by a substantially L-shaped guide wall 53, and the center of the open portion 55 of the ball holding portion 52 and the center of the long groove 20 substantially match. The opening 55 is provided with a locking piece 5 for preventing the ball B from jumping out.
6 are provided.

On the upper surface on the other end side of the traveling base 3, guide pieces 57, 57 for regulating the slide plate 22 of the moving body 21 are protruded, and abut against the wind receiving member 26 to be rearward of the moving body 21. A movement stopper 59 for stopping the movement is provided.
A drop port 60 for dropping the ball B hooked by the hook 29 when the movement of the moving body 21 is forcibly stopped by the movement stopper 59 is formed in the upper plate of the traveling platform 3. Have been.

As shown in FIG. 6, a ball receiving plate 61 is provided under the ball drop opening 60 at an angle, and the ball receiving plate 61 is fixed to the side surface of the traveling platform 3. It is formed integrally with the bottom plate 63 of the ball storage chamber 62 provided. Reference numeral 65 denotes an opening provided on the side surface of the traveling base 3 so as not to adversely affect the movement of the ball B from the receiving plate 61 to the ball storage chamber 62.

A method of using the mobile game device of the above embodiment will be described. A plurality of balls B are put into the ball holder 50. Ball B moves downward through ramp 51,
The lowermost ball B comes into contact with the guide wall 53 and stops in the ball holding portion 52. The lowermost ball B is a locking piece 5
6 does not jump out of the opening 55.

The switch 17 is turned on. Driving motor 6
Is rotated, and the fan 7 turns to blow air.
The blowing means 5 automatically turns around the rotary cylinder 12. When the blowing direction of the fan 7 is directed to the moving body 21, the moving body 21 is moved to a position farthest from the blowing means 5 because the wind pressure is strong.

When the blowing means 5 is automatically rotated and the wind pressure is weakened or lost, the knob 46 is turned in one direction to rotate the rotary plate 45 and rotate the drive pulley 40. The string belt 37 rotates, and the moving body 21 moves in the direction of the blowing means 5. When the blowing means 5 turns and the wind pressure increases, the knob 46 is turned in the other direction to move the moving body 21 backward. If the retreat is delayed, the wind receiving member 26 is tilted down by the wind pressure, and the game ends.

When the wind pressure weakens or disappears, the knob 46 is again turned in one direction to move the moving body 21 to the blowing means 5.
Move in the direction. The hook 29 of the moving body 21 is
The ball B in the holding portion 52 is inserted into the ball holding portion 52 by passing over the locking piece 56, and the ball B in the holding portion 52 is
9 (see FIG. 7).

When the knob 46 is rotated in the other direction, the moving body 21 is rotated.
Retreat. The ball B is hooked by the hook piece 29 and retreats together with the moving body 21. If this retreat is not performed promptly, when the blowing means 5 turns and the wind pressure increases, the wind receiving member 26 is depressed and the game ends. The moving body 21 that has retreated comes into contact with the movement stopper 59 and stops. At the time of the stop, tension is applied to the string belt 37, but the string belt 37 is not cut by the expansion and contraction of the spring 39.

The ball B is moved from the drop port 60 to the ball receiving plate 6.
1 and passes through the opening 65 and is stored in the ball storage chamber 62. In this manner, it can be contested which of the moving bodies 21 provided on the four traveling platforms 3 can collect the ball B quickly without being knocked down by the blowing means 5.

Further, another embodiment of the present invention will be described with reference to the drawings. Reference numeral 101 denotes a base, as shown in FIG. 8, a column-shaped center 102, and a rectangle which is detachably attached to each end face of the center 102 with the center 102 as a center and radially arranged. The traveling platform 120 has a box shape.

As shown in FIGS. 9 to 11, the center base 102 is provided with a bottom surface 103 on which a monster-type blowing means 201 is placed. At the approximate center of the bottom surface 103, a central projection 1
05 is provided. Around the bottom surface 103, a hollow side wall 106 having an open lower surface is formed.

At the lower portion in the side wall 106, four curved locking arms 107 are provided rotatably about a central shaft 109. The tip of the locking arm 107 is the center base 10
2 is bent toward the center, and at its tip is provided a locking projection 110 projecting from an opening 111 in the bottom surface 103.
A rear portion of the locking arm 107 is bent in a direction opposite to the center of the center base 102, and a pressed projection 112 projecting from the side wall 106 is provided at the rear portion.

An engaging plate 115 having an L-shaped cross section is provided on a side surface of the center base 102. A substantially U-shaped notch 116 is formed at the center of the locking plate 115.
A projection 112 to be pressed protrudes from 16.

As shown in FIGS. 12 and 13, the carriage 120 has a U-shaped cross section, and has a curved contact portion 121 at the front.
Is provided. The curved contact portion 121 is provided with a ramp 122 for lowering the plurality of balls B from the sides toward the center of the traveling platform 120. This ramp 12
A stopper 123 for stopping the ball B at the lowermost portion and a substantially L-shaped protrusion preventing piece 125 for preventing the ball B from popping out are provided at the lowermost portion of the ball 2.

A ball outlet 124 is formed at the bottom of the ramp 122. Center stand 1 of curved contact part 121
An abutting wall 126 that abuts on the base plate 02 has an engaging recess 127 that is engaged with the engaging plate 115 of the center base 102. At approximately the center of the engagement recess 127, the pressed projection 1
A notch 129 that protrudes 12 is formed. A bearing hole 130 is provided above the notch 129 of the contact wall 126.
Are drilled.

At the rear of the carriage 120, a falling passage 185 is formed which is slightly inclined toward the right side. A ball inlet 184 is provided at the base end of the drop passage 185.
Are formed. On the right side surface of the traveling platform 120, an elongated hole 186 for storing the ball B dropped from the falling path 185 is formed.

On the left side of the carriage 120, the carriage 120
There is provided a holding table 187 for holding the moving of the rotating handle 131 during the rotating operation of the rotating handle 131 described later. This presser foot 187
Is provided with a holding projection 188 for facilitating the holding. In the center of the upper plate of the carriage 120, the sliding groove 1 extends from the ball outlet 124 to the ball inlet 184.
65 are formed.

At the rear of the carriage 120, a rotating handle 1 is provided.
31 is provided rotatably. This rotating handle 1
A crown gear 133 is provided on a center shaft 132 of the base 31.

A feed shaft 142 is provided inside the traveling platform 120. The feed shaft 142 has a leading end rotatably inserted into the bearing hole 130 and a rear portion rotatably attached to a bearing 147 provided inside the traveling stand 120 (see FIG. 14). Reference numeral 146 denotes a guide boss fixed to the feed shaft 142, which contacts the bearing 147 and regulates the feed shaft 142 so as not to move in the axial direction.

At the rear of the feed shaft 142, a clutch shaft 135 is integrally provided. The clutch shaft 135 has a pinion 1 that always meshes with the crown gear 133.
36 is provided rotatably. This pinion 136
An engagement claw 137 is formed integrally with the tip of the. The pinion 136 is urged by a spring 140, and the engaging claw 137 is pressed against a locking claw 139 formed at the rear of a small cylinder 138 fixed to the clutch shaft 135. 141 is a spring seat fixed to the clutch shaft 135.

A fan-shaped cam member 145 is integrally fixed to the leading end of the feed shaft 142. The pressed protrusion 112 is always in contact with the cam member 145. A wire 143 is wound around the feed shaft 142 in a helical shape. A moving boss 149 is provided on the feed shaft 142, and the movable boss 149 is configured to be movable in the axial direction of the feed shaft 142 by rotation of the helical wire 143 due to rotation of the feed shaft 142.

A pair of guide pieces 150, 150 are provided at the front and rear of the upper portion of the movable boss 149. Moving boss 14
9, a moving member 151 having a locking piece 152 inserted between the pair of guide pieces 150, 150 and locking projections 153 formed on both ends of the moving boss 149.
Is provided (see FIGS. 15 and 16). A sliding groove 165 formed on the upper surface of the traveling platform 120 so as to extend in the front-rear direction is provided above the pair of locking pieces 152 and 152.
Is fixedly provided.

Further, a fan-shaped moving plate 156 is attached to the upper part of the sliding piece 155. This moving plate 1
56 and the sliding piece 155 so that the rotating shaft 15
9 is provided rotatably. This rotating shaft 159 is
A boss 158 abuts on the lower surface of the sliding piece 155 and a spring seat 162 at the bottom. Also, the rotating shaft 15
9, the boss 158 and the spring seat 162
A pinion 160 is provided rotatably, and a spring 161 for pressing the pinion 160 against the boss 158 is provided.
Is provided. In addition, a locking projection 163 is provided on the upper surface of the movable plate 156 to protrude.

On the right side of the sliding groove 165, a rack 167 extending in parallel with the sliding groove is provided. This rack 167
, The pinion 160 is always meshed. On the left side of the sliding groove 165, a ridge 166 extending in parallel with the sliding groove 165 is provided. A guide protrusion 168 is provided on the left side surface of the locking piece 152, and the protrusion 166 is sandwiched between the guide protrusion 168 and the moving plate 156.

A moving body 170 is rotatably attached to the moving plate 156. Therefore, the moving means for moving the moving body 170 is constituted by the rotating shaft 159, the moving plate 156, the moving member 151, the moving boss 149, the feed shaft 142, the clutch shaft 135, the pinion 136, the crown gear 133, and the rotating handle 131. . This moving body 17
0 has a block body 171 in which a hole 172 pivotally connected to the rotation shaft 159 is formed on the lower surface. A substantially U-shaped frame 173 is rotatably attached to both side surfaces of the block 171.

At the front edge of the frame 173, a flat plate-shaped wind receiving member 1 having a pair of transfer arms 176 and 176 at the lower part of the front surface is provided.
75 are fixed. Since the lower edge of the wind receiving member 175 contacts the moving plate 156, the transport arm 176
It does not fall to the side and can be raised by the weight of the transfer arms 176 and 176. Therefore, the wind receiving member 175
Is formed so as to be able to fall backward. A stepped recess 177 for holding the ball B is formed on the upper surface of the tip of each of the transfer arms 176 and 176.

On the lower left side of the rear surface of the block 171, there is provided a locking piece 179 which is locked by the locking projection 163 and prevents the block 171 from rotating in one direction. A contact piece 180 is provided on the right side of the frame 173.
The contact piece 180 is configured to be able to contact the stopper piece 181. This stopper piece 181
20 is provided at the other end of an elastic member 182 fixed at one end to the back surface of the traveling member 1 by a fixing member 183.
It protrudes from the 20 openings.

As shown in FIGS. 17 and 18, the blowing means 201 mounted on the bottom surface 103 of the center base 102 includes a rotary table 202 and a blowing device 290 provided on the rotary table 202. As shown in FIG. 19, on the turntable 202, a transmission case 206 having a step recess on the left side is formed.
A motor 203 is mounted in a stepped recess of the transmission case 206. The transmission case 206 includes a lower case 207 having a plurality of bearings in a stepped manner, and a lower case 207 covering the bearings.
And an upper case 209 which is put on the case 207.

The first bearing 190 of the lower case 207
, A drive shaft 211 is rotatably supported. The front end of the drive shaft 211 protrudes from inside the transmission case 206, and the large pulley 210 is fixed thereto. Drive shaft 2
11, a sun gear 212 is fixedly provided.
A rotating body 213 having a floating gear 215 on the side surface that always meshes with the sun gear 212 is rotatably provided.
A plurality of locking pieces 216 protrude from the circumferential surface of the rotating body 213.

The second bearing portion 191 of the lower case 207
, An intermediate shaft 217 is rotatably supported. A spur gear 219 meshable with the floating gear 215 and a low-speed gear 220 integrally formed with the spur gear 219 are fixed to a front portion of the intermediate shaft 217. Also, intermediate shaft 2
A high-speed gear 221 having more teeth than the low-speed gear 220 is fixed to the rear portion of the gear 17.

The third bearing portion 192 of the lower case 207
, A switching shaft 222 is rotatably and slidably supported in the axial direction. A large spur gear 223 meshable with the low-speed gear 220 and a small spur gear 225 meshable with the high-speed gear 221 are integrally fixed to the switching shaft 222. The switching case 222 has a transmission case 20.
A receiving seat 227 is provided slidably in contact with the inside of the housing 6. Further, a spring 226 is interposed between the receiving seat 227 and the large spur gear 223, and the switching shaft 222 is urged rearward by the spring 226.

The fourth bearing portion 193 of the lower case 207
, An output shaft 229 is rotatably provided. The output gear 229 is fixedly provided with a driven gear 230 always meshing with the large spur gear 223. This driven gear 2
The rear end of the projection 30 projects from the transmission case 206, and the output gear 231 is fixed thereto.

Fifth bearing portion 194 of lower case 207
, A reversing shaft 232 is provided rotatably. The reverse rotation shaft 232 always meshes with the spur gear 219 and can rotate with the idle gear 215.
Is fixed. The rear end of the reverse rotation shaft 232 protrudes from the transmission case 206, and a worm gear 235 is fixed thereto.

On the turntable 202, as shown in FIG.
A plurality of upwardly projecting bearing portions are formed. A spur gear 236 that always meshes with the worm gear 235 is rotatably provided on the bearing 195. The other bearing 196 includes the spur gear 236.
A pinion 237 is provided rotatably. Further, the other bearing portion 197 includes a pinion 23
A large spur gear 238 always meshing with the gear 7 is rotatably provided. Below the large spur gear 238, a fan-shaped switching cam 239 is provided in which the rear end of the switching shaft 222 is constantly pressed by a spring 226.

The upper case 209 of the mission case 206
A notch 240 is formed at the right end of the
A support shaft 241 is provided so as to be located within 0. A boss 243 of a swinging piece 242 is rotatably supported on the support shaft 241. The rocking piece 242 engages with the locking piece 216 of the rotating body 213 at the lower portion, and
An engagement piece 245 for stopping the rotation of the thirteen is provided. A pin 247 that engages with a switching piece 275 described later protrudes from a rear portion of the swinging piece 242.

The drive shaft of the motor 203 mounted on the mission case 206 has, as shown in FIG.
The small pulley 205 and the large pulley 205 are fixedly mounted.
The ribs 210 are connected by a belt 246. Further, the multi-blade fan 291 of the blower 290 is fixed to the drive shaft of the motor 203 (see FIGS. 18 and 24).

The multi-blade fan 291 is housed in a circular case 292 provided on the turntable 202. This case 292 has an air intake 293 formed on the front surface. An air inlet 293 is provided above the case 292.
A jet path 295 is provided for sending air taken in upward by a multi-blade fan 291. This spout 29
5 is bent forward at the upper part, and a spout 296 is formed at the tip.

The blower 290 is provided so as to be covered by a monster type cover body 299,
96 is provided at the position of the monster's mouth. The cover body 299 has an L-shaped lower edge provided on the turntable 202.
It is locked by the character-shaped locking projection 297 and fixed to the turntable 202.

The turntable 202 is formed in a hollow cylindrical shape, and is formed such that an upper case 250 and a lower case 251 having a receiving hole 254 formed on the lower surface are overlapped (see FIG. 26). ). As shown in FIG. 25, a battery box 252 is provided in a substantially middle portion of the lower case 251.

Openings 2 are provided at four places on the lower surface of the lower case 251.
56 are formed, and idler wheels 255 project from three of them so as to be rotatably supported by bearings 253. A drive wheel 266 protrudes from one of the openings 256. The drive wheel 266 is fixed to one end of the drive shaft 265. A passive gear 263 is fixed to the other end of the drive shaft 265. This passive gear 263 is
It always meshes with the input gear 262 fixed to the driven shaft 261. The input gear 262 projects upward from the upper case 250 and meshes with the output gear 231. The drive shaft 265 and the driven shaft 261 are provided with bearings 257, 259, 2
60 is rotatably supported.

Reference numeral 280 denotes a swinging piece provided on the battery box 252 so as to be swingable, and a pressing plate 281 is formed at the tip. The pressing plate 281 presses the fixed terminal 285 provided on the side surface of the battery box 252 and the elastic terminal 283 of the switch including the elastic terminal 283 against elasticity,
The fixed terminals 285 are brought into contact with each other. The switch, the battery box 252 and the motor 203 constitute an electric circuit. The upper case 25 is provided on the pressing plate 281.
A projection 282 protruding from an opening 286 formed at 0 is provided.

A switching lever 270 is provided on the lower case 251 at a position opposite to the above switch. That is, as shown in FIG. 20, a bearing boss 271 protrudes from the lower surface of the lower case 251, and a center shaft 272 is rotatably provided on the bearing boss 271. This central axis 27
A substantially L-shaped contact piece 273 protruding from the lower surface opening of the lower case 251 is integrally attached to the side surface of the lower case 251.
A substantially horizontal turning piece 277 is provided at the upper end of the center shaft 272. The rotating piece 277 projects from a rectangular elongated hole formed on the upper surface of the upper case 250 so as to be substantially perpendicular to the rotating piece 277.
7 having a substantially L-shaped groove 276 for engaging with
Is fixed.

As shown in FIG. 27, a rib 278 is fixed to the back surface of the switching piece 275. This rib 278
Is always positioned by the elastic member 279. The base of the elastic member 279 is
A boss 274 protruding from the upper case 250 is fixed by screws. The tip of the elastic member 279 is bent into a mountain shape, and is formed by one slope a and the other slope b.
The position of the switching piece 275 is fixed.

Next, how to use another embodiment will be described. A plurality of balls B are placed on the ramp 122 of the carriage 120. The lowermost ball B is fixed in contact with the stopper-123. When the turntable 202 of the blowing means 201 is placed on the center base 102, the receiving hole 254 formed on the lower surface of the turntable 202 is rotatably fitted to the center projection 105 of the center base 102.

A projection 282 projecting above the turntable 202
Is moved in a predetermined direction, the pressing plate 281 rotates, and the elastic terminal 283 is pressed against the fixed terminal 285 (see FIG. 25). The switch is turned on, and the motor 203 is driven. When the motor 203 is driven, the multi-blade fan 291 is rotated, and air is constantly jetted from the jet port 296 located at the mouth of the monster.

By driving the motor 203, the small pulley 20 is driven.
5 also rotates, and the drive shaft 211 rotates via the belt 246 and the large pulley 210. The rotating body 213 also rotates due to the sun gear 212 and the frictional resistance provided on the drive shaft 211,
The idle gear 215 rotates about the sun gear 212.

The switching piece 275 of the switching lever-270 is the same as that shown in FIG.
When the rotator 213 is positioned in the arrow X direction shown in FIG.
The engaging piece 245 of the swinging piece 242 is engaged with the locking claw 216 located at the rear of the rotating body 213, and the rotating body 213 stops rotating against the frictional resistance. The idle gear 215 meshes with the spur gear 219 of the intermediate shaft 217. Therefore, the rotation of the idle gear 215 is transmitted to the switching cam 239 via the spur gear 219, the reverse gear 233, the worm gear 235, the spur gear 236, the pinion 237, and the large spur gear 238, and the switching cam 239 rotates. By the rotation of the switching cam 239, the switching shaft 222, which is always in contact with the switching cam 239, moves in the axial direction, and the gear is switched. That is, while the spur gear 219 is rotating, the large spur gear 2
23 meshes with the low-speed gear 220, and the small spur gear 225 meshes with the high-speed gear 221.

The rotation of the floating gear 215 is controlled by the rotation of the spur gear 21.
9, low speed gear 220 (high speed gear 221), large spur gear 22
3 (small spur gear 225), driven gear 230, output gear 2
31, the input gear 262, and the passive gear 263 are transmitted to the drive wheel 266, and the drive wheel 266 rotates (see FIG. 25). Even in this case, as described above, since the large spur gear 223 and the small spur gear 225 mesh with each other, the rotation speed of the drive wheel 266 changes.

Next, the switching piece 275 of the switching lever-270 is
When it is located in the arrow Y direction, the engaging piece 245 of the swinging piece 242 is engaged with the locking claw 216 in front of the rotating body 213,
The rotating body 213 stops rotating against the frictional resistance. The idle gear 215 meshes with the reverse gear 233 of the reverse shaft 232. In this case, the rotation of the floating gear 215 is
33, worm gear 235, spur gear 236, pinion 2
37, transmitted to the switching cam 239 via the large spur gear 238, and the switching cam 239 rotates in the reverse direction. However, the switching cam 2
Regardless of the direction of rotation of 39, switching between the large spur gear 223 and the small spur gear 220 is the same. The rotation of the idle gear 215 is controlled by the reverse gear 233, the spur gear 219,
Low-speed gear 220 (high-speed gear 221), large spur gear 223
(Small spur gear 225), driven gear 230, output gear 23
1. Drive wheel 2 via input gear 262 and passive gear 263
The driving wheel 266 rotates in the reverse direction.

As described above, the blowing means 201 rotates while automatically changing the speed about the center projection 110 on the center base 102, and constantly blows air from the outlet 296. When the rotation handle 131 is rotated, the feed shaft 142 is rotated via the center shaft 132, the crown gear 133, the pinion 136, the engagement claw 137, the engagement claw 139, and the clutch shaft 135. Since the helical wire 143 also rotates, the moving boss 149 moves along the feed shaft 142, and the moving member 151 also moves along the sliding groove 165.

Since the pinion 160 of the moving member 151 is always engaged with the rack 167, it rotates by the movement of the moving member 151, rotates clockwise when moving forward, and counterclockwise when moving backward. To rotate. Since the rotating shaft 159 integrated with the pinion 160 also rotates, the moving body 170 fitted to the rotating shaft 159 rotates due to the rotational friction resistance of the rotating shaft 159. However, when the rotating shaft 159 rotates clockwise, the locking pieces 179 of the block body 171 engage with the locking protrusions 163 of the moving plate 156, and the moving body 170 resists the rotational friction resistance of the rotating shaft 159. And does not rotate (see FIG. 28).

When the rotating shaft 159 rotates counterclockwise, the moving body 170 rotates counterclockwise due to the rotational frictional resistance of the rotating shaft 159, but the wind receiving member 175 is locked by the locking projection 163.
, And the moving body 170 is once inverted and fixed at that position. That is, the transport arm 176 of the moving body 170
Will face forward when it is moving forward and backward when it is moving backward.

A cam member 145 is provided at the front end of the feed shaft 142.
Is provided, according to the rotation of the feed shaft 142,
The cam member 145 also rotates. This rotation of the cam member 145 intermittently presses the pressed protrusion 112 of the center base 102. When the pressed protrusion 112 is pressed, the locking protrusion 110 protrudes from the bottom surface of the center base 102.

At the time of this projection, the contact piece 273 is
0, the switching piece 275 of the switching lever 270 of the blowing means 201 rotates from the X direction (Y direction) to the Y direction (X direction) about the central axis 272, and
Switch 2 to another position. Engaging piece 245 of rocking piece 242
Is located behind (front of) the rotating body 213.
And is engaged with the locking claw 216 located at the front (rear). During this time, the rotating body 213 is
1 and the floating gear 215 is rotated by the frictional resistance of
19 (reverse gear 233) to reverse gear 233 (spur gear 2)
19). Since the gear meshing with the idle gear 215 changes, the rotation direction of the drive wheel 266 changes, and the air blowing means 201 reverses.

The wind receiving member 175 is rotatably provided on the block body 171, and the lower edge of the wind receiving member 175 is in contact with the moving plate 156 even if the wind is received on the surface opposite to the transfer arm 176. Therefore, when it receives wind on the surface on the side of the transfer arm 176, it falls backward. Therefore, the blowing means 2
When the airflow of 01 is directed to the moving body 170 that moves the rotary handle 131 by moving the same, the moving body 170 must be separated from the blowing means 201 or the transport arm 176 must be directed to the rotary handle 131 side. No.

When the blowing means 201 is rotated and the blowing direction is deviated or weakened, the rotating handle 131 is rotated,
The moving body 170 is moved forward. If the locking projection 110 comes into contact with the contact piece 273 as described above, the blower 201 is immediately inverted, so that even if the blower 201 receives the blow, the rotating handle 175 does not fall down. It is necessary to change the direction of the wind receiving member 175 by reversing 131.

When the wind receiving member 175 is fallen down, the moving body 170 is returned to the original position, and when the moving body 170 is moved forward, the lower surface of the contact piece 180 of the wind receiving member 175 is moved to the stopper 181 as shown in FIG. , The wind receiving member 175 rotates around the block body 171 and is caused to rotate. Although the lower surface of the contact piece 180 rides on the stopper 181, the stopper 181 is urged upward by the elastic member 182, so that the stopper 181 returns immediately after the movement of the wind receiving member 175.

As described above, when the rotating handle 131 is rotated clockwise while avoiding the air blowing from the air blowing means 201, the moving body 170 moves forward, and the pair of transport arms 176 and 176 face in the forward moving direction. Will be. When the moving body 170 is further advanced, the pair of transfer arms 1
76 and 176 will be inserted into the ball outlet 124 of the ramp 122. Therefore, the ball outlet 124
Ball B in step 1 of the transfer arms 176 and 176
It is placed between 77 and 177.

When the rotating handle 131 is rotated counterclockwise, the moving body 170 moves backward. The moving body 170 is inverted so that the pair of transfer arms 176 and 176 holding the ball B face in the retreating direction. As described above, if the air is blown by the air blowing means 201 and hits the wind receiving member 175, it does not fall. When the moving body 170 is further retracted, the pair of transfer arms 176 and 176 are inserted into the ball inlet 184 of the drop passage 185, and the ball B
Is placed on the falling passage 185 side. The ball B passes through the drop passage 185 and is stored in the elongated hole 186.

In the embodiment, the air blowing means 5, 201 is rotated to intermittently blow air to the moving bodies 21, 170. However, the air blowing means 5, 201 is fixed, and the driving motor 6 is rotated. , 203 are randomly turned on and off, the air is intermittently blown to the moving bodies 21 and 170. Furthermore, even if a shutter member that opens and closes randomly is provided on the front surface of the fans 7 and 291, air is intermittently blown to the moving bodies 21 and 170. Also, the moving bodies 21 and 170
Is mounted directly on the carriages 3 and 120,
Of course, it may be constituted by a radio control or the like separate from 20.

[0073]

The moving game apparatus according to the present invention uses a blowing means for intermittently blowing air as means for preventing the movement of the moving body, so that it is extremely novel and original as compared with the conventional one. This has the effect. In addition, the moving object must be moved when the air pressure is low or when there is no air flow, so move the mobile object quickly if you do not sense the strength of the wind. There is an effect that it can not be done and is extremely interesting.

[Brief description of the drawings]

FIG. 1 is an overall plan view of an embodiment of the present invention.

FIG. 2 is an enlarged sectional view of a traveling platform.

FIG. 3 is a perspective view of a traveling platform.

FIG. 4 is a bottom view of the traveling platform.

FIG. 5 is a bottom view of the center base.

FIG. 6 is a cross-sectional view cut along XX.

FIG. 7 is a side view showing a use state.

FIG. 8 is an overall plan view of another embodiment of the present invention.

FIG. 9 is a plan view of a center base.

FIG. 10 is a bottom view of the center base.

FIG. 11 is a partially omitted perspective view of a center base.

FIG. 12 is a perspective view of a traveling platform.

FIG. 13 is a sectional view of a traveling platform.

FIG. 14 is a bottom view of the traveling platform.

FIG. 15 is a sectional front view of a traveling platform.

FIG. 16 is a side sectional view of the traveling platform.

FIG. 17 is a perspective view of a blowing unit.

FIG. 18 is a side sectional view of a blowing unit.

FIG. 19 is an exploded perspective view of a transmission case.

FIG. 20 is a cross-sectional view in which a part of a blowing unit is omitted.

FIG. 21 is a rear view in which a part of the blowing means is omitted.

FIG. 22 is a plan view in which a part of a blowing unit is omitted.

FIG. 23 is a plan view in which a part of the blower is omitted.

FIG. 24 is a front view in which a part of the blowing means is omitted.

FIG. 25 is a plan view in which a part of the turntable is omitted.

FIG. 26 is a perspective view of a turntable.

FIG. 27 is a perspective view in which a part of the turntable is omitted.

FIG. 28 is a plan view of the traveling platform showing a use state.

FIG. 29 is a side view showing a use state.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Base 2 Center stand 3 Running stand 5 Blowing means 6 Driving motor 7 Fan 9 Fan cover 10 Support 11 Circular support plate 12 Rotating cylinder 13 Hole 20 Long groove 21 Moving body 22 Slide plate 23 Bearing piece 25 Rotating shaft 26 Wind receiving Member 27 Side plate 29 Hook piece 30 Rotation stopper 31 Engagement shaft 32 Bottom plate 33 Locking plate 37 String belt 40 Drive pulley 41 Follower pulley 42 Center shaft 45 Rotating disk 47 Center shaft 50 Ball holder 52 Ball holding part 55 Opening part 60 Drop port 61 Ball receiving plate 62 Ball storage room 101 Base 102 Central base 103 Bottom surface 106 Side wall 107 Locking arm 110 Locking protrusion 112 Pressed protrusion 115 Locking plate 120 Traveling stand 121 Curved abutment part 122 Ramp 124 Ball outlet 126 Abutment wall 127 Engagement recess 131 Rotation handle 142 Revolving shaft 145 Cam member 149 Moving boss 151 Moving member 156 Moving plate 159 Rotating shaft 160 Pinion 163 Locking projection 165 Sliding groove 166 Ridge 167 Rack 168 Guide projection 170 Moving body 171 Block body 172 Hole 173 Frame body 175 Wind receiving member 176 Transfer arm 179 Locking piece 184 Ball inlet 185 Drop passage 186 Slot hole 201 Blowing means 202 Turntable 203 Motor 205 Small pulley 206 Transmission case 210 Large pulley 211 Drive shaft 212 Sun gear 213 Rotating body 215 Floating gear 216 Locking pawl 231 Output gear 242 Swing piece 245 Engagement piece 254 Receiving hole 255 Idling wheel 266 Drive wheel 270 Switching lever 273 Contact piece 275 Switching piece 290 Blower 291 Multi-blade fan 292 Case 296 Spout 299 Over body B ball

Claims (1)

(57) [Claims] 1. A mobile game device having the following requirements. (A) It is composed of a base having a blower and a traveling path, and a moving body moving on the traveling path. (B) The blower is configured to blow air intermittently toward the travel path. (C) The running path is formed toward the blowing means. (D) The base is provided with moving means for moving the moving body on the traveling path in the air blowing direction or the counter air blowing direction. (E) The moving body is provided with a wind receiving member that falls down when it receives a predetermined wind pressure so that the moving body can be turned upside down.