JP3001727U - Game console - Google Patents

Abstract

(57) [Summary] [Purpose] It is an object of the present invention to provide a new game device which is devised to solve the lack of interest. [Structure] A drive unit that rotates the rotary drum with a hit indicator and the rotary disk with a hit indicator by the operation of the rack that moves forward with the finger operating force and returns with the spring force, and the forward drive with the spring force to move with the finger operating force. A selection unit that stops the rotation of the rotary drum and the rotary disk at the hit / out position by the operation of the return actuating rod, and a prize providing unit that automatically gives a prize when the rotary drum / rotary disk stops at the hit position. It is equipped with and.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a game device that allows players to enjoy hitting / disengaging by playing with both hands.

[0002]

[Prior art]

 Conventionally, this type of game machine is known to be played by one-handed operation, but it is not entertaining because it is one-handed operation.

[0003]

[Problems to be solved by the device]

 It is an object of the present invention to provide a new game device which is devised to solve the above lack of interest.

[0004]

[Means for Solving the Problems]

 In order to achieve the above object, the game machine according to the present invention causes the rotary drum with a hit indicator and the rotary disk with a hit indicator to rotate by the operation of the rack that moves forward with finger operation force and returns with the blade force. The rotating part and rotating disk and the selecting part that stops the rotation of the rotating drum and the rotating disk at the hit / disengaged position by the operation of the driving part and the operating rod that moves forward with finger operating force and returns with spring force It is provided with a prize providing section which automatically gives a prize when stopped at the hit position.

[0005]

【Example】

 In the embodiment shown in the figure, a flat hollow case 1 is made of hard plastic, a semi-cylindrical bulging wall 3 is formed in the upper half of the front wall 2 of the case 1, and the bulging wall 3 The rotating drum 4 is arranged in the left-right direction inside, and both ends of the central axis 5 of the rotating drum 4 are rotatably supported by supporting walls 8 and 9 standing inside the left and right walls 6 and 7 of the case 1. The first pinion 10 is rotatably supported at a position near the right end of the central shaft 5 of the rotating drum 4, and the rack 11 is arranged under the first pinion 10 so as to be constantly meshed and vertically reciprocated. Mounted and extending the lower end of the rack 11 into the right side portion of the lower half of the case 1 and projecting the first finger-hanging protrusion 12 on the front surface of the extending part. The front end of the first finger-hanging protrusion 12 is attached to the case. 1 through the long slit 13 formed in the front wall 2 in the vertical direction. The first pin gear 17 is formed by vertically arranging a large number of pins 16 so as to extend to the front side of the base 1 and surround the first pinion 10 on the outer surface of the right end wall 15 of the rotary drum 4. An elliptical first clutch ring 18 is fitted between the pin 16 group of the 1-pin gear 17 and the first pinion 10, and the first pinion 10 is constantly meshed with the inner peripheral edge of the first clutch ring 18. Similarly, a claw 19 is provided on the outer peripheral edge of the first pin gear 17 to engage with the pin 16 of the first pin gear 17 only when the rack 11 moves downward, and the claw 19 projects leftward on the left side of the rack 11 near the lower end. The first arm 21 is provided, and spring-supporting pins 22 and 23 are erected on the base end portion of the first arm 21 and the case 1, and these spring-supporting pins 22 and 23 are provided above the rack 11. To give a return force to The Nbane 24 hung.

Further, a rotary disk 26 is arranged inside the center of the lower half of the front wall 2 of the case 1, and the rear end of the central shaft 25 of the rotary disk 26 is supported by the rear wall 28 of the case 1. A state in which the rotary disk 26 is allowed to rotate freely, a second pinion 27 is rotatably supported by a central shaft 25 of the rotary disk 26, and the left side of the second pinion 27 is constantly meshed with the first arm 21. The fan-shaped toothed wheel 29 is arranged in a state of being located after the center of the fan-shaped toothed wheel 29, and the center point shaft 30 thereof is supported by the rear surface wall 28 of the case 1. A pin 32 and an elongated hole 33 that engage with each other at the front surface of the portion and the tip end portion of the first arm 21 are provided to connect the rack 11 and the fan-shaped toothed wheel 29, and at the rear surface of the rotating disk 26, the second pinion 27. A large number of pins 34 are projected in an arrangement surrounding To form a second pin gear 35, and an elliptical second clutch ring 36 is fitted between the pin 34 group of the second pin gear 35 and the second pinion 27. A claw 37 that always meshes with the second pinion 27 is provided on the inner peripheral edge of the pin, and a pin 34 of the second pin gear 35 is also provided on the outer peripheral edge only when the fan-shaped toothed wheel 29 rotates in the direction opposite to the hands of the clock. The engaging claws 38 are provided, and the rear surface of the rotary disk 26 is provided with a first cam disc portion 41 having a shallow recess portion 39 and a deep recess portion 40 alternately arranged up to four sets.

Further, an operating rod 43 is vertically movable in the left side portion of the case 1, and a second finger hooking protrusion 44 is provided on the front surface of a portion of the operating rod 43 near the lower end to project the second finger hooking protrusion. The front end of No. 44 extends to the front side of the case 1 through a vertically long slit 45 formed in the front wall of the case 1 and has a shallow recess 47 and a deep recess 47 on the outer surface of the left end wall 46 of the rotary drum 4. A second cam disk 49 having up to three sets of recessed portions 48 arranged alternately is provided. Further, the upper end of the operating rod 43 is extended above the upper edge of the second cam disk 49, and the second end is provided at the extended end. A second cam follower portion 50 that engages with the shallow recess portion 47 and the deep recess portion 48 of the cam disc 49 is provided, and the tip is located above the upper end edge of the first cam disc portion 41 at the intermediate portion of the operating rod 43. The second arm 51 located is projected and the first arm is attached to the projecting end. A first cam follower 52 that engages with the shallow recess 39 and the deep recess 40 of the lathe board 41 is provided, respectively, and a third arm 53 protruding rightward is provided on the right side of the operating rod 43. Spring hooking pins 54 and 55 are erected on the arm 53 and the case 1, and a second return spring 56 that applies a returning force to the operating rod 43 upward is hooked on the spring hooking pins 54 and 55. .

Further, a dish-shaped body 57 is arranged on the rear side of the rear wall 28 of the case 1, and both ends of the upper end opening edge portion of the dish-shaped body 57 are projectingly provided on both sides of the bottom surface of the front edge of the case 1. A pair of downward supporting walls 58 and 59 are supported by a shaft rod 60 to form a card storage chamber 61 on the rear surface of the case 1. Only one card 62 is provided at the upper end of the card storage chamber 61 by the bearing. A hook 64 and a receiving portion 64 for forming a card outlet 63 for allowing the passage of the tray 57 and engaging the lower end wall of the dish-shaped body 57 and the lower end wall of the case 1 with each other to maintain the dish-shaped body 57 in a closed state. A part 65 is provided, and the entire card 62 is pushed forward on the inside of the rear wall of the card storage chamber 61 so that the frontmost card 62 is lightly slidably attached to the lower surface of the top (front) wall of the card storage chamber 61. A leaf spring body 66 having a dogleg shape is provided for holding the closed state.

Further, a movable plate 68 is arranged on the upper surface of the rear wall 28 of the case 1, and the movable plate 68 is provided at the lower edge of the movable plate 68 by fitting the central shaft 25 with a vertically elongated slit 69. The engagement edge 70 and the square hole 71 formed in the rear wall 28 of the case 1 are fitted to each other so as to be vertically slidable, and the thickness of one card 62 is provided on the rear surface of the engagement edge 70 of the movable plate 68. A card catching protrusion 72 of the same height is provided, and a fourth arm 73 protruding leftward is provided on the left side edge of the movable plate 68. The spring arming pin 74 is provided on the fourth arm 73 and the case 1. , 75 is provided with a third return spring 76 that gives upward return force to the movable plate 68, and a portion of the rear wall 28 of the case 1 facing the loci of the third arm 53 and the fourth arm 73. A U-shaped cut line 77 is cut on the elastic plate 78 is formed, and the fourth arm 73 is allowed to pass through on the right half of the tip of the elastic plate 78 at the end of the movement from above, and then immediately returns to lock the upward return of the fourth arm 73. Similarly, the engaging protrusion 79 is pushed to the left half at the end of the movement of the third arm 53 from the upper side to the lower side, and the tip of the elastic plate 78 is pushed down to release the engagement state of the engaging protrusion 79. And an engaging projection 81 which pushes the movable plate 68 downward by mutually engaging a portion of the movable plate 68 located behind the fan-shaped toothed wheel 29 and a rear surface of the fan-shaped toothed wheel 29. 82 is provided.

Further, first to third upper windows 83, 84, 85 are opened in the left-right direction on the semi-cylindrical bulging wall 3, and a deep recess of the second cam disk 49 is formed on the outer peripheral surface of the rotary drum 4. When three upper numbers 86 of “7” are printed at the intersections of three horizontal line points corresponding to the point 48 and three vertical line points corresponding to the first to third upper windows 83, 84, 85. In each case, one lower window 87 is opened on the front wall 2 of the case 1 at a location corresponding to the periphery of the rotary disk 26, and at the location of the rotary disk 26 corresponding to the deep recessed portion of the first cam disc portion 41. The four lower numbers 88 of "7" are printed at the position.

In the above embodiment, the number matching is adopted as the hit and the unmarked mark is adopted as the disengagement. However, the present invention may be carried out by adopting the picture match or the like as the hit and the pictorial pattern or the like as the hit. In the above embodiment, a card is given as a prize, but the present invention can be carried out by giving a sound or the like.

[0012]

The manner of playing the game device according to the present invention will be described based on the above embodiment. That is, hold both the left and right sides of the case 1 with both left and right hands, and use the thumbs of both hands to appropriately set the time difference or the strength difference between the first finger hook protrusion 12 and the second finger hook protrusion 44. The upper and lower windows 83, 84, 85 and the lower window 87 so that the upper numeral 86 and the lower numeral 88 are aligned as much as possible, and all of these numerals 83, 84, 85, 88 are aligned. When you play, you get 1 card 82 as a prize.

Next, the internal operation when the first and second finger hook projections 12 and 44 are moved in the above-mentioned way of playing will be described in detail. First, when the first finger hook projection 12 is moved downward, the rack 11 moves downward and the rotating drum 4 and the second cam are moved through the first pinion 10, the first clutch ring 18 and the first pin gear 17. When the rotating force is applied to the board 49 to release the downward movement force for the first finger hook projection 12, the rack 11 returns to the upper side by the first return spring 24, and at the beginning of this return, the first clutch is released. The ring 18 is disengaged from the first pin gear 17, and the rotary drum 4 and the first cam disc portion 41 continue to rotate due to inertia. Further, when the rack 11 moves downward, the first arm 21 also moves downward integrally with the rack 11 to rotate the fan-shaped toothed wheel 29 in the direction opposite to the hand of the clock in FIG. 2, and the second pinion 27, the second pinion 27, A rotational force is applied to the rotary disc 26 and the first cam disc portion 41 via the clutch ring 36 and the second pin gear 35, and the engagement protrusion 82 engages with the engagement protrusion 81 during the rotation of the fan-shaped toothed wheel 29. Then, the movable plate 68 is moved downward, and at the end of the same rotation, the fourth arm 73 is locked to the engaging projection 79 to maintain the movable plate 68 in the lower position, and the rack 11 is returned upward. When starting, the second clutch ring 36 disengages from the second pin gear 35, and the rotary disk 26 and the first cam disk portion 41 continue to rotate due to inertia.

Further, when the second finger hook projection 44 is moved downward, the operating rod 43 and the first and second cam followers 52 and 50 move downward, and the first cam follower 52 moves to the first position. The first cam disc portion 41 is selectively inserted into the shallow recess portion 39 and the deep recess portion 40, and the second cam follower portion 50 is selectively inserted into the shallow recess portion 47 and the deep recess portion 48 of the second cam disc 49. It will be a target. When both the first and second cam followers 52 and 50 enter deep recesses, the rotary disk 26 and the rotary drum 4 cause the upper numeral 86 and the lower streak 88 to move to the upper windows 83, 84, 85 and the lower side. When it enters the shallow recesses 39 and 47, it stops in the state shown in the window 87, and when it enters the shallow recesses 39 and 47, it stops in the detached state where the numbers 86 and 88 are not displayed in the windows 83, 84, 85 and 87. Also, when one of the cam followers 52, 51 enters a shallow dented portion and the other enters a deep dented portion, one of the numbers stops in the disengaged state displayed on the window.

When stopped in the hit state, the operating rod 43 is allowed to move further downward, and the third arm 53 abuts on the protruding ridge 80 and the tip of the elastic plate 78 moves backward. By pushing, the engagement protrusion 79 and the fourth arm 73 are released from the above-mentioned engagement to release the movable plate 68. The released movable plate 68 is moved upward by the third return spring 76 to form the card hooking protrusion 72, and the tip of the foremost card 62 is ejected from the card opening 63 to give the card 62 as a prize. To serve as.

[0016]

[Effect of device]

 As described in the above operation, the game machine according to the present invention has both hands and plays with the fingers of both hands, and sufficiently achieves the intended purpose of eliminating lack of interest.

[Brief description of drawings]

FIG. 1 is a front view showing an embodiment of the present invention.

FIG. 2 is a front view showing the inside so that the inside can be seen.

FIG. 3 is a sectional view taken along the line AA of FIG.

FIG. 4 is a sectional view taken along the line BB of FIG.

FIG. 5 is a cross-sectional view taken along the line C-C of FIG.

FIG. 6 is a cross-sectional view taken along the line DD of FIG.

FIG. 7 is a front view showing a relationship between a rotary disc and a second cam follower.

FIG. 8 is a rear view of the same.

FIG. 9 is a front view of the inside showing the movable plate moved downward.

FIG. 10 is a cross-sectional view taken along the line EE of FIG.

FIG. 11 is a front elevational view showing the inside of the operating rod moved downward.

[Explanation of symbols]

 1 Hollow Case 2 Front Wall 3 Bulging Wall 4 Rotating Drum 5 Center Shaft 6, 7 Left and Right Walls 8, 9 Support Wall 10 First Pinion 11 Rack 12 First Finger Hook 13 Slit 15 Right End Wall 16 Pin 17 First Pin Gear 18 First Clutch Ring 19, 20 Claw 21 First Arm 22, 23 Spring Hook Pin 24 First Return Spring 25 Center Shaft 26 Rotating Disk 27 Second Pinion 28 Rear Wall 29 Fan-Shaped Wheel 30 Center Shaft 31 Teeth 32 Pin 33 long hole 34 pin 35 second pin gear 36 second clutch ring 37, 38 claw 39 shallow recessed portion 40 deep recessed portion 41 first cam plate portion 43 actuating rod 44 first finger projection 45 slit 46 left end wall 47 shallow recessed portion Part 48 Deep dent part 49 Second cam board 50 Second cam follower 51 Second arm 52 Second cam follower 5 Third arm 54, 55 Spring hooking pin 56 Second return spring 57 Disc-shaped body 58, 59 Support wall 60, Shaft rod 61 Card storage chamber 62 Card 63 Card outlet 64 Hooking portion 65 Receiving portion 66 Leaf spring body 68 Movable plate 69 Slit 70 Engagement Edge 71 Square Hole 72 Card Hooking Out Part 73 Fourth Arm 74, 75 Card Hooking Out Part 76 Third Return Spring 77 Cut Line 78 Elastic Plate 79 Engagement Projection 80 Protrusion Ridge 81, 82 Engagement projections 83, 84, 85 Upper window 86 Upper number 87 Lower window 88 Lower number

Claims (1)

[Scope of utility model registration request] 1. A drive unit for rotating a rotary drum with a hit indicator and a rotary disk with a hit indicator by operating a rack that moves forward with a finger operation force and returns with a spring force, and a forward spring with a finger operation force. A selection unit that stops the rotation of the rotating drum and the rotating disk at the contact position and the out position by the operation of the operating rod that returns by force, and a prize is automatically issued when the rotating drum and the rotating disk stop at the contact position. A game machine comprising a prize providing section.