JPH036389Y2 - - Google Patents

Description

[Detailed explanation of the idea] The present invention relates to a shooting toy that hits a target.

This invention depicts the target body on a transparent endless belt,
By stretching this on a drum and running it endlessly, the above-mentioned target body is run, and an endless belt stretched on the drum is provided in a direction perpendicular to the running direction of the target body, and when the firing switch is pressed, the endless belt In a shooting toy that runs endlessly and fires a projectile drawn on the endless belt and hits the target, the projectile and the target stop traveling and emit light, and the projectile hits the target. However, when an obstacle comes to the top of the target object, the target object does not stop running, but continues to run, and the light emitting body is set so that it does not emit light, and the timing at which the target object and the obstacle meet is gradually shifted. The purpose of the present invention is to provide a shooting toy that increases interest.

That is, the present invention provides a first
an internal gear that meshes with the drive gear on its inner surface and rotates in the same direction as the first drive gear; a main drive rotating body that rotates integrally with the first drive gear; a freely pivotally supported driven rotating body, a first endless belt stretched between the main rotating body and the driven rotating body, running endlessly and depicting obstacles; and an inner gear of the internal gear. a first drive transmission gear that meshes with the first drive gear in a hollow portion and rotates in a direction opposite to the internal gear; a first drive transmission gear that is provided coaxially with the first drive transmission gear; a first driving drum that rotates integrally and has a smaller diameter than the main driving rotary body; a first driven drum that is provided opposite to the first driving drum and is rotatably supported; and the first driven drum.
suspended between the driving drum and the first driven drum,
A second endless belt that runs endlessly and depicts a target object, and is provided coaxially with a second drive transmission gear that meshes with a second drive gear driven by a motor, and is integrated with the second drive transmission gear. The second rotating
a driving drum, a fixed drum provided opposite to the second driving drum, and a lower side of the first and second endless belts, the drum being stretched between the second driving drum and the fixed drum; provided perpendicularly from
A third endless belt that runs endlessly and has a projectile drawn thereon; and a fourth contact piece that is in contact with each other when being pushed by the third endless belt, but whose two contact pieces do not come into contact when the belt enters a hole in the endless belt. a drive stop device that drives and stops the motor with or without contact between the fourth contact piece and the fifth contact piece; 3. A second contact plate provided inside the endless belt, and the second contact plate can be contacted through a notch in the first endless belt, a through hole in the second endless belt, and a hole in the third endless belt. a third contact piece provided, a light emitting body light emitting mechanism that energizes the light emitter to emit light due to contact between the second contact plate and the second contact piece, and a light emitting body light emitting mechanism provided on the upper surface of the first endless belt on the notch side. Consisting of a first contact piece, a second contact piece, and a first contact plate located between the second endless belt and the third endless belt, one of the first contact piece and the second contact piece a drive maintenance device that contacts the first contact plate to energize and maintain the drive of the motor, and a first contact piece is brought into contact with the first contact plate at the side end of the first endless belt at the obstacle depiction position. A notched groove is provided, a protruding piece is provided at the side end of the target object drawing position of the second endless belt to prevent the second contact piece from contacting the first contact plate, and the shooting body of the third endless belt is connected to the second endless belt. The object of the present invention is to provide a shooting toy characterized in that holes are provided at positions corresponding to the fourth and fifth contact pieces of the third endless belt when the third endless belt overlaps the target body.

Hereinafter, the present invention will be explained based on the drawings.

In FIG. 1, 1 is a shooting toy of the present invention, and the shooting toy 1 consists of a case body 2 and a lid body 4 attached to the upper surface of the case body 2 and having a transparent surface plate 3. Have a configured case.
The upper surface of the lid 4 has a lever 5 that protrudes from the inside of the case body 2 and turns on or off the power of the motor, a firing switch 7 that fires a projectile 6 such as a missile, and a firing switch 7 that projects the projectile 6 from the inside of the case body 2. A reset switch 9 is provided to release the stoppage of the motor when the target object 8 such as an airplane is hit, and an operation handle 10 is provided to operate the firing position in the left and right directions. The first drilling hole 11 facing the number shown and the shooting body 6
A second drilled hole 12 is provided in which a number indicating the number of times the target body 8 is hit by a second hole 12 is displayed.

FIG. 2 shows the inside of the case, in which the lever 5 is pivotally supported by a pin 13, one arm 14 presses it so that two opposing contact pieces 16, 17 can come into contact with each other, and the other arm 15 is provided so as to be pressed down by a protrusion 20 provided on the outer circumference of a ring body 19 that is provided integrally with a game number counter 18, which will be described later. Furthermore, a first drive gear 21 driven by the motor, an internal gear 22 that meshes with the first drive gear 21 on its inner surface and rotates in the same direction as the first drive gear 21, and an internal gear 22 that is integral with the internal gear 22. A driving rotating body 23 that rotates symmetrically, and a driven rotating body 24 that is provided opposite to the driving rotating body 23 and rotatably supported are provided. A plurality of claws 26 are provided on the outer circumferences of the main rotating body 23 and the driven rotating body 24, respectively. 27,
Reference numeral 28 denotes a guide plate, and the guide plates 27 and 28 are curved and fixed near the side surfaces of the main rotating body 23 and the driven rotating body 24, respectively, as necessary.

A transparent first endless belt 30 with a plurality of clouds as obstacles 29 depicted on its surface is stretched between the active rotating body 23 and the guide plate 27 and the driven rotating body 24 and the guide plate 28. A plurality of pawl locking holes 31 are provided around the entire circumference of one side edge of the belt 30 so that the pawls 26 can be locked therein. The first
A cutout groove 32 is provided above the obstacle 29 on the other side edge of the endless belt 30, and a cutout portion 33 is provided above the portion where the obstacle 29 is not depicted.

In the first endless belt 30 stretched as described above, there is a connection between the main drive rotating body 23 coaxially with the first drive transmission gear 34 that meshes with the first drive gear 21 in the inner space of the internal gear 22. The first driving drum 35 is also small in diameter.
A first driven drum 36 is rotatably supported opposite to the drum 35, and a plurality of target objects are formed on the surface between the first driving drum 35 and the first driven drum 36. A transparent second endless belt 37 depicting an airplane as shown in FIG. The first driving drum 35 and the first driven drum 36 are each provided with a plurality of claws 38 on the side edge on the side where the driving rotating body 23 is provided.
A plurality of pawl locking holes 39 are provided around the entire circumference of one side edge of the second endless belt 37 so as to be locked with the pawls 38, and a plurality of pawl locking holes 39 are provided around the entire circumference of the second endless belt 37. A protruding piece 40 protruding from the edge and a through hole 41 are provided above the plate 8 .

Further, the second drive gear 42 driven by the motor includes a first intermediate gear 43 that is pivotally supported by a rotation shaft provided at right angles to the rotation axis of the second drive gear 42.
are meshing together. A second intermediate gear 44 is pivotally supported coaxially with the first intermediate gear 43.
4 is brought into mesh with the third intermediate gear 45 by pressing the firing switch 7, and the third intermediate gear 45 is provided with a groove 46 that makes it impossible to transmit the rotation of the second intermediate gear 44. ing.

The third intermediate gear 45 and the rotating shaft 47 of the third intermediate gear 45 are elastically supported by a spring 48 provided on the rotating shaft 47, and a protrusion 49 is provided at the end of the rotating shaft 47. The gear 45 and the rotating shaft 47 are slidable. A game number display counter rotating gear 50 is provided with a gap from the rotating shaft 47 provided with the protrusion 49, and a ring body 19 and the game number display counter 18 are pivotally supported coaxially with the gear 50. Numbers indicating the number of games are attached to the outer circumference of the counter 18.

The firing switch 7 is supported by a spring 51 and has a projection 52.

53 is a locking piece, and the locking piece 53 locks the game count display counter rotating gear 50.

The third intermediate gear 45 is the second drive transmission gear 54
A second driving drum 55 is coaxially supported on the same axis as the second drive transmission gear 54, and the drum 55 has a plurality of pawls 56 on the side edge, and rotates left and right on the shaft. It is slidably provided. The second driving drum 55 is fixed with the drum 55 sandwiched therebetween, and has a plate gear 57 having teeth parallel to the axis of the drum 55.

Between the second driving drum 55 and a fixed drum 58 provided opposite to the drum 55, the drum 58 is provided perpendicularly below the first and second endless belts 30, 37, and is provided on the surface thereof. A transparent third endless belt 59 depicting missiles as a plurality of projectiles 6
is being strung up. A plurality of pawl locking holes 60 are provided around the entire circumference of one side edge of the third endless belt 59 so as to be locked with the pawls 56, and an extraction hole 61 is provided in front of the shooting body 6. It is provided. In the third endless belt 59 stretched in this manner, a drive stop device 65 consisting of a light emitting body 62 and a fourth contact piece 63 and a fifth contact piece 64 is provided. The fourth contact piece 63 has a fourth contact point 66 at its tip.

The first contact piece 6 is fixed to the fixed drum 58.
7, a second contact piece 68, and a third contact piece 69 are provided, and each contact piece 67, 68, 69 is connected to the first, second, and third contact pieces.
It is located above the endless belts 30, 37, 59. First endless belt 30 and second endless belt 37
and the third endless belt 59, a first contact plate 70 is provided between the first and second endless belts 3 and 59.
A second contact plate 71 is provided below the belt 0, 37 and inside the third endless belt 59. Further, the second contact plate 71 is provided below the first contact plate 70 at a position where it can be viewed from the cutout portion of the first contact plate 70.

At the tips of the first, second and third contact pieces 67, 68 and 69, first, second and third contacts 72, 73,
74 are provided. The first contact piece 67, the second
The contact piece 68 and the first contact plate 70 form a drive maintaining device that maintains the drive of the motor, and the third contact piece 69 and the second contact plate 71 form a light emitter for causing the light emitter 62 to emit light. A mechanism is formed.

In addition, the second driving drum 55 and the fixed drum 5
8, the first, second, and third contact pieces 67, 68, 69, the light emitting body 62, the third endless belt 59, and the drive stop device 65 are integrally provided, and the second driving drum 55
It slides by sliding.

The reset switch 9 has two arms 75 and 76, and is supported by a spring 77. One arm 75 of the two arms is involved in contacting a pair of contact pieces 78 and 79, and the other arm 76 is engaged with a hit count display counter rotation gear 80, and the hit count display counter rotation gear 80 is coaxially connected to the hit count display counter rotation gear 80. A display counter 81 is pivotally supported.

Next, the operation of the present invention will be explained.

When lever 5 is turned in the ON direction as shown in Figure 3,
The two contact pieces 16 and 17 are brought into contact with each other and energized to drive the motor.

The first drive gear 2 rotates by the drive of the motor.
1 rotation is transmitted to the internal gear 22 and the main rotating body 23. The rotation of the active rotating body 23 rotates the first endless belt 30 stretched between the active rotating body 23 and the driven rotating body 24 as shown in FIG.
An obstacle 29 drawn in moves in the direction of arrow A.
Further, the rotation of the first drive gear 21 is transmitted to the first drive transmission gear 34, and rotates the first driving drum 35 coaxial with the first drive transmission gear 34. As the first driving drum 35 rotates, the second endless belt 37 is stretched between the drum 35 and the first driven drum 36.
rotates, and the target object 8 depicted on the belt 37 moves in the direction of arrow B. At this time, since the diameters of the driving rotating body 23 and the first driving drum 35 are configured to be different, the timing at which the obstacle 29 and the target object 8 meet is gradually shifted, thereby enhancing the gameplay.

By driving the motor as described above,
The second drive gear 42 rotates, and the second drive gear 42
The rotation of the gear 42 is transmitted to a first intermediate gear 43 supported by a rotating shaft provided at right angles to the gear 42, and rotates a second intermediate gear 44 coaxial with the gear 43.
At this time, the second intermediate gear 44 is replaced by the third intermediate gear 45.
Since it is located in the groove 46 of the second intermediate gear 4
4 is not transmitted to the third intermediate gear 45. Under these conditions, if the firing switch 7 is pushed downward against the spring 51,
The protruding piece 52 provided on the switch 7 connects to the rotating shaft 47.
and presses the shaft 47 in the direction of arrow C to move the shaft 47 in the direction of arrow C against the spring 48,
The third intermediate gear 45 fixed on the shaft 47 is moved in the direction of arrow C. The second intermediate gear 44 , which has come into the groove 46 due to the movement of the third intermediate gear 45 , meshes with the teeth provided in the lateral direction of the groove 46 , and the rotation of the second intermediate gear 44 causes the third intermediate gear 45 to rotate. communicated. At this time, due to the horizontal movement of the rotating shaft 47, the protrusion 49 provided at the tip of the rotating shaft 47 meshes with the game number display counter rotating gear 50.
By rotating the protrusion 49, the gear 50 is rotated,
The number provided on the game number display counter 18 on the same axis is advanced by one, thereby making the number of times the firing switch 7 is pressed match the number provided on the game number display counter 18. The counter 18
When the number provided on the ring body 19 indicates the final number, when the firing switch 7 is pressed, the protrusion 20 of the ring body 19
pushes the arm 15 of the lever 5 downward, and the other arm 14
releases the contact pieces 16 and 17 and releases the lever 5.
Push it in the OFF direction and the game is over.

The second drive transmission gear 54 is always in mesh with the third intermediate gear due to the rotation of the third intermediate gear 45.
rotates, and the rotation is transmitted to the second driving drum 55 coaxially with the gear 54. Due to the rotation of the second driving drum 55, the second driving drum 55 and the fixed drum 5
The third endless belt 59 stretched between 8 rotates,
The projectile 6 drawn on the belt 59 moves in the direction of arrow D. At this time, when the shooting object 6 hits the target object 8 and the shooting object 6 and the target object 8 overlap as shown in FIG. 5, the first contact point 72 of the first contact piece 67 The first contact plate 70 does not contact the first contact plate 70. The second contact point 73 of the second contact piece 68 enters the notch 33 of the first endless belt 30, but the target object 8 of the second endless belt 37 below the notch 33
The first contact plate 70 contacts the protruding piece 40 provided above, but does not contact the first contact plate 70. Also, the third endless belt 5
The shooting body 6 depicted in 9 is the first and second endless belt 3
0,37, the extraction hole 61 provided in the front of the other projectile 6 is located opposite to the lower part of the fourth contact 66 of the fourth contact piece 63 of the drive stop device 65, as shown in FIG. Therefore, when the shooting object 6 and the target object 8 overlap as described above, the fourth contact point 66 is connected to the extraction hole 61.
The fourth contact piece 63 comes out of contact with the fifth contact piece 64. As mentioned above, the first and second contacts 72, 7
3 do not contact the first contact plate 70 and the fourth contact piece 63 of the drive stop device 65 comes out of contact with the fifth contact piece 64, the power is no longer supplied and the rotation of the motor stops. First, second, third endless belt 3
0, 37, and 59 all stop. As a result, the shooting object 6 and the target object 8 overlap and stop. Further, when the shooting object 6 and the target object 8 overlap, the notch 33 of the first endless belt 30 and the second
Through-hole 41 of endless belt 37 and third endless belt 5
9, the third contact point 74 of the third contact piece 69 is connected to the first, second, third endless belt 30,
It contacts the second contact plate 71 through the holes 33, 41, 61 of 37, 59 and the first contact plate 70, and energizes the light emitter 62, causing the light emitter 62 to emit light.

When the shooting object 6 and the target object 8 overlap and stand still, the reset switch 9 is released by the spring 77 as shown in FIG.
When the switch 9 is pushed downward against the
8 and 79 come into contact, energize and rotate the motor. As a result, the fourth contact 66 rides on the inner surface of the third endless belt 59, the fourth contact piece 63 comes into contact with the fifth contact piece 64, energizes and maintains the drive of the motor, and the first, second, third Endless belt 30, 37, 5
9 continues.

When the reset switch 9 is pressed as described above,
The other arm 76 of the switch 9 advances the number of hits display counter rotating gear 80 by one tooth;
The number of hits display counter 81 on the same axis is incremented by one, and the number of times the projectile 6 hits the target 8 is displayed.

Even if the shooting object 6 and the target object 8 overlap as described above, when the cloud shooting object 6 and the target object 8 are located as an obstacle 29, the first endless belt 30 is placed above the obstacle 29. The notched groove 32 allows
The first contact 72 contacts the first contact plate 70 and the motor is energized to maintain rotation, so the first, second, and third endless belts 30, 37, and 59 continue to run. At this time, the fourth contact point 66 is connected to the third endless belt 5
However, since the rotation of the motor is maintained as described above, it rides on the third endless belt 59 and comes into contact with the fifth contact piece 64 again. 7th
If the projectile 6 does not hit the target 8 as shown in the figure, either the first or second contacts 67, 68 are in contact with the first contact plate 70, or the fourth contact piece 63 and the fourth contact plate 70 are in contact with each other. The fifth contact piece 65 is in contact with the fifth contact piece 65, and as a result, the energized state is maintained, the motor rotates, and each belt 30, 37, 59 continues to run. When the third endless belt 59 continues to run and the projectile 6 continues to move, the third intermediate gear 45 rotates, and the second intermediate gear 44 enters the groove 46 again, causing the rotation of the second intermediate gear 44 to stop. The signal is no longer transmitted to the third intermediate gear 45. Therefore, the second drive transmission gear 54 stops rotating, and the second driving drum 55 on the same axis and the drum 5
The third endless belt stretched between the fixed drum 58 and the fixed drum 58 also stops running. By pressing the firing switch 7, the number on the game number display counter 18 changes as described above, the projectile 6 fires, and the next game begins.

Further, by rotating the handle 10 provided protrudingly from the upper surface of the lid body 4, the gear 25 coaxial with the handle 10 is rotated, and the plate gear 57 is moved left and right, and the second driving drum 55 and the third By moving the endless belt 59 and moving the projectile 6 left and right, the firing position of the projectile 6 can also be changed to the left and right.

Since the present invention is configured as described above, when the projectile hits the target, the projectile and the target stop traveling, and the luminous body emits light, making it appear as if the projectile had hit the target and burst into flames. It is very impressive because it looks as if it is actually in the air. In addition, if an obstacle overlaps the shooting object and the target, the shooting object, the target, and the obstacle will continue to run, and the luminous object will not emit light, so the probability that the shooting object will hit the target is reduced, and the game This has the effect of providing a shooting toy with increased functionality.

[Brief explanation of drawings]

Fig. 1 is a perspective view of the shooting toy of the present invention, Fig. 2 is a front view of the inside of the case body, Fig. 3 is a view in the direction of arrow a in Fig. 2, Fig. 4 is a view in the direction of arrow b in Fig. 2, Figures 5 and 6
7 are schematic front views of orthogonal portions of the endless belt in different overlapping states. DESCRIPTION OF SYMBOLS 1... Shooting toy, 6... Shooting object, 8... Target object, 21... First drive gear, 22... Internal gear,
23... Main rotating body, 24... Driven rotating body, 29
... Obstacle, 30 ... First endless belt, 34 ...
First drive transmission gear, 35...First driving drum, 3
6...First driven drum, 37...Second endless belt, 42...Second drive gear, 54...Second drive transmission gear, 55...Second driving drum, 58...Fixed drum, 59... Third endless belt, 61... Hole, 62... Luminous body, 63... Fourth contact piece, 64...
...Fifth contact piece, 65... Drive stop device, 67... First contact piece, 68... Second contact piece, 69... Third contact piece,
70...first contact plate, 71...second contact plate.

Claims (1)

[Scope of utility model registration request] an internal gear that meshes with the first drive gear driven by the motor on its inner surface and rotates in the same direction as the first drive gear; a main rotating body that rotates integrally with the internal gear; a driven rotary body which is provided opposite to each other and is rotatably supported; a first endless belt which is stretched between the main rotary body and the driven rotary body, runs endlessly, and depicts obstacles; , a first drive transmission gear that meshes with the first drive gear in the inner space of the internal gear and rotates in the opposite direction to the internal gear, and a first drive transmission gear that is provided coaxially with the first drive transmission gear; a first drive drum that rotates integrally with the first drive transmission gear and has a smaller diameter than the drive rotary body;
a first driven drum that is provided opposite to the driving drum and is rotatably supported; and the first driven drum is suspended between the first driving drum and the first driven drum, and runs endlessly;
A second endless belt depicting the target body is provided coaxially with a second drive transmission gear meshing with a second drive gear driven by a motor, and rotates integrally with the second drive transmission gear. a second driving drum;
a fixed drum provided opposite to the second driving drum; and a fixed drum stretched between the second driving drum and the fixed drum, extending in a right angle direction from below the first and second endless belts. When pushed by the third endless belt, the third endless belt is provided, runs endlessly, and depicts the projectile, and the two contact pieces do not come into contact when the belt enters the hole in the endless belt. A fourth contact piece and a fifth contact piece, a drive stop device that drives and stops the motor with or without contact between the fourth contact piece and the fifth contact piece, and a lower side of the first and second endless belts. , and a second contact plate provided inside the third endless belt, through which the cutout of the first endless belt, the through hole of the second endless belt, and the punching hole of the third endless belt are passed. a third contact piece provided so as to be able to make contact; a light emitting body light emitting mechanism that energizes the light emitter to emit light due to contact between the second contact plate and the second contact piece; It consists of a first contact piece provided, a second contact piece, and a first contact plate provided between the second endless belt and the third endless belt. a drive maintenance device, one of which contacts the first contact plate to supply electricity to maintain the drive of the motor; A notched groove is provided to bring the second endless belt into contact with the target body, and a second contact piece is attached to the side end of the target body drawing position of the second endless belt.
A protruding piece that does not come into contact with the contact plate is provided, and holes are provided at positions corresponding to the fourth and fifth contact pieces of the third endless belt when the shooting object of the third endless belt overlaps the target object of the second endless belt. A shooting toy characterized by