JPH073191Y2 - Toy wing flying object toy air gun for launching - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial field of application) The present invention relates to a toy air gun for launching a toy winged flying object (hereinafter referred to as a flying object).

(Prior art and its problems) Among the commercially available toys for children, there are many types of toy guns alone.
Most of them are sounded or sounded only with light emission. There are a small number of things that fire fake bullets, but to prevent danger, fake bullets are lightweight and soft, and have the problem that they have a small range and are less entertaining.

It is an object of the present invention to solve the above problems and provide a toy air gun that has a range that does not cause danger and that fires a soft flying object (so-called missile) that does not cause injury even when hitting a human body. And

(Means for Achieving the Object) In order to achieve the above object, in a toy air gun for launching a flying object 8, a muzzle is formed in an internal space formed by vertically divided two shell-shaped shell bodies 1, 1. Conduits 3 arranged in order from the side
A rotary magazine 2, an air compression mechanism 4, and a trigger mechanism 9 arranged below the air compression mechanism 4. The rotary magazine 2 has a fixed interval parallel to the support shaft 23. And a plurality of magazine holes 21 and 2 which are arranged on the same circumference to accommodate the flying object 8.
1, ..., and drive teeth 22 radially provided on the rear end face around the support shaft 23 at the same pitch as the magazine hole 21.
The air compression mechanism 4 includes a tube body 44, a piston 41 inserted into the front side of the tube body 44, a compression spring 42 and a rear lid 43 inserted in the rear side of the piston 41, and The tube body 44 is provided with an air hole 401 formed in the front end surface, an elongated hole 403 for engaging with the trigger mechanism 9 on the lower side of the cylindrical surface, and a notch 404 provided in the rear half of the side surface. The piston 41 has a seal ring 411 inserted into the front end thereof, a side surface has a pulling lever 413 projecting outward from the cutout 404 of the tubular body 44, and a lower surface facing the elongated hole 403 of the tubular body 44. The trigger mechanism 9 is provided with a stopper hole 412 formed at a position corresponding to the trigger hole 1412. The trigger mechanism 9 is pivotally supported by a spindle 13 fixed to the gun shell 1, and a screw 61 is provided at one end. The rocking rod is pivotally supported by the gun shell 1 by the other end, and the other end is engaged with the concave arc 141 of the trigger 14, and the other end elastically presses the lower side of the concave arc 141 by the spring 63. And,
A drive lever 7 which is driven up and down by the other end of the rocking rod 6.
And one end is bent obliquely downward to form a protruding portion 53 that abuts against the trigger 14, and the other end is bent obliquely upward to be inserted into the elongated hole 403 of the pipe body 44 of the air compression mechanism 4. Stopper 5
2 for forming a projectile, which is pivotally supported on the gun-shaped shell 1 by a screw 51 at the central portion thereof and has a retaining rod 5 for which a retaining portion 52 is pressed by a spring 55 in an elongated hole 403. It was a toy air gun.

The flying body 8 constitutes a conical portion 81 with a closed tip, a rear end constitutes a trumpet-shaped enlarged portion 82, a middle portion is tubular and an inside is an air chamber 84, and the outside is outside. Multiple wings at equal intervals
It is made of a soft plastic material and integrally molded by projecting 83, 83, ....

(Operation) As described above, the present invention launches the projectile 8 by the air compressed by the air compression mechanism 4 and presses the compressed air at the launch into the air chamber 84 of the projectile 8. After the launch, not only the inertia of the projectile 8 but also the jetting of air in the air chamber 84 can extend the flight distance.

Further, since the rotary magazine 2 is adopted, it is possible to continuously fire a plurality of projectiles 8.

(Embodiment) FIG. 1 is an exploded perspective view of a toy air gun for launching a flying object of the present invention, and FIG. 2 is a longitudinal sectional view. The overall structure is a conduit 3 arranged in order from the muzzle side in an internal space composed of vertically divided two shells 1 and 1, a rotary magazine 2, an air compression mechanism 4, and this air compression. The trigger mechanism 9 is disposed below the mechanism 4.

One end of the conduit 3 is in contact with the muzzle, and the conduit 3 is sandwiched between the gun shells 1 and 1 at a plurality of intermediate portions.

The rotary magazine 2 is housed in a central space 11 continuing to the rear side of the conduit 3, and both ends of the rotary magazine 2 are rotatably held by the gun shell 1 by spindles 23. The rotary magazine 2 is arranged parallel to the support shaft 23 at a constant interval on the same circumference, and a plurality of magazine holes 21, 21, ... It is provided with drive teeth 22 provided radially at the center and at the same pitch as the magazine hole 21. In this case, the rotary magazine 2 rotates and the magazine hole 21 located at the uppermost position is the conduit 3
It is arranged so as to coincide with the central axis of.

The drive teeth 22 are engaged with the drive lever 7 of the trigger mechanism 9, and each time the trigger 14 is pulled, the rotary magazine 2 is rotated by one pitch.

The air compression mechanism 4 is located on the same center line as the magazine hole 21 at the uppermost position of the rotary magazine 2 and has a tubular body 44 and this tubular body.
A piston 41 fitted in the front side inside 44, a compression spring 42 and a rear lid 43 inserted in the rear side of the piston 41.
It is composed of and.

An air hole 401 formed in the front end face of the lid body 44, and a long hole for engaging with the trigger mechanism 9 on the lower side of the cylindrical surface of the tube body 44.
403, a pull lever 4 of the piston 41, which will be described later, on the rear half of the side
A notch 404 provided so that 13 projects and a projecting portion 40 for fixing the gun shell 1 at a plurality of positions on the upper side surface.
2, the rear end face is closed by a rear lid 43.

Inside the tube body 44, a piston 41 is inserted on the front side, and a compression spring 42 is inserted between the piston 41 and the rear lid 43.

The piston 41 is a circular tube body having a closed front end, a guide rod 414 extending from the front end to the center, a pulling lever 413 protruding in the radial direction on the rear end side surface, and the trigger mechanism on the rear end side lower side. It is provided with a stop hole 412.

A seal ring 411 is fitted on the outer circumference of the front end of the piston 41 so as to be slidable with respect to the inner cylindrical surface of the tube body 44 and airtightly held. The pulling lever 413 penetrates the notch 404 of the tube body 44 and the groove of the gun shell 1 and projects to the outside.

The trigger mechanism 9 has a trigger 14 pivotally supported by a support shaft 13 fixed to the gun shell 1, one end pivotally supported by the gun shell 1 by a screw 61, and the other end trigger. The rocking rod 6 that is engaged with the concave arc 141 of 41 and has the other end elastically pressing the lower side of the concave arc 141 by the spring 63, and the drive lever 7 that is vertically driven by the other end of the rocking rod 6. And one end is bent obliquely downward to form a protrusion 53 that comes into contact with the rear surface of the trigger 14, and the other end is bent obliquely upward to form a stopper portion 52, and the long hole of the tubular body 44 is formed. It is inserted into 403 and engages with the stop hole 412 of the piston 41, and is pivotally supported by the screw-shaped shell 1 by the screw 51 at the central portion, and is stopped by the spring 55.
52 is provided with a stopper rod 5 which is suppressing the pressure in the long hole 403.

In addition to this, a battery chamber 16 is formed in the gun manure 15 as an additional device, and the dry battery 161 loaded therein is a spring switch 162 which is interlocked with the stopper rod 5 of the trigger mechanism 9.
Is connected to a light bulb 17 provided in the lower barrel portion of the conduit 3.

Next, the flying body 8 used in the air gun of the present invention will be described. 6 is a perspective view thereof, FIG. 7 is a sectional view in the case of one embodiment, FIG. 8 is a side view of FIG. 7, FIG. 9 is a sectional view in the case of another embodiment, and FIG. It is a side view of FIG. In any case, the main body portion is the same, and constitutes a conical portion 81 with a closed front end portion, a rear end portion constitutes a trumpet-shaped enlarged portion 82, a middle portion portion is tubular and an inner portion constitutes an air chamber 84, A structure in which a plurality of blades 83, 83, ... Are projected at equal intervals on the outside, and is integrally molded of a soft plastic material.

In the case of FIGS. 7 and 8, a small amount of explosive is filled in the cap portion which covers the conical portion 81, and an explosive sound is emitted when the target is hit.

In the case of Figs. 9 and 10, the cap is also made of a soft protective shell.
86, and is fitted into the conical portion 81 with the fitting hole 861,
Even if it hits the human body, it will not be injured.

Next, the operation of the toy air gun of the present invention will be described. First, the projectile 8 is filled in the magazine hole 21 of the rotary magazine 2. This rotating magazine 2 is divided into gun shells 1
Load it so that it can rotate at 23, and assemble the gun shell 1 together.

When pulling the pull lever 413 fully backward in this state,
As shown in the figure, the piston 41 retracts while biasing the compression spring 42, and the stop hole 412 engages with the stop portion 52 of the stop rod 5 whose tip is inserted into the elongated hole 403 of the tube body 44. Compression spring 42
Are held in their urged, maintained position. This state is the launch preparation state.

Next, the trigger 14 is pulled, and the trigger 14 operates in two steps. First, in the first stage, the other end (free end) of the rocking rod 6 engaged with the concave arc 141 is flipped up against the pulling force of the spring 63, and the drive lever 7 interlocked with this is flipped up. Therefore, the rotary magazine 2 is rotated by one drive tooth 22 meshing with the drive lever 7, that is, by one pitch of the magazine hole 21, and the magazine hole filled with the projectile 8 at the firing position. Match 21.

In the second stage of the trigger 14, the protrusion 53 of the stop rod 5 contacts the rear curved surface of the trigger 14 and is pushed upward against the pulling force of the spring 55. For this reason, the screw 51 that is the fulcrum
The stopper 52 on the opposite side of the
Since the locking of the piston 41 inside with the stop hole 412 is released, the piston 41 rapidly moves toward the air hole 401 on the tip side by the restoring force of the compression spring 42 and compresses the air inside the tube body 44. And eject it from the air hole 401.

The jetted air is press-fitted into the air chamber 84 of the projectile 8 placed immediately before the air hole 401, and at the same time, the projectile 8 itself is launched from the muzzle through the conduit 3.

Since the projectile 8 that has been launched flies while ejecting the air that is press-fitted into the air chamber 84, it is possible to fly further than a mere false bullet.

Further, in the case of the projectile 8 hitting the target, in the case of the example of FIGS. 7 and 8, the cone 81 explodes a small amount of explosive, which causes an explosive sound. In the case of FIGS. 9 and 10, since the protective shell 86 at the tip is made of a soft material, it will not be injured even if it directly contacts the human body.

(Effect of the device) Since the toy air gun of the present invention has the rotary magazine 2,
Continuous firing is possible.

At the same time as the projectile 8 is launched, compressed air is stored in the air chamber 84 at the same time and is ejected while flying.
It is possible to extend the flight distance.

Also, if you hit the target, there are some that will generate an explosion sound, so it is possible to enhance the presence, and those using the protective shell 86 of soft material will be injured even if it hits the human body directly. Never.

Furthermore, since it emits light at the same time as it is launched, it is possible to further enhance the sense of presence.

[Brief description of drawings]

FIG. 1 is an exploded perspective view of a toy air gun of the present invention, FIG. 2 is a sectional view thereof, FIG. 3 is a perspective view of an air compression mechanism, FIG. 4 is an operation explanatory view of the air compression mechanism, and FIG. Operation explanatory drawing of the air compression mechanism and the trigger mechanism, FIG. 6 is a perspective view of a toy winged flying vehicle,
FIG. 7 is a sectional view of the same embodiment, FIG. 8 is a side view of FIG. 7, FIG. 9 is a sectional view of another embodiment, and FIG. 10 is a side view of FIG. 1: Gun shell, 13: Spindle, 14: Trigger, 141: Concave arc, 2: Rotating magazine, 21: Magazine hole, 22: Drive tooth, 23: Spindle, 3: Conduit, 4: Air Compression mechanism, 41: Piston, 42: Compression spring, 43: Rear lid, 44: Tube body, 401: Air hole, 403: Long hole, 404: Notch, 411: Seal ring, 412: Stop hole, 413: Pull Lever, 5: Stop rod, 51: Screw, 52: Stopper, 53: Projection top, 55: Spring, 6: Shaking rod, 61: Screw, 63: Spring, 7: Drive lever, 8: Toy winged flying vehicle , 81: conical part, 82: expanded part, 83: wing, 84: air chamber, 9: trigger mechanism.

Claims (2)

[Scope of utility model registration request] 1. A toy air gun for launching a toy winged flying vehicle, a conduit arranged in order from a muzzle side in an internal space composed of a vertically divided shell-shaped shell, and a rotary magazine. The toy wing has an air compression mechanism and a trigger mechanism arranged below the air compression mechanism, and is arranged on the rotary magazine at a constant interval in parallel with the support shaft on the same circumference. The air compression mechanism includes a plurality of magazine holes for accommodating projectiles, and drive teeth radially provided on a rear end surface of the magazine holes around the support shaft at the same pitch as the magazine holes. It consists of a piston inserted in the front side of the inside, a compression spring and a rear lid inserted in the rear side of this piston, and the tube body has an air hole formed in the front end surface and a lower surface of the cylindrical surface. On one side for engagement with the trigger mechanism and a notch provided on the rear half of the side surface The piston is provided with a seal ring inserted at the front end, a pulling lever protruding to the outside from the cutout of the tubular body on the side surface, and a hole on the lower surface facing the elongated hole of the tubular body. A trigger hole having a stop hole, and the trigger mechanism pivotally supported by a support shaft fixed to the gun shell, and one end pivotally supported by the gun shell by a screw;
The other end engages with the concave arc of the trigger, and the other end elastically presses the lower side of the concave arc by the spring, and the drive lever driven up and down by the other end of the shaking rod, One end is bent obliquely downward to form a protruding portion that comes into contact with the trigger, and the other end is bent obliquely upward to form a stopper portion inserted into the elongated hole of the tube body of the air compression mechanism. A winged projectile, characterized in that it is pivotally supported by a gun-shaped shell at the center and has a stop bar with a spring that presses down the inside of the slot. Toy air gun. 2. The toy winged flying vehicle constitutes a conical portion having a closed front end portion, a rear end portion constituting a trumpet-shaped enlarged portion, a middle portion portion is tubular and an inner portion constitutes an air chamber, and an outer portion. 2. The toy air gun for launching a winged projectile according to claim 1, wherein a plurality of wings are projected at equal intervals and integrally molded of a soft plastic material.