CN117537659A

CN117537659A - Toy gun capable of transmitting rubber band

Info

Publication number: CN117537659A
Application number: CN202311695532.7A
Authority: CN
Inventors: 王仁维
Original assignee: Flog Zhoushan Maternal And Infant Products Co ltd
Current assignee: Flog Zhoushan Maternal And Infant Products Co ltd
Priority date: 2023-12-12
Filing date: 2023-12-12
Publication date: 2024-02-09

Abstract

The invention discloses a toy gun capable of emitting rubber bands, which can create a visual effect of emitting the luminous rubber bands from the gun. The acousto-optic control component consists of a reflector, a laser emitter, a trigger switch, a power supply and a loudspeaker. The laser is controllably coupled to a trigger of the toy gun. When the trigger is pulled, the push rod at the tail of the trigger gradually moves backwards, when the rubber band is in a quasi-excited state, the trigger switch is started, the laser transmitter is activated and emits laser, the laser is emitted from the muzzle through the reflecting mirror at the muzzle, the direction of the laser is consistent with that of the rubber band, and the laser illuminates the rubber band along with the firing of the rubber band.

Description

Toy gun capable of transmitting rubber band

Technical Field

The invention relates to a toy gun capable of emitting rubber bands, in particular to a toy gun capable of emitting rubber bands.

Background

Toy guns are popular in children and young children, and the toy gun is generally designed to be similar to a real gun in appearance and is often provided with dazzling light and sound effects so as to create a sense of reality, and further the toy gun can attract players more. At present, a gear mechanism is generally adopted in a toy gun excitation device, for example, the patent number is: 202010798957.0A single-shot rubber band gun is characterized in that an excitation device is designed to be a sliding draw bolt, a swinging collision block, a gear release, a swinging gear, a swinging fin, a trigger, a sliding draw bolt stopping buckle, a single-shot switching buckle, a large pressure spring, a gun core main board, a single-shot switching knob, an excitation pull rope and a gun body tail structure, so that the excitation of the toy gun is realized, a gear mechanism is limited by a manufacturing process, a pure wood structure cannot be realized in an injection molding mode, and because gear connecting mechanism accessories are numerous and have complex structures, the internal space required by the toy gun is relatively larger, the toy gun is more suitable for some large toy guns, and is unsuitable for a toy gun. Meanwhile, due to the complex structure, the difficulty is high for the autonomous assembling toy gun, and the quality difference of the finally assembled finished product is high.

Because the rubber band elasticity is good, and the ejection speed is relatively fast, the tracking effect of human eyes to the rubber band is not ideal, and this design introduces laser emission device, and a laser is launched simultaneously when the rubber band is launched, and laser beats on the rubber band, forms the light beam that a removal, can realize the visual effect of laser gun in the star wars.

Disclosure of Invention

In view of the problems with existing designs, the present invention discloses a toy gun capable of emitting a rubber band, which is capable of creating a visual effect of the emitted light rubber band; the gun according to the invention is composed of a gun body structure and an acousto-optic control assembly. The gun body is used for accommodating the gun body, the trigger, the follower push rod, the elastic guide mechanism, the flat slide rod and the gun cover. The acousto-optic control component consists of a reflector, a laser emitter, a trigger switch, a power supply and a loudspeaker. The invention has simple structure, good interactivity and convenient assembly.

As a preferred embodiment of the present invention, the trigger, follower, flat slide, resilient guide, bolt cover, trigger switch, power source, and horn of the toy gun are all controllably connected to the power source of the toy gun. It should be noted that the power supply to the toy gun is used to activate the laser light source and horn when the trigger assembly of the toy gun is actuated. According to each preferred embodiment, the firing assembly of the toy gun is controllably connected to the trigger. It should be noted that the bolt face associated with the firing assembly accommodates at least one rubber band to be fired. In each of the preferred embodiments of the present invention, the firing band on the trigger cap should be synchronized to fire a band when the trigger switch is actuated by the trigger. According to each preferred embodiment of the present invention, the light source and light reflecting means of the toy gun are preferably positioned at the forward end of the gun body. The light reflecting device of the toy gun is used for reflecting the light beam emitted from the light source immediately before the rubber band is emitted.

It should be noted that in the preferred embodiment described above, the light beam from the light source is reflected by the light reflecting means at an angle of 90 degrees, it being understood that the light beam reflected by the light source will be axially aligned with the rubber band emitted from the toy gun to illuminate the rubber band for a visual effect similar to a laser gun in star wars.

The trigger cover is arranged at the top of the toy gun and mainly comprises a left part and a right part, at least one rubber band is stored on the left part and the right part, the two trigger covers are connected and fixed with the smooth rod through fixing pins, when the trigger is pulled, the trigger moves backwards, the follower push rod at the rear part of the trigger is driven to move backwards, the bayonet lock on the follower push rod is connected with the groove of the smooth rod, and when the follower push rod moves backwards, the smooth rod also moves backwards synchronously. The flat slide bar is connected with the gun shooting cover through the bayonet lock, so that when the trigger is pulled, the gun camera cover synchronously moves backwards, the action that the gun camera cover retreats under the action of the backseat is simulated when the toy gun is shot, and the action of shooting rubber band is also played.

The follower push rod is positioned at the rear of the trigger, the round connecting lug at the front end is just clamped in the round opening of the trigger, a certain activity can be provided, the lower part of the follower push rod is supported by the elastic guide mechanism, and the elastic guide mechanism is clamped with the gun body.

The flat sliding rod is positioned at the position of the top of the gun body close to the middle of the rear part and plays a role in connecting the trigger component and the gun cover component. The smooth rod can be clamped with the follower push rod through the groove of the smooth rod, and the mechanism can synchronously transmit the backward sliding force of the trigger to the gun stock cover.

The front end of the reset rubber band mechanism is connected to the protruding rod in front of the muzzle in a hanging mode, the reset rubber band mechanism penetrates through the round opening in front of the trigger, and the protruding rod in front of the muzzle is wound with a circle and then connected to the muzzle cover in a hanging mode. The reset rubber band mechanism can simultaneously provide reset force for the trigger and the gun camera cover, when the trigger is pulled, the pulling force of the reset rubber band needs to be overcome, the trigger slowly slides backwards until the trigger rubber band is triggered, the trigger is released by a finger, and the trigger and the gun camera cover are automatically pulled back to the original position along the guide groove under the action of the reset rubber band.

In the technical scheme, at least 2 guide grooves are formed in the gun body main body, the left gun machine cover and the right gun machine cover are connected with the smooth rod through the connecting pin, and the connecting pin can slide left and right in the guide grooves.

In the technical scheme, the guide groove also plays a role of the limiting groove simultaneously, when the trigger is in the initial position, the trigger, the follower push rod, the flat slide rod and the gun camera cover are pulled down to the forefront end position by the reset rubber band, and when the trigger is pulled, the parts slide backwards gradually until the trigger is in the firing state, and at the moment, the connecting pin also slides to the rightmost end of the limiting pin and plays a limiting role simultaneously.

In the technical scheme, the elastic guide mechanism is positioned at the rearmost part of the trigger mechanism, the left side of the elastic guide mechanism is bifurcated to form two thin rods with certain elasticity, the follow push rod is upwards supported to give upward thrust, the trigger is downwards pressed, and downward pressure is given.

The trigger mechanism is positioned at the rear of the trigger, when the trigger is pulled and slides backwards, the trigger cover synchronously slides backwards to enable the firing rubber band to be in a quasi-firing state, and the trigger switch positioned at the rear position of the ejector rod at the rear part of the trigger is triggered, so that the laser emitter and the loudspeaker are activated.

The laser emitter is positioned in front of the toy rubber band gun, and when the trigger switch is activated, the laser emitter connected with the trigger switch is synchronously activated and emits a beam of laser.

The reflector is located the front portion of rubber band rifle, and laser transmitter is directly over, and when laser transmitter was activated, laser was through 90 degrees reflections of reflector, and from the muzzle ejection, with the rubber band direction of launching axial alignment, along with the rubber band is by the percussion, the rubber band is illuminated to laser, reaches the visual effect that the one section laser of simulation was advanced in the air.

The toy gun of the present invention is also provided with a speaker. It should be noted that the speakers of the toy gun may simulate the sound effects of a real explosion design, thereby making the toy gun more realistic and more interesting to players.

The invention comprises the novel features and combinations of parts described and illustrated in the following description and drawings, it being noted that various changes may be made in the details without departing from the scope of the invention or sacrificing any of its advantages.

Drawings

For a full understanding of the present invention, reference will now be made in detail to the present invention, examples of which are illustrated in the accompanying drawings, wherein:

FIG. 1 is a schematic illustration of a toy gun structure according to a preferred embodiment of the present invention;

FIG. 2 is a schematic illustration of a toy gun according to a preferred embodiment of the present invention in an initial state;

FIG. 3 is a schematic illustration of a toy gun in a semi-fired state (trigger exerting a force, sliding to a neutral position) in accordance with a preferred embodiment of the present invention;

FIG. 4 is a schematic illustration of a toy gun in a quasi-fired state (with the trigger applying a force, sliding to a mid-rear position), trigger triggering a trigger switch, laser transmitters emitting laser beams simultaneously, consistent with a preferred embodiment of the present invention;

FIG. 5 is a schematic illustration of a toy gun in a cocked state (trigger exerting a force, sliding to a rearward position) according to a preferred embodiment of the present invention;

FIG. 6 is a block diagram of a follower and slide bar in accordance with a preferred embodiment of the present invention;

FIG. 7 is a diagram of the attachment of the reset rubber band to the bolt face cover and toy gun body in accordance with a preferred embodiment of the present invention;

FIG. 8 is a block diagram of a bolt face cover wave slot and a gun body wave slot in accordance with a preferred embodiment of the present invention;

in the figure: trigger 310, follower 330, resilient guide 320, slide bar 340, and bolt cover 350. The acousto-optic control assembly (60) consists of a reflector 610, a laser transmitter 620, a trigger switch 630, a power supply 640, a loudspeaker 650 and a reset rubber band 50.

Detailed Description

Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made therein without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Embodiment one: referring to fig. 1-7, a single-shot rubber band gun includes a gun body main structure 30 and an acousto-optic control assembly 60.

The technical scheme adopted is that the gun comprises a trigger 310, a follower push rod 330, an elastic guide mechanism 320, a flat slide rod 340 and a gun cover 350. The acousto-optic control assembly (60) consists of a reflector 610, a laser transmitter 620, a trigger switch 630, a power supply 640, a loudspeaker 650 and a reset rubber band 50; the tail end of the follower push rod is provided with a circular interface which can be placed in a circular notch of the trigger and provides a certain swing allowance.

The elastic guiding mechanism has an upper circular structure and a lower circular structure, is just clamped in the gun body structure 30,

the tail part of the elastic guide mechanism is forked, the forked tail part structure is required to be properly compressed during installation, the similar follower push rod and the trigger are respectively pressed, and the elastic guide mechanism can limit the buffer slide block part to enable the buffer slide block part to slide forwards and backwards only in the horizontal direction.

The reset rubber band 50 is hung in the protruding rod in front of the toy gun body at the front end and is turned back through a round hole on the trigger to be hung in the rod, and in a preferred example, the reset rubber band is wound on the protruding rod for 1-2 circles to be fixed on the protruding rod, and the other end of the rubber band is hung on the gun cover after penetrating through the gun cover.

A trigger mechanism located behind the trigger, which when the trigger is pulled and slid rearward,

the trigger cover synchronously slides backwards to enable the firing rubber band to be in a quasi-firing state, and the trigger switch positioned at the rear position of the ejector rod at the rear part of the trigger is triggered, so that the laser emitter and the loudspeaker are activated.

In this embodiment, the rubber band rifle body mechanism is wooden structure of assembling, and the sound and light control subassembly is prefabricated structure of assembling. When the gun is used, the rubber band is hung on the rubber band gun, the rubber band is firstly hung on the groove at the muzzle position at the front end of the gun, and the rear end of the rubber band is hung on the wavy clamping groove at the tail part of the rubber band gun. After the rubber band is hung, the trigger is pulled to move backwards to drive the follower push rod to move backwards, meanwhile, the buckle on the follower push rod is buckled with the smooth rod to drive the smooth rod to move backwards, and the smooth rod is connected with the gun camera cover through the connecting pin, so that the synchronous action of synchronous backward movement of the gun camera cover is realized after the trigger is pulled.

The wave clamping groove of the gun stock cover and the wave clamping groove of the gun body structure are staggered at a certain position, as shown in figure 8. When the trigger is pulled, the wave clamping groove on the gun cover slowly lifts the percussion rubber band on the gun body structure when the gun cover moves backwards, when the wave clamping groove on the gun cover lifts the rubber band to be percussion, and when the wave clamping groove exceeds the gun body, all the rubber bands to be percussion can be lifted upwards by one level, and the uppermost rubber band to be percussion can not be continuously clamped after being lifted, so that the rubber band is percussion. The continuous firing of the rubber band is realized by the circulation.

It should be noted that when the trigger moves backward to drive the follower rod, the slide bar and the bolt shell to move backward, a laser is required to be emitted from the trigger switch in the quasi-excitation state as shown in fig. 4, when the trigger continues to move backward, the uppermost percussion rubber band passes over the vertex of the corrugated groove, so that the rubber band is released and emitted along the muzzle direction, and the laser synchronously illuminates the rubber band at the moment to simulate the visual effect of the laser gun shooting bullets in star wars with short light beams flying in the air.

In each of the preferred embodiments of the present invention, the toy gun is also provided with a speaker. The speaker may be positioned in any suitable location in the gun body 30. It should be noted that the speakers of the toy gun are used to produce an acoustic effect simulating a real explosion firing, thereby providing a realistic effect to enhance the realism of the toy gun 1 and thus to add to the pleasure and excitement of the shooting game.

From the above description of the invention, it is obvious that the same may be varied in many ways. Such variations are not to be regarded as a departure from the spirit and scope of the invention, and all such modifications as would be obvious to one skilled in the art are intended to be included in the following claims. It should be noted that the described preferred embodiments should be considered in all respects only as illustrative and not restrictive, and the claims should be referenced to determine the scope of the invention.

Claims

1. A toy gun capable of emitting rubber bands, which is characterized in that: it comprises:

a gun body structure (30) comprising:

a trigger switch (630) controllably connected to the trigger (310);

a rubber band (40) controllably connected to the trigger (310);

a bolt cover (350) for storing at least one rubber band (40), the bolt cover being fixedly connected with the smooth rod (340) by a fixing pin, when the trigger (310) is pulled, the trigger moves backwards and drives the follower rod (330) to move backwards, a bayonet lock on the follower rod (330) is connected with a groove of the smooth rod (340), and when the follower rod (330) moves backwards, the smooth rod (340) moves backwards synchronously; the flat slide bar (340) is connected with the gunshot cover by a bayonet so as to realize the action of the trigger (310)

When the gun lock cover (350) synchronously moves backwards, thereby improving the interest of the toy in appearance; the front end of the trigger is provided with a round hole, is fixedly connected to the front end of the gun body through a reset rubber band and is connected with a gun bolt cover (350), when one rubber band is completely triggered, the trigger (310) and the gun bolt cover can be synchronously pulled back to the initial position by virtue of the traction force of the reset rubber band (50), so that preparation is made for the next triggering;

a laser transmitter (620) controllably connected to the power supply (640);

a trigger switch (630) controllably connected to the laser transmitter (620);

a mirror (610) for reflecting the laser light emitted from the laser light emitter (620);

the trigger (310) is arranged on the gun body structure (30), and is characterized in that when the trigger is pulled and slides backwards step by step, the trigger switch (630) is just activated when the trigger rubber band (40) is in a quasi-trigger state, the laser emitter (620) connected with the trigger switch (630) is activated, and a laser beam is emitted and passes through the reflector (610)

And the laser light is emitted from the muzzle and is consistent with the direction of the rubber band, and the rubber band is shot, so that the laser light can illuminate the shot rubber band (40).

2. A toy gun capable of transmitting rubber bands according to claim 1, wherein: the firing mechanism comprises a trigger (310), a follower push rod (330), an elastic guide mechanism (320) and a smooth rod (340), an acousto-optic control assembly (60), and the acousto-optic control assembly (60) is powered by a power supply.

3. A toy gun capable of transmitting rubber bands according to claim 1, wherein: the follower push rod (330) is buckled with a groove on the smooth rod (340) through a bayonet lock, so that synchronous movement is realized.

4. A toy gun capable of transmitting rubber bands according to claim 1, wherein: the bolt cover (350) forms a fixed connection structure with the follower rod (330) through a bayonet lock, so that when the trigger (310) is pulled, the trigger moves backwards, the follower rod (330) is synchronously driven, and the smooth rod (340) moves backwards, so that the bolt cover (350) is driven to move backwards, and the effect of shooting is simulated.

5. A toy gun capable of transmitting rubber bands according to claim 1, wherein: the tail of the gun camera cover (350) and the tail of the gun body are provided with corrugated notches, and the corrugated shapes are just staggered, so that when the gun camera cover moves backwards, the whole rubber band is lifted by one step under the pushing of the corrugated grooves of the gun camera cover, and the uppermost rubber band (40) is triggered.

6. A toy gun capable of transmitting rubber bands according to claim 1, wherein: more than 2 guide grooves are required to be formed in the gun body (30), connecting pins are arranged on the gun cover (350), forward and backward sliding can be realized on the gun body (30), and the action of the gun cover moving backwards when gun shooting is simulated.

7. A toy gun capable of transmitting rubber bands according to claim 1, wherein: the light reflecting means may be flipped 45 degrees downwards to reflect the light beam emitted from the laser emitter (620).

8. A toy gun capable of transmitting rubber bands according to claim 1, wherein: characterized in that the laser transmitter (620) employs a laser or any other suitable light source.

9. A toy gun capable of transmitting rubber bands according to claim 1, wherein: the toy gun (1) is provided with a loudspeaker (650) for generating an acoustic effect simulating a real explosion shot.

10. A toy gun capable of transmitting rubber bands according to claim 1, wherein: the toy gun (1) is provided with an elastic guide mechanism (320) which is provided with two branched elastic sheets respectively supporting the follower mechanism upwards and pressing down the trigger (310), thereby realizing the action effect of pulling the trigger (310) and synchronously moving the gun cover (350) backwards.