CN201251400Y - Electric simulated toy gun device - Google Patents

Abstract

The utility model discloses an electric simulation toy gun device, which comprises a gun body, wherein a driving mechanism is arranged on the gun body and is used for driving a first push rod in half time; a smooth shaft rod is fixedly arranged at two ends of one side of the gun body, and a third push rod is arranged on the smooth shaft rod in a sliding manner and is linked with the first push rod; a sheet piece is also arranged on the smooth shaft rod in a sliding way and fixedly connected with a bolt part which protrudes out of the side edge of the gun body; the piece and the third push rod can be arranged in a relatively sliding mode, and a third elastic piece for buffering is arranged between the piece and the third push rod. The utility model discloses electronic emulation toy gun device has realized driving the bolt portion reciprocating motion on the body of a gun owing to adopted a third elastic component that is used for the buffering that sets up between the piece of connecting bolt portion and the third push rod of this piece of drive, has realized the protection to electronic toy gun actuating mechanism simultaneously to and, guaranteed the security to the user.

Description

An electric simulation toy gun device

technical field

The utility model relates to a toy gun, in particular to the improvement of the simulation structure of an electric toy gun.

Background technique

In the toy guns of the prior art, especially electric toy guns, there is usually a driving mechanism linked by a driving motor, which drives the push rod and the elastic part in the gun body to reciprocate half-time through the driving mechanism, and can be accompanied by an electronic chip circuit Gunshots, photoelectric effects, etc. In some toy gun models, the push rod in the drive mechanism can link the elastic energy storage structure, and push the piston cylinder through the push rod to push out toy bullets, such as plastic balls. At this time, it is often necessary to set the elastic member with The greater the elastic force, the greater the energy storage under the drive of the drive mechanism, so that the toy bullet can be fired farther.

In the existing electric toy guns, a complete casing is usually arranged on the upper side of the gun body, and the driving mechanism can only reciprocate inside the gun body, and the gun bolts and other structures on the gun body are fixed. Therefore, its The real simulation of firearms is poor and needs to be improved and developed.

In the simulated electric toy guns, especially the electric toy air guns that can play field games, in order to imitate the action of the bolt on the gun body, for example, the bolt of the real AK47 submachine gun must have the action of ejecting the shell during the shooting process, so the gun The bolt will reciprocate back and forth along the side of the gun body, and in some designs, this part is fixedly connected to the push rod structure.

However, this fixed connection arrangement has the following defects: due to the relatively large elastic rebound impact force of the bolt part, it may impact the driving mechanism, causing damage to the gears in the driving mechanism. In addition, the way of fixed connection causes the reciprocating movement stroke of the bolt part to be carried out forcibly, and the users of toy guns are often some consumers rather than professional soldiers, therefore, the movement of the bolt part may cause the user's body to be damaged. Injury, which may lead to complaints or even claims for product quality.

Therefore, there are also defects in the prior art, which need to be improved and developed.

Utility model content

The purpose of the utility model is to provide an electric simulation toy gun device. By improving the power structure of the push rod and the elastic part, the bolt part on the gun can be reciprocated while ensuring the buffering of the bolt part.

The technical scheme of the utility model is as follows:

An electric simulation toy gun device, which includes a gun body, and a driving mechanism is arranged on the gun body for half-time driving a first push rod, and the first push rod is provided with a first elastic member for Hold the first push rod and reset it when it is not driven by the drive mechanism; wherein, a smooth shaft is fixed at both ends of one side of the gun body, and a third push rod is slidably disposed on the smooth shaft , interlocking the first push rod; a piece is also slidably arranged on the smooth shaft, and the piece is fixedly connected to a gun bolt protruding from the side of the gun body; the piece is connected with the The third push rod can be relatively slidably arranged, and a third elastic member for buffering is arranged between the sheet piece and the third push rod.

The electric simulation toy gun device, wherein, two holes are provided on the sheet for passing through the smooth shaft; the third push rod is sleeved on the smooth shaft, so The third elastic member is sleeved on the third push rod and is located between the holes of the sheet; the end of the third push rod is also provided with a blocking head for blocking the third elastic member department.

The electric simulation toy gun device, wherein, a second elastic piece is arranged parallel to the first push rod, and the second elastic piece is set against a blocking block, and is connected with the second elastic piece to be provided with a protruding The protruding portion outside the gun body; the blocking block is provided with a blocking portion for fitting the first push rod, and drives the protruding portion when the driving mechanism drives the first push rod to retract shrink back.

The electric simulation toy gun device, wherein, the third push rod is fixedly connected with the blocking block.

The electric simulation toy gun device, wherein, the connecting portion between the third push rod and the blocking block is set as a protruding edge, and a fork portion is provided on the side of the blocking block for engaging The protruding edge portion.

In the electric simulated toy gun device, wherein, the blocking block is also set as a heavy block that makes the gun body produce a simulated vibration.

The electric simulation toy gun device, wherein, the protrusion is arranged in the opening groove at the top of the gun body.

The electric simulation toy gun device, wherein, the driving mechanism includes a driving motor, which is arranged in the gun body, and is coaxially connected with a bevel-shaped driving gear, and drives a bevel-shaped passive gear by interlocking; the bevel-shaped passive gear The gear is driven and connected to a second driven gear through a coaxial gear, and the second driven gear drives the half-time driving gear through deceleration; the half-time driving gear is provided with a half-circumferential gear portion for engaging rack.

The electric simulation toy gun device, wherein, the half-time driving gear is coaxially fixed with a driven gear for engaging the second driven gear.

The electric simulation toy gun device, wherein, the trigger on the gun body is set as a circuit switch of the drive motor.

The electric simulation toy gun device provided by the utility model adopts a third elastic part for buffering between the piece connected to the bolt part and the third push rod driving the piece to realize In order to drive the bolt part on the gun body to reciprocate, realize the protection of the driving mechanism of the electric toy gun at the same time, and ensure the safety of the user.

Description of drawings

Fig. 1 is the side schematic diagram of electric simulation toy gun device of the present utility model;

Fig. 2 is a schematic diagram of the partial structure of the electric simulation toy gun device of the present invention;

Fig. 3 is the perspective view of the improved structural module of the electric simulation toy gun device of the present utility model;

Fig. 4 is a partial three-dimensional schematic diagram of the electric simulation toy gun device of the present invention;

Fig. 5 is the exploded schematic view of the improved structure of the electric simulation toy gun device of the present invention;

Fig. 6 is a reference diagram of the use state of the electric simulation toy gun device of the present invention.

Detailed ways

Preferred embodiments of the present utility model are described in detail below.

In the electric simulation toy gun device described in the utility model, the most important improvement point is that a smooth shaft 192 arranged parallel to a second elastic member 171 is set on the gun body 110, as shown in Fig. 3 and Fig. 5 , The two ends of the smooth shaft 192 are fixed on one side of the gun body, and pass through a piece 193 that is fixedly connected to the bolt portion 114, and the piece 193 is provided with two holes 194, the smooth The shaft 192 passes through the two holes 194; at the same time, a third push rod 161 is sleeved on the smooth shaft 192, and the third push rod 161 blocks at least one of the sheet parts 193 at the same time. The notch 197 (can also be set as a hole), and the end of the third push rod 161 is set as a blocking head 195 .

A third elastic member 191 is disposed between the blocking head 195 of the third push rod 161 and the notch 197 of the piece 193 , sleeved around the third push rod 161 . In this way, the third push rod 161 of the present utility model protrudes from the bolt portion 114 on the side of the gun body without external force. As shown in FIG. The reciprocating motion on the shaft rod 192 simulates the bolt motion state of a real gun.

The third push rod 161 can be fixedly connected with the blocking block 180 and driven by the movement of the blocking block 180 . As shown in FIG. 5 , it is only a preferred embodiment of the utility model. The blocking block 180 can be provided with a buckle part 183 , and a protruding edge part is provided at the connection position of the third push rod 161 196, used for fitting with the buckle part 183, engaging and fixing the third push rod 161, the third push rod 161 is linked by the movement of the blocking block 180, thereby driving the gun bolt reciprocating motion of part 114. In this way, the blocking block 180 can be set as a T-shaped block.

As shown in Figure 1, the electric simulation toy gun device of the present utility model comprises a gun body 110, and this gun body can simulate various automatic firearms of the prior art, such as automatic rifle, machine gun etc., and is provided with a gun body 110 Drive mechanism, this drive mechanism can adopt the common electric drive mechanism assembly of prior art; The utility model described drive mechanism comprises a drive motor 141, is arranged in described gun body 110, for example can be arranged in the rear handle of automatic rifle Inside 111, before the back handle 111 is a trigger 112.

The driving motor 141 in the rear handle 111 is engaged with a bevel-shaped driven gear 142 through a bevel-shaped driving gear 142 connected coaxially, as shown in Figure 2, so as to change the transmission direction and gear ratio; The driven gear 143 is drivingly connected with a second driven gear 145 through the coaxial gear 144, and the driving gear 146 rotates in the direction of the arrow when the second driven gear 145 is half driven through a certain reduction ratio.

The half-time driving gear 146 has a half-circle gear portion 152 , and the other half-circumference is a toothless portion 151 , and the half-circle gear portion 152 is used to engage the rack 122 below the first push rod 121 . The half-time driving gear 146 is coaxially connected with a driven gear (not shown in the figure), and the driven gear can directly engage the coaxial gear of the second driven gear 145, or can be connected through more speed change gears or The gear set is driven by the second driven gear 145 .

The first push rod 121 is a common structure in electric toy guns of the prior art, and it is driven half-time by the driving mechanism; the rear end of the first push rod 121 or is provided with a first elastic member 131, It is used to hold the first push rod 121 and return it when it is not driven by the driving mechanism. The first push rod 121 can be configured as an inner sleeve, and its outer side is adapted to be configured as an air cylinder for launching toy bullets by air pressure. This is a structure in the prior art, so it will not be described again.

The working principle of the drive mechanism includes: after the trigger 112 is pulled with a finger, the circuit of the drive motor 141 is opened, and the drive motor 141 starts to work, and passes through a series of transmission and speed ratios of gears, these gears include But not limited to: the bevel-shaped driving gear 142 , the bevel-shaped driven gear 143 , the coaxial gear 144 , the second driven gear 145 , and the half-time driving gear 146 .

The half-time driving gear 146 has a half-circumferential gear part 152 on one side, and its circumferential length can be set according to the needs of the actual driving action. When rotating, the semi-circumferential gear part 152 will engage the teeth below the first push rod 121. Bar 122, in this way, the result of semi-circumferential engagement driving is to make the first push rod 121 compress the first elastic member 131 to store energy (a cylinder can be set to drive and launch a toy bomb at the same time). After the half-circumferential gear portion 152 is engaged with the rack 122 and the first push rod 121 is pushed to the rear side, the toothless portion 151 cannot engage with the rack 122. At this time , the first push rod 121 explodes to reset under the action of the elastic restoring force of the first elastic member 131 , which can simulate the firing and reset action inside the gun chamber.

In the electric simulation toy gun device 100 of the present utility model, a second elastic member 171 is arranged parallel to the first push rod 121, and a blocking block 180 is arranged on the top of the second elastic member 171, as shown in Fig. 2 and Fig. 5 As shown, the blocking block 180 is configured to have an extended blocking portion 181 that can block the end of the first push rod 121 . A notch can be set on the top of the first push rod 121 to fit the blocking portion 181 . In this way, when the first push rod 121 is driven to move backward by the driving mechanism, the second elastic member 171 will be driven by the blocking block 180 to be compressed and stored; When 121 is released in the second half, the second elastic member 171 is released at the same time.

A protrusion 182 protruding from the gun body 110 is connected with the second elastic member 171, and an opening groove 113 is arranged on the upper top of the gun body 110, and the opening groove 113 can be in the gun body 110. The top of the gear set (Gearbox) is open; preferably, the protrusion 182 is integrally arranged with the blocking block 180, so that, with the elastic stretching and reciprocating movement of the second elastic member 171, the protrusion 182 will The reciprocating movement of the gunlock when simulating real gun firing in the opening slot 113.

It should be noted that the numbers of the above components are only for illustration, and they refer to an assembly that may include multiple components. According to the context, they should not be understood as referring to only this component.

Through the reciprocating process of the aforementioned first push rod 121, the blocking block 180 can be pushed, thereby driving the third push rod 161 to drive the reciprocating movement of the bolt part 114 on the side of the gun body, simulating the movement of a real firearm. The way the bolt moves, and the effect is very realistic.

The third elastic member 191 provided between the notch 197 of the sheet and the blocking head 195 on the third push rod 161 of the present utility model, as shown in Fig. 3 and Fig. 5 , is in a normal state Next, during the reciprocating movement of the bolt part 114, the impact of the bolt part on the driving mechanism can be reduced through the elastic buffering effect between the piece 193 and the blocking head 195 of the third push rod 161, thereby Protect the gear box (gearbox) and prolong its service life.

At the same time, the arrangement of the above-mentioned third elastic member 191 of the utility model can easily block the bolt portion when the user accidentally touches the bolt portion during use, and the blocking head of the third push rod 161 The part 195 compresses the third elastic part 191 reciprocally, and the third elastic part 191 will be against the notch part 197 of the sheet part 193 to realize buffering, which can protect the driving mechanism from being damaged, and prevent damage to the Physical damage to the user. As shown in FIG. 6 , when the hand 200 is against the bolt 114 (the piece 193 does not move at this time), since the third push rod 161 is still under the elastic buffer of the third elastic member 191 It can reciprocate with the blocking block 180, thereby avoiding accidental injury to the user's body; the third elastic member 191 shown in FIG. 6 is being compressed.

The cushioning effect of the third elastic member 191 not only protects the gear set of the driving mechanism from impact, prolongs its service life, but also greatly improves the safety of the user during use. For example, in the process of holding the gun with the safety open, the trigger may be pulled inadvertently, and the gun may be in any position, for example, the bolt is being held on a certain part of the body (as a non-professional soldier, this situation is often will occur), if it is an electric toy gun in the prior art, not only the gears will be impacted, but also the human body will be damaged. In the above-mentioned structure of the utility model, since the third elastic member 191 is provided for buffering, the bolt part 114 can not move, and the driving mechanism can still drive the third push rod 161 to reciprocate, which fully guarantees the user's freedom of movement. safety.

In order to increase the simulation effect of the electric simulation toy gun device 100 of the present utility model, a weighting block 190 can also be set on the blocking block 180 of the present utility model, as shown in Figure 4, like this, the blocking block 180 together with the weighting The back and forth motion of block 190 can make the gun body produce strong enough vibrations to simulate the recoil impact feeling produced by real guns when firing bullets.

It should be understood that those skilled in the art can make improvements or changes based on the above description, and all these improvements and changes should belong to the protection scope of the appended claims of the present utility model.

Claims (10)

1. An electric simulation toy gun device, which includes a gun body, and a driving mechanism is arranged on the gun body for half-time driving a first push rod, and a first elastic member is arranged on the first push rod, It is used to hold the first push rod and reset it when it is not driven by the driving mechanism; it is characterized in that a smooth shaft is fixed at both ends of one side of the gun body, and a smooth shaft is slidably disposed on the smooth shaft. The third push rod is linked to the first push rod; a piece is also slidably arranged on the smooth shaft, and the piece is fixedly connected to a gun bolt protruding from the side of the gun body; the said The sheet piece and the third push rod can be slidably arranged relative to each other, and a third elastic member for buffering is arranged between the sheet piece and the third push rod. 2. The electric simulation toy gun device according to claim 1, wherein two holes are provided on the sheet for passing through the smooth shaft; the third push rod is sleeved on the On the smooth shaft, the third elastic member is sleeved on the third push rod, and is located between the holes of the sheet; the end of the third push rod is also provided for blocking the Describe the blocking head of the third elastic member. 3. The electric simulation toy gun device according to claim 2, characterized in that a second elastic piece is arranged parallel to the first push rod, and the second elastic piece is set against a blocking block, and is connected with the first push rod. The second elastic member is connected with a protruding portion protruding from the gun body; the blocking block is provided with a blocking portion for fitting the first push rod, and the driving mechanism drives the first push rod When retracting, the protrusion is driven to retract. 4. The electric simulation toy gun device according to claim 3, wherein the third push rod is fixedly connected to the blocking block. 5. The electric simulated toy gun device according to claim 4, characterized in that, the connecting portion between the third push rod and the blocking block is set as a protruding edge, and the side of the blocking block is provided with The buckle part is used for buckling the protruding edge part. 6. The electric simulation toy gun device according to claim 3, wherein the blocking block is also set as a heavy block that makes the gun body produce a simulated vibration. 7. The electric simulation toy gun device according to claim 3, characterized in that, the protrusion is arranged in an open groove at the top of the gun body. 8. The electric simulation toy gun device according to claim 1, characterized in that, the driving mechanism includes a driving motor, which is arranged in the gun body, and is coaxially connected with an umbrella-shaped driving gear to drive an umbrella The bevel-shaped driven gear; the bevel-shaped driven gear is connected to a second driven gear through a coaxial gear drive, and the second driven gear drives the half-time driving gear through deceleration; the half-time driving gear is provided with a half-circumferential gear portion for meshing The rack below the first push rod. 9. The electric simulation toy gun device according to claim 8, characterized in that, the half-time driving gear is coaxially fixed with a driven gear for engaging the second driven gear. 10. The electric simulation toy gun device according to claim 8, characterized in that the trigger on the gun body is set as a circuit switch of the driving motor.

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