CN211798784U - Fighting toy - Google Patents

The utility model relates to a battle toy, which comprises a

1, a protective device and a shell ejection device, wherein the protective device can be detachably arranged on the

1, the shell ejection device is arranged on the

1, and the shell ejection device is used for ejecting a

4; when the protection device is hit by an object, the protection device is changed from the first state to the second state, and the

1 is exposed.

As shown in fig. 9 to 13, in the embodiment of the present invention, the first state of the protection device is that the protection device is shielded in front of the

1 to protect the

1; the second state of the guard is that the guard is moved to the position where the

1 is exposed after the guard is hit by an object. The position may be that the protector is turned to the side of the

1, up, down, or dropped to the ground, and no particular position limitation is made here as long as the

1 can be exposed.

In an optional embodiment, the

1 is further provided with an accessory ejection device, the

1 is provided with a

34 corresponding to the accessory ejection device, and the protection device is arranged corresponding to the

34; when the guard is in the first state, the

34 is shielded by the guard; when the guard is in the second state, the

34 is exposed by the guard.

Specifically, as shown in fig. 1 to 3, the projectile ejecting device includes a pushing

21 and an

22, the pushing

21 and the

22 are respectively disposed on the

1, and the pushing

21 is disposed opposite to the

22, and the pushing

21 can push the

4 to move to the

22, so as to drive the ejecting

22 to extrude and eject the

4; the accessory ejection device comprises a

31, an

32 and an

33, wherein the

31 is arranged inside the

1, the

31 is locked with or separated from the

32, the

32 is movably arranged on the

1, and the

33 is arranged between the

1 and the

32.

When the

32 is disengaged from the

31, the

33 pushes the

32 away from the

31, so that the

5 on the

32 is pushed out of the

32.

The shell ejection device is arranged on the

1, so that the function of ejecting the

4 from the toy can be realized; the accessory ejection device is arranged on the

1, so that the accessories 5 (drivers, dolls or other ornaments) on the toy can be ejected out of the

1. In the entertainment process, the effect that the

4 is ejected by the cannonball ejection device to strike the toys of other players can be achieved, the

5 is ejected after the

34 is attacked by the

4 sent by the toys of other players, so that the players are hit, the battle of two or more players is achieved, the playability of the battle toys provided by the embodiment is enhanced, and the entertainment of the toys is effectively improved.

As shown in fig. 9 to 13, in the embodiment of the present invention, the protection device can be detachably installed on the

1, and when the player uses the fighting toy provided by the present invention, the player can select by himself whether to install the protection device on the

1, so as to decide the player to use the specific playing method when the fighting toy is entertained. The method specifically comprises the following playing methods:

a first playing method comprises the following steps: the guard is mounted to the

1. At this moment, can realize that many players adopt interactive play method to use the utility model provides a fight toy, player use shell jettison device to launch the fight toy that shell 4 struck other players, the protector of the fight toy that is struck receives the striking back of the

4 that launches, and protector changes the second state into by first state, exposes the

1 of fight toy, and at this moment, can judge that this toy is eliminated.

Further, as the fight toy that several players used does the utility model discloses a be provided with accessory jettison device's fight toy, at this moment, can change into the second state by the first state at protector, continue fighting after exposing the

1 of fight toy, hit by

4 until wherein the

34 of the accessory jettison device of the fight toy in the player's hand for accessory jettison device is triggered, and pops out

1 with

5. The judgment of the game success or failure is made by ejecting the

5 out of the

1, that is, when the

5 of the battle toy in the player's hand are ejected out of the

1, the player is judged to be the negative party in the game.

And (2) playing a second method: when only one player exists, the protection device arranged on the

1 can be detached from the battle toy, and the protection device is placed on the ground or a table surface, at the moment, the player can operate the

1 to launch the

4 to strike the protection device, and when the player uses the

4 to strike the protection device accurately, the protection device changes the first state into the second state. Through the playing method, the toy can be used alone to realize entertainment by the fighting toy provided by the embodiment of the utility model, or the accuracy of the shell ejection device for ejecting the

4 is exercised, and the toy is used as an exercise means.

In a specific embodiment, the protection device is detachably arranged on the

1 in a plugging manner. The protective device or the

1 is provided with a connecting

6, and the

1 or the protective device is correspondingly provided with a bayonet or a clamping groove.

In other embodiments, can also realize being connected dismantling of protector and

1 through other connection structure, do not do the exhaustion here the utility model provides an in the fight toy, as long as can realize the structure of being connected dismantled of protector and

1 all can.

In other embodiments, the protection device can be fixed on the

1, or even the protection device and the

1 are integrally formed into a whole.

As shown in fig. 2 to 4, in the embodiment of the present invention, the protection device includes a protection body 126, a

12 and a

122, the protection body 126 is disposed on the

1, the

12 is detachably disposed on the protection body 126, the

122 is disposed on the protection body 126, and the

122 can selectively lock the

12; when the guard is in the first state, the

122 locks the

12; when the

12 is hit, the

12 disengages from the

122 and the shielding device is transferred from the first state to the second state.

In one embodiment, the

12 is pivotally connected to the shield body 126, the

122 is disposed on the toy body, the

122 selectively locks the

12, when the

12 is hit, the

12 is disengaged from the

122, and the

12 is deflected by a certain angle in the first rotational direction to expose the triggering

34. The first rotating direction may be a rotation in a horizontal direction or a rotation in a vertical direction, and the first rotating direction is not further limited herein and may be selected according to actual needs.

As shown in fig. 9 to 10, further, the number of the

12 may be one, two, or more.

When the

12 is one, the

12 can be rotatably disposed on the left side, the right side, the upper side or the lower side of the protection body 126, the

12 is shielded in front of the protection body 126 by rotation, so as to shield the protection body 126, and the

12 is rotated to the side or the upper side or the lower side of the protection body 126, so as to expose the protection body 126.

When there are two

12, the

12 may be symmetrically disposed on the left and right sides or on the upper and lower sides of the shield body 126. The

12 is shifted from the front of the shield body 126 by symmetrical rotation to expose the shield body 126, and the shield body 126 is shielded by rotating the

12 to the front of the shield body 126.

When the number of the

12 is two or more, the

12 can be disposed at different positions according to actual needs, for example, the shields are arranged in the front of the shield body 126 in an array to shield different positions, or the

12 are disposed in a multi-layer structure.

Through the arrangement, the protection device can deflect after being hit by the

4, the

1 or the

34 is exposed, at the moment, the

34 can be hit by the

4 of the opposite party, when the

34 on the

1 is hit, the accessory ejection device is triggered to eject the

5 out of the

1, so that the

4 is ejected by the cannonball ejection device to hit the toys of other players in the entertainment process, after the protection device and the

34 are successively attacked by the

4 sent by the toys of other players, the

5 is ejected finally to show that the player is hit, the fighting of two or more players is realized, the playability of the fighting toy provided by the embodiment is enhanced, and the entertainment of the toy is effectively improved.

Further, a clamping

121 is fixedly arranged on the

12, the clamping

121 is pivoted on the

1 through a

124, and a

122 is slidably arranged on the

124 and can be clamped with the clamping

121, so that the

12 is clamped. Specifically, in the present embodiment, the locking

121 has a positioning groove, and the

122 locks the

12 by locking with the positioning groove.

Further, in the present embodiment, the

122 includes a locking

1221, the locking

1221 is slidably disposed on the

124, a

1222 is fixedly disposed on a side of the locking

1221 facing the clamping

121, and the

1222 can be clamped with the positioning groove, so as to lock the

12. Of course, in other embodiments, the side of the clamping

121 facing the locking

1221 may be provided with a

1222 structure, and the locking

1221 is provided with a positioning groove structure, so that the

12 is clamped by the

1222 structure matching with the positioning groove structure.

Further, in order to facilitate the

12 to rotate after being impacted by the

4, a

123 is disposed at a position where the

12 is pivotally connected to the

1, and when the

12 is impacted by the

4, the

123 can drive the

12 to deflect by a certain angle along the first rotation direction. Through setting up the rotation

123, when joint spare 121

12, rotate

123 and be in and hold power state, receive

4 striking back when

12, joint spare 121 breaks away from retaining

1221, rotates certain angle under the drive of rotation

123. To ensure that the

123 has sufficient torsional force, the

123 is optionally made of spring steel.

Furthermore, the locking

1221 is provided with a positioning hole which is matched with the

124, the positioning hole is of a flat hole structure, the

124 is of a flat shaft structure, and the positioning hole is matched with the

124 so that the

122 can only move along the axial direction of the

124 and cannot rotate. Of course, a limiting convex portion or a limiting groove may be convexly or concavely disposed on the hole wall of the positioning hole, a groove matched with the limiting convex portion is disposed on the

124 along the length direction of the

124, or a

1222 structure matched with the limiting groove is disposed on the

124, so that the

122 can only be limited to move along the length direction of the

124 but cannot rotate.

In order to facilitate the

12 to rapidly disengage from the

122 after being impacted by the

4, optionally, one of the sides of the

1222, which is engaged with the positioning groove, is a first

1223, and the side of the positioning groove facing the first

1223 is a second inclined surface which is engaged with the first

1223, when the

12 is impacted by the

4, the

12 is first rotated in a second rotation direction opposite to the first rotation direction, and at this time, the first

1223 slides upwards along the second inclined surface, so that the positioning groove is disengaged from the

1222, the locking

121 is disengaged from the locking

1221, and the

12 is deflected by a certain angle in the first rotation direction under the action of the

123.

Further, in order to reduce the weight of the

12 and ensure that the

12 has a certain strength and can bear the impact of a

4, the

12 is made of engineering plastics which are plastics with excellent strength, impact resistance, heat resistance, hardness and aging resistance, and the use requirements of the

12 can be well met.

As shown in fig. 9 to 13, in other embodiments of the present invention, the protection device can also be disposed on the

1 in other connection forms, for example, the

12 of the protection device is clamped on the protection body 126, the protection device is integrally located in front of the

1, when the

12 is hit by an object, the

12 falls down to expose the

1 behind the

12. Alternatively, the

12 of the shield device is vertically placed, the shield device is entirely located in front of the

1, and when the

12 is hit by an object, the

12 falls down or drops to expose the

1 behind the

12.

As shown in fig. 3, 5 and 6, in the embodiment of the present invention, the

31 of the accessory ejection device includes a

311 and a

321, the

311 is rotatably disposed on the

1, and the

321 is fixedly disposed on the

32 corresponding to the

311.

Specifically, the

311 is rotatably fixed to the

1 via a rotating shaft. The locking and the disengagement of the

311 and the locking

321 can be realized through the rotation of the

311, so that the locking and the disengagement between the

32 and the

311 in the accessory ejection device are realized.

When the player is in the preparation stage, the player can place the

5 on the

32, and then press the

32 downward to bring the

32 into the locking position, at which time the

311 rotates to cooperate with the locking

321 on the

32, so as to lock the

32. And during the pressing down of the

32, the

32 will cause the

33 between the

32 and the

1 to be compressed, so that the

33 possesses initial kinetic energy. After the

311 releases the latch of the

321, the initial kinetic energy of the

33 is released, which drives the

32 to rapidly ascend and drives the

5 on the

32 to ascend, so that the

5 has the kinetic energy to be ejected. When the

32 is raised to the proper position, the

32 is restricted from further raising, and the

5 is ejected off the

32. That is, the player who has ejected the

5 in the game play is the loser.

In one particular embodiment, as shown in fig. 3, the

32 is an ejection bucket in which the

5 may be placed. A cylindrical groove can be formed in the

1 corresponding to the ejection barrel body, the ejection barrel body can move up and down in the cylindrical groove, and when the ejection barrel body is located at the bottom of the cylindrical groove, the

321 on the ejection barrel body (i.e., the ejection base 32) can be smoothly locked with or separated from the

311. The top of the cylindrical groove is correspondingly provided with a limiting part for limiting the ejection barrel body from being separated from the cylindrical groove, and the ejection barrel body is ejected when the

5 is placed.

In the above embodiment, the elastic means 33 may be a compression spring disposed between the ejecting

32 and the

1. When the

321 on the

32 is latched with the

311 of the

1, the compression spring is compressed; when the

311 is released from the

321, the compression spring is released, thereby pushing the

32 to drive the

5 to rapidly rise, and ejecting the

5, which marks the player's failure in the game.

In a preferred embodiment, the

311 is further provided with a guide for guiding the movement of the

321 during the process of pressing down and locking the

32 with the

311, so that the

321 can smoothly reach the locking position with the

311.

As shown in fig. 3 and 5, the guiding element is a guiding plate disposed on the

311, and an inclined surface inclined toward the hook body of the

311 is disposed on an end of the guiding plate close to the

321. During the process of pressing the

32, the

321 contacts the inclined surface, so that the

321 slides to the locking position with the

311 under the guiding action of the inclined surface.

As shown in fig. 3 and 5, in the embodiment of the present invention, the accessory ejection device further includes a

34, the

34 is movably disposed on the

1, and the

34 has an initial position and a trigger position, and when the

34 is in the initial position, the

311 locks the

321. That is, the

34 is slidably disposed on the

1, and the position of the

34 is changed to drive the

311 to disengage from the

321, so that the

5 is ejected, thereby indicating that the player has failed in the game.

Specifically, as shown in fig. 4, the triggering

34 includes a

341 and a triggering

342, the

341 is fixedly connected with the

311, the

341 is staggered with the rotating shaft of the

311, the triggering

342 is slidably disposed on the

1, the triggering

342 has a first end and a second end along the length direction thereof, the first end is movably connected with the

341, and the second end extends out of the

1; when the

342 moves toward the

341, the

342 drives the

341 to control the

311 to move to the disengaged state from the

321.

In the initial state, the

342 is located at the initial position, and the

311 is latched with the

321, and the first end of the

342 is in contact with the

341. When the second end of the

342 located outside the

1 is hit by the

4 ejected from the projectile ejection device of another toy, the

342 will slide toward the inside of the

1 to the disengaged position by the

4. That is, the first end of the triggering

342 pushes the

341 to move, and then drives the

311 to rotate, so that the

311 contacts the latch of the

321, and the

33 under the

32 is triggered to release kinetic energy, so that the

32 is pushed and ejects the

5.

In one specific embodiment, as shown in fig. 4, the

342 is configured as follows: a

3421 and a

3422 which are connected with each other are concavely arranged on one side of the

342 far away from the

341 corresponding to the

341, the depth of the

3421 is greater than that of the

3422, and the

3421 is positioned on one side of the second end; correspondingly, the

341 is located on the side of the rotating shaft of the

311 away from the

342, the

31 further includes a

312, and the

312 is disposed between the locking

311 and the

1, so that the

311 always has a tendency of moving to a state of being disengaged from the

321.

When the

342 is located at the initial position, the

341 is located on the

3422 of the

342, and the

31 is locked with the

32; when the

342 is in the trigger position, i.e., the

342 slides toward the inside of the

1 until the

341 is located at the

3421, the

31 is disengaged from the

32.

In other embodiments, the structure of the

342 may be other structures, as long as the

342 is hit to drive the

341 to move in the process of sliding toward the inside of the

1, so that the locking state between the

311 and the

321 is released. For example, the

341 is located on a side of the rotation shaft of the

311 away from the

342, and the first end of the

342 is set to a slope structure, and the

341 abuts against the first end of the

342. When the

342 is pushed, the

341 slides on the slope structure at the first end, so that the position of the

341 is lifted, and the

311 is driven to rotate, thereby contacting with the latch of the

321.

Further, a return spring is provided between the

342 and the

1, so that the

342 always has a tendency to return to the initial position.

In an alternative embodiment, a

12 is provided on the

1 at the second end corresponding to the

342, the

12 being adapted to be unlatched after impact by the

4. At this time, the second end of the

342 is directly exposed from the

1 and can be hit by the

4 of the other party, thereby triggering the ejection of the

5.

As shown in fig. 6 to 8, in the embodiment of the present invention, the

1 is provided with a

11, and the

11 is correspondingly arranged between the

22 and the pushing

21.

Optionally, a shooting

13 for adding the

4 is arranged on the

1 corresponding to the

11.

In a specific embodiment, as shown in fig. 3 and 4, the

31 further comprises a

313, the

313 is fixedly arranged at one side of the

311 close to the

11, and the

313 can selectively enter the

11 to limit the projectile 4 from entering the

11. By providing the

313 which can be selectively inserted into the

11, when the accessory ejection device is triggered and the

5 is ejected, the

313 is inserted into the

11, so that the

4 is restricted from being inserted into the

11, i.e., the

4 cannot be ejected by the pushing

21 to the

22. When the

32 is pressed down to lock the

311 and the

321, the

313 is driven to release the limit of the

11, and the

4 can normally enter the

11 and is pushed to the

22 by the pushing

21 to be ejected. During the game, when the

342 on the

1 is hit by the

4 of the other party, the

342 triggers to release the locking state of the

311 and the

321, and the

5 is ejected. At this time, the

313 enters the

11, and the player is further restricted from operating the shell ejection device to eject the

4.

As shown in fig. 1 to 3, in the embodiment of the present invention, the projectile ejecting apparatus further includes a

23, a

231 is disposed on the control handle 23 corresponding to the pushing

21, and the

231 can push the pushing

21 to drive the projectile 4 to move to the

22.

Optionally, the control handle 23 is rotatably disposed on the

1, and when the control handle 23 is in a state perpendicular to the

1, the

231 is separated from the pushing

21, and at this time, the operation of the

231 cannot drive the pushing

21 to drive the projectile 4 to move to the

22. When the control handle 23 is in a state of being horizontal to the

1, the shifting

231 is buckled with the pushing

21, and at the moment, the operation on the shifting

231 can drive the pushing

21 to drive the

4 to move to the

22, so that the ejection of the

4 is completed.

As shown in fig. 3, in a specific embodiment, the pushing

21 includes a pushing block, a return spring and a sliding block, the pushing block is disposed corresponding to the

11, a sliding groove is disposed on the

1 corresponding to the moving path of the pushing block, the sliding block is slidably disposed inside the sliding groove, the pushing block is fixedly disposed on the sliding block, and the return spring is disposed between the

1 and the sliding block, so that the sliding block can be always restored to the initial position, and the projectile 4 can smoothly drop into the

11.

Furthermore, a push rod is arranged on the push block or the slide block corresponding to the control handle 23, when the control handle 23 is in a horizontal state with the

1, the

231 is buckled with the push rod, and the

231 is operated to drive the push rod to push the push block and drive the

4 to move to the

22, so that the ejection of the

4 is completed.

As shown in fig. 6 to 8, in the embodiment of the present invention, the

22 includes a first

221 and a second

222, the first

221 and the second

222 are disposed opposite to each other, and the distance between the first

221 and the second

222 is smaller than the diameter of the

4; a

223 is arranged on one side of the first

221, which is far away from the second

222, and a

224 is arranged on one side of the second

222, which is far away from the first

221.

When the

4 is pushed to the middle of the first

221 and the second

222, the

4 simultaneously presses the first

221 and the second

222, so that the first

221 and the second

222 are far away from each other, and at the moment, the first

223 and the second

224 are both compressed to store energy. When the

4 is pushed to a certain position, the decomposition direction of the first

221 and the second

222 to the extrusion force direction of the

4 points to the ejection direction of the

4, at the moment, the

4 is driven by the kinetic energy released when the first

223 and the second

224 are restored to the uncompressed state, so that the

4 has certain kinetic energy, the

4 is ejected by the extrusion of the first

221 and the second

222, and the ejection of the

4 is completed.

Optionally, an ejection channel is formed on the

1 corresponding to the ejection path of the

4.

Preferably, an arc-shaped structure is arranged between the first

221 and the second

222 on one side close to the

4. When the pushing

21 pushes the

4 to extrude the first

221 and the second

222, the first

221 and the second

222 which are arranged into the arc-shaped structures can avoid the shell empty phenomenon of the

4 caused by the first

221 and the second

222, and ensure that the

4 can push the first

221 and the second

222 away smoothly.

Further, the opposite surfaces of the first

221 and the second

222 are arranged in a wedge-shaped structure, so that the contact between the first

221 and the second

222 and the

4 in the process of pushing the

4 is reduced, and the kinetic energy loss of the

4 is reduced.

In an embodiment of the present invention, there is provided a game method of the battle toy, comprising: two players control a battle toy respectively, and a

4 and an

5 are mounted on the respective battle toys. Then, the two players control the

4 of the fighting toys respectively, so that the

4 hit the fighting toys in the hands of the opposite parties, and when the

4 shot by the fighting toys in the hands of the players hit the

34 of the fighting toys in the hands of the opposite parties, the accessory shooting devices of the fighting toys in the hands of the opposite parties can be triggered, the

5 in the fighting toys are shot, and the failure of the opposite parties in the local fighting is marked. Two or more players respectively control the fighting toy to launch the

4 to strike the other party, the

5 are launched out as failure to serve as a judgment standard, the failure serves as a rule to develop games, the diversified playing methods of the fighting toy can be realized, and the entertainment and the fighting interest are enhanced.

The embodiment of the utility model provides an in, still provide the shell ejection method of above-mentioned fight toy: firstly, the above-mentioned fighting toy is provided, then the

4 of the toy is placed on the shell ejection device of the fighting toy, the pushing

21 of the shell ejection device is started to push the

4 to the

22 position of the shell ejection device, and the

22 ejects the

4. That is, before the

4 is ejected, the

4 is placed on the corresponding position of the shell ejection device of the fighting toy, and then the pushing

21 of the shell ejection device is started to push the

4 to the position of the

22, so that the

4 enters the ejection position and is ejected out by the

22 in a squeezing way, thereby completing the ejection of the

4.

Specifically, as shown in fig. 1 to 7, in combination with the combat toy with the specific structure in the above embodiment, the ejection method of the cannonball specifically comprises the following steps: first, the

4 is set from the shooting

13 so that the

4 falls into the

11 of the fighting toy through free fall movement (at this time, the pushing

21 and the

313 are both in the initial position and do not prevent the

4 from normally falling into the shell setting place 11). Then, the pushing

21 is started to extrude the cannonball to the

22, at this time, the

4 extrudes the first

221 and the second

222 of the

22 at the same time, so that the first

221 and the second

222 are far away from each other, and at this time, the

223 and the

224 are compressed to store energy. Further, when the

4 is pushed to a certain position (when the

4 is pushed to a position exceeding half of the contact position of the first

221 and the second

222 with the shell 4), the decomposition direction of the extrusion force direction of the

4 by the first

221 and the second

222 points to the ejection direction of the

4, at this time, the

4 drives the extrusion under the action of the kinetic energy released when the first

223 and the second

224 recover the uncompressed state, so that the

4 has certain kinetic energy, and the

4 is ejected by the extrusion of the first

221 and the second

222, thereby completing the ejection of the

4.

Further, the shell ejection device is controlled by a

23 on the fighting toy, and by starting the control handle 23 of the shell ejection device, a

231 on the control handle 23 is driven to push the pushing

21, so that the

4 is driven to enter the

22 to eject the

4.

In an embodiment of the present invention, there is provided an accessory ejection method for the battle toy, comprising: firstly, the fighting toy is provided, the

5 is placed on the accessory ejection device of the fighting toy, when the

1 of the fighting toy is hit, the

31 of the fighting toy is selectively separated from the

32 of the fighting toy, and the

33 of the fighting toy is triggered to eject the

5 out of the

1.

Specifically, as shown in fig. 1 to 4, a player places an

5 on an

32 of the accessory ejector, and then presses the

32 downward to bring the

32 into a locking position, at which time, the locking

311 rotates to cooperate with a locking

321 on the

32, so as to lock the

32. And during the pressing down of the

32, the

32 will cause the

33 between the

32 and the

1 to be compressed, so that the

33 possesses initial kinetic energy. After the

311 releases the latch of the

321, the initial kinetic energy of the

33 is released, which drives the

32 to rapidly ascend and drives the

5 on the

32 to ascend, so that the

5 has the kinetic energy to be ejected. When the

32 is raised to the proper position, the

32 is restricted from further raising, and the

5 is ejected off the

32.

Further, the accessory ejection device further comprises a

34, the

34 is movably disposed on the

1, the

34 has an initial position and a trigger position, and when the

34 is in the initial position, the

311 locks the

321. That is, the

34 is slidably disposed on the

1, and the position of the

34 is changed to drive the

311 to disengage from the

321, so that the

5 is ejected.

Further, when the

5 is placed on the

32 of the accessory ejector, the

342 is located at the initial position, and the

311 is latched with the

321, and the first end of the

342 is in contact with the

341. When the second end of the

342 located outside the

1 is hit by the

4 ejected from the projectile ejection device of another toy, the

342 will slide toward the inside of the

1 to the disengaged position by the

4. That is, the first end of the triggering

342 pushes the

341 to move, and then drives the

311 to rotate, so that the

311 contacts the latch of the

321, and the

33 under the

32 is triggered to release kinetic energy, so that the

32 is pushed and ejects the

5.

When there is only one player, the specific method of use may be: a toy meeting the above requirements is placed on a table or on the ground and the player throws an object (e.g., stone,

4, etc.) towards the toy. At this time, when an object directly strikes the guard, the guard is transformed from the first state to the second state by the object striking the guard, and the

1 behind the guard is exposed. The player can then continue to throw the object towards the toy, and when the object is accurately thrown against the

1, the game ends.

In a preferred embodiment, the toy is provided with a

34, and a linkage device is provided on or in the toy to link with the

34. At this time, the third state is a state in which the linkage is triggered after the

34 is hit, that is, the linkage is triggered to the third state.

Specifically, the guard on the toy will be positioned to correspond to the

34, and when the guard is in the first state, the

34 will be blocked behind the guard, and at this point, the object being thrown by the player will not be able to directly throw the

34, thereby disabling the linkage from being triggered. When the object thrown by the player hits the protection device, the protection device is changed from the first state to the second state. At this point, the trigger will be exposed by the guard and objects thrown by the player may hit the

34 of the linkage directly. After the player throws the object and hits the exposed

34, the

34 will trigger the linkage, and the linkage will make the corresponding action, i.e. the toy enters the third state.

In another embodiment, when there are two or more players, the specific method of use may be: a plurality of players each hold a toy meeting the above requirements and stand at different positions, and then place the toys on the table or the ground, respectively, at which time the players can throw objects (such as stones,

4, etc.) to the toys of other players.

When the object thrown by the player directly hits the protection device of the toy of other players, the protection device is changed from the initial first state to the second state due to the hit of the protection device by the object, and the

1 behind the protection device is exposed. Then, the other players can continue to throw the object to the player's toy, and when the object is accurately thrown to the player's

1, the game is ended. The player is determined to be the winning player. In this process, the player can select the object thrown by the object by himself.

In a preferred embodiment, the toy is provided with a

34, and a linkage device is provided on or in the toy to link with the

34. At this time, the third state is a state in which the linkage is triggered after the

34 is hit, that is, the linkage is triggered to the third state.

Specifically, the guard on the toy will be positioned to correspond to the

34, and when the guard is in the first state, the

34 will be blocked behind the guard, and at this point, the object being thrown by the player will not be able to directly throw the

34, thereby disabling the linkage from being triggered. When the object thrown by the player hits the protection device, the protection device is changed from the first state to the second state. At this point, the trigger will be exposed by the guard and objects thrown by the player may hit the

34 of the linkage directly. After the player throws the object and hits the exposed

34, the

34 will trigger the linkage, and the linkage will make the corresponding action, i.e. the toy enters the third state.

In a preferred embodiment, the toy is capable of ejecting

4, the object being thrown being the projectile 4 ejected from the toy in the hands of the individual player. That is, the player strikes the toy in the hand of the other person by ejecting the

4 with the player in the hand, and thus striking of the toy in the hand of the other player is completed. The game experience of the fighting toy is effectively improved, and the entertainment is improved.

In the above embodiment, the linkage device may be an ejection device of the

5 disposed on the

1 or some other sound and light device, for example, a buzzer or a colored light may be disposed on the toy, and when the

34 is hit, the circuit is connected, and the buzzer or the colored light works to emit a corresponding sound and light signal.