Abstract: A simulated shaking bullet chain type toy gun equipped with a bullet chain is provided. The toy gun includes a gun body, an actuated member, and a bolt assembly and a reciprocating assembly both reciprocatingly disposed in the gun body. The reciprocating assembly is linked to the bolt assembly and has a trigger portion reciprocating with the reciprocating assembly to produce a moving path. The actuated member is installed in the gun body and located on the moving path, and connected to the bullet chain. The reciprocating assembly reciprocates to trigger the actuated member by the trigger portion, and the actuated member links the bullet chain to shake, so as to achieve a high degree of simulation of the shaking effect of the bullet chain.

Abstract: A pneumatic valve mechanism disposed in a toy gun includes a trigger with an action bar, a driving assembly and a firing assembly. The driving assembly is disposed pivotally on the toy gun and linked with a shaft to pivot by the action bar. The firing assembly has a pushing portion and a triggering portion disposed oppositely to the pushing portion. The triggering portion makes the firing assembly reciprocate by an elastic member. The shaft is disposed with a pushing surface. The pushing surface pushes the triggering portion of the firing assembly when the shaft rotates pivotally.

Abstract: A shaking bullet chain structure of a toy gun is provided. The toy gun has a gun body and an action. The structure includes a fixing base, a slider, a bullet chain, and a sway assembly. The fixing base is disposed beside the gun body and includes a frame and a cover. The slider is movably connected to the cover and is provided with a working trough. The bullet chain is hung on the fixing base and includes multiple bullets and a belt. One end of the sway assembly is pivoted to the frame, and another end is connected to an insert rod. The insert rod penetrates a bullet and the working trough. When the action reciprocates in the gun body, the action is configured to drives the slider to move therewith to further drive the bullet chain to shake by the working trough pushing the insert rod.

Abstract: A firing linkage mechanism includes a linkage assembly, a trigger assembly, and a firing assembly. The linkage assembly has a moving end and a firing end. The trigger assembly is disposed on the moving end and has a trigger portion and a connecting portion connected with the moving end. The connecting portion drives the linkage assembly to make an axial movement when the trigger portion is acting. The firing assembly is disposed on the firing end and has a touching portion and a firing portion extended from the touching portion. The firing end of the linkage assembly is disposed with an acting portion cooperating with the touching portion of the firing assembly. The acting portion is driven to move the touching portion by the axial movement of the linkage assembly to make the firing portion implement a firing action.

Abstract: A shaking bullet chain structure of a toy gun is provided. The toy gun has a gun body and an action. The structure includes a fixing base, a slider, a bullet chain, and a sway assembly. The fixing base is disposed beside the gun body and includes a frame and a cover. The slider is movably connected to the cover and is provided with a working trough. The bullet chain is hung on the fixing base and includes multiple bullets and a belt. One end of the sway assembly is pivoted to the frame, and another end is connected to an insert rod. The insert rod penetrates a bullet and the working trough. When the action reciprocates in the gun body, the action is configured to drives the slider to move therewith to further drive the bullet chain to shake by the working trough pushing the insert rod.

Abstract: A simulated shaking bullet chain type toy gun equipped with a bullet chain is provide. The toy gun includes a gun body, an actuated member, and a bolt assembly and a reciprocating assembly both reciprocatingly disposed in the gun body. The reciprocating assembly is linked to the bolt assembly and has a trigger portion reciprocating with the reciprocating assembly to produce a moving path. The actuated member is installed in the gun body and located on the moving path, and connected to the bullet chain. The reciprocating assembly reciprocates to trigger the actuated member by the trigger portion, and the actuated member links the bullet chain to shake, so as to achieve a high degree of simulation of the shaking effect of the bullet chain.

Abstract: A firing linkage mechanism includes a linkage assembly, a trigger assembly, and a firing assembly. The linkage assembly has a moving end and a firing end. The trigger assembly is disposed on the moving end and has a trigger portion and a connecting portion connected with the moving end. The connecting portion drives the linkage assembly to make an axial movement when the trigger portion is acting. The firing assembly is disposed on the firing end and has a touching portion and a firing portion extended from the touching portion. The firing end of the linkage assembly is disposed with an acting portion cooperating with the touching portion of the firing assembly. The acting portion is driven to move the touching portion by the axial movement of the linkage assembly to make the firing portion implement a firing action.

Abstract: The no-bullet no-firing structure of the toy gun is disclosed. The toy gun has an impact unit and the no-bullet no-firing structure. The structure has a barrel component, a switch unit and a magazine unit. The switch unit has a pull lever with an abut lever, an elastic member with an elastic arm, and a push member. The magazine unit has a magazine, a bullet and a pulled member. The pulled member is pushed by the bullet to push the abut lever to make the pull lever, the push member and the impact unit be aligned on a same linear line. When no bullet is in the magazine, the abut lever is pushed by the elastic arm to rotate the pull lever pivotally, and the pull lever drives the push member to swing to make the toy gun be unable to fire.

Abstract: The no-bullet no-firing structure of the toy gun is disclosed. The toy gun has an impact unit and the no-bullet no-firing structure. The structure has a barrel component, a switch unit and a magazine unit. The switch unit has a pull lever with an abut lever, an elastic member with an elastic arm, and a push member. The magazine unit has a magazine, a bullet and a pulled member. The pulled member is pushed by the bullet to push the abut lever to make the pull lever, the push member and the impact unit be aligned on a same linear line. When no bullet is in the magazine, the abut lever is pushed by the elastic arm to rotate the pull lever pivotally, and the pull lever drives the push member to swing to make the toy gun be unable to fire.

Abstract: A worm-type barrel-shroud bullet feeding structure of a toy gun and a bullet feeding mechanism thereof are provided. The bullet feeding mechanism includes a bullet storing case, a bullet feeding worm and a firing assembly; wherein, a bullet storing space and a bullet feeding channel arranged at an inner side of the bullet storing case and extended along the side are disposed in the bullet storing case, and the bullet feeding channel is in communication with the bullet storing space, the bullet feeding worm is disposed in the bullet feeding channel, and the firing assembly has an active shaft utilized for driving the bullet feeding worm to rotate, thereby allowing the bullet feeding worm to drive a bullet in the bullet storing case to be displaced towards a bullet feeding direction.

Abstract: A worm-type barrel-shroud bullet feeding structure of a toy gun and a bullet feeding mechanism thereof are provided. The bullet feeding mechanism includes a bullet storing case, a bullet feeding worm and a firing assembly; wherein, a bullet storing space and a bullet feeding channel arranged at an inner side of the bullet storing case and extended along the side are disposed in the bullet storing case, and the bullet feeding channel is in communication with the bullet storing space, the bullet feeding worm is disposed in the bullet feeding channel, and the firing assembly has an active shaft utilized for driving the bullet feeding worm to rotate, thereby allowing the bullet feeding worm to drive a bullet in the bullet storing case to be displaced towards a bullet feeding direction.

Abstract: A toy gun with simulated shaking bullet chain includes a gun body, a bolt, an actuator assembly, and a bullet chain. The bolt is movably arranged on the gun body. The actuator assembly includes a swing member and an elastic member. The swing member is pivotally attached to the gun body and formed on one side of the bolt. The elastic member is secured on the gun body and elastically abuts against the swing member. The swing member includes an actuation portion and a swing portion disposed respectively on two ends thereof. The bullet chain is mounted on one side of the gun body, and the bullet chain includes multiple bullets and a belt connected to the bullets. One of the bullets is connected to the swing portion. Accordingly, the toy gun may simulate the visual effect of a real gun during shooting.

Abstract: An empty-magazine power-off structure of electric toy gun includes a bore component and a power source switch; the bore component has a ball firing pipe and a ball feeding pipe connected to the ball firing pipe, a ball chamber is formed in the ball firing pipe, and the ball feeding pipe has a ball guiding channel communicated with the ball chamber from an external side; the power source switch is relatively disposed at an outer side of the ball feeding pipe, and at least has one trigger part protruded into the ball guiding channel. As such, when a bullet ball in the magazine passes the ball guiding channel, the bullet ball is able to press the power source switch to determine whether any bullet ball remains in the magazine.

Abstract: An empty-magazine power-off structure of electric toy gun includes a bore component and a power source switch; the bore component has a ball firing pipe and a ball feeding pipe connected to the ball firing pipe, a ball chamber is formed in the ball firing pipe, and the ball feeding pipe has a ball guiding channel communicated with the ball chamber from an external side; the power source switch is relatively disposed at an outer side of the ball feeding pipe, and at least has one trigger part protruded into the ball guiding channel. As such, when a bullet ball in the magazine passes the ball guiding channel, the bullet ball is able to press the power source switch to determine whether any bullet ball remains in the magazine.

Abstract: A ballistic adjusting structure of toy gun is capable of allowing a bullet to be in a hopping up status and includes: a base; an inner barrel; a robbing cylinder having a robbing part; an adjusting pipe having a free end and a pivotal end pivoted to the base and formed with a spiral guiding slot; an operation member having a driven part penetrated into the spiral guiding slot and a driving part operating the robbing cylinder. When the free end is driven by an external force to drive the pivotal end to be rotated, the driven part is guided by the spiral guiding slot to drive the driving part to be displaced, and the displacement of the driving part is able to operate on the robbing cylinder for altering a location where the robbing part is arranged in the inner barrel.

Abstract: A ballistic adjusting structure of toy gun is capable of allowing a bullet to be in a hopping up status and includes: a base; an inner barrel; a robbing cylinder having a robbing part; an adjusting pipe having a free end and a pivotal end pivoted to the base and formed with a spiral guiding slot; an operation member having a driven part penetrated into the spiral guiding slot and a driving part operating the robbing cylinder. When the free end is driven by an external force to drive the pivotal end to be rotated, the driven part is guided by the spiral guiding slot to drive the driving part to be displaced, and the displacement of the driving part is able to operate on the robbing cylinder for altering a location where the robbing part is arranged in the inner barrel.

Abstract: A rotational sighting apparatus includes a base, an aiming member and a pressing pivotal axle. The base includes a main body, a side cover and a through hole formed on the side cover. The side cover further includes a locking portion adjacent to the through hole. The aiming member includes a rotating portion and a pivotal attachment hole formed to penetrate through the rotating portion. The pressing pivotal axle penetrates through the pivotal attachment hole to connect with the rotating portion via the through hole. The pressing pivotal axle includes a locking key moveably locked onto the locking portion and an elastic element configured to drive the pressing pivotal axle to rotate. Accordingly, when the locking key disengages from the locking portion, the elastic element drives the pressing pivotal axle to allow the aiming element to rotate from a first position to a second position.

Abstract: A rotational sighting apparatus includes a base, an aiming member and a pressing pivotal axle. The base includes a main body, a side cover and a through hole formed on the side cover. The side cover further includes a locking portion adjacent to the through hole. The aiming member includes a rotating portion and a pivotal attachment hole formed to penetrate through the rotating portion. The pressing pivotal axle penetrates through the pivotal attachment hole to connect with the rotating portion via the through hole. The pressing pivotal axle includes a locking key moveably locked onto the locking portion and an elastic element configured to drive the pressing pivotal axle to rotate. Accordingly, when the locking key disengages from the locking portion, the elastic element drives the pressing pivotal axle to allow the aiming element to rotate from a first position to a second position.

Abstract: A toy gun assembly structure includes a gun frame, a hand guard sleeve, a gun barrel and a hand guard. The hand guard sleeve connected to the gun frame includes an inner insertion portion and an outer mounting portion. One end of the hand guard sleeve faces toward another end to define an axial direction. The inner insertion portion and the outer mounting portion respectively include first and second guiding members along the axial direction. The gun barrel is inserted into the inner insertion position. An outer perimeter of the gun barrel includes first corresponding guiding members slidably attached to the first guiding members correspondingly. The hand guard is mounted onto the outer mounting portion. An inner perimeter of the hand guard includes second corresponding guiding members slidably attached to the second guiding members correspondingly. Therefore, easy assembling and time saving for the gun assembly structure can be achieved.

Abstract: A buttstock structure is used in a toy gun, for collaborating with a gun body. The gun body includes an extension member connected to the gun body. The extension member is formed with a plurality of retaining troughs. The buttstock structure includes a buttstock body and an adjusting trigger. The buttstock body includes a chamber accommodating the extension portion, a latch selectively engaged with a respective one of the retaining troughs, and a latch recess accommodating the latch. A retaining pin is inserted in the latch and protrudingly disposed on a side wall of the latch recess. An adjusting trigger is movably connected with the buttstock body. The adjusting trigger includes a handle and a linking member connected to the handle. Two inclined slots for containing the retaining pin are formed at one end of the linking member.