Abstract: A toy gun gas intake control mechanism includes a holder frame, an impact member having an elongated pivoted with its bottom end to the holder frame, a striking block, a pivot axle that pivotally connects the striking block to the top end of the elongated base and a spring member for revering the striking block, a retaining block supported on a spring member in the holder frame and having a retaining notch for retaining the outer end of the pivot axle. When firing a bullet, the bolt body of the toy gun moves forwards, the striking block strikes a seal member to open a gas inlet, and the pivot axle is moved out of the retaining notch of the retaining block for allowing upward displacement of the retaining block. When the bolt body moves backward after firing, the retaining block is forced downwards to the inside or the holder frame by the bolt body, the outer end of the pivot axle is engaged into the retaining notch, and the striking block is returned, causing the seal member to close the gas inlet again.

Abstract: A gun-lock assembly of a toy gun is disclosed to have a gasket ring mounted on the periphery of a piston near its rear end and peripherally stopped at the peripheral wall of an accommodation chamber of the gun-lock housing. When an intake flow of gas is guided into the piston, the gasket ring is moved with the piston relative to the housing to extend an airtight space in the accommodation chamber for receiving the intake flow of gas to enhance the recoil of the toy gun.

Abstract: A firing control mechanism for an air-soft toy gun is disclosed for enabling a user to rotate a switch in selecting a single shot, 3-shot continuous firing, multi-shot continuous firing or safety lock mode, having a ratchet wheel pivotally mounted on an axle of the hammer thereof, which ratchet having two shadow teeth and one deep tooth arranged in a series around the periphery at one side and sloping teeth arranged around the periphery at an opposite side. The hammer has a stop rod meshed with one sloping tooth of the ratchet wheel. During a continuous 3-shot firing action, the ratchet wheel is rotated following down stroke of the hammer, and a pawl is meshed with one shadow tooth or the deep tooth, and the stop rod of the hammer is shifted into mesh with a next sloping tooth of the ratchet wheel to prohibit reverse rotation of the ratchet wheel when the hammer is returned after a firing action.

Abstract: A firing control mechanism for an air-soft toy gun is disclosed for enabling a user to rotate a switch in selecting a single shot, 3-shot continuous firing, multi-shot continuous firing or safety lock mode, having a ratchet wheel pivotally mounted on an axle of the hammer thereof, which ratchet having two shadow teeth and one deep tooth arranged in a series around the periphery at one side and sloping teeth arranged around the periphery at an opposite side. The hammer has a stop rod meshed with one sloping tooth of the ratchet wheel. During a continuous 3-shot firing action, the ratchet wheel is rotated following down stroke of the hammer, and a pawl is meshed with one shadow tooth or the deep tooth, and the stop rod of the hammer is shifted into mesh with a next sloping tooth of the ratchet wheel to prohibit reverse rotation of the ratchet wheel when the hammer is returned after a firing action.

Abstract: A toy rifle (air soft rifle, BB-rifle) backlash vibration structure is disclosed formed of a receiver extension, a weight, a reaction spring and a buttcap spacer The weight has a front extension inserted through the frame of the toy riffle and connected to the rear end of the piston spring at the rear side of the piston so that the component parts of the backlash vibration structure doe not touch the piston during movement of the piston. The buttcap spacer is detachably fastened to the rear side of the receiver extension and mounted with an adjustment screw rod that is rotatable relative to the buttcap spacer to adjust the level of the backlash vibration from zero to the maximum.

Abstract: A backlash vibration structure for toy rifle (air soft rifle, BB-rifle) formed of a receiver extension, a weight, a reaction spring and a buttcap spacer is disclosed. The weight has a front extension inserted through the lower receiver of the toy riffle and connected to the rear end of the piston spring at the rear side of the piston so that the component parts of the backlash vibration structure doe not touch the piston during movement of the piston. An adjustment knob is provided at the buttcap spacer for adjustment of the reaction spring to adjust the level of the backlash vibration.

Abstract: A body shell structure for toy gun (air soft gun BB-gun) formed of two half shells and defining therein a barrel-like upper chamber for accommodating a bullet firing unit and a lower chamber for accommodating a trigger, a transmission mechanism and a bullet supply unit, having horizontal coupling grooves and horizontal coupling ribs formed on the two half shells above the elevation of the barrel-like upper chamber and vertical engagement blocks and vertical engagement holes formed on the two half shells in front of the upper chamber such that the respective horizontal coupling ribs engage the respective horizontal coupling grooves and the respective vertical engagement blocks engage the respective vertical engagement holes to secure the two half shells firmly together against impact during forward stroke the piston of the bullet firing unit.

Abstract: An actuating mechanism used in an air gun is disclosed to include a hammer, a hook member hooked on the hammer for moving the hammer to the striking position, and a movable block supported on said spring member below a slide of the air gun. The movable block is turned to compress the spring member and to force a first stop edge thereof into engagement with a pivot in the air gun, and the hook member is forced to turn the hammer backwardly downwards to a hammering position when the user moved the slide to the rear side of the air gun. The hammer is disengaged from the hook member to strike the movable block, and the spring member returns the movable block to force a second stop edge of the movable into engagement with the pivot when the user triggered the air gun.

Abstract: An actuating mechanism used in an air gun is disclosed to include a hammer, a hook member hooked on the hammer for moving the hammer to the striking position, and a movable block supported on said spring member below a slide of the air gun. The movable block is turned to compress the spring member and to force a first stop edge thereof into engagement with a pivot in the air gun, and the hook member is forced to turn the hammer backwardly downwards to a hammering position when the user moved the slide to the rear side of the air gun. The hammer is disengaged from the hook member to strike the movable block, and the spring member returns the movable block to force a second stop edge of the movable into engagement with the pivot when the user triggered the air gun.

Abstract: A magazine for toy gun (air soft gun BB-gun) is disclosed to have a holder block with a ratchet mounted inside the housing of the magazine to support one-way rotation of an operating wheel, which has a knob disposed outside the housing for enabling the user to rotate the operating wheel with less effort and a center shaft inserted into the inside of the housing and connected to an actuating wheel and a main gear wheel for enabling the actuating wheel and a bullet guide roller to be rotated with the operating wheel to guide loaded toy gun bullet out of the bullet chamber into a bullet-feeding channel for feeding into the firing chamber of the toy gun for firing.

Abstract: A handy electric nailing gun includes a firing pin, a firing spring for pushing the firing pin to drive nails into workpiece, an output gear rotatable by a motor through a transmission gear set to retract the firing pin during the first half run of each rotation cycle and to release the firing pin during the second half run of each rotation cycle, and three power switches electrically connected in series between the motor and the power source (AC adapter/rechargeable battery) for operation by the user to control the operation of the motor.

Abstract: A handy electric nailing gun includes a firing pin, a firing spring for pushing the firing pin to drive nails into workpiece, an output gear rotatable by a motor through a transmission gear set to retract the firing pin during the first half run of each rotation cycle and to release the firing pin during the second half run of each rotation cycle, and three power switches electrically connected in series between the motor and the power source (AC adapter/rechargeable battery) for operation by the user to control the operation of the motor.

Abstract: A toy gun includes a gun body, a support seat, a magazine, a gas control device, and a slide. The gas control device is mounted in the support seat and includes a link, a press plate, a baffle, a first clamping block, a driven block, a second clamping block, a limit plate, a hammer, a first shaft, and a second shaft. Thus, the gas control device can control operation of the gas valve of the gas chamber of the magazine exactly, so that the toy gun is operated smoothly and stably.

Abstract: The present invention relates to a motorized toy gun including a bullet feeding device, a power set, and a trigger operation set. The power set includes a motor, a first drive gear, a second drive gear, and a force output gear. The trigger operation set includes a trigger, a connecting arm push plate, a trigger arm, a lift member, a connecting arm, a switch arm, a locking member, and a microswitch. Thus, forward movement of the piston cylinder may be accelerated by the restoring force of the piston spring and by a power provided by the force output gear and the rack, thereby increasing the pressure in the cylinder, so that the BB bullet may be ejected outward quickly.

Abstract: The present invention relates to a BB bullet feeding device of a toy gun, including a cylinder, a piston cylinder, a front spring guide tube, a piston spring, a rear spring guide tube, a nozzle, a sealing tube, a bullet feeding spring, and a trigger operation set. Thus, the piston cylinder may be moved in the cylinder horizontally, and the BB bullet may be rapidly and stably pushed to a predetermined position by the restoring force of the piston spring and the bullet feeding spring during the single rearward stroke of the piston cylinder.

Abstract: The present invention relates to a BB bullet feeding device of a toy gun, including a cylinder, a piston cylinder, a front spring guide tube, a piston spring, a rear spring guide tube, a nozzle, a sealing tube, a bullet feeding spring, and a trigger operation set. Thus, the piston cylinder may be moved in the cylinder horizontally, and the BB bullet may be rapidly and stably pushed to a predetermined position by the restoring force of the piston spring and the bullet feeding spring during the single rearward stroke of the piston cylinder.

Abstract: The present invention relates to a motorized toy gun including a bullet feeding device, a power set, and a trigger operation set. The power set includes a motor, a first drive gear, a second drive gear, and a force output gear. The trigger operation set includes a trigger, a connecting arm push plate, a trigger arm, a lift member, a connecting arm, a switch arm, a locking member, and a microswitch. Thus, forward movement of the piston cylinder may be accelerated by the restoring force of the piston spring and by a power provided by the force output gear and the rack, thereby increasing the pressure in the cylinder, so that the BB bullet may be ejected outward quickly.

Abstract: A piece of baggage comprising two half bodies and a middle body combined between the two half bodies by shafts, each half body having a projecting board at both bottom sides, a projection on the projecting board fitting and moving in a curved slot of a side board of a top board of the middle body to enable each half body to open or close in a limited route, the middle body having a top board and a bottom board screwed together, each half body possible to be opened separately or at the same time without forming any projecting-up wall in the middle to make clothes put therein get wrinkled.

Abstract: A toy gun with a shooting control structure comprising an operation system, a transmission system, a bullet pushing system, and a shooting system, the operation system having a trigger to make two conductors contact with each other to power a motor in the transmission system to turn a half gear to move a piston in the shooting system, the bullet pushing system having an air valve around a tube at the front of a cylinder in the shooting system for a bullet to be shot through out of the opening of the barrel, the air valve being able to be moved forward to push a bullet in the barrel and also function as the extension of the tube, the shooting system having a cylinder and a tubular piston to extend in the cylinder and to be moved by a rack provided with the piston engaging with and moved by a half gear in the transmission system so as to compress the air in the tube to shoot out a bullet.