Abstract: A gas barrier laminate includes an organic layer and an inorganic layered unit. The organic layer includes a product obtained by subjecting a silane compound having an alkoxy group to hydrolysis and condensation. The inorganic layered unit is disposed on the organic layer, and includes an aluminum oxide layer, a hafnium oxide layer, and a silicon aluminum oxide layer that are laminated to one another.

Abstract: A barrier film includes at least one laminate to be disposed on a substrate. The laminate includes a modifying layer proximate to the substrate and at least one multi-layered barrier unit disposed on the modifying layer. The multi-layered barrier unit includes an aluminum oxide layer, a silicon oxide layer, and a zirconium oxide layer laminated to one another.

Abstract: A moisture barrier film, a moisture barrier device including the same and a method for preparing the moisture barrier device is provided. The moisture barrier film includes a hydrophobic modifying layer adapted to be formed on a substrate. The hydrophobic modifying layer is formed by solidification of a colloidal solution which includes a product obtained by subjecting a first trialkoxysilane having a hydrophobic group to a hydrolysis and condensation reaction with at least one of a second trialkoxysilane having a reactive group or a tetraalkoxysilane to form a polysilsesquioxane mixture, and subjecting the polysilsesquioxane mixture to modification with a metal source.

Abstract: A high shooting speed dual-power gear structure of toy gun disclosed mainly includes a compound gear and an interlocking member. The compound gear has fine gear uniformly distributed on one side and at the circumference thereof, and coarse gear partially and uniformly distributed on the other side and at the circumference thereof with an indentation formed at the portion without gear teeth. The fine gear being driven by a electromotor through a transmission component is capable of driving a piston to compress a piston spring during the rotating process. A gun bolt core tube having an L-shaped hook part is furnished at the outer circumference of the piston. Moreover, a second interlocking projecting pin capable of controlling the power source of the electromotor is furnished on a side of the compound gear.

Abstract: A high shooting speed dual-power gear structure of toy gun disclosed mainly includes a compound gear and an interlocking member. The compound gear has fine gear uniformly distributed on one side and at the circumference thereof, and coarse gear partially and uniformly distributed on the other side and at the circumference thereof with an indentation formed at the portion without gear teeth. The fine gear being driven by a electromotor through a transmission component is capable of driving a piston to compress a piston spring during the rotating process. A gun bolt core tube having an L-shaped hook part is furnished at the outer circumference of the piston. Moreover, a second interlocking projecting pin capable of controlling the power source of the electromotor is furnished on a side of the compound gear.

Abstract: A simulated shell-throwing action of toy gun mechanism has external hook parts furnished on the outer side of the internal gun shell, side guided-channels furnished on a side of the external hook parts, and an upper guided channel furnished at the top of the side of the side guided-channel; a pull cap being capable of sliding into the upper guided channel has a hook part capable of passing through the side guided-channel and stretching outward; a shell-throwing spring is furnished between the hook part and the external hook part of the internal gun shell; a triggering component has a gun core tube having an opening, and a piston partially stretching through the opening and into the gun core tube where the piston is capable of performing reciprocating sliding action subjected to external driving force; a stopping flange capable of contacting the stopping flange of the pull cap making the pull cap capable of performing reciprocating motion by following the piston and by coordinating the telescoping action of th

Abstract: A bullet-thrusting structure of the toy gun magazine has a magazine guided channel furnished in the gun body. The magazine guided channel has a outward communicating opening furnished at one end and a bullet chamber connected at the other end for containing the ready-percussion bullets. A magazine having a long-shaped bullet containing space for containing bullets and capable of being stretched in through the opening has a bullet exit, which is connected to the bullet containing space, furnished at one end and a thrusting spring furnished at the other end. A bullet-thrusting element package is consisted of a combining element which is propped against the thrusting spring, a connecting piece, and a bullet-thrusting head having an arcuate part for squeezing the bullets contained in the bullet containing space in the direction toward the bullet exit.

Abstract: A toy gun charging structure consists of a main body, a gun body, a battery, a charging set, and a motor wherein the main body is combined by a first shell and a second shell which extend respectively a pair of handles; the motor being furnished between the two handles drives a transmission gear set to transmit the gun body; and the battery is furnished between a front block part and a containing part which is furnished in a positioning salient parts that is further correspondingly furnished between the first shell and the second shell; the charging set includes a relay, a first, a second, a third, connectors connected by power-supply wire and a fourth connector; the relay and the third connector are connected to the battery through the first and second connectors; the fourth connector being furnished at the exterior part of the main body is plugged in the third connector as required to perform charging to the battery.

Abstract: A duplex control structure of toy gun includes a main body (3), a control portion (1), a transmission portion (2), and a motor (4). The main body (3) further consists of a left and right main bodies (3a), (3b), a barrel (31), two motor's positioning plates (32a) and (32b), a multiplicity of supporting shaft rods (33), (34), a left and right handle portions (35a), (35b), check plates (36a), (36b), and two sliding ways (37a), (37b). The control portion (1) further consists of a trigger (11), a control rod (12), a propping up plate (13), a brake (14), a slider rod (15), a positioning plate (25), a pull knob (17), and a power switch (18). The transmission portion (2) consists of a gun machine socket (21), a piston (22), springs (23), (24), a positioning plate (25), a check piece (26), a clip piece (27), a small transmission gear (28), and a large transmission gear (29). The motor (4) is connected to a DC power supply.

Abstract: A manually and electrically actuating toy gun structure includes a gun shell, a trigger, a gun machine core tube, and a piston. The control structure includes a first interlocking rod, a first push member, a second interlocking rod, a transmission set, a triggering device, a gun shell, and a push-and-propping-up block. One end of the first interlocking rod has a connecting pin interlocking with the first push member. The other end of the first interlocking rod has a connecting hole connecting to the trigger and being driven to slide along the x-direction. The hole of the first push member is connected to a connecting end of the first interlocking rod and is contacted with the push-and-pluck rod of the switch. The power supply of the electric motor is switched on when the first push member is driven by the first interlocking rod to push the push-and-pluck rod.

Abstract: A duplex control structure of toy gun includes a main body (3), a control portion (1), a transmission portion (2), and a motor (4). The main body (3) further consists of a left and right main bodies (3a), (3b), a barrel (31), two motor's positioning plates (32a) and (32b), a multiplicity of supporting shaft rods (33), (34), a left and right handle portions (35a), (35b), check plates (36a), (36b), and two sliding ways (37a), (37b). The control portion (1) further consists of a trigger (11), a control rod (12), a propping up plate (13), a brake (14), a slider rod (15), a positioning plate (25), a pull knob (17), and a power switch (18). The transmission portion (2) consists of a gun machine socket (21), a piston (22), springs (23), (24), a positioning plate (25), a check piece (26), a clip piece (27), a small transmission gear (28), and a large transmission gear (29). The motor (4) is connected to a DC power supply.

Abstract: A manually and electrically actuating toy gun structure includes a gun shell, a trigger, a gun machine core tube, and a piston. The control structure includes a first interlocking rod, a first push member, a second interlocking rod, a transmission set, a triggering device, a gun shell, and a push-and-propping-up block. One end of the first interlocking rod has a connecting pin interlocking with the first push member. The other end of the first interlocking rod has a connecting hole connecting to the trigger and being driven to slide along the x-direction. The hole of the first push member is connected to a connecting end of the first interlocking rod and is contacted with the push-and-pluck rod of the switch. The power supply of the electric motor is switched on when the first push member is driven by the first interlocking rod to push the push-and-pluck rod.

Abstract: A toy gun includes a driven lever, a driven member, a pivot member, a push block, a drive mechanism, a triggering device, and a housing. Thus, the toy gun can shoot the plastic cartridges successively in an automatically controlled manner by the motor and the power switch and can also shoot the plastic cartridges individually in a manual manner by pulling the pull member and pressing the trigger, thereby enhancing the versatility of the toy gun, and thereby increasing the playing amusement of the toy gun.