WO2012071973A1 - 一种玩具枪及其液态高压气体储气室安全气化系统 - Google Patents

一种玩具枪及其液态高压气体储气室安全气化系统 Download PDF

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Publication number
WO2012071973A1
WO2012071973A1 PCT/CN2011/082008 CN2011082008W WO2012071973A1 WO 2012071973 A1 WO2012071973 A1 WO 2012071973A1 CN 2011082008 W CN2011082008 W CN 2011082008W WO 2012071973 A1 WO2012071973 A1 WO 2012071973A1
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WO
WIPO (PCT)
Prior art keywords
high pressure
pressure gas
toy gun
gun
tube
Prior art date
Application number
PCT/CN2011/082008
Other languages
English (en)
French (fr)
Inventor
杨宗运
Original Assignee
廖彦婷
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 廖彦婷 filed Critical 廖彦婷
Priority to US13/989,886 priority Critical patent/US9134089B2/en
Priority to JP2013541193A priority patent/JP5899233B2/ja
Priority to EP11845480.0A priority patent/EP2647945A1/en
Publication of WO2012071973A1 publication Critical patent/WO2012071973A1/zh

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Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F41—WEAPONS
    • F41B—WEAPONS FOR PROJECTING MISSILES WITHOUT USE OF EXPLOSIVE OR COMBUSTIBLE PROPELLANT CHARGE; WEAPONS NOT OTHERWISE PROVIDED FOR
    • F41B11/00—Compressed-gas guns, e.g. air guns; Steam guns
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F41—WEAPONS
    • F41B—WEAPONS FOR PROJECTING MISSILES WITHOUT USE OF EXPLOSIVE OR COMBUSTIBLE PROPELLANT CHARGE; WEAPONS NOT OTHERWISE PROVIDED FOR
    • F41B11/00—Compressed-gas guns, e.g. air guns; Steam guns
    • F41B11/50—Magazines for compressed-gas guns; Arrangements for feeding or loading projectiles from magazines
    • F41B11/55—Magazines for compressed-gas guns; Arrangements for feeding or loading projectiles from magazines the projectiles being stored in stacked order in a removable box magazine, rack or tubular magazine
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F41—WEAPONS
    • F41A—FUNCTIONAL FEATURES OR DETAILS COMMON TO BOTH SMALLARMS AND ORDNANCE, e.g. CANNONS; MOUNTINGS FOR SMALLARMS OR ORDNANCE
    • F41A21/00—Barrels; Gun tubes; Muzzle attachments; Barrel mounting means
    • F41A21/16—Barrels or gun tubes characterised by the shape of the bore
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F41—WEAPONS
    • F41B—WEAPONS FOR PROJECTING MISSILES WITHOUT USE OF EXPLOSIVE OR COMBUSTIBLE PROPELLANT CHARGE; WEAPONS NOT OTHERWISE PROVIDED FOR
    • F41B11/00—Compressed-gas guns, e.g. air guns; Steam guns
    • F41B11/50—Magazines for compressed-gas guns; Arrangements for feeding or loading projectiles from magazines
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F41—WEAPONS
    • F41B—WEAPONS FOR PROJECTING MISSILES WITHOUT USE OF EXPLOSIVE OR COMBUSTIBLE PROPELLANT CHARGE; WEAPONS NOT OTHERWISE PROVIDED FOR
    • F41B11/00—Compressed-gas guns, e.g. air guns; Steam guns
    • F41B11/60—Compressed-gas guns, e.g. air guns; Steam guns characterised by the supply of compressed gas
    • F41B11/62—Compressed-gas guns, e.g. air guns; Steam guns characterised by the supply of compressed gas with pressure supplied by a gas cartridge
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F41—WEAPONS
    • F41B—WEAPONS FOR PROJECTING MISSILES WITHOUT USE OF EXPLOSIVE OR COMBUSTIBLE PROPELLANT CHARGE; WEAPONS NOT OTHERWISE PROVIDED FOR
    • F41B11/00—Compressed-gas guns, e.g. air guns; Steam guns
    • F41B11/70—Details not provided for in F41B11/50 or F41B11/60
    • F41B11/72—Valves; Arrangement of valves
    • F41B11/721—Valves; Arrangement of valves for controlling gas pressure for both firing the projectile and for loading or feeding
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F41—WEAPONS
    • F41B—WEAPONS FOR PROJECTING MISSILES WITHOUT USE OF EXPLOSIVE OR COMBUSTIBLE PROPELLANT CHARGE; WEAPONS NOT OTHERWISE PROVIDED FOR
    • F41B11/00—Compressed-gas guns, e.g. air guns; Steam guns
    • F41B11/80—Compressed-gas guns, e.g. air guns; Steam guns specially adapted for particular purposes
    • F41B11/89—Compressed-gas guns, e.g. air guns; Steam guns specially adapted for particular purposes for toys

Definitions

  • the invention relates to a toy gun, in particular to a toy gun using high-pressure gas as a shooting power, which can be applied to games, competitions and training, and a liquid high-pressure gas storage chamber safety gasification system provided in the gun body, It can be applied to various high pressure gas storage tanks.
  • slingshot gun you need to manually press the cymbal to compress the air before each firing. When the trigger is released, the air is released to shoot the bullet, which is the simplest structure.
  • the electric gun is based on the slingshot gun, but the action of compressing the air on the upper jaw is completed by the electric motor, which is convenient for continuous firing.
  • gas guns there is a gas storage tank in the gun body, which is filled with compressed gas, such as liquid propane, butane or carbon dioxide; when firing, a small amount of compressed gas is first charged into the cylinder of the gun Inside, the valve is opened to release the compressed gas in the cylinder to push the bullet, and the intermittent valve can also perform continuous firing.
  • the gas gun can distribute a part of the gas to push the machine to perform the reclamation action, so that the rear seat force is generated when the bullet is fired, and the operation is more realistic and fun, and is widely praised by the player.
  • the existing toy gun has a large difference between the internal structure and the real gun, so even if the appearance is similar to the real gun, the overall operating experience still has a considerable gap. Therefore, how to use the toy gun to experience the operation of the real guns and improve the fun of shooting in a legally compliant manner is a technical subject worth considering.
  • the present inventors have proposed a toy gun to improve stability and ease of operation in view of the inadequacy of the existing toy gun technology, and more like a real gun and a gasification of a liquid high pressure gas storage chamber.
  • Safety structures to enhance those problems not found in the prior art.
  • a first object of the present invention is to provide a toy gun for producing the effect of a recoil force when a real gun is fired.
  • the solution of the present invention is:
  • a toy gun comprising at least one transmitting outer tube and one transmitting inner tube, wherein the transmitting outer tube is further provided with at least one air inlet hole and at least one air venting hole, and the transmitting outer tube and the transmitting inner tube have a gap
  • the middle portion is provided with at least one block and a heavy hammer, and one end of the weight has a weight spring, and a high-pressure gas is introduced from the air inlet hole to push the weight along the launching inner tube when the toy gun generates a firing action.
  • a piston movement is formed, and the high pressure gas is led out from the exhaust hole after the weight hits the block, so that the weight spring pushes the weight to slide against the other side of the block and generates vibration.
  • the weight is further provided with at least one outer ring and at least one inner ring, and the outer ring and the inner ring separate the inside of the outer tube into a front air chamber and a rear air chamber to benefit the weight
  • the hammer forms the piston movement
  • the weight is further provided with a bevel groove for accommodating the outer ring ring, and the weight pushes the outer ring ring to the outer emission through the inclined groove when sliding
  • the inner wall of the tube is airtight.
  • the high-pressure gas is transmitted to the air inlet through a delay mechanism and a transmission tube when the toy gun generates the firing action, and the delay mechanism includes:
  • the gas valve is opened by the link of a firing mechanism when the firing action is generated, and then the gas valve is opened;
  • the plug is used to displace the gas valve, and fix the position of the gas valve for the high pressure gas to be transferred to the transfer tube;
  • a crushing reed having a crushing protrusion extending into the outer tube of the outer tube, the crushing reed being used for the crushing protrusion to be crushed downward into the outer tube when the hammer is pushed by the weight And slip backwards;
  • the releasing link Disengaging the connecting rod, the releasing link is connected to the crushing reed, and when the crushing reed is slid backward, the plug is jacked up to release the fixing of the air valve;
  • a gas valve spring is disposed at a front end of the gas valve, and the gas valve spring pushes the gas valve to return to the gas valve when the plug is released from the fixing of the gas valve.
  • the invention provides a weight in the gap between the outer tube and the inner tube, and uses a high-pressure gas to push the weight, so that the weight slides back and forth along the level of the inner tube, and then strikes during the movement of the sliding piston.
  • the block generates vibration to produce a recoil phenomenon when it is intended to be a real gun shot.
  • a second object of the present invention is to provide a toy gun such that the horizontal trajectory of the projectile is more stable.
  • a toy gun comprising at least one launch inner tube, the launch inner tube further provided with a double yaw system, the double yaw system comprising:
  • a first protrusion portion disposed in the emission inner tube, the first protrusion portion for rotating the projectile
  • a second raised portion disposed in the launching inner tube of the trailing edge of the first raised portion and correcting the flying orbit of the rotating object.
  • the first protrusion further includes a bump having a height adjustable.
  • the second raised portion further includes a plurality of bumps.
  • the present invention is provided with a front and rear double-point yaw system disposed on the inner tube, the first raised portion allows the projectile to form a preliminary rotation, and the second raised portion corrects the flight path of the projectile such that the level of the projectile
  • the ballistics can be more stable.
  • a third object of the present invention is to provide a toy gun that has the effect of generating a recoil.
  • the toy gun is further provided with a diversion system
  • the shunt system is cast with at least one gas path inside a gun body, and When a firing action is generated, a high pressure gas is split by the gas path, and the high pressure gas is used to respectively form an emission-emitting object and a weight displacement to generate a vibration function.
  • the present invention can utilize a splitting system to split the high pressure gas so that the toy gun can simultaneously split a portion of the high pressure gas to produce the aforementioned recoil force when firing.
  • a fourth object of the present invention is to provide a toy gun, so that it is possible to select whether to throw a cartridge that accommodates an emitter, which can be specifically implemented by the following scheme:
  • a toy gun comprising: a magazine for accommodating at least one projectile, wherein the magazine is further provided with a bottom plate, an elastic member and a pallet, wherein one end of the elastic member is locked On the bottom plate, the other end is placed against the pallet, the pallet is used to support the projectile, and the magazine is further fitted with a parallel chute, and the parallel chute is parallel sliding along the inner wall of the magazine. The upper end of the parallel chute is used to output the projectile for a gun to push the projectile to a shot.
  • the front of the machine is further fitted with a casing to be integrated, and the front end of the casing is further provided with a hole, the hole can accommodate the projectile, and the machine presses the parallel chute down when pushing.
  • the magazine is further fitted with a casing to be integrated, and the front end of the casing is further provided with a hole, the hole can accommodate the projectile, and the machine presses the parallel chute down when pushing.
  • a toy gun wherein the toy gun comprises a magazine, the magazine is used for accommodating at least one cartridge, and the cartridge further houses an object, and the cartridge is further provided with a bottom plate, an elastic member and a a support plate, one end of the elastic member is locked on the bottom plate, and the other end is placed against the support plate, the support plate is used for supporting the elastic case, and the upper end of the elastic magazine is used for outputting the elastic case for one
  • the gun pushes the shell to a shot
  • the gun is further provided with a claw groove and a top pin, and the claw groove is further fitted into a groove in the shell and is pulled out after the shooting is completed.
  • the cartridge is clamped by the jaw to disengage the magazine, and the top needle is used to lift the cartridge away from the jaw groove.
  • the present invention can be designed to facilitate the operation of the user by designing a supply system having different types of magazines and selecting whether to project the housing of the housing after the shooting.
  • a fifth object of the present invention is to provide a toy gun which can eliminate the state in which the high pressure gas is excessively vaporized or insufficient in gasification during the shooting, and can ensure the normal operation of the toy gun at any angle.
  • a toy gun wherein the toy gun comprises a liquid high pressure gas storage chamber, and the liquid high pressure gas storage chamber is further provided with a gasification tube, and the gasification tube is connected with an output end of the liquid high pressure gas storage chamber.
  • the gasification tube is configured to balance a gasification pressure inside the liquid high pressure gas storage chamber to maintain a constant supply amount of the high pressure gas at the output end.
  • the toy gun of the present invention can effectively balance the pressure inside the gas storage chamber by making a gasification tube at the output end of the gas storage chamber, and stabilize the gasification of the liquid high pressure gas, thereby eliminating the high pressure gas gas during the shooting process. Excessive or insufficient gasification, and the toy gun can ensure normal operation at any angle (0 ⁇ 360 o ).
  • a sixth object of the present invention is to provide a liquid gas high pressure gas storage chamber safety gasification system which is disposed in a toy gun so as to eliminate a state in which high pressure gas is excessively vaporized or insufficient gasification during shooting.
  • a liquid high pressure gas storage chamber safety gasification system wherein a liquid high pressure gas storage chamber is further provided with a gasification tube, and the gasification tube is coupled with an output end of the liquid high pressure gas storage chamber, the gas
  • the chemical tube balances a gasification pressure inside the liquid high pressure gas storage chamber and maintains a constant supply amount of the high pressure gas at the output end.
  • the pressure inside the gas storage chamber can be effectively balanced, and the gasification of the liquid high pressure gas can be more stabilized, thereby eliminating the excessive gasification or gasification of the high pressure gas during the shooting process. Insufficient state, and the toy gun can ensure normal operation at any angle (0 ⁇ 360 o ).
  • Figure 1 is a schematic view showing the structure of a toy gun of the present invention.
  • FIG. 2A is a cross-sectional view showing a first embodiment of a supply system for a toy gun according to the present invention.
  • FIG. 2B is a cross-sectional view 2 of the first embodiment of the supply system for the toy gun of the present invention.
  • 2C is a cross-sectional view showing a second embodiment of a supply system for a toy gun according to the present invention.
  • 2D is a cross-sectional view 2 of a second embodiment of a supply system for a toy gun according to the present invention.
  • 2E is a cross-sectional view 3 of a second embodiment of a supply system for a toy gun according to the present invention.
  • 3A is a schematic cross-sectional view of a front and rear double point hopping system (DHU) in a toy gun of the present invention.
  • DHU double point hopping system
  • 3B is a longitudinal cross-sectional view of a front and rear double point hopping system (DHU) in a toy gun of the present invention.
  • DHU double point hopping system
  • FIG. 4A is a cross-sectional view of the recoil system of the toy gun of the present invention.
  • 4B is a cross-sectional view 2 of the recoil system of the toy gun of the present invention.
  • 4C is a cross-sectional view 3 of the recoil system of the toy gun of the present invention.
  • 4D is a cross-sectional view 4 of the recoil system of the toy gun of the present invention.
  • 5A to 5D are schematic cross-sectional views showing a safe gasification system for a liquid high pressure gas storage chamber according to the present invention.
  • FIG. 1 is a schematic structural diagram of a system of a toy gun according to the present invention.
  • the toy gun of the present invention is designed with a double point hopping system (DHU) 2 , a rear seat force system 3 , and a gasification system . 4.
  • the supply system 5 and the distribution system 6 for clearly revealing the technical features of the toy gun and the high-pressure gas safety gasification system according to the present invention, the features of the present invention will be described below, and the drawings will be accompanied by the drawings. So that these technical features are highlighted.
  • FIG. 2A is a cross-sectional view of the first embodiment of the supply system for the toy gun of the present invention.
  • the magazine 50 of the feeding system of the toy gun of the present invention is used for accommodating the projectile 90, and includes a bottom plate 51, an elastic member 52, a supporting plate 53 and a parallel sliding groove 54.
  • the elastic member 52 is locked at one end to the bottom plate 51.
  • the top plate 53 is placed on top of the pallet 53.
  • the pallet 53 is used to support the projectile 90, and the magazine 50 is provided with parallel sliding grooves 54 which can slide parallel along the inner wall of the magazine 50.
  • the upper end of the parallel chute 54 is used to output the emitter 90.
  • the gun machine 70 is provided with a similar shell structure to be integrated.
  • the hole 61 at the front end of the machine can accommodate the projectile 90 protruding from the upper end of the parallel chute 54.
  • the ram 70 continues to push forward, and the parallel chute 54 will slide downwardly toward the magazine 50 with the arc of the rifle 70.
  • the parallel chute 54 It will be compressed by the gun machine 70 into the magazine 50, so that the program of filling the projectile is completed.
  • FIG. 2B is a cross-sectional view of the first embodiment of the supply system of the toy gun of the present invention. .
  • the toy gun of the present invention is designed to create a realistic feel of a real gun, and is further designed with another type of bulletproof shell supply system, please refer to FIG. 2C. It is a schematic cross-sectional view of a second embodiment of a feeding system for a toy gun according to the present invention.
  • the magazine 50 of the feeding system is used for accommodating the casing 60, and the projectile 60 is provided with the projectile 90.
  • the magazine 50 includes a bottom plate 51, an elastic member 52 and a pallet 53. One end of the elastic member 52 is locked on the bottom plate 51, and the other end is placed against the supporting plate 53.
  • the supporting plate 53 is used for supporting the elastic case 60, and the upper end of the elastic case 50 is used for outputting the elastic case 60;
  • the claw groove and the top pin 71 are disposed, and the claw groove can fit into the groove of the elastic case 60.
  • FIG. 2D is a cross-sectional view 2 of the second embodiment of the cartridge system in the toy gun of the present invention.
  • FIG. 2E is a bullet in the toy gun of the present invention.
  • FIG. 3A is a cross-sectional view of the front and rear double-point leaping system (DHU) in the toy gun of the present invention.
  • DHU double-point leaping system
  • the first inner convex portion 21 and the second convex portion 22 are disposed in the inner inner tube 20, wherein the first convex portion 21 is disposed in the inner inner tube 20, adjacent to the inner inner tube 20
  • the position of the interface is such that when the projectile enters the launch inner tube 20, the projectile can be rotated according to the friction force generated by the first boss portion 21.
  • the projectile 90 passes through the After a raised portion 21, there will be a counterclockwise rotation to increase the distance of flight; and a second raised portion 22 is adjacent to the trailing edge of the first raised portion 21, also disposed in the transmitting inner tube 20.
  • the second raised portion 22 acts differently than the first raised portion 21, and the first raised portion passes through the first raised portion because the initial velocity of the projectile 90 just enters the launch inner tube 20 and the friction point is not necessarily in the middle of the emitter.
  • the central axis of rotation may be offset, which will result in instability of the flight orbit.
  • the second convex portion 22 can be used to correct the central axis of rotation of the rotating object 90 to make it horizontally trajectory. Can be more stable.
  • FIG. 3B is a longitudinal cross-sectional view of the front and rear double point hopping system (DHU) in the toy gun of the present invention.
  • DHU double point hopping system
  • the left side of the figure is a longitudinal section of the first boss 21, and it can be seen from the figure that the first boss 21 has a bump to rotate the projecting object 90; and the right side of the figure is a second bump.
  • the double-point leaping system (DHU) of the toy gun of the present invention is used; and the bump can be elasticized.
  • the material is made (for example, rubber, etc.), and the user can adjust the height of the bump through the adjustment button, increase or decrease the friction force on the projectile 90, thereby controlling the rotation speed of the emitter 90, and improving the range and precision.
  • the present invention When the toy gun is fired, the present invention is designed with a recoil system that simulates a real gun.
  • Figure 4A a cross-sectional view of the recoil system of the toy gun of the present invention is shown.
  • the delay mechanism includes a gas valve 30, a plug 31, a crushing spring 32, a release link 33, and a valve spring 35, which are fired when fired.
  • the connecting rod of the mechanism will push the horizontal displacement of the gas valve 30, and the plug 31 drops and the top end of the gas valve 30 is closed to fix the position of the gas valve 30 to open the gas valve 30.
  • the high pressure gas can pass through the air valve.
  • the shunt system 6 is designed as a gas path inside the gun body, directly formed with the gun body structure during casting, and cleverly formed a shunting gas path in the gun body, one of which The gun is introduced to shoot the shot, while the other high pressure gas is delivered to the intake port 11 through the transfer tube 34.
  • the toy gun of the present invention is further provided with at least one air inlet 11 and at least the outer tube 10 of the launching outer tube 10.
  • An exhaust hole 12, and a gap between the outer tube 10 and the inner tube 20 is provided with a rear block 23, a front block 29 and a weight 24.
  • the weight 24 is configured to be centrally permeable.
  • one end is a top weight spring 25, and the weight 24 is provided with at least one outer ring 26 and at least one inner ring 27, and the outer ring 26 and the inner ring 27 are used for launching
  • the outer tube 10 is internally separated by a gas chamber 28, and it can be seen that the front and rear ends of the gap are provided with a rear block 23 and a front block 29, and the rear block 23 and the front block 29 are used to limit the weight.
  • the sliding distance of 24 and the vibration effect when striking with the weight 24; when the high pressure gas is introduced from the air inlet hole 11, pushing the weight 24 to compress the weight spring 25 and forming a piston movement along the transmitting inner tube 20, the gun body will Because the reaction force is slightly forwarded.
  • the crushing projection 321 causes the crushing spring 32 to collapse downward and pushes the releasing link 33 upward to push the plug 31 up.
  • the valve spring 35 will push the gas valve 30 to return to the state, causing the gas valve 30 to be in a closed state, interrupting the supply of high pressure gas to the transfer pipe 34, and simultaneously breaking the reed 32 through the crushing convexity.
  • FIG. 4C is a cross-sectional view of the recoil system of the toy gun of the present invention.
  • FIG. 4D is a cross-sectional view of the recoil system of the toy gun of the present invention.
  • the delay mechanism is released and the pressure in the air chamber 28 is released, the rebound force of the weight spring 25 is pushed.
  • the weight 24 slides to the forward block 29, at which time the gun body generates a backward pushing stress due to the reaction force, and generates a shock force when the weight 24 hits the front block 29, thus the recoil force of the toy gun of the present invention.
  • the action of the system is thus completed; however, in order to obtain a good airtightness of the air chamber 28, and thus a better recoil performance, the surface of the weight 24 is further provided with a bevel groove 241, which is just the groove 241.
  • the outer ring 26 is accommodated, and when the weight 24 slides, the outer ring 26 is designed to pass through the inclined surface of the inclined groove 241 to push the inner wall of the outer tube 10 to form a good airtightness.
  • the method allows the outer ring 26 to move along the slope, thereby preventing the thermal expansion and contraction caused by the temperature change from affecting the airtightness between the air chambers.
  • FIG. 5A to FIG. 5D of the present invention is a schematic cross-sectional view of the liquid gas storage chamber safety gasification system of the present invention.
  • the power of the shooting is stored in the liquid high-pressure gas storage chamber 40.
  • the liquid gas 42 has a flow characteristic in the liquid high-pressure gas storage chamber 40 due to the angle of the gun. Flowing inside and down, this physical property will limit the shooting angle of the gun.
  • the liquid high pressure gas may be directly ejected directly from the air outlet, thus generating gasification.
  • the gas safety gasification system is further provided with a gasification pipe 41 in the liquid high pressure gas storage chamber 40.
  • the gasification pipe 41 is engaged with the output end of the liquid high pressure gas storage chamber 40, and the length is scaled according to the indoor capacity.
  • liquid gas chamber high-pressure gas 40 in any angle (0 ⁇ 360 o) can be 42 and 43 equilibrium pressure gaseous liquid gas gas liquid gas to avoid discharging large case made without gasification , So that the output of the supply amount of the high pressure gas can be maintained constant, to ensure that the high-pressure gas is not supplied to the excess or deficiency.
  • any high pressure gas bottle can be implemented according to this example to ensure safety in use.

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Description

一种玩具枪及其液态高压气体储气室安全气化系统 技术领域
本发明涉及一种玩具枪，特别是指一种运用高压气体作为射击动力的玩具枪，可应用于游戏、竞技及训练等用途，而枪体内设置的液态高压气体储气室安全气化系统，更可应用于各种高压储气槽之中。
背景技术
一般玩具枪，大致可概分为弹弓枪、电动枪与瓦斯枪三种，其中：弹弓枪，每次击发前需先手动上膛来压缩空气，扣扳机时释放空气将子弹射出，为结构最简单的一种；但每打一发子弹需上膛一次较为不便，仅少数玩家喜好；电动枪，是以弹弓枪为基础，但上膛压缩空气的动作由电动马达完成，可连续击发较为方便，为大多数玩家所爱用；瓦斯枪，在枪身设有储气槽，其内填装有压缩气体，如液态的丙烷、丁烷或二氧化碳；击发时先把少量的压缩气体充入枪枝的气缸内，再开启阀门释放气缸内的压缩气体来推动子弹，通过间歇阀门亦可进行连续击发。此外，瓦斯枪能分配一部分气体推动枪机进行回膛动作，使得击发子弹时产生后座力，在操作上更为逼真而富有乐趣，广受玩家好评。
但是，现有玩具枪因为内部结构与真枪有大幅的差异，故即使外观与真实枪枝相仿，但整体的操作感受仍有相当大的差距。因此如何在合乎法律规范的情况下，让使用玩家通过玩具枪来体验类似真实枪枝的操作，进而提升射击的乐趣，实为一值得思考的技术课题。
有鉴于前述种种，本发明人遂针对现有玩具枪技术不足之处，提出一种玩具枪，以增进稳定性同时便于操作，且更拟似真枪并兼顾液态高压气体储气室气化的安全结构，来增进上述现有技术中未及的那些问题。
发明内容
本发明的第一目的在于提供一种玩具枪，以产生真实枪枝射击时后座力的效果。
为了达成上述目的，本发明的解决方案是：
一种玩具枪，其中，至少包含有一发射外管及一发射内管，该发射外管更设置有至少一进气孔及至少一排气孔，而该发射外管及该发射内管一间隙中更设置有至少一档块及一重锤，该重锤一端顶峙有一重锤弹簧，一高压气体当玩具枪产生一击发动作时由该进气孔导入推动该重锤沿着该发射内管形成一活塞运动，并在该重锤撞击该档块后由该排气孔导出该高压气体，使该重锤弹簧推动该重锤滑动撞击另一侧的档块并产生震动。
进一步，该重锤更设置有至少一外圈环及至少一内圈环，该外圈环及该内圈环将该发射外管内部分隔为一前气室及一后气室以利该重锤形成该活塞运动，且该重锤上更设置有一用于容置该外圈环的斜面沟槽，该重锤在滑动时通过该斜面沟槽而将该外圈环推挤向该外发射管内壁以呈气密状。
进一步，该高压气体在玩具枪产生该击发动作时，更通过一延时机构及一传输管传送至该进气孔，该延时机构包括：
一气阀，该气阀在该击发动作产生时，受一击发机构的连杆推动移位后开启该气阀；
一插栓，该插栓用以该气阀移位后，固定该气阀的位置以供该高压气体传送至该传输管；
一溃缩簧片，具有延伸设置至该发射外管中的一溃缩凸点，该溃缩簧片用以该溃缩凸点受到该重锤推动时，向下溃缩入该发射外管并向后产生滑动；
一解除连杆，该解除连杆连接于该溃缩簧片，并于该溃缩簧片向后产生滑动时，将该插栓顶起以解除对该气阀的固定；及
一气阀弹簧，该气阀弹簧设置于该气阀前端，该气阀弹簧在该插栓解除对该气阀的固定时推动该气阀归位后并关闭该气阀。
本发明通过发射外管及发射内管的间隙内设置有重锤，并利用高压气体来推动重锤，使重锤沿着发射内管水平前后滑移，进而在滑移的活塞运动过程中撞击档块而产生震动，以产生拟似真实枪枝射击时的后座力现象。
本发明的第二目的在于提供一种玩具枪，从而使得发射物的水平弹道能更趋于稳定。
为了上述目的，其解决方案为：
一种玩具枪，其中，至少包含有一发射内管，该发射内管还设置有一双重跃起系统，该双重跃起系统包含有：
一第一凸起部，该第一凸起部设置在该发射内管中，该第一凸起部用以使发射物产生旋转；
一第二凸起部，该第二凸起部设置在该第一凸起部后缘的发射内管中并修正旋转的该发射物的飞行轨道。
进一步，该第一凸起部更包含有一高度具有可调整性的凸点。
进一步，该第二凸起部更包含有多个凸点。
本发明通过设置在发射内管的前后双点跃起系统，第一凸起部可让发射物能形成初步旋转，而第二凸起部则可修正发射物的飞行轨道，使得发射物的水平弹道能更趋于稳定。
本发明的第三目的在于提供一种玩具枪，从而具有产生后座力的功效。
为了上述目的，其解决方案为：
一种玩具枪，该玩具枪更设置有一分流系统，该分流系统于一枪体内部铸刻有至少一气路，并 在一击发动作产生时，由该气路将一高压气体加以分流，该高压气体用以分别形成发射一射出物及使一重锤位移产生震动功能。
本发明能利用分流系统来将高压气体分流，使玩具枪在射击时，可同时分流一部分的高压气体来产生出前述的后座力。
本发明的第四目的在于提供一种玩具枪，从而可以选择是否抛出容置发射物的弹壳，其具体可以选用下述方案来实现：
一种玩具枪，其中，包含有一弹仓，该弹仓用以容置至少一个发射物，该弹仓内更设置有一底板、一弹性件及一托板，该弹性件的一端锁固在该底板上，另一端则顶峙着该托板，该托板用以承托该发射物，该弹仓内更嵌合有一平行滑槽，该平行滑槽沿着该弹仓内壁作一平行滑移，该平行滑槽上端缺口则用以输出该发射物以供一枪机将该发射物推送至一枪膛。
进一步，该枪机前更嵌合固定有一弹壳以成为一体，该弹壳前端更设置有一孔洞，该孔洞恰可容置该发射物，且该枪机在推送时更将该平行滑槽下压至该弹仓之内。
又或采用下述方案：
一种玩具枪，其中，该玩具枪包含有一弹仓，该弹仓用以容置至少一个弹壳，该弹壳内更容置有一发射物，该弹仓内更设置有一底板、一弹性件及一托板，该弹性件的一端锁固在该底板上，另一端则顶峙着该托板，该托板用以承托该弹壳，该弹仓上端开口处则用以输出该弹壳以供一枪机将该弹壳推送至一枪膛，该枪机更设置有一爪沟及一顶壳针，该爪沟更嵌合在该弹壳上一沟槽内并在射击完成后拉出该枪机时通过该沟爪箝制该弹壳脱出该枪膛，且该顶壳针则将该弹壳顶离该爪沟。
这样，本发明通过设计有不同型态弹仓的供弹系统，并可选择射击后是否抛出容置发射物的弹壳，从而能起到便利用户操作的功效。
本发明的第五目的在于提供一种玩具枪，从而能消除射击过程中高压气体气化过量或气化不足的状态，并且可使玩具枪在任何角度均可确保正常动作。
为了上述目的，其采用的技术方案为：
一种玩具枪，其中，该玩具枪包含有一液态高压气体储气室，该液态高压气体储气室内更设置有一气化管，该气化管与该液态高压气体储气室的一输出端相接合，该气化管用以平衡该液态高压气体储气室内部一气化压力而使该输出端高压气体的供给量能维持恒定。
这样，本发明玩具枪通过在储气室输出端设置有一气化管，可有效平衡储气室内部的压力，并使液态高压气体的气化更为稳定，从而能消除射击过程中高压气体气化过量或气化不足的状态，并且可使玩具枪于任何角度(0~360o )均可确保正常动作。
本发明的第六目的在于提供一种液态高压气体储气室安全气化系统，该系统供设置在玩具枪内，从而能消除射击过程中高压气体气化过量或气化不足的状态。
为了上述目的，其采用的技术方案为：
一种液态高压气体储气室安全气化系统，其中，一液态高压气体储气室内更设置有一气化管，该气化管与该液态高压气体储气室的一输出端相接合，该气化管平衡该液态高压气体储气室内部一气化压力并使该输出端高压气体的供给量能维持恒定。
这样，通过在该储气室内设置有气化管，可有效平衡储气室内部的压力，并使液态高压气体的气化更为稳定，从而能消除射击过程中高压气体气化过量或气化不足的状态，并且可使玩具枪于任何角度(0~360o )均可确保正常动作。
附图说明
图1为本发明玩具枪的系统结构示意图。
图2A为本发明玩具枪中供弹系统第一实施例剖面示意图一。
图2B为本发明玩具枪中供弹系统第一实施例剖面示意图二。
图2C为本发明玩具枪中供弹系统第二实施例剖面示意图一。
图2D为本发明玩具枪中供弹系统第二实施例剖面示意图二。
图2E为本发明玩具枪中供弹系统第二实施例剖面示意图三。
图3A为本发明玩具枪中前后双点跃起系统(DHU)的横剖面示意图。
图3B为本发明玩具枪中前后双点跃起系统(DHU)的纵剖面示意图。
图4A为本发明玩具枪中后座力系统的剖面示意图一。
图4B为本发明玩具枪中后座力系统的剖面示意图二。
图4C为本发明玩具枪中后座力系统的剖面示意图三。
图4D为本发明玩具枪中后座力系统的剖面示意图四。
图5A至图5D为本发明液态高压气体储气室安全气化系统的剖面示意图。
图中：
1枪体2双点跃起系统(DHU)
3后座力系统4气化系统
5供弹系统6分流系统
10发射外管11进气孔
12排气孔20发射内管
21第一凸起部22第二凸起部
23后档块24重锤
241斜面沟槽25重锤弹簧
26外圈环27内圈环
28气室29前档块
30气阀31插栓
32溃缩簧片321溃缩凸点
33解除连杆34传输管
35气阀弹簧40液态高压气体储气室
41气化管42液态气体
43气态气体50弹仓
51底板52弹性件
53托板54平行滑槽
60弹壳61孔洞
70枪机71顶壳针
80枪膛90发射物
具体实施方式
为了进一步解释本发明的技术方案，下面通过具体实施例来对本发明进行详细阐述。
首先请先参照图1，其为本发明玩具枪的系统结构示意图；本发明的玩具枪中枪体1中设计有：双点跃起系统(DHU)2、后座力系统3、气化系统4、供弹系统5及分流系统6，为清楚揭露本发明所涉及的玩具枪及高压气体安全气化系统的技术特征，以下将就本发明的特征一一述明，更同时佐以图式，从而使该些技术特征得以彰显。
首先，针对用户操作玩具枪的顺序来加以说明本发明的特点，请先参照图2A，其为本发明玩具枪中供弹系统第一实施例的剖面示意图一。
本发明玩具枪的供弹系统的弹仓50用于容置发射物90，其中内包含有：底板51、弹性件52、托板53及平行滑槽54，弹性件52一端锁固于底板51上，另一端则顶峙着托板53，托板53则用于承托发射物90，而弹仓50内设置有平行滑槽54，平行滑槽54可沿着弹仓50内壁平行滑移，平行滑槽54上端缺口则用于输出发射物90。
枪机70上则设置有类似弹壳结构以成为一体，当使用者推送枪机70时，枪机前端的孔洞61则恰可容置凸出于平行滑槽54上端缺口的发射物90，随着枪机70持续前推，平行滑槽54会随着枪机70的弧面，向下滑移向弹仓50内，当枪机70将发射物90推送至枪膛80内，平行滑槽54则会被枪机70下压内缩至弹仓50中，如此则完成发射物填充的程序，以上叙述请参照图2B，其为本发明玩具枪中供弹系统第一实施例的剖面示意图二。
当使用者完成射击动作后将枪机70后拉时，此时枪机70离开枪膛80，平行滑槽54会再次沿弹仓50内壁平行弹出并顶出下一颗发射物90，回复到前面图2A的状态；除了前述的供弹系统之外，本发明玩具枪为创造出拟似真枪的真实感，更设计有另一种可抛弹壳的供弹系统，请参照图2C，其为本发明玩具枪中供弹系统第二实施例的剖面示意图一。
此一实施例中供弹系统的弹仓50则用于容置弹壳60，而弹壳60内已设置有发射物90，其中弹仓50内包含有：底板51、弹性件52及托板53，弹性件52一端锁固于底板51上，另一端则顶峙着托板53，托板53则用于承托弹壳60，而弹仓50上端开口处则用于输出弹壳60；枪机70上则设置有爪沟及顶壳针71，爪沟可嵌合住弹壳60的沟槽，当使用者推送枪机70时，可将弹壳60直接推送至枪膛80内，如此则完成发射物填充的程序，前述弹壳60上膛动作还请参考图2D，其为本发明玩具枪中供弹系统第二实施例的剖面示意图二。
当使用者完成射击动作后将枪机70后拉时，枪机70上的爪沟会箝制弹壳60的沟槽并将弹壳60拉出枪膛80，此时枪机70上的顶壳针71会将弹壳60顶离爪沟的箝制，使弹壳60弹射抛出，而弹仓50上端开口处则会输出下一发弹壳60，以上叙述请参照图2E，其为本发明玩具枪中供弹系统第二实施例的剖面示意图三。
当发射物随同弹壳充填进枪膛后，就可进入准备射击状态，在解说射击动作之前请先参照图3A，其为本发明玩具枪中前后双点跃起系统(DHU)的横剖面示意图。
从图中可以看出：发射内管20中，设置有第一凸起部21及第二凸起部22，其中第一凸起部21设置在发射内管20之中，靠近发射内管20接口的位置，其目的在于使发射物进入发射内管20时，可以依据第一凸起部21所产生的磨擦力效用来使发射物产生旋转，从图式中可以看出发射物90经过第一凸起部21后，将会呈现逆时针方向的旋转，来增加飞行的距离；而第二凸起部22则紧邻着第一凸起部21后缘，同样设置于发射内管20之中，第二凸起部22则作用则不同于第一凸起部21，由于发射物90刚进入发射内管20时初速大且磨擦点不一定处于发射物正中间，所以经过第一凸起部21产生旋转后，其旋转中心轴可能产生偏移,将导致飞行轨道的不稳定，此时则可利用第二凸起部22来修正旋转中的发射物90的旋转中心轴，使其水平弹道能更趋于稳定。
接下来请继续参照图3B，其为本发明玩具枪中前后双点跃起系统(DHU)的纵剖面示意图。
图中左侧为第一凸起部21的纵剖面，从图中可以看出第一凸起部21具有一个凸点，来使射出物90产生旋转；而图中右侧为第二凸起部22的纵剖面，从图中可以看出第二凸起部22具有多个凸点(图中示意为2个)，如此则可在发射内管中对发射物形成一稳定的作用，使其弹道不会产生飘移，将第一凸起部21及第二凸起部22组合设置后，即为本发明玩具枪种前后双点跃起系统(DHU)；而凸点可选用具有弹性的材质来制作(如：橡胶等)，让使用者通过调整钮调节凸点的高度，增加或减低对发射物90的磨擦力，进而控制发射物90的旋转速度，提高射程与精度。
当玩具枪产生击发时，本发明设计有模拟真实枪枝的后座力系统，接着请参阅图4A，其为本发明玩具枪中后座力系统的剖面示意图一。
首先当玩具枪产生击发动作时，将会触发一延时机构，此延时机构包含有气阀30、插栓31、溃缩簧片32、解除连杆33及气阀弹簧35，击发时击发机构的连杆会推动气阀30水平位移，并由插栓31落下顶峙住气阀30尾端，以固定气阀30的位置使气阀30呈开启状态，此时高压气体可通过气阀30，并通过分流系统6来分流高压气体，此分流系统6设计成枪体内的气路，在铸刻时直接与枪体结构一体成型，并巧妙的在枪体内形成分流的气路，其中一路将导入枪机来射击出射出物，而另一路高压气体则通过传输管34传送至进气孔11。
接着请继续参阅图4B，其为本发明玩具枪中后座力系统的剖面示意图二，除了前述部位之外，本发明玩具枪更在发射外管10上设置有至少一个进气孔11及至少一个排气孔12，而发射外管10及发射内管20的间隙内，则设置有后档块23、前档块29及重锤24，重锤24其结构为中心通透恰可套合在发射内管20之上，一端则顶峙重锤弹簧25，重锤24上设置有至少一个外圈环26及至少一个内圈环27，外圈环26及内圈环27用来将发射外管10内部分隔出一个气室28，而图中可以看到间隙内的前后端两侧设置有后档块23与前档块29，后档块23及前档块29用于限制重锤24的滑动距离，并与重锤24撞击时产生震动效果；当高压气体由进气孔11导入，推动重锤24压缩重锤弹簧25并沿着发射内管20形成活塞运动时，枪身会因为反作用力微向前送。
当重锤24往后档块23滑动推动到溃缩凸点321时，溃缩凸点321会使溃缩簧片32向下溃缩并向后带动解除连杆33将插栓31顶起，以解除对气阀30的固定，此时气阀弹簧35会推动气阀30归位，使气阀30呈现关闭状态，中断对传输管34供应高压气体，同时溃缩簧片32通过溃缩凸点321的斜边，与设置在外发射管10上的斜面导槽边缘接触时产生向下溃缩动作，以便让重锤24顺利滑过溃缩凸点321，此解除机构乃用于确保插栓31解除动作确实并可保护解除机构不致因重锤24撞击而损毁；在前述动作产生时，重锤24已同时撞击到图中右侧的后档块23产生震动力，此时高压气体可由排气孔12导出，使气室28内的压力解除；以上动作请参照图4C，其为本发明玩具枪中后座力系统的剖面示意图三。
请继续参阅图4D，其为本发明玩具枪中后座力系统的剖面示意图四，当延时机构已解除，而气室28内的压力亦解除时，重锤弹簧25压缩的反弹力会推动重锤24滑动向前档块29，此时枪身会因反作用力产生向后推的应力，并在重锤24撞击前档块29时产生出震动力，如此本发明玩具枪中后座力系统的动作至此完成；但为求气室28具有良好的气密性，进而有较佳的后座力表现，其中重锤24表面上更设置有斜面沟槽241，此斜面沟槽241恰可容置外圈环26，并在重锤24滑动时，将外圈环26通过斜面沟槽241的斜面设计，推挤向外发射管10的内壁以形成良好的气密性，此种设计的方式可让外圈环26随着斜面移动，进而防止具有因温度改变所形成的热胀冷缩现象对各气室间气密性所造成的影响。
为使高压气体气化时兼顾使用者操作时的安全性，最后请参照本发明的图5A至图5D，其为本发明液态高压气体储气室安全气化系统的剖面示意图。
本发明的玩具枪，其中射击的动力皆储存于液态高压气体储气室40之中，依据现有的玩具枪，液态气体42具有流动特性会因持枪角度而在液态高压气体储气室40内往低处流动，此物理特性将造成持枪射击角度的限制，当玩具枪垂直枪口向上或向下或颠倒，此时液态高压气体便可能直接从出气口大量喷出，因此产生气化量过多(少)的问题，当此不稳定的出气现象存在时，即可能造成玩具枪动作不正常或大量液态高压气体喷出的危险性，有鉴于现有技术的缺点，本发明涉及高压气体安全气化系统，更在液态高压气体储气室40中设置有气化管41，此气化管41与液态高压气体储气室40的输出端相接合，长度依室内容量进行等比例缩放，可使液态高压气体储气室40于任何角度(0~360o)均可平衡液态气体42及气态气体43间的压力，避免液态瓦斯未经气化大量喷出情况发生，使输出端的高压气体的供给量能维持恒定，确保高压气体的供给不至过量或不足。
由图5A至图5D中可看出，180度(图5A)及45度(图5B)2种情况下，液态气体42与气态气体43的分布平均，可保持良好的气化状态；但90度(图5C)及270度(图5D)这2种情况下，90度的液态气体42离出口太远，而270度的液态气体42则全挤在出口处，则容易造成现有技术中高压气体的供给过量或不足，但通过气化管41的引导后，使90度(图5C)的状态下仍可过气化管41充分供给气态气体43至出口处，而270度(图5D)的状态时，气化管41则负起隔离液态气体42与出口处，使液态气体42不会直接由出口处喷出。
综上所述可知，根据本发明所公开的液态高压气体储气室安全气化系统，凡举高压气体瓶皆可依此例实施，来确保使用上的安全性。
上述实施例和图式并非限定本发明的产品形态和式样，任何所属技术领域的普通技术人员对其所做的适当变化或修饰，皆应视为不脱离本发明的专利范畴。

Claims (12)

1、一种玩具枪，其特征在于，至少包含有一发射外管及一发射内管，该发射外管更设置有至少一进气孔及至少一排气孔，而该发射外管及该发射内管一间隙中更设置有至少一档块及一重锤，该重锤一端顶峙有一重锤弹簧，一高压气体当玩具枪产生一击发动作时由该进气孔导入推动该重锤沿着该发射内管形成一活塞运动，并在该重锤撞击该档块后由该排气孔导出该高压气体，使该重锤弹簧推动该重锤滑动撞击另一侧的档块并产生震动。
2、如权利要求1所述的一种玩具枪，其特征在于，该重锤更设置有至少一外圈环及至少一内圈环，该外圈环及该内圈环将该发射外管内部分隔为一前气室及一后气室以利该重锤形成该活塞运动，且该重锤上更设置有一用于容置该外圈环的斜面沟槽，该重锤在滑动时通过该斜面沟槽而将该外圈环推挤向该外发射管内壁以呈气密状。
3、如权利要求1所述的一种玩具枪，其特征在于，该高压气体在玩具枪产生该击发动作时，更通过一延时机构及一传输管传送至该进气孔，该延时机构包括：
一气阀，该气阀在该击发动作产生时，受一击发机构的连杆推动移位后开启该气阀；
一插栓，该插栓用以该气阀移位后，固定该气阀的位置以供该高压气体传送至该传输管；
一溃缩簧片，具有延伸设置至该发射外管中的一溃缩凸点，该溃缩簧片用以该溃缩凸点受到该重锤推动时，向下溃缩入该发射外管并向后产生滑动；
一解除连杆，该解除连杆连接于该溃缩簧片，并于该溃缩簧片向后产生滑动时，将该插栓顶起以解除对该气阀的固定；及
一气阀弹簧，该气阀弹簧设置于该气阀前端，该气阀弹簧在该插栓解除对该气阀的固定时推动该气阀归位后并关闭该气阀。
4、一种玩具枪，其特征在于，至少包含有一发射内管，该发射内管还设置有一双重跃起系统，该双重跃起系统包含有：
一第一凸起部，该第一凸起部设置在该发射内管中，该第一凸起部用以使发射物产生旋转；
一第二凸起部，该第二凸起部设置在该第一凸起部后缘的发射内管中并修正旋转的该发射物的飞行轨道。
5、如权利要求4所述的一种玩具枪，其特征在于，该第一凸起部更包含有一高度具有可调整性的凸点。
6、如权利要求4所述的一种玩具枪，其特征在于，该第二凸起部更包含有多个凸点。
7、一种玩具枪，该玩具枪更设置有一分流系统，该分流系统于一枪体内部铸刻有至少一气路，并在一击发动作产生时，由该气路将一高压气体加以分流，该高压气体用以分别形成发射一射出物及使一重锤位移产生震动功能。
8、一种玩具枪，其特征在于，包含有一弹仓，该弹仓用以容置至少一个发射物，该弹仓内更设置有一底板、一弹性件及一托板，该弹性件的一端锁固在该底板上，另一端则顶峙着该托板，该托板用以承托该发射物，该弹仓内更嵌合有一平行滑槽，该平行滑槽沿着该弹仓内壁作一平行滑移，该平行滑槽上端缺口则用以输出该发射物以供一枪机将该发射物推送至一枪膛。
9、如权利要求8所述的一种玩具枪，其特征在于，该枪机前更嵌合固定有一弹壳以成为一体，该弹壳前端更设置有一孔洞，该孔洞恰可容置该发射物，且该枪机在推送时更将该平行滑槽下压至该弹仓之内。
10、一种玩具枪，其特征在于，该玩具枪包含有一弹仓，该弹仓用以容置至少一个弹壳，该弹壳内更容置有一发射物，该弹仓内更设置有一底板、一弹性件及一托板，该弹性件的一端锁固在该底板上，另一端则顶峙着该托板，该托板用以承托该弹壳，该弹仓上端开口处则用以输出该弹壳以供一枪机将该弹壳推送至一枪膛，该枪机更设置有一爪沟及一顶壳针，该爪沟更嵌合在该弹壳上一沟槽内并在射击完成后拉出该枪机时通过该沟爪箝制该弹壳脱出该枪膛，且该顶壳针则将该弹壳顶离该爪沟。
11、一种玩具枪，其特征在于，该玩具枪包含有一液态高压气体储气室，该液态高压气体储气室内更设置有一气化管，该气化管与该液态高压气体储气室的一输出端相接合，该气化管用以平衡该液态高压气体储气室内部一气化压力而使该输出端高压气体的供给量能维持恒定。
12、一种液态高压气体储气室安全气化系统，其特征在于，一液态高压气体储气室内更设置有一气化管，该气化管与该液态高压气体储气室的一输出端相接合，该气化管平衡该液态高压气体储气室内部一气化压力并使该输出端高压气体的供给量能维持恒定。
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JP2015034642A (ja) * 2013-08-07 2015-02-19 株式会社東京マルイ 模擬銃における着脱式ガスタンク
TWI555962B (zh) * 2013-08-07 2016-11-01 Tokyo Marui Co Ltd Simulated guns

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CN102478372A (zh) 2012-05-30
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JP5899233B2 (ja) 2016-04-06
EP2647945A1 (en) 2013-10-09
US9134089B2 (en) 2015-09-15

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