M282145 八、新型說明： 【新型所屬之技術領域】 • 本創作為有關於―種可供結合於玩具手搶中針對擊發子彈之 氣體定壓閥結構。 【先前技術】 -般具有發射功能之玩具手槍’且_軸逼真效絲言就屬一 種BB彈玩具手搶最令喜愛射擊活動者的青睞。 ♦該習知BB彈玩具手搶進氣擊發子彈係_外接瓦斯氣體用以擊發 子彈，因此外加裝置繁多，整體體積顯得龐大，在操作上因這些額外 附加的裝置使得實際射擊時相當不便。 【新型内容】 本創作主要目的，即在於提供一種結合設置於BB彈玩具手槍内部 之氣體疋壓閥，藉由改良了卿玩具手搶的彈昆進氣之氣壓^間，將 籲原有的空間提供氣體定壓閥與氣瓶設置，進而使得玩具手搶出氣壓力 穩定，且外觀顯得輕巧許多，並提昇其操作功效者。 【實施方式】 茲就本創作之其它目的與詳細之構造，將藉由以下詳細說明而使 之更明確，同時參閱所附各圖，俾可使本創作之技術内容更進一步地 揭示明瞭： 明參閱第一圖至第四圖所示，本創作之氣體定壓閥主要係設於玩 二手知中彈Μ内部，其+氣體定壓闕係與氣瓶3結合後，為置入内容 U〇1内’亚由固定蓋103予以固定其中，而氣瓶3中的高壓氣體為由氣 M282145 體定麼閥釋出由導氣孔⑽導人氣體供瞬間擊發子彈。 上職體定顧主要包含有外蓋卜閥座2、穿刺件3及氣控闕4， 八中外蓋1王-1目盍形狀，上方具有一氣孔n，下端開口可與闕座2鎖 接結合；閥座2軸向設置一軸貫孔21，上方-體具有-環置座22，此一 環置座22間隔-環凹槽221後設置有氣體容置室222，該氣體容置室⑽ 錢轴貫孔21連通，而在環凹槽221 _可供設置有彈性元·，介於外 盍1與閥座2之間的空間係可供一閥件4設置，該閥件4呈一挪體，轴向 設有軸桿4；1，閥件4上半部本體設於外紙氣室咖，_桿侧設 於_2之氣體容置室222内部，於軸糾中央設有通孔犯，而此一通 孔=2並未全部貫通，而是於通孔42底部連接於一側貫孔奶，因此氣體 的導通方式是由側部之侧貫孔43進入通孔42而導出的。以及，位在閥 座2之環置座22下方係鎖接有穿刺件3 ’該穿刺件3中央轴向貫穿有連通 孔3卜 、 當上述外蓋1、閥座2、穿刺件3及閥件4等構件相互組合時，該各 組件結合之令央軸向均設有可供氣體導通之孔徑，該閥座2外緣處設有 螺紋，可供與彈E1〇之内容槽1〇1鎖接固定，而氣體定壓闕下方所設之 牙刺件3在氣瓶3設置於彈匣4内時，即由其穿刺件3尾部尖端予以穿 刺，進而使氣瓶3氣體進入氣體定壓閥内部，而氣體定壓閥上半部與内 容槽101呈密封狀態，因此氣體不會外洩。 再請參閱第五圖所示，當氣瓶3内氣體壓力大於由氣體定壓閥進入 之壓力時，由氣瓶3進入穿刺件3、軸貫孔21内之氣體可以將閥件4推 頂，供閥件4與軸貫孔21保持導通，使氣體由氣體容置室222進入側貫 、⑧ 6 M282145 由 孔43至通孔42導出’再經氣孔n至導氣職向外釋放以擊出子彈。 於此-氣體定額設計係利用氣壓的衡壓定律，使得闕件何以使航 間座2的财孔21保持導通，以作為擊發子彈使用。 若是外界壓力大於氣體定壓閥内部時，該氣體定朗所進入之壓 力大於氣瓶輔出氣屢時，酬件卿受到外界壓力而下移封閉間座2 之軸貫孔21，如此即使得氣瓶3氣壓無法進入氣體定壓闕内部。 ^上所陳，本創作所提供之氣體定_，能藉其控制氣壓結構達 壓 之穩定釋放氣體之功效，相較於習用品採以外接氣瓶極大體積 |之_式形式，本創作可謂具有更大優點及進步功效，故乃為 一創新及符合實用之設計。 【圖式簡單說明】 第一圖所示係本創作外觀立體圖。 第二圖所示係本創作結構分解立體圖。 第三圖所示係本創作組合結構刮面圖。 第四圖所示係顯示摘倾置於彈_部之示咅圖。 所稀糊作魏定壓_氣_之氣體釋恤態示意圖。 ^所不係本創作閥件受壓力後抵壓於閥座軸貫孔狀態示意圖。 【主要元件符號說明】 1............... • · ·氣孔 • · ·氣室 11···- 閥座 7 12·· M282145 21 ............軸貫孔 22 ............環置座 221 ...........環凹槽 222 ...........氣體容置室 223 ...........0型環 23............彈性元件 3.............穿刺件 ❿31............連通孔 4.............氣控閥 41 ............轴桿 42 ............通孔 43 ............側貫孔 44 ............膠體M282145 8. Description of the new type: [Technical field to which the new type belongs] • This creation is about a kind of gas pressure-regulating valve structure that can be combined with toy grabs to fire bullets. [Previous technology]-A toy pistol with a general launching function 'and _axis realistic effect is a kind of BB bomb toy hand grab most favored shooting activity activists. ♦ The conventional BB bomb toy grabs the air and fires the bullet system. _External gas is used to fire the bullet. Therefore, there are many external devices and the overall volume appears to be bulky. The operation of these additional devices makes the actual shooting quite inconvenient. [New content] The main purpose of this creation is to provide a gas pressure valve that is installed inside the BB bomb toy pistol. By improving the air pressure of the air intake of the bomb gun, it will appeal to the original The space provides gas constant pressure valve and gas bottle settings, so that the toy hand grabs the stable gas pressure and has a much lighter appearance, which improves its operating efficiency. [Embodiment] For the other purposes and detailed structure of this creation, it will be made clearer by the following detailed description. At the same time, referring to the attached drawings, the technical content of this creation can be further revealed: Referring to the first to fourth figures, the gas pressure regulating valve of this creation is mainly located inside the second-hand bomber M, and its + gas constant pressure system is combined with the gas cylinder 3 to insert the content U. The inner part of 1 is fixed by the fixed cover 103, and the high-pressure gas in the gas cylinder 3 is the gas M282145. The valve releases the gas from the air hole ⑽ to direct the gas to fire the bullet instantly. The appointment of the senior professional body mainly includes the outer cover valve seat 2, the puncture member 3 and the air control cymbal 4, the eight middle cover 1 king-1 mesh 盍 shape, there is an air hole n above, and the lower opening can be locked with the cymbal seat 2. The valve seat 2 is axially provided with a shaft through hole 21, and the upper body has a ring seat 22, and this ring seat 22 is spaced from the ring groove 221 and a gas receiving chamber 222 is provided behind the gas receiving chamber. The shaft through hole 21 communicates, and the ring groove 221 _ can be provided with an elastic element. The space between the outer cymbal 1 and the valve seat 2 can be provided with a valve member 4, which is a movable member. A shaft 4 is provided in the axial direction; 1, the upper body of the valve member 4 is provided in the outer paper chamber, the _ lever side is provided in the gas storage chamber 222 of _2, and a through hole is provided in the center of the shaft correction This through hole = 2 is not all penetrated, but is connected to one side through-hole milk at the bottom of the through-hole 42. Therefore, the gas conduction method is derived by the side through-hole 43 in the side portion entering the through-hole 42. And, a piercing member 3 is locked below the ring seat 22 of the valve seat 2. The piercing member 3 is axially penetrated with a communication hole 3 in the center. When the outer cover 1, the valve seat 2, the piercing member 3, and the valve are locked, When the components such as piece 4 are combined with each other, the central axis of the combination of each component is provided with an aperture for gas communication, and the outer edge of the valve seat 2 is provided with a thread for the content groove 1 of the E1 10 It is locked and fixed, and when the gas puncture member 3 provided under the gas constant pressure cylinder is set in the magazine 4, the tip of the tail of the puncture member 3 is punctured, so that the gas of the gas cylinder 3 enters the gas constant pressure. Inside the valve, and the upper half of the gas pressure regulating valve is in a sealed state with the inner groove 101, so the gas will not leak out. Please refer to the fifth figure again. When the gas pressure in the gas cylinder 3 is greater than the pressure entered by the gas pressure regulating valve, the gas in the puncture member 3 and the shaft through hole 21 from the gas cylinder 3 can push the valve member 4 to the top. The valve supply 4 and the shaft through hole 21 are kept in communication, so that the gas enters the side through the gas containing chamber 222, ⑧ 6 M282145 is led out from the hole 43 to the through hole 42 and then released outward through the air hole n to the air guide to strike. Fire a bullet. Here, the gas quota design uses the law of constant pressure of air pressure to make the document keep the conduction hole 21 of the air space 2 open for use as a bullet. If the external pressure is greater than the inside of the gas pressure regulating valve, the pressure that the gas will enter is greater than the auxiliary gas output from the cylinder. Often, the compensation piece is moved down to close the shaft through hole 21 of the compartment 2 due to external pressure. Bottle 3 air pressure can not enter the gas pressure inside. ^ As mentioned above, the gas setting provided by this creation can be used to control the pressure-stabilizing structure to achieve a stable release of gas. Compared to the use of external cylinders with a large volume | style form, this creation can be described It has greater advantages and progressive effects, so it is an innovative and practical design. [Schematic description] The first figure is a perspective view of the appearance of this creation. The second picture shows an exploded perspective view of the structure of this creation. The third picture is a scraped view of the structure of this creative composition. The fourth figure is a diagram showing the dumping and dumping of the bomb. The thin paste is a schematic diagram of the gas release state of Wei Ding pressure_qi. ^ This is not a schematic diagram of the state that the valve element is pressed against the through hole of the valve seat shaft after being pressured. [Description of Symbols of Main Components] 1 ......... ··· Air Hole ···· Air Chamber 11 ···-Valve Seat 7 12 ·· M282145 21 ...... ...... Shaft through hole 22 ............ Ring seat 221 ........... Ring groove 222 ......... .. Gas holding chamber 223 ........... 0 ring 23 ............ Elastic element 3 ............. Piercing element ❿31 ............ Communication hole 4 ............. Pneumatic control valve 41 ............ Shaft 42 ............ through hole 43 ............ lateral through hole 44 ............ colloid
5.............HifR 10............彈匣 101 ...........内容槽 102 ...........氣孔 103 ...........固定蓋 ⑧ 85 ............. HifR 10 ............ Magazine 101 ........... Content slot 102 ..... ... Air hole 103 ........... Fixed cover ⑧ 8