尤指一種可達 M272970 八、新型說明： 【新型所屬之技術領域】 本創作係應用於空翁f ^ 乳知之技術領域 射程遠且準確之空氣搶。 【先前技術】 按，現代人工作繁忙， ΛΑ 作壓力大，因此有越來 的人重視生活及健康，而 、擇射擊之類的活動來抒發 上的壓力，以達到解壓之 又果例如··漆彈射擊、生 戲等，但，一般習用之空氣 孔fe為了使子彈的射程遠且 之功、效，會將搶管加長，如 _ $此不僅會加重空氣槍之重 讓使用者無法久拿，且製 衣乂成本也會增加。 本創作人有鑑於目前習 ^ 、 白用之空虱搶，在使用上仍 進的地方，所以本創作人π # τ々 乃精由夕年從事相關產業之 與製造經驗，針對上述現有办 u匁工*1 所面臨的問題加以， 研究，並積極的尋找解決夕士 、之方法，經多次測試及改良 終於創造出一種可確實改；隹μ、+ 隹只又進上述缺失之空氣搶。 【新型内容】 本創作之主要目的係為提供一種射程遠且準確之空 搶 為了達到上述之目的本創作所運用的技術手段係在 提供一種空氣搶出氣推彈結構，其主要包括一槍管内設 一擊發機構及一活門組，該擊發機構之擊發管内設有一 到 多 作 遊 確 y 改 發 討 氣 於 有 具 5 M272970 螺旋狀之推彈桿；利用上述之擊發機構及活門組之相互配 合，使氣流經由該推彈桿衝出可達到射程遠且準確之功效。 接下來會列舉一較佳實施例，並配合圖示及圖號，對 本創作其他的目的及效能做進一步的說明，期能使貴審查 委員對本創作有更詳細的瞭解，並使熟悉該項技術者能據 以實施，以下所述者僅在於解釋較佳實施例，而非在於限 制本創作之乾圍，故凡有以本創作之創作精神為基礎，而 為本創作之創作任何形式的變更或修飾，皆屬於本創作意 圖保護之範_。 【實施方式】 如第圖至第二圖所示，本創作係一種空氣搶之結構 改良，其包含： -空氣搶（丄），該空氣搶（"係與一般手搶相似， 具有搶身（1 1 )、槍管（i 2 )、彈E (工3 )、側蓋（工 一）板機（1 5 )及限位板（工6 )等設計（如第一圖所 示”其中該側蓋係以一定位桿（工4丄）與搶管（丄2 ) 亥“（1 2 )内緊接著側蓋（工4 )則依序設 有-擊發機構（2 )及一活門組（3 ); …-擊發機構（2 )，係包含有一擊發管（2丄），於擊 ^管（2 1 )之—侧設有—連接#( 2 2 )以連接一擊鎚 23)，該擊鎚（23)之一端具有—擊鎚點（η)， 且擊鍵（23)異於擊發管（21)《一側設有一限位槽 6 M272970 (2 3 1 )，另，擊鎚（2 3 )與側蓋（1 4 )之間設有一 彈性體（2 5 ); 一活門組（3 )，係包含一活塞體（3 1 )、一活塞門 (3 2 )及一軸桿（3 3 )所組成，其中該活塞體（3 1 ) 之適當位置上分別設有一貫穿之轴孔（3 1 1 )及縱孔（3 1 2 )，且該軸孔（3 1 1 )及縱孔（3 1 2 )間成互相連 通狀，另，該軸孔（3 1 1 )内穿設有一軸桿（3 3 )，該 • 軸桿（3 3 ) —側之適當位置處設有一平面部（3 3 1 )， 而異於平面部（3 3 1 )之一端則設有一螺紋部（3 3 2 )， 藉以該螺紋部（3 3 2 )以螺合於活門（3 2 )之螺孔（3 2 1 )内，另，該活門（3 2 )異於軸桿（3 3 )之一端 設有一彈性體（3 4 );如此，即可有效控制氣體得以順暢 的流竄至活塞體（3 1 )之軸孔（3 1 1 )内； 其中該擊發機構（2 )之擊發管（2 1 )内設有一螺 •紋孔（2 1 1 )，該螺紋孔（2 1 1 )則與推彈桿（2 6 ) 之螺紋段（2 6 1 )相結合，該推彈桿（2 6 )為螺旋狀； 當空氣槍（1 )使用時，其欲擊發時，先將擊發機構 (2 )向後拉移，使擊鎚（2 3 )之限位槽（2 3 1 )受 限位板（1 6 )之扣制，同時球體（5 )則由彈匣（1 3 ) 掉落至搶管（1 2 )内；接著扣下板機（1 5 )，使板機（1 5 )將限位板（1 6 )推起，令限位板（1 6 )脫離限位 槽（2 3 1 )，此時因彈性體（2 5 )之彈力將擊發機構（2 ) M272970 向前推移，使擊鎚（2 3 )之擊鎚點（2 4 )碰撞至軸桿 (3 3 )末知’瓖軸桿（3 3 )及設於軸桿（3 3 )上之 活門（3 2 )因碰撞力向前位移，此時氣體會迅速經由軸 桿（33)之平面部（331)與活塞體（31)間之空 隙流竄至軸孔（3 1 1 )與縱孔（3 i 2 )内，並使氣體 從縱孔（3 1 2 )流入擊發管（2丄）内向外衝出，其所 衝出之氣體可輔助擊發管（2 i )向前作動之力造成球體 _ ( 5 )向外發射出（如第四圖所示）；同時因該擊發管（2 1 )内设有一推彈桿（2 6 )，所以氣體會繞經該推彈桿（2 6 )形成強而有力之螺旋狀氣流，利用該螺旋狀氣流使球 體（5 )衝出搶管（1 2 )時，可以達到射程較遠且準確 之功效。 藉由上述本創作具有以下之優點： 1 · 利用該推彈桿則不需改變搶管長度即可達到射 鲁 程遠且準確之功效。 2 · 可有效縮短搶管長度，使空氣槍之重量減輕。 歸納上述的說明，本創作同時具有上述眾多的效能與 實用價值，並可有效提升整體的經濟效益，因此本創作確 實為一創意極佳的創作，且在相同的技術領域中未見相同 或近似的產品公開使用，故本創作已符合新型專利的要 件，乃依法提出申請，並祈請賜准本新型專利。 8 M272970 【圖式簡單說明】 第一圖係本創作之立體外觀圖。 第二圖係本創作之立體分解圖。 第三圖係本創作之剖面圖。 圖〇 第四圖係本創作之實施動作之示意 第五圖係本創作之氣流流向之示意圖。 【主要元件符號說明】 (1 1 )槍身 (1 3 )彈匣 (1 4 1 )定 (16)限位 (2 1 )擊發 (2 3 )擊鎚 (2 5 )彈性 (2 6 1 )螺 (3 1 )活塞 (3 1 2 )縱 (3 2 1 )螺 (3 3 1 )平 (3 4 )彈性 位桿 板 管 體 紋段 體 孔 孔 面部 體 (1 )空氣搶 (1 2 )槍管 (1 4 )側蓋 (1 5 )板機 (2 )擊發機構 (2 1 1 )螺紋孔 (2 2 )連接桿 I ( 2 3 1 )限位槽 (2 4 )擊鎚點 (2 6 )推彈桿 (3 )活門組 (3 1 1 )軸孔 (3 2 )活門 (3 3 )轴桿 (3 3 2 )螺紋部 (5 )球體 9Especially a kind that can reach M272970 8. Description of the new type: [Technical field to which the new type belongs] This creation is applied to the technical field of Kongwong f ^ Ruzhi. Long range and accurate air grab. [Previous technology] According to the press, modern people are busy with work, and ΛΑ is under great pressure. Therefore, more and more people value life and health, and choose activities such as shooting to express the pressure to achieve the results of decompression. Paintball shooting, live play, etc. However, in order to make the bullet's range and effectiveness and efficiency, the conventionally used air hole fe will lengthen the grab. Take it, and the cost of clothing will increase. In view of the current practice, the author still has somewhere to go in terms of use. Therefore, the author π # τ々 is from the years of experience and related manufacturing experience in the related industries.匁 工 * 1 faced the problems, researched, and actively searched for a solution to the problem, and after many tests and improvements, it finally created a definite change; 隹 μ, + 隹 only entered the above-mentioned missing air to grab . [New content] The main purpose of this creation is to provide a long-range and accurate air grab. In order to achieve the above purpose, the technical means used in this creation is to provide an air grab air ejection structure, which mainly includes a gun inside. A firing mechanism and a valve group. The firing tube of the firing mechanism is provided with one or more working strokes. The reissuing mechanism is equipped with a 5 M272970 spiral push rod; using the above-mentioned firing mechanism and valve group to cooperate, Long range and accurate effect can be achieved by allowing airflow to be pushed out through the push rod. Next, a preferred embodiment will be listed, and with the illustrations and figure numbers, other purposes and effects of this creation will be further explained, in order to enable your review committee to have a more detailed understanding of this creation and familiarize yourself with the technology Can be implemented on the basis of the following, only to explain the preferred embodiment, not to limit the scope of the creation, so any creation based on the creative spirit of this creation, but any form of change Or modification, all belong to the scope of protection of this creative intention_. [Embodiment] As shown in the figure to the second figure, the present invention is a structural improvement of the air grab, which includes:-Air grab (丄), which is similar to the general hand grab, has a body grab (1 1), barrel (i 2), bullet E (work 3), side cover (work 1) board machine (1 5) and limit plate (work 6), etc. (as shown in the first picture) The side cover is provided with a positioning rod (work 4 丄) and pipe grabbing (丄 2), and the side cover (work 4) is sequentially provided with a firing mechanism (2) and a valve group. (3); ...- the firing mechanism (2), which includes a firing tube (2 丄), which is provided on the side of the firing tube (2 1)-connection # (2 2) to connect a hammer 23), One end of the hammer (23) has a hammering point (η), and the keystroke (23) is different from the firing tube (21). One side is provided with a limiting groove 6 M272970 (2 3 1). In addition, the hammer (2 3) is provided with an elastic body (2 5) between the side cover (1 4); a valve group (3), which comprises a piston body (3 1), a piston door (3 2) and a shaft ( 3 3), in which the piston body (3 1) is provided with a consistent position respectively The shaft hole (3 1 1) and the vertical hole (3 1 2) are passed through, and the shaft hole (3 1 1) and the vertical hole (3 1 2) are connected to each other. In addition, the shaft hole (3 1 1) ) A shaft (3 3) is provided through the inner shaft. A flat portion (3 3 1) is provided at an appropriate position on the side of the shaft (3 3), and one end different from the flat portion (3 3 1) is provided. There is a threaded portion (3 3 2), by which the threaded portion (3 3 2) is screwed into the screw hole (3 2 1) of the shutter (3 2). In addition, the shutter (3 2) is different from the shaft ( 3 3) One end is provided with an elastic body (3 4); in this way, the gas can be effectively controlled to smoothly flow into the shaft hole (3 1 1) of the piston body (3 1); wherein the firing mechanism (2) The firing tube (2 1) is provided with a threaded hole (2 1 1), and the threaded hole (2 1 1) is combined with the threaded section (2 6 1) of the push rod (2 6). The lever (2 6) is spiral; when the air gun (1) is used, when it wants to fire, first pull the firing mechanism (2) backward to make the limit groove (2 3 1) of the hammer (2 3) The buckle of the restricted position board (1 6), while the sphere (5) is dropped from the magazine (1 3) to the grab pipe (1 2) ; Then buckle the board machine (1 5), make the board machine (1 5) push the limit plate (1 6), make the limit plate (1 6) out of the limit slot (2 3 1), at this time due to The elastic force of the elastic body (2 5) pushes the firing mechanism (2) M272970 forward, so that the hammer point (2 4) of the hammer (2 3) hits the shaft (3 3). 3) and the valve (3 2) provided on the shaft (3 3) is moved forward due to the collision force, and the gas will quickly pass between the flat portion (331) of the shaft (33) and the piston body (31). The gap flows into the shaft hole (3 1 1) and the vertical hole (3 i 2), and makes the gas from the vertical hole (3 1 2) flow into the firing tube (2 丄) and rush out. The gas that is rushed out can be The force of the auxiliary firing tube (2 i) moving forward causes the ball _ (5) to be launched outward (as shown in the fourth figure); at the same time, a push rod (2 6) is provided in the firing tube (2 1). Therefore, the gas will pass through the push rod (2 6) to form a strong and powerful spiral airflow. When the spiral airflow is used to make the sphere (5) burst out of the grab pipe (1 2), the range can be long and accurate. Effect. The above-mentioned creation has the following advantages: 1 · The use of the push rod does not need to change the length of the tube grab to achieve long and accurate results. 2 · It can effectively shorten the length of grabbing pipe and reduce the weight of the air gun. Summarizing the above descriptions, this creation has both the above-mentioned numerous effects and practical values, and can effectively improve the overall economic benefits. Therefore, this creation is indeed a very creative creation, and it is not the same or similar in the same technical field. The products are publicly used, so this creation has met the requirements of the new patent, and an application has been made in accordance with the law. 8 M272970 [Schematic description] The first picture is the three-dimensional appearance of this creation. The second picture is a three-dimensional exploded view of this creation. The third picture is a sectional view of this creation. Figure 〇 The fourth figure is a schematic diagram of the implementation of this creation. The fifth figure is a schematic diagram of the airflow direction of this creation. [Description of main component symbols] (1 1) gun body (1 3) magazine (1 4 1) set (16) limit (2 1) fire (2 3) hammer (2 5) elasticity (2 6 1) Screw (3 1) Piston (3 1 2) Longitudinal (3 2 1) Screw (3 3 1) Flat (3 4) Elastic position lever plateTube body patternSectionsBody holeFace body (1) Air grab (1 2) Barrel (1 4) Side cover (1 5) Plate trigger (2) Firing mechanism (2 1 1) Threaded hole (2 2) Connecting rod I (2 3 1) Limit groove (2 4) Hammer point (2 6) Push rod (3) Valve group (3 1 1) Shaft hole (3 2) Valve (3 3) Shaft (3 3 2) Threaded part (5) Ball 9