201226838 六、發明說明： 【發明所屬之技術領域】 本發明為提供空氣搶擊發系統可採純機械式作高速連發或單發之操 作’利用一滑動梭管可前後運動於-彈腔與-錫林之間，往覆運動過程中 達到擊發及填彈的工作’在沒有外力限定下，滑動梭管為連續往覆運動， 經由-滑扣件的介入，可限定為翠發運動。 【先前技術】 有關於壓力空氣搶的使用’其射擊為漆彈或诎彈，它的空氣壓力來源 為壓縮空氣，經由搶枝本身的壓力調制之後，以對彈體作瞬間高壓擊發， 其擊發的方式有單發及連續擊發兩種，在連續擊發的部分，常見有電子式 的電磁閥操作空氣衝放決定，該電磁閥經常受到壓力源的壓力值變化而使 工作情況改變，造成失誤。 201226838 【發明内容】 本發明為改善空驗可得穩 作模式’讓空氣璧力在一穩定的物理:、，續擊發’而採純機械式的工 擊發，並_-扳動裝置驗定_ ^ 解脈衝柄高速連續衝放 疋為本發明之主要目的。 ^系統制止為單發或為保險鎖 本發明為了達成上述目的而利用 其外圓滑置於-彈膛，内圓所設的滑‘二=同軸設有-滑柱， 由一拱回彈簧單向 、錫林的缸體，滑動梭管經 ㈣始〜s 覆是由錫林運送過來的高壓 '月動射轉腔方向運動，當滑柱的端面麵滑柱，使 衝室總體的高壓氣I* 體之後，缸體包含壓力緩 後由錄_，達到擊發目的，壓力減低 本發明第：曰再乍’以達成連續運動。 扣件，該滑扣件即==用—扳動裝置，經由凸輪的調變之後會聯動一滑 放為連續擊發或為保險鎖定。 職疋而仔到早發的使用或開 本發明第四目Μ & Αη 壓力調變裝置;5 ―、踢林是連接—氣壓調㈣統’該氣難制祕設有一 氣作麵_變及2保護裝置和一流量管置，它會將進人的壓力空 變及過壓防護，避免射擊發生超速的危險。 201226838 【實施方式】 有關本發明找細結構及m請參關式制如下： 首先請參閱第1圖所示，本發明主要係設有一軸套狀的滑動梭管3，滑 紐管3 _部設有-滑柱31， 31是滑置在—錫林2財心所設紅體 2卜滑動梭管3的外圓為滑置在搶管5所設彈㈣的内圓，滑動梭管3的 内圓表32，又再次滑套於錫林2的外圓表22，且令滑柱31與缸體21之間， 和内圓表32與外圓表22之間為活動氣密之公差配合。 彈艘50經由-填彈口 4提供彈體4〇進入，彈體4〇進入是對正在搶腔 51的軸〜位i ’在彈腔5G朝向錫林2的開放側外圍擴大設有一抵環52， • 抵環52為提供一拱回彈簧30相對端所抵壓。 滑動梭管3套接錫林2的-端往外摩開形成有環狀的抵肩％，該抵肩 36相對抵環52的-側同樣提供拱回彈簧3〇的端口所抵壓。 -胃/f動梭管3所設的滑柱31是由一徑向的連接部33連接其根部形成懸 桿狀’連接部33往射擊方向之端口為-觀口 34，壓送口 34與滑動梭管 3的槽體3GG之間經由設於連接部33所通設的氣孔謂導通，滑柱的長 度為短於物梭管3的總體長度，耳所設的端面_是位於槽體綱的空 間内部。 …踢林2内部設有缸體21，缸體21 _向-處設有一氣密環21〇，藉由 肇氣密環210的彈性作用可對上述滑柱31作更止密效果。 錫林2的缸體21往氣壓調制系統丨的方向連結’缸體21首先導通氣 壓調制系統1的麗力緩衝室15，壓力緩衝室15經由氣流路徑導通導接部 11 ’導接部11為接受縫空氣源的導人，導接部n進人高壓空氣之後， 首先經由—壓力調變裝置12的調制’它可調制壓力值的大小，其調制可經 由調整螺絲121由外部調轉所得，路徑中所設的過壓保護裝置13，它會將 過大壓力自誠放，以及速度的讀可在路射設有-流量管崎置14， 流置管制裝置14的調變會改變速度關係，形成壓力會作用在壓力緩衝室i5 内部。 201226838 請再參閱第2圖所示’搶管5與氣壓調制系統！是經由—搶身部件6 的聯結’該搶身部件6為搶身的-部份，將搶管5和氣壓調制系統j形成 同轴的線性_前後組合’滑動鮮3是滑置在錫林2的重疊軸心位置， 錫林2疋聯結在氣壓调制系統1並導接壓力緩衝室π &空氣壓力，搶管5 所設賴50是提供滑動梭管3的_表35所滑置，並由側向導通的填彈 口 4提供滑動梭管3填人’經由搶身部件δ的聯結使槍管5與錫林2之間 形成同軸的直線組合，_梭管3則可依靠職5()及錫林2的線性支持而 作往覆運動’其恢復是糊翻轉3Q的拱壓力量胸，推闕程中滑柱 31所設的端面310它是往壓力緩衝室15的方向阻尼。201226838 VI. Description of the Invention: [Technical Field of the Invention] The present invention provides a high-speed continuous or single-shot operation for an air slamming system that utilizes a sliding shuttle tube to move forward and backward in a bomb chamber. Between the cylinders, the work of firing and filling in the course of the overlying movement's. Under the limitation of external force, the sliding bobbin is a continuous moving movement, which can be limited to the Cuifa movement through the intervention of the sliding fastener. [Prior Art] Regarding the use of pressurized air grabs, the shot is a paintball or a shotgun. Its air pressure is derived from compressed air. After being modulated by the pressure of the grabbing itself, it is used to make a momentary high-pressure shot on the projectile. There are two types of single-shot and continuous-fire. In the continuous firing part, the electronic solenoid valve is usually operated by air-pulling. The solenoid valve is often changed by the pressure value of the pressure source to change the working condition and cause errors. 201226838 [Summary of the Invention] The present invention is to improve the static test mode to allow the air force to be in a stable physical:, continuous firing, and adopt a pure mechanical type of firing, and _-trigger device verification _ ^ The high-speed continuous pumping of the pulse handle is the main purpose of the invention. ^The system is stopped as a single shot or as a safety lock. In order to achieve the above object, the outer slide is placed on the -elastic, and the inner circle is provided with a sliding 'two=coaxially-sliding column, which is unidirectional by an arch return spring. The cylinder of the cylinder, the sliding bobbin through the (four) beginning ~ s cover is the high-pressure 'monthly jet rotation direction movement sent by the cylinder, when the end face of the sliding column slides, so that the overall high pressure gas I * After the body, the cylinder contains the pressure slowed down by the record _, to achieve the purpose of firing, the pressure is reduced by the invention: 曰 乍 乍 to achieve continuous movement. For the fastener, the sliding fastener is the ==------------------------------------------------------------------------------------------------------------------------------------ Use the job and start early use or open the fourth item of the invention & Αη pressure modulation device; 5 ―, kick forest is connected - pressure adjustment (four) system 'the gas is difficult to make a secret _ change And 2 protection device and a flow tube, it will change the pressure of the incoming person and overpressure protection, to avoid the risk of overspeed shooting. 201226838 [Embodiment] The present invention relates to a fine structure and a m-parameter system as follows: First, as shown in Fig. 1, the present invention mainly provides a sleeve-shaped sliding shuttle pipe 3, a sliding tube 3 _ portion The sliding column 31, 31 is disposed in the outer circle of the sliding body 3 of the red body 2 and the sliding bobbin 3 which is set in the center of the Xilin 2, and is arranged to slide in the inner circle of the bomb (4) of the grabbing tube 5, and the sliding bobbin 3 The inner circle table 32 is again slid over the outer circle table 22 of the cylinder 2, and the tolerance between the spool 31 and the cylinder block 21, and the inner circle table 32 and the outer circle table 22 is the airtight tolerance. Cooperate. The projectile 50 provides the projectile 4〇 through the fillet port 4, and the projectile 4〇 enters the axis of the grab chamber 51 to the position i′ which is enlarged at the periphery of the open side of the bullet chamber 5G toward the cylinder 2 52, • The ring 52 is pressed against the opposite end of the spring return spring 30. The end of the sliding bobbin 3 sleeved cylinder 2 is formed with an annular abutment % which is pressed against the side of the abutment ring 52 which also provides a return spring 3〇. - The spool 31 provided by the stomach/f shuttle tube 3 is connected by a radial connecting portion 33 to the root portion thereof to form a suspension rod-shaped connecting portion 33 to the direction of the shooting direction - the mouth 34, the pressure feeding port 34 and The slots 3GG of the sliding bobbin 3 are electrically connected via the air holes provided in the connecting portion 33. The length of the spool is shorter than the overall length of the shuttle tube 3, and the end surface of the ear is located at the slot body. The interior of the space. The inside of the kicking forest 2 is provided with a cylinder block 21, and the cylinder body 21_ is provided with an airtight ring 21〇, and the above-mentioned spool 31 can be more densely sealed by the elastic action of the helium gas tight ring 210. The cylinder 21 of the cylinder 2 is connected to the direction of the air pressure modulation system '. The cylinder 21 first conducts the Lili buffer chamber 15 of the air pressure modulation system 1, and the pressure buffer chamber 15 conducts the conduction portion 11 via the air flow path. After receiving the high-pressure air, the guide portion n is firstly passed through the modulation of the pressure modulation device 12, which modulates the magnitude of the pressure value, and the modulation can be transferred from the outside via the adjustment screw 121. The overpressure protection device 13 is provided, which will automatically press the excessive pressure, and the reading of the speed can be set in the road-flow tube, and the modulation of the flow control device 14 changes the speed relationship to form a relationship. The pressure acts on the inside of the pressure buffer chamber i5. 201226838 Please refer to Figure 2 for the 'Public Pipe 5 and Air Pressure Modulation System! It is through the connection of the grabbing component 6 'the part of the stealing part 6 is the part of the grabbing body, and the tube 5 and the air pressure modulation system j form a coaxial linear _ front and rear combination 'sliding fresh 3 is slipped in the cylinder 2 overlapping axis position, cylinder 2 is connected in the air pressure modulation system 1 and leads the pressure buffer chamber π & air pressure, the tube 5 is set to provide the slide bobbin 3 _ table 35 sliding, And the sliding bobbin 3 is filled by the side-guided ballistic opening 4 to fill the straight line combination between the barrel 5 and the cylinder 2 via the coupling of the grabbing member δ, and the shuttle tube 3 can rely on the position 5 () and the linear support of the cylinder 2 for the overlying movement 'the recovery is the arch pressure of the 3Q arch pressure chest, the end face 310 provided by the spool 31 in the push stroke is the direction damping to the pressure buffer chamber 15.
擊發刖的運作’為壓力緩衝室15的高麗空氣作用向滑柱31的端面 310 ’滑柱31經由内圓表32而聯動其外圓表35，滑入搶管5的彈腔5〇， 同時棋回彈簧30受·迫’壓力緩魅15的高壓线連續侧向滑動梭 管3的滑柱31，败滑動梭管3整體會往彈腔5()方向位移，此際高壓空氣 疋存留在錫林2的缸體21與滑㈣的端面31()形變空間内部，滑動梭管3 受推擠最後會抵住彈體40。 第3圖所示為,月柱31的端面31〇受到壓力緩衝室15的壓送，連動滑 動梭管3整體位移，滑動梭管3 _送口 ％含接_體4()，並使彈體4〇 =位在搶管5的外圓i，拱回彈簧3G受到極度壓縮，而且端面3 近脫離錫林2的端口 20。 =參閱第4圖所示’當壓力緩衝室15的壓力持續作用向滑動梭管3 =31，且滑柱31的端面_以被壓送脫離錫林2的端口 力=室15的繼氣即經崎2的缸㈣穿流向滑動齡 = _，再從滑動梭管3的槽體3〇〇、經氣孔33〇而 = 槽體期和錫林2的缸體21内部空氣愿力會瞬間釋放。 參閱第5圖所示，由於上述釋放之後壓力降低，而 脊3〇的_，它會將滑動梭管3往錫林2的方向推回，推回過程口中彈 201226838 滑柱31的端面3i〇會經由紅， 的壓力，神爾力=====過程當懷-額外 二==::=形成往_運_ 的運行操作，上述的運行，皆為 論^覆補，職舰續擊發 成連續射擊操作。 * ’在未有外力的干涉下，形 早货飞連發的選擇使用，本發明在滑動梭 涉的扳動裝置7，它作用向滑動梭管3的限定，=擇丁可干 3連續動作耐到稍擊發 Τ_為錢式讓滑動梭管 發射擊的侧。 ^㈣限制式㈣扳機_作而成為單 板動裝置7基本上設有一扳機，扳機？！ 72 ^ 72 722 3 ^ 錫林2對抵肩36的阻擒或開放，而達到連續擊發的月端，利用 作’其中扳機71經由梢㈣駁接在搶體的固定位置!=:發操 在扳動扳機71的時候，依據梢軸71〇 ^ 、1火復， 72 , ^«»；Π "Ϊ2 m 復位，同時也連動板機71復回原位。 &所歸位之彈簧712所 彈菩是麵—梢軸72G為工作支點，且滑扣件72 _拉製 彈簧75的作用會往右側拉持方向維持，受到 Η“又到-拉絮 如是每扳動-次扳機71即挑動滑扣件7 化㈣會^生位移， 的抽心支_，而讓扣尖722會往下單次退開^；:人=梢_ 36即脫扣達成擊發運行，而抵肩36受職回彈㈣:的=制，則抵肩 ㈣扣尖则上平面咖，之後再受==則會切 成暫態的止定，如此達到單發射擊作用。 恐的限疋而卡止，形 201226838 所滑置，經刪孔723的合在搶_軸720 向的運動，如左右或上下。 了_料件72轉動得到兩個角 ^I㈣賴擊㈣，為切㈣72町齡 軸桿721經由-凸輪73的_可被限定在__角位，f ’ 尖722的高度位置是否干涉抵肩36，該 用 、疋扣 口 731，該單發讓口 731為提供切動 卜圍叹有一早發讓 得-終極随，經·角朗位連的㈣之後可 :設有-保險鎖定的頂扣凸圓733,連發抵面732 用’而頂扣凸圓733則作為保險鎖定的作用。 臂發的抵葬作 有關單扣式連續擊發的實施方式，請參閱第 調轉變動角位之後，所設的連發抵面732會 ^輪73觉到The operation of the firing raft 'acts for the Goryeo air of the pressure buffer chamber 15 to the end surface 310 of the spool 31 'the spool 31 is linked to the outer circular table 35 via the inner circular table 32, and slides into the elastic chamber 5 of the grabbing tube 5 while The chess return spring 30 is subjected to the high pressure line of the pressure relief 15 and continuously slides the slide shaft 31 of the shuttle pipe 3, and the entire sliding shuttle tube 3 is displaced in the direction of the elastic chamber 5 (), and the high pressure air remains in this case. Inside the deformation space of the cylinder 21 of the cylinder 2 and the end surface 31 () of the sliding (four), the sliding bobbin 3 is pushed and finally resists the projectile 40. As shown in Fig. 3, the end face 31 of the moon column 31 is pressure-fed by the pressure buffer chamber 15, and the sliding shuttle pipe 3 is integrally displaced. The sliding shuttle pipe 3_send port is connected to the body 4 (), and the bullet is made. The body 4〇 is located at the outer circumference i of the pipe 5, the arch return spring 3G is extremely compressed, and the end face 3 is close to the port 20 of the cylinder 2. = Refer to Fig. 4 'When the pressure of the pressure buffer chamber 15 continues to act toward the sliding shuttle tube 3 = 31, and the end face of the spool 31 is pressed to the port force of the cylinder 2 = the exhaust of the chamber 15 The cylinder of the Kakisaki 2 (four) passes through the sliding age = _, and then the air from the tank 3 of the sliding bobbin 3, through the air hole 33〇 = the tank period and the cylinder 21 inside the cylinder 2 will be released instantaneously. . Referring to Fig. 5, since the pressure is lowered after the above release, and the ridge 3〇, it pushes the sliding bobbin 3 back toward the cylinder 2, and pushes back the process port to hit the end face 3i of the 201226838 spool 31. Will pass the red, the pressure, the Shenli force ===== process as the Huai-extra two ==::= formation of the operation of the _ _ _, the above operation, are all on the ^ ^, the ship continued to fire Into a continuous shooting operation. * 'Under the interference of external force, the choice of the shape of the early flight is used. The sliding device of the invention is used in the sliding device 7 of the sliding shuttle, which acts to define the sliding shuttle tube 3. Resistant to a little hit Τ _ for the side of the money to let the sliding shuttle pipe shoot. ^ (4) Restricted (4) Trigger _ made into a single-plate moving device 7 basically equipped with a trigger, trigger? ! 72 ^ 72 722 3 ^ Cylinder 2 is blocked or open to the shoulder 36, and reaches the end of the continuous firing. It is used as the 'the trigger 71 is connected to the fixed position of the body by the tip (four)! =: When the trigger 71 is pulled, it is reset according to the tip shaft 71〇^, 1 fire, 72, ^«»; Π "Ϊ2 m, and the switch 71 is also returned to the original position. The spring 712 of the homing spring is the surface-tip shaft 72G is the working fulcrum, and the action of the sliding fastener 72 _ drawn spring 75 is maintained in the direction of the right pull, and is subjected to Η Each pull-trigger 71 will trigger the slide fastener 7 (four) will produce a displacement, the pumping branch _, and let the buckle tip 722 go down a single time ^;: person = tip _ 36 is tripped to reach The firing operation, while the shoulder 36 is rebounded (four): the = system, then the shoulder (four) buckle tip on the plane coffee, and then == will cut into a transient stop, so as to achieve a single shot. The fear of the limit is blocked, the shape 201226838 is slid, the movement of the hole 723 is in the direction of the _ axis 720, such as left and right or up and down. The _ material 72 rotates to get two angles ^I (four) slamming (four), The __ can be limited to the __ angular position, and the height position of the f 'tip 722 interferes with the yoke 36, the shackle 731, the single scuttle 731 In order to provide a cut, the sigh is sighed and there is an early release - the ultimate with, the corner of the horn is connected (four) can be: with a top-locking convex 733 with an insurance lock, and a top-to-back 732 with a top buckle Round 733 As a function of insurance lock. The embedding of the arm hair. For the implementation of the single-button continuous firing, please refer to the set transition angle 732.
721 w：：7Z7sTJ 的扣尖您原先為維持阻插作用讓滑動技# 3不運作，肩扣 讓連發抵面732作用向切動_的時候，它會將滑扣件72限定一個^ 的=變換，而扳練置7扳紐扣件72，相對端時 Γ 的支點作用而使扣尖722維持下降讓開此^動二 卩脫軒涉，而職連續往覆，達成連續擊發的 ’則扣尖722即能再升起干涉抵肩36 m制止滑動梭管3動作歼 Η被上手，綱賴树72軸71 _位，在板機 梢轴72H 72的扣尖722才會再經拉擎彈簧75的拉力及721 w::7Z7sTJ's button tip. You originally used to prevent the plugging effect so that the sliding technique #3 does not work. When the shoulder button makes the bursting surface 732 act to cut the _, it will limit the slider member 72 to a ^ =Transform, and the 7-button fastener 72 is swayed, and the fulcrum of the opposite end acts to keep the buckle tip 722 from falling, so that the second movement is released, and the position is continuously repeated, and the continuous firing is achieved. The buckle tip 722 can raise the interference yoke 36 m to stop the sliding shuttle tube 3 from being actuated. The frame is 72-axis 71 _ position, and the buckle tip 722 of the trigger shaft 72H 72 will pass through the pull engine. The tension of the spring 75 and
上覆位，再度干涉滑動梭f 3的抵肩36，而滑扣件W 賺4，躲扣件72 _轉721受到連發抵 的右端72G為在滑扣件72所設腰形孔概 的上表面=件72的末端伸人於膽桿711餘機71扳動變位後 之中，而持續被往上挑起，經梢軸720的支持，則 即被迫下降避開對滑動梭管3干涉的高度即得連發運行。]所屬的扣尖722 8 201226838 請再參閱第7圖所示，該施設有一頂扣凸圓733，凸輪73經角位變換 之後會推舉滑扣件72的扣尖722固定維持在上方，並抵扣住滑動梭管3的 抵肩36，而且滑扣件72相對扳機71的一端，另可關係抵壓住扳機71，形 成扳機限定’該鎖定狀態為一般搶枝使用的保險開關作用。 本發明基本上是提供一連續運動擊發的純機械式系統，利用了一滑動 梭管3的内外為則後關係彈腔50與錫林2和錫林2的缸體21之間轴白、，典 動關係’及滑動梭管3在滑置錫林2的過程，在擊發前該滑動梭管3的滑 柱31所設的端面·會與滑動梭管3的端口 2〇達成臨界開放，讓高壓： 氣得從錫林2的虹體21賴動梭管3的槽體3⑽而有氣孔跏灌向 34以擊發彈體4G，擊發後_所減除壓力❹細_ 3q的拱 則又將滑動梭管3往錫林2的方向運回，重複上述_力制 ^The upper cover again interferes with the yoke 36 of the sliding shuttle f 3 , and the slider W earns 4, and the right end 72G of the catching member 72 _ 721 is connected to the waist-shaped hole of the sliding member 72. The upper surface = the end of the member 72 extends beyond the rest of the shaft 711, and continues to be lifted up. After the support of the tip shaft 720, it is forced to descend to avoid the sliding bobbin. 3 The height of the interference has to be run continuously. The attached button tip 722 8 201226838 Please refer to FIG. 7 again, which is provided with a top buckle convex 733. After the cam position 73 is changed by the angular position, the buckle tip 722 of the slide fastener member 72 is fixed and maintained at the top. The yoke 36 of the sliding bobbin 3 is fastened, and the sliding member 72 is opposite to the end of the trigger 71, and the trigger 71 is pressed against the trigger 71 to form a trigger to define the locking state as a safety switch for general use. The present invention basically provides a purely mechanical system for continuous motion firing, utilizing the inner and outer portions of a sliding shuttle tube 3 to be axially white between the cylinder chamber 21 of the cylinder 2 and the cylinder 2, The singular relationship 'and the process of sliding the shuttle pipe 3 in the sliding of the cylinder 2, before the firing, the end face of the sliding column 31 of the sliding shuttle pipe 3 is critically opened to the port 2 of the sliding shuttle pipe 3, so that High pressure: The gas is pulled from the rainbow body 21 of the cylinder 2 to the tank body 3 (10) of the shuttle pipe 3, and the air hole is poured to 34 to fire the projectile 4G. After the firing, the arch of the pressure reduction _ 3q is again The sliding bobbin 3 is transported back in the direction of the cylinder 2, and the above-mentioned _ force system is repeated.
連續運作，經由-扳練置7的权之後，它可 J 式的連續擊發，甚至對搶枝擊發系統的保險鎖定。早才式的早發或早扣 純機械性的機構系統達到穩定的_， ^的變化而失靈，以及可達到明確的機械式變動操作，使用 南的_度和設計穩定度，更且在氣壓調制系統 會付J更 置12以歡勤，碰的纽之下，可力調變裝 達到射擊力度安全的㈣，並且經由流量 Μ裝置13的釋放而 以調 變空氣壓力關係。 、直14它又可改變流度 本發明制了全機械式㈣、統，__ 〇 擊發或完全紐較，在空氣搶的設計倾 5早發或單扣式連續 審查官予以明鑑，若有不詳悉之處敬請不吝勃一革新的設計，懇請貴 並請早日賜予專利為禱。 201226838 【圖式簡單說明】 第1圖係為本發明系統前後配置圖。 第2圖係為本發明系統在擊發前的結構關係位置圖。 第3圖係為本發明系統擊發前臨界點的結構關係位置圖。 第4圖係為本發明設計臨界各元件的相關位置示意圖。 第5圖係為本發明系統設計後的恢復原件運動示意圖。 第6圖係為本發明扳動裝置作用為單扣連續擊發的結構關係位置示意圖。 第7圖係為本發明保險鎖定之各結構關係位置示意圖。Continuous operation, after the right to set 7, it can be J-style continuous firing, and even the insurance lock on the grabbing system. Early-on-the-shelf early or early deduction of purely mechanical mechanism system to achieve stable _, ^ change and failure, and can achieve clear mechanical change operation, using the South _ degree and design stability, and more at the barometric pressure The modulation system will pay J more to 12 to be happy, under the touch of the button, can adjust the variable to achieve the shooting force safety (four), and through the release of the flow device 13 to regulate the air pressure relationship. The straight 14 can change the fluidity. The invention has a full mechanical (four), unified system, __ sniper hair or a full New Zealand, in the design of the air grab 5 early or single-button continuous reviewer to give a clear description, if unknown I would like to thank you for your innovative design. Please ask for your patent as soon as possible. 201226838 [Simplified description of the drawings] Fig. 1 is a front and rear configuration diagram of the system of the present invention. Figure 2 is a diagram showing the position of the structure of the system of the present invention before firing. Figure 3 is a structural diagram showing the relationship of the critical point before the firing of the system of the present invention. Figure 4 is a schematic diagram of the relevant positions of the critical components of the design of the present invention. Figure 5 is a schematic diagram of the motion of the restored original after the design of the system of the present invention. Figure 6 is a schematic view showing the position of the structural relationship of the pulling device of the present invention as a single button continuous firing. Figure 7 is a schematic view showing the position of each structural relationship of the insurance lock of the present invention.
【主要元件符號說明】 氣壓調制系統1 導接部11 壓力調變裝置12 調整螺絲121 過壓保護裝置13 流量管制裝置14 壓力緩衝室15 錫林2 端口 20 缸體21 氣密環210 外圓表22 滑動梭管3 拱回彈簧30 槽體300 滑柱31 端面310 内圓表32 連接部33 氣孔330 壓送口 34 外圓表35 抵肩36 填彈口 4 彈體40 槍管5 彈膛50 搶膛51 抵環52 槍身部件6 扳動裝置7 扳機71 梢軸 710、720、730 挑撥桿711 彈簧712 滑扣件72 切動桿721 扣尖722 腰形孔723 凸輪73 單發讓口 731 連發抵面732 頂扣凸圓733 變換檔74 拉掣彈簧75[Main component symbol description] Air pressure modulation system 1 Guide part 11 Pressure modulation device 12 Adjustment screw 121 Overvoltage protection device 13 Flow control device 14 Pressure buffer chamber 15 Cylinder 2 Port 20 Cylinder 21 Airtight ring 210 External ring table 22 Sliding bobbin 3 Arched spring 30 Slot 300 Spool 31 End face 310 Inner circle 32 Connection 33 Air hole 330 Pressing port 34 Outer round table 35 Abutment 36 Filling port 4 Projectile 40 Barrel 5 Magazine 50膛 51 抵 ring 52 gun body parts 6 pull device 7 trigger 71 tip shaft 710, 720, 730 pick rod 711 spring 712 slide fastener 72 shear rod 721 buckle tip 722 waist hole 723 cam 73 single hair 731 Continuous hair 732 top buckle convex 733 change file 74 pull spring 75