M348226 八、新型說明： 【新型所屬之技術領域】 -種是有關一種漆彈槍之擊發結構二，尤指 之漆2 w時㈣搶機移^擊發漆彈 【先前技術】 按，目前常見之漆彈搶在控制擊發結構之設到M348226 VIII. New description: [New technical field] - The type is related to the firing structure of a paintball gun. Especially when the paint is 2 w (4) Grab the machine to move the paint. [Previous technique] Press, currently common Paintball grabs the control of the firing structure to
，概分有機械式與電子式，i / /、土黃你以機械式或售 7之扳機組控制一擊錘及一槍機作動，使搶機热 閉漆彈落入之落彈口，並使擊錘控制一閥門，使翁 體進入搶機内以擊發落入之漆彈。 然而習知之結構複雜、體積過大、故障率高且 加工與組裝之成本高居不下，因此，有人設計一種 漆彈搶之簡化結構，如第7圖所示，該漆彈搶9 〇 具有一槍體9及一握柄8，該搶體9内設有連通之 作動室9 i與彈道9 2，並於彈道9 2上設一相通 之落彈口 9 3 ’以供漆彈落入彈道9 2内，而該作 動室9 1鄰近該彈道9 2處設有一氣缸9 4，該氣 缸9 4内設有一活動之移動桿9 5 ’以供啟閉該落 彈口 9 3，且該移動桿9 5内具有一貫穿之管道9 5 1，而該作動室9 1於該氣缸9 4鄰侧依序設有 一儲氣體8 1及一閥體8 2，並以後塞體9 6封閉 該作動室9 1後端，該儲氣體8 1内具有一儲氣室 83，該儲氣室83 —端漸縮為一氣道8 4並延伸 5 M348226 至該移動桿9 5之管道9 5 1内，而該閥體8 2内 設有一闕桿8 5 ’該閥桿8 5係受該閥體8 2控制 前後移動，該閥桿8 5前端具有—寨子8 6，以供 啟閉该儲氣室8 3相接該氣道8 4處，且該閥桿8 5内具有一連通至該儲氣室8 3之通道8 7，而該 後塞體96内具有另一通道961，該通道961There are mechanical and electronic types, i / /, khaki, you control the hammer and a gun with a mechanical or 7-driver unit, so that the rushing heat-closed paint bullet falls into the bullet, and The hammer is controlled to a valve, so that the body enters the rushing machine to fire the paintball that falls. However, the conventional structure is complicated, the volume is too large, the failure rate is high, and the cost of processing and assembly is high. Therefore, someone has designed a simplified structure for the paintball grab. As shown in Fig. 7, the paintball grabs 9 〇 and has a gun body. 9 and a grip 8, the urging body 9 is provided with a communicating chamber 9 i and a ballistic 9 2, and a ballistic opening 9 3 ' is provided on the ballistic 9 2 for the paintball to fall into the ballistic 9 2 A cylinder 94 is disposed adjacent to the ballistic chamber 9 1 , and a movable moving rod 9 5 ′ is disposed in the cylinder 94 for opening and closing the falling port 9 3 , and the moving rod 9 is 5 has a through pipe 9 5 1 , and the operating chamber 9 1 is sequentially provided with a storage gas 8 1 and a valve body 8 2 on the adjacent side of the cylinder 94, and the plug body 9 6 closes the operating chamber 9 a rear end, the gas storage chamber 81 has a gas storage chamber 83, and the gas storage chamber 83 is tapered to an air passage 8 4 and extends 5 M348226 into the pipe 915 of the moving rod 95. A valve rod 8 5 is disposed in the valve body 8 2 . The valve rod 8 5 is controlled to move back and forth by the valve body 8 2 , and the front end of the valve rod 8 5 has a stockade 8 6 for opening and closing the gas storage chamber 8 3 . phase At this airway 84, and the inner valve stem 85 having a communication to the gas chamber 87 of the passage 83, while the other channel 961 having a rear plug body 96, the passageway 961
一端連通該閥桿85之通道87，另—端連通一氣 體源，而該握柄8内設有板機8 9，該板機8 9控 制I C板8 8 ’以控制一電磁閥8 〇，進而控制 該閥體8 2之閥桿8 5的前後移動。 藉此，控制該握柄8之板機8 9，以控制該閥 體”之閥桿8 5前移，使前端之塞子8 6關閉該 儲乳室8 3與該氣道8 4相接處，並使氣體經該闕 稃85内之通道87進入該儲氣室83同時推動該 務動桿95向前，以關閉落彈”3，再控制該握 枘8之板機8 9，以控制該該閥體8 2之閥桿8 5 =二=之塞子“開啟該儲氣室83與該氣 道8 4相接處’該儲氣室8 3内之氣體則可經該氣 道^ 4 ’將以落人該彈道9 2内之漆彈擊發， 参發後，該移動桿95會後退，使第二顆漆彈落入 ，形成再一次擊發狀態。 則述漆弹搶雖可達簡化構件、縮減體積 ’然而控制該移動桿9 5前後移動與控制 ， 5前後移動之氣.體係分別設置，如 干8 果，為使控 6 M348226 制：t :9 5移動與配合閥桿移動時間點之精準 而造以::：流道或設置精密的控制闕，進 闕更會受運且複雜之流道與精密的控制 w転中之娅撞，而容易損壞。 媸的夷；Q該儲氣至8 3的啟閉係利用閥桿8 5前 來控制，因此該塞子w與儲氣" 洩露之二重4的對位需相當精準，否則會造成氣體 =之：：，因此製作該闕桿㈠時需增加加工精 二二該閥桿85有一段桿身係懸空在儲氣室8 的歪斜，： = 不順暢，即會造成懸空段 搶枝的故障確控制儲氣室83的啟閉，造成 據搶機的移動與該闕桿的移動，分別佔 據搶體轴向的不同位置，因此縮減搶體的體積有限 【新型内容】 動之-本：作之主要目的係在於’控制槍機與控制件作 應，用再另外再接-氣 而可降低製作成本，且本案僅利用 受換件來控制一 的氣r，合之上人目的係在於’進入該槍機外緣之空間内 、、’會因該搶機之前移’受該搶機之凸部的第二推抵 M348226 面擠壓，而回送至儲氣室内，使氣體可重覆使用而節省氣 體’進而增加擊發漆彈之次數。 & 本創作之另一目的係在於，控制氣體擊發漆彈的控制 件係由第二大徑端的内壁所支持，且該控制件之導柱:由 該槍機所支持，而不容易歪斜，可非常確實啟閉進氣口， 、 以降低故障率。 八 ’ * 本創作之再一目的係在於，控制氣體擊發漆彈的控制 • 件並可同時支持住搶機移動，可以縮短搶機移動之軸:空 間，進而可縮減該槍體之長度，方便握持操作，且可適^ 手槍型之搶體。 為達前述之目的，本創作之擊發結構係設於漆 彈槍之搶體中的通道内，並以一扳機組來控制擊發 結構產生擊發動作，而擊發結構包括依序設於槍體 内通道之一驅動件、一流道切換件、一控制件及一 槍機，其中擊發驅動件用以驅動流道切換件來改變 鲁流道内空氣之走向，以帶動控制件軸向移動來管制 一氣體源，並帶動槍機軸向移動，促使氣體源之高 * 壓空氣可瞬間釋放’來推動漆彈發射。 * 本創作之上述及其他目的與優點，不難從下述 所選用實施例之詳細說明與附圖中，獲得深入了解 ;當然，本創作在某些另件上，或另件之安排上容 許有所不同，但所選用之實施例，則於本說明書中 ’予以詳細闡述’且於附圖中展示其構造。 【實施方式】 8 M348226 本案之實施例，請參閱第1圖至第6圖，圖中 揭示者均為本創作所選用之實施例，在此僅供說明 之用’於專利申請上並不拘限於此種結構。 本實施例提供一種漆彈槍之擊發結構二，請先 參閱第1〜3圖所示，該漆彈槍具有一槍體1，該 擊發結構係設於該槍體1中，其中： 該槍體1内轴向設有一通道1 1，該通道1 1一端封 閉’另一端為一出口 111，以供連接一搶管1 2，在本 實施例中，該槍體1於該通道1 1異於該出口 1 1 1之一 端設有一後塞體1 8，以供封閉該通道1 1，.而該通道1 1鄰近該出口1 1 1處具有一落彈口1 12，該落彈口1 1 2裝設一供漆彈進入之落彈管1 6，以供該漆彈落入該 通道1 1内，該通道1 1於該落彈口 1 1 2相對該出口 1 1 1之一側設有該擊發結構，以供擊發落入該通道1 1内 之漆彈；而該槍體1之通道11鄰近該落彈口112—側 具有一第一大徑段1 14與一第二大徑段1 1 5，以供該 第一大徑段114連接該第二大徑段115處形成一進 氣口 1 1 3 ’而該第一大徑段1 1 4相對該進氣口 1 1 3 之一端則形成一擋止部1 1 6，另該槍體1於該通道工工 一側設有一儲氣室1 4，以供儲存高壓氣體，該儲氣室工 4係由一氣體源6供應高壓空氣，且該儲氣室丄4係與該 通道1 1之第一大徑段1 1 4與第二大徑段1 1 $相 通’另該本體1設有一握把1 3，該握把1 3内設有一板 機組1 7 ’該扳機組1 7係供控制該擊發結構擊發漆彈。 M348226 該擊發結構包含有一流道切換件3、一控制件4及一 搶機5，其中： 該搶機5係容置於該通道1 χ之第一大徑段丄丄4 内，並沿該第一大徑段1 14之軸向移動，該搶機5内具 有-軸向貫通之出氣道5 i，該出氣道5 i—端開口連通 ，該槍體1之通道i ]_，另—端開口則可連通該第—大径段 114之進氣口113,且該搶機5對應該進氣口ιΐ3 #之一端具有一凸部5 2，該凸部5 2-側形成一第一推抵 面5 2 1，另一侧形成一第二推抵面5 2 2，該第二推抵 面5 2 2係可受該第一大徑段丄丄4之擋止部丄i 6的 播止，且該第-推抵面5 2工之面積大於該第二推抵面5 22之面積，而該凸部5 2使該搶機5之外緣與該第一大 徑段1 14之内壁間形成一空間5 3，該空間5 3係與該 儲氣室14相連通。 該控制件4係容置於該通道丄i之第二大徑段工工 • 5内，並沿該通道1 1之軸向移動，且該第二大徑段工丄 5對應該第一大徑段丄χ 4之進氣口 2丄3周緣環設一 '進氣室117,該進氣室11 7係與該儲氣室丄4相連 • 通，而該控制件4向該槍機5之出氣道5 i延伸一導柱4 1，該導柱41相對該控制件5之一端係為一導氣端4 2，以供導引氣流進入該該搶機5之出氣道5 1内，在本 實施例中，該導柱4 1内設有一導氣道4 2丄與一洩氣道 422，該導氣道42 1-端軸向貫穿該導氣端42的端 面，且該導氣道4 2 1徑向貫穿數導氣孔4 2 3，而該洩 M348226 氣道4 2 2係連通至該導柱4 i外部，以供躲餘氣 該控制件4相對該導社4 1 迪夕山 、 料忑蜍柱4 i 一端之端面係為一受力面 3，另一端對應該第—大徑段114之進氣口113則為 一阻撞面44，以供封閉或開放該進氣口113，在本每 施1中’該控制件4相對該受力面4 3之-端固設一彈二 材質製成之緩衝塊4 5 ’該缓衝塊4 5相對固設該控制件 4之、則為#阻擋面4 4，且該阻擋面4 4向該第—大 检I又114凸伸一凸塊441，以供該進氣室丄丄7内之 氣體可快速沿該凸塊4 4 i周圍進入該第一大徑段 4内。 該流道切換件3係固設於該通道1i之第二大徑段 1 1 5内的控制件4的受力面4 3 -侧，該流道切換件3 内設有-可切換啟閉之流道3 !，該流道3 i —端係連通 至該流道切換件3對應該受力面4 3之-端面3 2 ,而形 成-出口端3 1 1，該流道3 1 $-端則連通至該儲氣室 1 4，而形成一進口端3 1 2，以供儲氣室丄4内之氣體 由該進口端3 1 2經該流道3 1 ,再由該端面3 2的出口 端3 1 1流出，以推擠該控制件4軸向移動，在本實施例 中，該流道切換件3内設有一切換閥3 3，以供切換該流 道3 1之啟閉，該切換閥3 3係由一驅動件2來驅動，以 供控制該切換閥3 3之切換動作，該切換閥3 3於該流道 3 1中段設有一相通之中空容室331，該中空容室33 1中裝設有一閥桿3 3 2，且該中空容室3 3 1設有連通 的第一通氣道333、一第二通氣道3 3 4及一排氣道3 11 M348226 35 ’該第一通氣道333係連通至該流道3 1的進口端 3 1 2 ’以供儲氣室1 4之空氣進入該中空容室3 3 1 内’§亥第二通氣道3 3 4係連通至該流道3 1的出口端3 1 1 ’以供進入該中空容室3 3 1之氣體由該出口端3 1 1 μ出，§亥排氣道3 3 5係連通至該搶體1外，以供排放 -'餘氣，而該閥桿3 3 2之桿體於該第一通氣道3 3 3與該 -第二通氣道3 3 4之間具有一第一塞部3 3 δ，而該閥桿 _ 3 3 2之桿體於該排氣道3 3 5之一側具有一第二塞部 3 3 7 ’且該閥桿3 3 2係受該驅動件2之驅動而軸向移 動’使該第一塞部3 3 6啟閉該第一通氣道3 3 3與第二 通氣道3 3 4間之連通，並使該第二塞部3 3 7啟閉該排 氣道3 3 5，在本實施例中，該驅動件2係為一電磁鐵， 該電磁鐵係磁控一作動桿21’該作動桿21係抵靠住該 閥桿3 3 2 ’且該閥桿3 3 2相對該作動桿2 1—端設有 一彈簣3 3 8，而該驅動件2係受該扳機組1 7控制驅動 φ 該閥桿332之前後移動。 常態下’即待擊發狀態下，如第2圖及第3圖所示， ‘ 該流道切換件3内切換閥3 3之閥桿3 3 2的第一塞部 - 3 3 6係開放該第一通氣道3 3 3與第二通氣道3 3 4 間之連通’使該儲氣室1 4之氣體可經該流道3 1之進口 端3 1 1進入，而由該出口端3 1 2流出，而推動該控制 件4之受力面4 3，迫使控制件4移動，使該控制件4之 阻擋面4 4阻擋住該第一大徑段1 1 4之進氣口 1 1 3 ’而該第一大徑段1 1 4與該槍機5之間的空間5 3内 12 M348226 氣體會推抵該槍機5之凸部5 2的第二推抵面5 2 2，使 該槍機5後退定位，以開放該落彈口工工2，讓一顆漆彈 A落入該槍機5之前端’形成待擊發狀態。 當操控該板機組17擊發時，如第I圖所示，該驅動 件2會帶動該切換闕3 3之閱桿3 3 2移動，使該闕桿3 • 3,之第-塞部336關閉該第一通氣道333與第二 -通氣道334間之連通，讓儲氣室14之氣體不再由該流 道31之出口端311流出，同時該閥桿3 3 2之第二塞 4 3 3 7會開啟該排氣道3 3 5，以排放該控制件4移動 後之餘氣，由於該控制件4之受力面4 3的氣體壓力消 失該控制件4則會因儲氣室工4之氣體壓力及搶機5之 推力而後退，以開放該第-大徑段i i 4之進氣^工 3，使該儲氣室丄4之氣體進入第一大徑段丄i 4内，其 空氣壓力則會推動該槍機5之凸部52的第—推抵面5 2 1 ’使該槍機5向該通道丄丄之出口丄丄丄方向前移， 閉該落彈口1 1 2，如第5圖所示，而使進入第一大 厶1 4内的氣體，再進入該搶機5之出氣道51，並 ‘由該出氣道51出氣以擊發位於該槍機5前端之漆彈 A，達到擊發漆彈之目的。 由於該第一推抵面5 2 1之面積大於該第二推抵面 5 2 2之面積，因此均受氣體壓力時，第一推抵面$ 2 1 之氣體壓力會大於第二推抵面5 2 2之氣體壓力，故能將 ^搶機5向前推動，而原本在該搶機5周圍空間5 3内之 乳體，會党該搶機5之凸部5 2的第二推抵面5 2 2擠壓 13 M348226 而回送至儲氣室14内。 在漆彈A擊發之後，因該切換閥3 3之閥桿3 3 2復 :、使4閥;^ 3 3 2之第-塞部3 3 6再次開放該第一通 氣13 3 3與第二通氣道3 3 4間之連通，同時該閥桿3 =2之第二塞部3 3 7會關閉該排氣道3 3 5，而該儲氣 •至1 4之氣體可再次經該流道3 1之進口端3 i 1進 .入二而由該出口端3 1 2流出’而推動該控制件4移動， φ 使該控制件4之阻擋面4 4阻擋住該第一大徑段丄工4 =進氣1 3，而該空間5 3内氣體會推抵該搶機5再 次後退定位，如第6圖所示，以開放該落彈口丄i 2，讓 下-顆漆彈A再落入該槍機5之前端，形成待擊發狀態， 以進行下一次的擊發動作；而該槍機5後退時 = 經該洩氣道442排放。 纟上述實施例之說明可知’本創作控制該 .制件作動之氣體，係由同-儲氣室供應，而不用再另、3 癱接一氣源來控制槍機之移動，如此一來，即不用設置複雜 之流道或裝設精密的控制閥，而可降低製作成本，且本案 .僅利用-簡單的流道切換件來控制槍機與控制私 -不容易受到撞擊而損害。 ^ &再者，進人該搶機外緣之空間内的氣體，會因該搶機 ^移’文該搶機之凸部的第二推抵面擠壓，而回送至儲 ^室内’使氣體可重覆使用而節省氣體，進而增加擊發漆 彈·之次數。 、 另外，控制氣體擊發漆彈的控制件係由第二大徑端的 M348226 内壁所支持，且該控料之導柱 容=’可非常確實啟閉 機㈣，可發漆彈的控制件並可同時支持住槍 體之長产，方機移動之軸向空間，進而可縮減該槍 體之長度’方便_操作，η朝手搶型之槍體。 用以示之實施例是用以說明本創作，而非 祛換箄2座彳作，故舉凡數值之變更或等效元件之 曰、仍應隸屬本創作之範疇，且由以上詳細說 :::熟知本項技藝者得以明瞭本創作確實可達成 刖述目的，的p夕立人击 ^ ^ 請。 句已付σ專利法之規定，爰提出專利申 【圖式簡單說明】 第1圖係本創作之組合剖視圖 第2圖係本創作搶體之剖視圖 第3圖係本創作搶體另一方向之剖視圖 =4圖係本創作擊發時之動作示意圖 第5圖係本創作擊發時搶機移動之示意圖 f =圖係本創作擊發漆彈後槍機復位之示意圖 第7圖係習用漆彈槍之擊發結構 【主要元件符號說明】 (習用部分） 9搶體 9 2彈道 9 0漆彈搶 9 1作動室 15 M348226One end is connected to the passage 87 of the valve stem 85, and the other end is connected to a gas source, and the grip 8 is provided with a trigger 8 9 for controlling the IC board 8 8 ' to control a solenoid valve 8 〇, Further, the forward and backward movement of the valve stem 85 of the valve body 8 2 is controlled. Thereby, the trigger 8 9 of the handle 8 is controlled to control the valve body 8 5 of the valve body to move forward, so that the plug 8 6 of the front end closes the junction of the milk storage chamber 8 3 and the air passage 8 4 , And passing the gas into the gas storage chamber 83 through the passage 87 in the crucible 85 while pushing the service rod 95 forward to close the falling ball "3", and then controlling the trigger 8 of the grip 8 to control the The valve rod 8 5 of the valve body 8 5 = two = the plug "opens the gas storage chamber 83 and the air passage 8 4", the gas in the gas storage chamber 8 3 can pass through the air passage ^ 4 ' The paintball in the ballistics 9 2 is fired. After the hair is thrown, the moving rod 95 will retreat, causing the second paintball to fall into the state of being fired again. Volume ' however, control the movement of the moving rod 9 5 forward and backward movement and control, 5 moving forward and backward. The system is set separately, such as dry 8 fruit, in order to control 6 M348226 system: t: 9 5 movement and precision with the valve stem moving time point And the::: flow channel or set up a sophisticated control 阙, the entrance will be transported and the complicated flow channel and the sophisticated control w転中娅 撞, and easy to damage. Q The gas storage to 8 3 is controlled by the valve stem 8 5 , so the alignment of the plug w and the gas storage " leaking 4 is quite accurate, otherwise it will cause gas =: Therefore, when the mast (1) is made, it is necessary to increase the processing precision. The valve stem 85 has a section of the shaft suspended in the air chamber 8 to be skewed, : = not smooth, which will cause the suspension of the suspended section to control the gas storage. The opening and closing of the chamber 83 causes the movement of the rushing machine and the movement of the mast to occupy different positions in the axial direction of the body, thereby reducing the volume of the looting body. [New content] Moving-by: Main purpose It is to control the gun and control parts, and then reduce the production cost by using another gas. In this case, only the replacement part is used to control the gas r. The purpose of the above is to enter the machine. In the space of the outer edge, 'will move forward because of the preemption', the second push of the convex part of the grab machine is pressed against the M348226 surface, and then sent back to the gas storage chamber, so that the gas can be reused to save gas. In turn, the number of times of firing paintballs is increased. & Another purpose of this creation is The control member for controlling the gas firing paint is supported by the inner wall of the second large diameter end, and the guide column of the control member is supported by the gun, and is not easily tilted, so that the air inlet can be opened and closed very well, Reducing the failure rate. Eight' * The second purpose of this creation is to control the control of gas-fired paintballs and support the movement of the machine at the same time, which can shorten the axis of the movement of the machine: space, which can reduce the body of the gun. The length is convenient for holding operation, and it can be suitable for the pistol type. For the above purpose, the firing structure of the creation is set in the passage of the paintball gun and controlled by a trigger unit. The firing structure generates a firing action, and the firing structure includes a driving member sequentially disposed in the gun body passage, a first-class switching member, a control member, and a gun machine, wherein the firing driving member is used to drive the flow path switching member to change the Lu The direction of the air in the flow channel controls the axial movement of the control member to control a gas source and drives the gun to move axially, so that the high pressure of the gas source can be instantaneously released to promote the paintball launch. * The above and other objects and advantages of the present invention will not be difficult to understand from the detailed description and drawings of the selected embodiments described below. Of course, this creation allows for certain parts or arrangements of parts. The embodiments are chosen differently, but are described in detail in the present specification and their construction is shown in the drawings. [Embodiment] 8 M348226 For the embodiment of the present case, please refer to Fig. 1 to Fig. 6. The figures disclosed in the figure are all examples selected for the present application, and are for illustrative purposes only. This structure. The embodiment provides a firing structure of a paintball gun. Please refer to the first to third figures. The paintball gun has a gun body 1. The firing structure is disposed in the gun body 1, wherein: the gun A channel 1 is disposed in the axial direction of the body 1 , and one end of the channel 1 1 is closed. The other end is an outlet 111 for connecting a pipe 1 2 . In this embodiment, the gun body 1 is different from the channel 1 1 . One end of the outlet 11 1 is provided with a rear plug body 1 8 for closing the passage 1 1. The passage 1 1 has a drop port 1 12 adjacent to the outlet 1 1 1 , and the drop port 1 is 1 2 is installed with a paintball entering the falling tube 1 6 for the paintball to fall into the channel 1 1 , the channel 1 1 is on the side of the falling port 1 1 2 opposite the outlet 1 1 1 The firing structure is provided for firing a paintball that falls into the channel 11; and the channel 11 of the gun body 1 is adjacent to the ballistic opening 112-side having a first large diameter section 1 14 and a second largest The first large diameter section 114 is connected to the second large diameter section 115 to form an air inlet 1 1 3 ', and the first large diameter section 1 1 4 is opposite to the air inlet 1 1 3 one end forms a stop 1 1 6 In addition, the gun body 1 is provided with a gas storage chamber 14 for storing high-pressure gas on the working side of the channel, and the gas storage chamber 4 is supplied with high-pressure air by a gas source 6, and the gas storage chamber is 4 The first large diameter section 1 1 4 of the channel 1 1 is in communication with the second large diameter section 1 1 $. The body 1 is provided with a grip 13 , and the grip 1 3 is provided with a plate unit 1 7 ' The trigger unit 17 is used to control the firing structure to fire the paint bomb. M348226 The firing structure comprises a first-class switching device 3, a control member 4 and a rushing machine 5, wherein: the rushing machine 5 is housed in the first large diameter segment 丄丄4 of the channel 1 The first large diameter section 1 14 is axially moved, and the rushing machine 5 has an axial passage through the air passage 5 i, and the air outlet 5 i - the end opening is open, the passage of the gun body 1 i ]_, another The end opening is connected to the air inlet 113 of the first large diameter section 114, and the front end of the air inlet ιΐ3 # has a convex portion 52, and the convex portion 5 2- side forms a first Pushing surface 5 2 1 , forming a second pushing surface 5 2 2 on the other side, the second pushing surface 5 2 2 being responsive to the blocking portion 丄i 6 of the first large diameter section 丄丄4 The area of the first-pushing surface 52 is larger than the area of the second pushing surface 522, and the convex portion 52 makes the outer edge of the rushing machine 5 and the first large diameter segment 14 A space 53 is formed between the inner walls, and the space 53 is in communication with the gas storage chamber 14. The control member 4 is housed in the second large diameter section of the channel 丄i, and moves along the axial direction of the channel 1 1 , and the second large diameter section 5 corresponds to the first largest The inlet port 2丄3 of the diameter section 环4 is surrounded by an 'intake chamber 117, which is connected to the gas storage chamber 丄4, and the control member 4 is directed to the gun 5 The air outlet 5 i extends a guide post 4 1 , and the guide post 41 is connected to one end of the control member 5 as an air guide end 42 for guiding airflow into the air passage 5 1 of the grab machine 5 . In the present embodiment, the guide post 4 1 is provided with an air passage 42 2 丄 and a deflation passage 422. The air passage 42 end is axially penetrated through the end surface of the air guide end 42 , and the air guide channel 4 2 1 The plurality of air guiding holes 4 2 3 are radially penetrated, and the air channel 4 2 2 of the leakage M348226 is connected to the outside of the guiding column 4 i for the purpose of hiding the gas. The control member 4 is opposite to the guiding body 4 1 Di Xi Shan, the material The end surface of one end of the column 4 i is a force receiving surface 3, and the air inlet 113 corresponding to the first large diameter section 114 is a blocking surface 44 for closing or opening the air inlet 113. Each of the control members 4 is opposite to the force receiving surface 4 3 - a buffer block 4 5 is fixed to the end, and the buffer block 45 is opposite to the control member 4, and is a blocking surface 44, and the blocking surface 4 4 is toward the first The check 114 extends a bump 441 so that the gas in the inlet chamber 7 can quickly enter the first large diameter section 4 around the bump 4 4 i. The flow path switching member 3 is fixed to the force receiving surface 43 - side of the control member 4 in the second large diameter portion 1 15 of the passage 1i, and the flow path switching member 3 is provided with - switchable opening and closing The flow channel 3 is connected to the end surface 3 2 of the flow path switching member 3 corresponding to the force surface 4 3 to form an outlet end 3 1 1, and the flow path 3 1 $ The end is connected to the gas storage chamber 14 to form an inlet end 3 1 2 for the gas in the gas storage chamber 4 to pass through the flow channel 3 1 through the inlet end 3 1 2 , and then the end face 3 The outlet end 31 of the 2 flows out to push the control member 4 to move axially. In the embodiment, a switching valve 3 3 is provided in the flow path switching member 3 for switching the flow path 3 1 . The switching valve 3 is driven by a driving member 2 for controlling the switching action of the switching valve 33. The switching valve 33 is provided with a communicating hollow chamber 331 in the middle of the flow channel 31. A valve stem 3 3 2 is disposed in the hollow chamber 33 1 , and the hollow chamber 3 3 1 is provided with a first air passage 333 , a second air passage 3 3 4 , and an exhaust passage 3 11 M348226 35 . 'The first air passage 333 is connected to the inlet of the flow passage 31 3 1 2 'the air entering the air chamber 14 enters the hollow chamber 3 3 1 'the second air passage 3 3 4 is connected to the outlet end 3 1 1 ' of the flow passage 3 1 for access The gas of the hollow chamber 3 3 1 is discharged from the outlet end 31 1 1 , and the exhaust passage 3 3 5 is connected to the outside of the grab body 1 for discharging - 'remaining gas, and the valve stem 3 3 a rod body having a first plug portion 3 3 δ between the first air passage 3 3 3 and the second air passage 3 3 4, and the stem of the valve stem _ 3 3 2 is at the exhaust One side of the channel 3 3 5 has a second plug portion 3 3 7 ' and the valve stem 3 3 2 is axially moved by the driving member 2 to open and close the first plug portion 3 3 6 An air passage 3 3 3 communicates with the second air passage 3 34, and the second plug portion 3 3 7 opens and closes the air passage 3 3 5 . In the embodiment, the driving member 2 is An electromagnet is a magnetron-actuating rod 21'. The actuating rod 21 is abutted against the valve stem 3 3 2 ' and the valve stem 3 3 2 is provided with an magazine 3 opposite to the actuating rod 2 1 - end 3, and the driving member 2 is controlled by the trigger unit 17 to drive the valve stem 332 to move forward and backward. In the normal state, that is, in the state to be fired, as shown in Figs. 2 and 3, the first plug portion of the valve stem 3 3 2 of the switching valve 3 in the flow path switching member 3 is opened. The communication between the first air passage 3 3 3 and the second air passage 3 3 4 allows the gas of the air reservoir 14 to enter through the inlet end 31 1 of the flow passage 3 1 , and the outlet end 3 1 2 flows out, and pushes the force receiving surface 43 of the control member 4, forcing the control member 4 to move, so that the blocking surface 44 of the control member 4 blocks the air inlet 1 1 3 of the first large diameter portion 1 1 4 'The 12 M348226 gas in the space 5 3 between the first large diameter section 1 14 and the bolt machine 5 will push against the second pushing surface 5 2 2 of the convex portion 5 2 of the bolt machine 5, so that The gun machine 5 is retracted to open the magazine 2, so that a paintball A falls into the front end of the machine 5 to form a state to be fired. When the panel unit 17 is commanded to fire, as shown in FIG. 1, the driving member 2 will drive the switching rod 3 3 2 to move, so that the mast 3 3, the first plug portion 336 is closed. The communication between the first air passage 333 and the second air passage 334 causes the gas of the air storage chamber 14 to no longer flow out from the outlet end 311 of the flow passage 31, and the second plug 4 3 of the valve stem 3 3 2 3 7 will open the exhaust passage 3 3 5 to discharge the residual gas after the movement of the control member 4, because the gas pressure of the force receiving surface 4 of the control member 4 disappears, the control member 4 will be due to the gas storage chamber The gas pressure of 4 and the thrust of the machine 5 are retracted to open the air intake 3 of the first large diameter section ii 4, so that the gas of the gas storage chamber 进入4 enters the first large diameter section 丄i 4 , The air pressure pushes the first pushing surface 5 2 1 ' of the convex portion 52 of the machine 5 to move the machine 5 forward toward the exit port of the channel, and closes the falling port 1 1 2. As shown in FIG. 5, the gas entering the first large 厶14 is re-entered into the air outlet 51 of the rushing machine 5, and 'ventilated by the air outlet 51 to be fired at the front end of the rifle 5. Paintball A, to achieve the paintball Purpose. Since the area of the first pushing surface 5 2 1 is larger than the area of the second pushing surface 5 2 2 , when the gas pressure is applied, the gas pressure of the first pushing surface $ 2 1 is greater than the second pushing surface. 5 2 2 gas pressure, so it can push the machine 5 forward, and the milk in the space around the 5 in the space of the machine 5, the second push of the party 5 of the 5 The face 5 2 2 is squeezed 13 M348226 and returned to the air reservoir 14. After the paintball A is fired, the valve stem 3 3 2 of the switching valve 3 3 is doubled: the 4 valve is opened; the first plug portion 3 3 6 of the ^ 3 3 2 is opened again, the first ventilation 13 3 3 and the second The communication between the air passages 3 3 4 and the second plug portion 3 3 7 of the valve stem 3 = 2 closes the exhaust passage 3 3 5, and the gas of the gas storage to 14 can pass through the flow passage again. The inlet end 3 i 1 of the 3 1 enters the second and flows out from the outlet end 3 1 2 to push the control member 4 to move, and φ causes the blocking surface 4 4 of the control member 4 to block the first large diameter section 丄Worker 4 = Intake 1 3, and the gas in the space 5 3 will push the grab machine 5 to retreat again, as shown in Figure 6, to open the drop port 丄i 2, let the next paintball A Then fall into the front end of the machine 5 to form a state to be fired for the next firing operation; and when the machine 5 is retracted = discharged through the air passage 442.说明 The description of the above embodiment shows that 'the creation of the gas for the operation of the workpiece is supplied by the same-gas storage chamber, and no other gas source is used to control the movement of the gun. Thus, That is to say, there is no need to set complicated flow passages or install precise control valves, which can reduce the production cost, and the present case only uses a simple flow passage switching member to control the gun and control the private - not easily damaged by the impact. ^ & Again, the gas in the space outside the rushing machine will be squeezed by the second push surface of the convex part of the machine and sent back to the storage room. The gas can be reused to save gas, thereby increasing the number of times the paint is fired. In addition, the control piece for controlling the gas firing paint is supported by the inner wall of the M348226 of the second large diameter end, and the guiding column capacity of the control material is 'very hoist (4), the control piece of the paint can be painted and At the same time, it supports the long-term production of the gun body, and the axial space of the square machine movement, which can reduce the length of the gun body, which is convenient to operate, and the η is hand-picked. The embodiments used to illustrate the present invention are intended to be illustrative of the present invention, and are not intended to be replaced by two. Therefore, any change in the numerical value or the equivalent of the equivalent component should still belong to the scope of the present invention, and the above details are as follows: : Those who are familiar with this skill can understand that this creation can indeed achieve the purpose of narration, and p. The sentence has been paid σ patent law, 爰 patent application [simple description of the diagram] The first picture is the combination of the creation of the cross-sectional view of the second picture is the cross-sectional view of the creation of the body is the third picture of the creation of the body in another direction Cutaway view = 4 diagrams The schematic diagram of the action when the creation is fired. Figure 5 is a schematic diagram of the movement of the machine when the creation is fired. f = The diagram is the schematic diagram of the gun reset after the creation of the paintball. Figure 7 is the shot of the paintball gun. Structure [main component symbol description] (customized part) 9 grab body 9 2 ballistic 9 0 paint bomb grab 9 1 action room 15 M348226
9 3落彈口 9 5移動桿 9 6後塞體 8握柄 8 2閥體 8 4氣道 8 6塞子 8 8 I C 板 8 0電磁闕 (本創作部分） 搶體1 出口 1 1 1 進氣口113 第二大徑段115 進氣室117 握把1 3 落彈管1 6 後塞體1 8 驅動件2 流道切換件3 出口端3 1 1 端面3 2 中空容室3 3 1 第一通氣道3 3 3 9 4氣缸 9 5 1管道 9 6 1通道 8 1儲氣體 8 3儲氣室 8 5閥桿 8 7通道 8 9板機 通道1 1 落彈口112 第一大徑段114 擋止部116 槍管1 2 儲氣室1 4 扳機組1 7 作動桿2 1 流道3 1 進口端3 1 2 切換閥3 3 閥桿3 3 2 第二通氣道3 3 4 16 M348226 排氣道3 3 5 第一塞部3 3 6 第二塞部3 3 7 彈簧3 3 8 控制件4 導柱4 1 導氣端4 2 導氣道4 2 1 洩氣道4 2 2 導氣孔4 2 3 受力面4 3 阻擋面4 4 凸塊4 4 1 缓衝塊4 5 槍機5 出氣道5 1 凸部5 2 第一推抵面5 2 1 第二推抵面5 2 2 空間5 3 氣體源6 179 3 Falling port 9 5 Moving rod 9 6 Rear plug body 8 Grip 8 2 Valve body 8 4 Air passage 8 6 Plug 8 8 IC board 8 0 Electromagnetic 阙 (this part) Grab the body 1 Exit 1 1 1 Air inlet 113 Second large diameter section 115 Intake chamber 117 Grip 1 3 Falling tube 1 6 Rear plug body 1 8 Drive 2 Flow path switching member 3 Outlet end 3 1 1 End face 3 2 Hollow chamber 3 3 1 First pass Air passage 3 3 3 9 4 cylinder 9 5 1 pipe 9 6 1 channel 8 1 gas storage 8 3 gas storage chamber 8 5 valve stem 8 7 channel 8 9 plate machine channel 1 1 ballistic opening 112 first large diameter section 114 Part 116 Barrel 1 2 Gas Storage Chamber 1 4 Puller Unit 1 7 Actuator 2 1 Runner 3 1 Inlet End 3 1 2 Switching Valve 3 3 Stem 3 3 2 Second Ventilation 3 3 4 16 M348226 Exhaust 3 3 5 First plug 3 3 6 Second plug 3 3 7 Spring 3 3 8 Control member 4 Guide post 4 1 Air guide end 4 2 Air passage 4 2 1 Air passage 4 2 2 Air guide hole 4 2 3 Force surface 4 3 blocking surface 4 4 bump 4 4 1 buffer block 4 5 gun 5 out air passage 5 1 convex part 5 2 first pushing surface 5 2 1 second pushing surface 5 2 2 space 5 3 gas source 6 17