1263565 九、發明說明： 【發明所屬之技術領域】 :=機構：別涉及在 ::内彈簧，合—氣 【先前技術】 動擊動力_ 壓空氣進入氣紅内驅動：時:。扳機間’能控制高 之扳機閥’可見於本國專利公主第 揭技術，主要是利用酉己置於板檣弟 :觸：軸向的高壓空氣推壓作升降位移；：内之活動 葬/ f上移時，高壓空氣載人活動閥之下壓板機 9下方氣室的高壓氣體壓力推升活乳室内， 間，使得大量高壓空氣得以載入氣紅驅動啟扳機 惟’上述扳機閥的開閥方向係與高壓外A、干’ 二的進氣方向相反，當活動閥接受下方=進入扳機 心而推升時，必須抵抗活動_端進氣^=氡體 ，的=向推力，使活動閥無法迅速推升開广壓空 、，了冈壓空氣载入氣缸内驅動擊釘的時間二至於延 °扳機後延遲擊釘的問題，尚有加以改善二在著壓 【發明内容】 二間。 5 !263565 擊發之目的旨在提供—種可迅速啟動高壓空氣 閥，扳機閥，特別是讓扳機閥體内之活動閥的開 昇阿壓空氣進入扳機閥的進氣方向相同一，以提 汗鱗針時的敏捷性，藉以克服上述問題。 為，達到上述目的，本發明係將一閥體固置於槍體 、進氣♦道、排氣流道與氣紅通道間；同時， 上穷j閥體内至少設有一活動閥，可將閥體内部區分成 ^至，下氣室，且在未壓扣扳機前，活動閥内可直接 活私進氣流道内的高壓空氣進入下氣室内集壓，以推引 閥上挺，關閉閥體頂部之一主閥孔，阻斷高壓空氣 進入氣缸的氣路。 言上述下氣室内高壓空氣的壓力，係大於進氣流道内 门壓空氣推引活動閥下降位移的作用力；因此，本發明 ^活動閥在未壓扣扳機驅動擊釘前，係能穩定的上挺至 ^閉主閥孔位置。此外，下氣室内也可以配置一外彈 =，辅助下氣室内之高壓空氣推引活關上挺至 閥孔位置。 該閥體内並設有一閥座及一内彈簧，同時並可結人 另一閥桿；該閥座係設於閥體底部，且閥座上形成0 凸狀閥管及另一環部；該内彈簧係設於該閥管内，且上 閩桿一端能植入於該環部内，並頂觸内彈簧；在壓讀 機¥，閥桿係能關閉上述高壓空氣進入下氣室，同，板 下氣室内剩餘的高壓空氣排放至外界，形成下氣室4使 狀態，以便於進氣流道内的高壓空氣能推引活動閩 6 1263565 位移’進而開啟主閥孔’並導通 路，以利迅速擊發釘件。 札進入虱缸的軋 上述外彈簧的作用力係小於 下降位移的作用力，且活動閥他…孔推動活動閥 空氣進入主闕孔的方向相同==方向係與高壓 ===的下移並開敬主閥孔’有助於提昇開間擊釘1263565 IX. Description of the invention: [Technical field to which the invention belongs]: = mechanism: not involved in the inner spring, gas-gas [previous technique] dynamic power _ pressure air into the gas red drive: hour:. The trigger room 'can control the high trigger valve' can be found in the domestic patent princess's first technology, mainly using the 酉 置于 置于 : : : : : : : : : : : : : : : : 轴向 轴向 轴向 轴向 轴向 轴向 轴向 轴向 轴向 轴向 轴向 轴向 轴向 轴向 轴向 轴向When moving up, the high-pressure gas pressure of the air chamber below the high-pressure air-carrying active valve pushes up the chamber, so that a large amount of high-pressure air can be loaded into the gas-red drive trigger, but the valve of the above-mentioned trigger valve is opened. The direction of the direction is opposite to that of the high pressure outside A and dry 'two. When the movable valve accepts the lower = enters the trigger and pushes up, it must resist the activity _ end intake ^= 氡 body, the = thrust, make the active valve It is impossible to quickly push open the wide air pressure, and the time when the air pressure is loaded into the cylinder to drive the nail is delayed until the delay of the nail after the trigger is delayed, and there is still an improvement in the second pressure [invention]. 5 !263565 The purpose of firing is to provide a kind of quick start high pressure air valve, trigger valve, especially the opening of the active valve in the trigger valve body to enter the trigger valve in the same direction of intake air, to sweat The agility of the scale needle is used to overcome the above problems. In order to achieve the above object, the present invention is to fix a valve body between the gun body, the intake air passage, the exhaust flow passage and the gas red passage; meanwhile, at least one movable valve is provided in the upper lean valve body, which can The inside of the valve body is divided into a lower air chamber, and before the trigger is unpressed, the high-pressure air in the intake air passage can be directly inactivated into the lower air chamber to collect pressure, so as to push the valve up and close the valve. One of the main valve holes at the top of the body blocks the high pressure air from entering the cylinder. The pressure of the high-pressure air in the lower air chamber is greater than the force of the lowering of the displacement of the movable valve in the intake air passage; therefore, the active valve of the present invention can be stabilized before the un-pressed trigger drives the nail. Up to ^ close the main valve hole position. In addition, an external bomb can be placed in the lower air chamber. The high-pressure air in the auxiliary air chamber is pushed to the valve hole position. The valve body is provided with a valve seat and an inner spring, and at the same time, another valve stem can be formed; the valve seat is disposed at the bottom of the valve body, and the valve seat forms a 0 convex valve tube and another ring portion; The inner spring is disposed in the valve tube, and one end of the upper mast can be implanted in the ring portion and touches the inner spring; in the pressure reading machine, the valve stem can close the high-pressure air into the lower air chamber, the same plate The remaining high-pressure air in the lower air chamber is discharged to the outside, forming a state of the lower air chamber 4, so that the high-pressure air in the intake air passage can push the movable 闽6 1263565 displacement 'and then open the main valve hole' and guide the passage, so as to facilitate rapid Fire the nails. The force of the above-mentioned outer spring that is pressed into the cylinder is smaller than the force of the downward displacement, and the movable valve...the hole pushes the movable valve air into the main bore in the same direction == direction and the high pressure === Open the main valve hole 'helps to improve the opening nail
詳加本糾，料關式並 【實施方式】 首觀如圖-所示’揭示將本發明打 構在搶體1上的組配關係。1中打扳機閥架 設有一氣缸U，於該氣幻、内 頭部内 底部具有擊釘桿13,可穿伸’該Γ Τ ^缸外擊發釘件，同時藉 活塞12將氣缸11内部分隔成—頂層氣室14盥另一底 層氣室15(如圖五所示）；該頂層氣室之—端連通一氣缸 通道2’氣缸通道2並可連通至—扳機閥内；底層氣室 15底部的氣缸壁上設有通氣孔18，可連通底層氣室15 與氣缸壁外側的回程氣室17;且，搶體之握部内形成有 「向壓空氣的進氣流道21與另一排氣流道22，均可連 通至-扳機閥内；同時’扳機閥底部係可設置一板機座 6〇 ’用以柩置-壓扣式扳機6 ’以頂觸扳機閥内穿探而 出的一閥桿35。 上述之扳機閥係為本發明之結構主體，主要係由一 7 1263565 閥體3、一活動閥4、一閥座5、一閥桿35及另一内彈 簧8所組成（如圖一及圖二所示）；其中： 該閥體3係固定於搶體1内之進氣流道21、排氣流 道22與氣缸通道2之間；閥體3外壁上設有若干止氣 墊圈，促使進氣流道21、排氣流道22與氣缸通道2等 三者間互不通氣；且，閥體3頂部具有一主閥孔30(如 圖三所示），閥體3内壁近中段處具有一内閥孔31，且 閥體3上端壁上並設有至少一通氣口 32及另一排氣孔 33 ;同時，該主閥孔30係與進氣流道21相連通，該通 氣口 32係與氣缸通道2相連通，且該排氣孔33係與排 氣流道22相連通。 該活動閥4係套設於上述閥體3内，閥上形成有一 上閥部41及另一下閥部42，將閥體3内部區分成上氣 室23與下氣室24(如圖二所示），上、下閥部41及42 之間並形成有縮頸狀之導氣槽43，導氣槽43之肋壁可 在上述閥體3之内閥孔31内活動滑移，且活動閥4頂 部設有一進氣孔44，活動閥4内並設有一導槽45，該 進氣孔44係與導槽45相連通； 上述之上閥部41的外壁上設有一上層止氣墊圈46 及另一中層止氣墊圈47 ;該上層止氣墊圈46係可管制 主閥孔30的啟閉時機，中層止氣墊圈47則可管制閥體 3之内閥孔31的啟閉時機；且該下閥部42之底層外壁 上並設有一底層止氣墊圈48，可防止下氣室24與排氣 孔33相連通；同時該下閥部42更包含於其導槽45内 1263565 可管制導槽45與下氣室 壁上設置一内層止氣墊圈49， 24間的連通時機。 該閥座5係sm於閥體3底部，閥座上 狀闊管51及另-環部52;閥管51之頂部形成有一頸孔 53，能與閥管51 _形成之管孔54相連通；_ 5上 的閥管5i係可套人上述活動閥4的導槽The details of the present invention are set forth in the figure - and the embodiment is shown in the figure as shown in the figure - the 'disclosure relationship of the present invention on the body 1 is revealed. The trigger valve frame of 1 is provided with a cylinder U, and the bottom of the inner head has a nailing rod 13 at the bottom of the inner head, which can penetrate the 'outside the cylinder' and hit the nail member, and simultaneously divide the inside of the cylinder 11 by the piston 12. - a top plenum 14 盥 another bottom plenum 15 (shown in Figure 5); the top end of the plenum communicates with a cylinder passage 2' cylinder passage 2 and is connectable to the inside of the trigger valve; the bottom of the bottom plenum 15 The cylinder wall is provided with a vent hole 18 for connecting the bottom plenum 15 and the return plenum 17 outside the cylinder wall; and, in the grip portion of the plucking body, "the intake air passage 21 and the other exhaust gas are formed in the air." The flow passage 22 can be connected to the trigger valve; at the same time, the bottom of the trigger valve can be provided with a plate base 6 〇 'for the - - press button trigger 6 ' to penetrate the trigger valve A valve stem 35. The above-mentioned trigger valve is the structural body of the present invention, and is mainly composed of a 7 1263565 valve body 3, a movable valve 4, a valve seat 5, a valve stem 35 and another inner spring 8 ( As shown in FIG. 1 and FIG. 2; wherein: the valve body 3 is fixed to the intake runner 21 in the grab body 1, and the exhaust runner 22 is connected to the cylinder. Between the two; the outer wall of the valve body 3 is provided with a plurality of air-stop gaskets, so that the intake runner 21, the exhaust runner 22 and the cylinder passage 2 are not ventilated; and the valve body 3 has a main valve at the top The hole 30 (shown in FIG. 3) has an inner valve hole 31 at the inner middle portion of the inner wall of the valve body 3, and at least one vent 32 and another vent hole 33 are disposed on the upper end wall of the valve body 3; The main valve hole 30 is in communication with the intake passage 21, and the vent 32 is in communication with the cylinder passage 2, and the vent 33 is in communication with the exhaust passage 22. The movable valve 4 is sleeved on In the valve body 3, an upper valve portion 41 and another lower valve portion 42 are formed on the valve, and the inside of the valve body 3 is divided into an upper air chamber 23 and a lower air chamber 24 (shown in FIG. 2), upper and lower valve portions. A necked air guiding groove 43 is formed between 41 and 42. The rib wall of the air guiding groove 43 can be slidably moved in the valve hole 31 of the valve body 3, and an air inlet hole is arranged at the top of the movable valve 4. 44. A movable slot 44 is disposed in the movable valve 4, and the air inlet hole 44 is in communication with the guide groove 45. The upper wall of the upper valve portion 41 is provided with an upper air retaining washer 46 and another intermediate air sealing washer 47. ; The upper air retaining washer 46 can control the opening and closing timing of the main valve hole 30, and the middle air sealing washer 47 can control the opening and closing timing of the inner valve hole 31 of the valve body 3; and the bottom wall of the lower valve portion 42 is arranged There is a bottom gas retaining washer 48 for preventing the lower air chamber 24 from communicating with the exhaust hole 33; and the lower valve portion 42 is further included in the guide groove 45. 1263565 The control guide groove 45 and the lower air chamber wall are provided with an inner layer. The timing of the connection between the air lock washers 49, 24. The valve seat 5 is sm at the bottom of the valve body 3, the valve seat is a wide tube 51 and the other ring portion 52; the top of the valve tube 51 is formed with a neck hole 53 which can The valve tube 51_ formed by the tube hole 54 is connected; the valve tube 5i on the _ 5 is a guide groove for the above-mentioned movable valve 4
ί 44、導槽45、頸孔53及管孔Μ間構成相連通之： 悲、；該環部52壁面上至少設有―導氣孔55,能連通於 下氣室24與環部52内所形成之氣槽％間；、 底部係可固設-承套57，將閥桿35活動穿組於承套π i機ΓΓ35 —端植人於閥座另—端頂觸於該 扳機6上。 該内彈簧8係設於管孔54内，以壓觸於闕桿祁上， 並使閥桿35呈可被扳機6壓扣挺縮之形熊。 上述閥桿35在未被壓扣前係套設於氣槽％内，並 頂觸管孔54⑽㈣簧8(如圖四所示），於壓扣後則可 植入於管孔54内推擠内彈簧8(如圖三所示）。 上述活動穿組於承套57上的卩轉35，其桿壁與承 套57的套孔孔壁間具有一氣縫58，可 界大氣相連通（如圖二所示）；且 ，、卜 —上韻桿35桿壁上設有-中段錢㈣加，用以 官制该氣縫58的啟閉時機；同時’閥椁35桿壁上另执 =-前段止氣《 37,可管制上料孔54與氣槽;; 間的連通時機。 9 I263565 ^再者，本發明亦可於閥座5與活動閥4之間的下氣 至24内增没一外彈簧7，輔助下氣室24内的高壓空氣 頂持活動閥4上移。ί 44, the guide groove 45, the neck hole 53 and the tube hole 构成 are connected to each other: sorrow; the ring portion 52 has at least a "air vent 55" on the wall surface, which can communicate with the lower air chamber 24 and the ring portion 52. The formed trough is between %; the bottom part can be fixed-supported sleeve 57, and the valve stem 35 is movably worn through the sleeve π i machine ΓΓ 35 - the end implanted on the valve seat and the other end touches the trigger 6. The inner spring 8 is disposed in the tube hole 54 to press against the mast, and the valve stem 35 is shaped like a bear that can be crimped and contracted by the trigger 6. The valve stem 35 is sleeved in the air slot % before being crimped, and is in contact with the tube hole 54 (10) (four) spring 8 (shown in FIG. 4), and can be implanted in the tube hole 54 after the crimping. Inner spring 8 (shown in Figure 3). The above-mentioned activities are carried through the twisting 35 of the sleeve 57, and the wall of the sleeve and the wall of the sleeve of the sleeve 57 have an air gap 58 which can be connected in the atmosphere (as shown in Fig. 2); On the wall of the 35-pole of the upper rhyme, there is a mid-section (four) plus, which is used to officially make the opening and closing timing of the air gap 58; at the same time, 'the valve is 35 on the wall, and the other is the front section. The timing of communication between 54 and the air tank; 9 I263565 ^ Further, the present invention can also add an outer spring 7 to the lower air to the air valve 24 between the valve seat 5 and the movable valve 4 to assist the high pressure air in the lower air chamber 24 to move up the movable valve 4.
藉由上述構件之組成，當本發明之扳機閥處於未壓 扣板機6狀態時’該閥桿35係受内彈簧8之頂持，而 下^頂觸於扳機6上（如圖-所示）；此刻，閥桿35上 的，段止氣塾圈37未植人於管孔54内，故使管孔54 與乳槽56相連通，閥桿35上的中段止氣墊圈36已下 ，封閉該氣縫58，防止氣槽56對外誠氣體；且，進 乳流道21内的高壓空氣，可依序經由進氣孔44、導槽 45、頸孔=、管孔54、氣槽56及導氣孔55而導入閥 體3之下氣室24内集壓，亦可協同外彈簧7的作用力， 而將活動闕4由下往上推引呈上挺形態，此刻T氣室24 内向壓空氣的推力或此推力加上外彈簧7的作用力，係 =於進氣流道21内高壓空氣推引活動閥4下降位移的 用力因此居動閥4能保持在上挺位置，使活動閱* :上層止氣塾圈46能緊閉主閥孔3〇,因 ::11内媒動活塞丨2擊釘，故可保持穩定的:ΐ 換^操作者扣壓扳機6時（如圖二所示）， 隹壓内彈簧8而上挺，使閥桿35前段部及其前^干 圈37植入㈣孔54内’封閉管孔54與氣槽二: 、道’故自進氣流道21流入管孔54内的高 ：、 經由氣槽56及導氣孔55而導人下氣室24内==法 35上的中段止氣塾圈36已開啟氣縫㈣外界的通:桿 10 1263565 故原本集結於下氣室24内的高壓空氣便經由氣縫58排 放至外界’岐下該24 ^驗態，且該—可增設 之外彈簧7的作用力也小於高壓空氣推動活動閥移 的作用力’因此進氣流道21内的高壓空氣便迅速將活 動閥4向下推移，使活動閱4在閥座3内呈現降位形態 (如圖三所示），活動閥4的上層止氣塾圈46並開啟主閥 孔30，使高壓空氣能經由主閱孔3〇、上氣室、通氣 口 32及氣缸通道2而載人頂層氣紅室14内，驅動活塞 12上的擊釘桿13迅速擊發钉件’藉此構築形成一種在 壓扣扳機6後可迅速擊發釘件的扳機閥配置技術；同 時，活動閥4的中層止氣墊圈47係會關閉内閥孔3卜 使上氣室23内的高壓空氣無法載入排氣孔⑽及排氣流 道22内，故可避免宣洩上氣室23内的高壓空氣壓力， 可維持迅速擊釘之穩定性。 此外，在擊發釘件後，操作者釋放扳機6，閥桿35 受到内彈簧8之恢復作用力而迅速複歸原位（如圖四所 示）’可恢復管孔54與氣槽56相連通而導引高壓空氣 進入下氣室24集壓的狀態，以推引活動閥4復歸至上 挺位置（如圖一及五所示）；在圖五中，揭示出當活動閥 4復位後，主閥孔30關閉，高壓空氣無法再進入上氣室 23内，且内閥孔31開啟，並連通通氣口 32與排氣孔 33間的通路，使擊釘後頂層氣室14内剩餘的高壓空氣 可經由氣缸通道2、通氣口 32、上氣室23、導氣槽43 及排氣孔33，而導入槍體1之排氣流道22内並排放至 外界；再者，活塞下移擊釘時，由底層氣室15排入回 1263565 釭氣至17内集結的高壓空氣，會在回復至底層氣室15 内，藉使頂層氣室14内壓力小於底層氣室15，以推引 活塞12及其擊釘桿13向上回復預備擊釘位置，完成擊 釘之單次操作循環。By the composition of the above components, when the trigger valve of the present invention is in the state of the unsqueezing plate machine 6, the valve stem 35 is held by the inner spring 8 and the lower top is contacted with the trigger 6 (as shown in Fig. At this point, the segment air stop ring 37 on the valve stem 35 is not implanted in the pipe hole 54, so that the pipe hole 54 communicates with the milk groove 56, and the middle air stop washer 36 on the valve stem 35 has been lowered. The air gap 58 is closed to prevent the air groove 56 from being ventilated; and the high-pressure air in the milk flow passage 21 can be sequentially passed through the air inlet 44, the guide groove 45, the neck hole =, the tube hole 54, and the air groove 56. And the air guiding hole 55 is introduced into the air chamber 24 under the valve body 3, and the force of the outer spring 7 can be combined to push the movable cymbal 4 from the bottom to the top, and the T air chamber 24 is inward. The thrust of the compressed air or the thrust plus the force of the outer spring 7 is the force in which the high-pressure air in the intake runner 21 induces the downward displacement of the movable valve 4, so that the live valve 4 can remain in the upright position, so that the activity Read*: The upper air stop ring 46 can close the main valve hole 3〇, because::11 inside the medium piston 丨2 hit the nail, so it can be kept stable: ΐ change ^ operator squeeze the trigger 6 (as shown As shown), the inner spring 8 is pressed upwards, so that the front portion of the valve stem 35 and its front and inner ring 37 are implanted into the (four) hole 54. 'close the pipe hole 54 and the air groove two: The height of the passage 21 into the pipe hole 54 is: and the inner air chamber 24 is guided through the air groove 56 and the air guiding hole 55. == The middle air stop ring 36 on the method 35 has opened the air gap (4) The external passage: the rod 10 1263565 Therefore, the high-pressure air originally collected in the lower air chamber 24 is discharged to the outside through the air gap 58 to the lower side, and the force of the external spring 7 can be increased less than the action of the high-pressure air to push the movable valve. Therefore, the high-pressure air in the intake passage 21 quickly pushes the movable valve 4 downward, so that the movable reading 4 is in a lowered position in the valve seat 3 (as shown in FIG. 3), and the upper layer of the movable valve 4 is stopped. The ring 46 opens the main valve hole 30, so that high-pressure air can be carried in the top venting chamber 14 via the main reading hole 3, the upper air chamber, the vent 32 and the cylinder passage 2, and the ejector rod 13 on the piston 12 is driven. Quickly firing the nail member' thereby constructing a trigger valve configuration technique that can quickly fire the nail member after the trigger trigger 6; at the same time, the activity The middle air retaining washer 47 of 4 closes the inner valve hole 3 so that the high-pressure air in the upper air chamber 23 cannot be loaded into the exhaust hole (10) and the exhaust flow passage 22, so that the high pressure in the upper air chamber 23 can be avoided. Air pressure maintains the stability of quick nailing. In addition, after firing the nail member, the operator releases the trigger 6, and the valve stem 35 is quickly returned to the original position by the restoring force of the inner spring 8 (as shown in FIG. 4). The recoverable tube hole 54 communicates with the gas groove 56. The state in which the high-pressure air is introduced into the lower air chamber 24 is controlled to push the movable valve 4 back to the upper position (as shown in FIGS. 1 and 5); in FIG. 5, it is revealed that when the movable valve 4 is reset, the main The valve hole 30 is closed, the high pressure air can no longer enter the upper air chamber 23, and the inner valve hole 31 is opened, and the passage between the vent 32 and the vent hole 33 is communicated, so that the high pressure air remaining in the top plenum 14 after the nail is pressed It can be introduced into the exhaust runner 22 of the gun body 1 through the cylinder passage 2, the vent 32, the upper air chamber 23, the air guide groove 43, and the exhaust hole 33, and discharged to the outside; At the time, the high-pressure air collected from the bottom chamber plenum 15 back into the 1263565 helium gas to 17 will be returned to the bottom plenum 15 so that the pressure in the top plenum 14 is less than the bottom plenum 15 to push the piston 12 The nail bar 13 is returned upward to prepare the nailing position, and the single operation cycle of the nailing is completed.
本發明藉由上述構造，特別是讓活動閥向下開閥的 方白”南壓I氣進入扳機閥内的方向相同一的配置設 计，可在驅動擊釘時降低活動閥的開閥阻力，並提昇壓 扣扳機後立即迅速擊發釘件的敏捷性與開閥之順暢 性，與先前技術相較，實已備具進步性。 —以上所述僅為本發明之較佳實施例而已，並非用以 限疋本發明之申睛專利範圍，凡其它未脫離本發明所揭 2之精神下而完成的等效修飾或置換，均應包含於后述 申請專利範圍内。 【圖式簡單說明】 圖一 晉減心㈣出本發明之剖示®，朗在搶體上組 。 扳機，且於未壓扣扳機當時的配置形態。 二狀:晏T出本發明另—動作别不圖，說明在圖 ί空高壓空氣推動而下移，以開啟高 進入歧内之氣路，進而迅速擊釘的狀離。 三狀發明再一動作别示圖，說明在圖 下氣室内推桿復位’高壓空氣再次載入 動閥上挺復位的狀態。。 12 1263565 圖五：揭示出本發明又一動作剖示圖，說明在圖 四狀態下，活動閥復位關閉主閥孔並開啟内閥孔，使 活塞及擊釘桿回復預備擊釘位置的狀態。 【主要元件符號說明】 1 ------搶體 11 -----氣缸 12 -----活塞 • 13-----擊釘桿 14 -----頂層氣室 15 -----底層氣室 17 -----回程氣室 18 -----通氣孔 2 ------氣缸通道 φ 21-----進氣流道 22 -----排氣流道 23 -----上氣室 24 -----下氣室 3 ------閥體 30 -----主閥孔 31 -----内閥孔 13 1263565 通氣口 排氣孔 閥桿 中段止氣墊圈 前段止氣墊圈 活動閥 上閥部 下閥部 導氣槽 進氣孔 導槽 上層止氣墊圈 -中層止氣墊圈 -底層止氣勢圈 -内層止氣墊圈 -閥座 -閥管 -環部 -頸孔 54 -管孔 14 1263565 導氣孔 氣槽 55 56 57 -----承套 58 -----氣縫 6------扳機 扳機座 外彈簧 内彈簧 60 7- 8According to the above configuration, in particular, the configuration that allows the movable valve to open the valve downwardly and the direction in which the south pressure I gas enters the trigger valve is the same, which can reduce the valve opening resistance of the movable valve when driving the nail. And improving the agility of the nail member and the smoothness of opening the valve immediately after the crimping trigger is raised, which is more advanced than the prior art. The above description is only a preferred embodiment of the present invention. It is not intended to limit the scope of the invention, and any equivalent modifications or substitutions that are made without departing from the spirit of the invention may be included in the scope of the appended claims. 】 Figure 1 Jin Minxin (4) out of the invention of the invention ®, Lang on the body group. Trigger, and the configuration of the trigger at the time of the un-pressed trigger. Second shape: 晏T out of the invention - action is not picture, It is shown that the high-pressure air in the figure pushes down and moves down to open the gas path in the high-intake, and then quickly breaks the nail. The three-shaped invention shows another action, indicating the reduction of the push-rod in the gas chamber. High-pressure air is again loaded into the moving valve to reset State: 12 1263565 Figure 5: Another action cross-sectional view of the present invention is disclosed, illustrating that in the state of Figure 4, the active valve is reset to close the main valve hole and open the inner valve hole, so that the piston and the ejector rod return to the pre-nail position [Main component symbol description] 1 ------ grab body 11 -----cylinder 12 -----piston • 13-----strike rod 14 ----- top gas Room 15 ----- bottom air chamber 17 ----- return air chamber 18 ----- vent 2 ------ cylinder channel φ 21-----intake runner 22 -- ---Exhaust flow passage 23 -----Upper air chamber 24 ----- Lower air chamber 3 ------Valve body 30 -----Main valve hole 31 ----- Valve hole 13 1263565 Vent vent hole Valve stem Middle section Gas retaining washer Front section Gas washer Active valve Upper valve part Lower valve part Air guide Inlet hole Guide groove Upper air retaining washer - Middle air retaining washer - Bottom stop gas potential ring - Inner layer Air stop washer - valve seat - valve tube - ring - neck hole 54 - tube hole 14 1263565 air hole air groove 55 56 57 ----- sleeve 58 ----- air seam 6------ Trigger trigger seat outer spring inner spring 60 7- 8