200821104 九、發明說明： 【發明所屬之技術領域】 亡發明提供1釘槍之擊釘模式切換器 ::::換釘搶之順序式、接觸一模式以 【先前技術】 方1之氣動釘搶，是以壓縮空氣為動力 桿，使擊釘桿騎件打人X作物内，峰釘桿it擊針 是由槍體上之扳機及安讀桿或其桿上相連 = 共同控制。 喷擎座來 氣動釘搶之擊釘方式，為因應工作情況的需求，傳統 上可區分成順序式驅動(Restrictive actuation或Sequent· 1 actuation)及接觸式驅動（Contact actuation)等二種擊釘才二 模式。其中： 呆作 順序式驅動之擊釘模式，是指操作者欲擊發釘件日夺， 必須依循先將安全滑桿或桿上的敲擊座壓觸於待釘結的卫 作物面’以推觸板機内簧片上揚’而後壓扣板機，使板機 内簀片被連動，而去啟動扳機閥進行擊發釘件的模式；才桑 作者右欲^一次驅動擊釘時’至少必須遵循先釋放板機而後 再重複壓扣扳機的順序，才能再次擊發釘件。當操作者違 反此一驅動順序，亦即先壓扳機而後壓安全滑桿或桿上的 敲擊座時，扳機内簧片無法被連動，且扳機閥無法被啟動， 藉此抑制釘件被擊發；換言之，當操作者在壓扣扳機後， 即使因無意間誤觸安全滑桿或桿上的敲擊座，也不會發生 200821104 意外擊釘的危險現象。 接觸式驅動之擊釘模式，是指操作者欲擊發釘件時， 可依循先持續壓扣扳機不放，隨後將安全滑桿或桿上的敲 擊座朝向待釘結的工作物面位置進行連續接觸式的敲擊， 使扳機内簧片在每/次敲擊時皆能被連動上揚，進而逐次 啟動扳機閥，進行玎連續的接觸式擊釘運作。此外，接觸 式驅動擊釘模式，也容許操作者將安全滑捍或桿上的敲擊 座先行壓持於待釘結之工作物面上，以連動内簧片上揚， k後進行單次或連續壓扣扳機動作，以便於工作物面上釘 結單支或多數支釘件。 上述操作模式，皆已存在於同一把傳統釘搶上，並藉 由切換裝置，來進行順序式或接觸式驅動擊釘模式的士 舉如美國專利公開w_2G技術 經由全滑椁相銜接的栓軸一端形成二不等高的梯面， 置 又在^轴上的切換钮將其轉動，能切換二梯面的位 動擊:簧片，致使釘餘進行·式或接觸式驅 導致釘換控制；惟其未具備可抑制擊釘的技術， 桿上的敲擊攜帶時’容易因誤觸扳機及安全滑桿或 且知，难t生意外擊釘的危險現象，亟需加以改善。 狹窄的扳機内部，名釘裝置的構成元件，係組置於空間 便，且徒增小^各在供給操作者調撥或切換使用上甚為不 【發叼内容】 構件的加工與組裝成本。 本發明之目的匕 特別是一種利於衩9在提供一種釘搶之擊釘模式切換器， °、作者手動調整的切換紐，以控制釘搶進 200821104 灯順序^、接觸式轉擊釘及抑制擊釘的操作模式者。 -扳上述Γ的’本發明係在—釘搶之扳機内容置 取才曰盘；，並樞③―内簧片’且—滑設於釘搶上之安全 ::ΐί:之間的搶體旁側設有-轴向導引孔，以滑設〆 導二 =Γ接的栓軸’並於栓軸上設有-能帶動其在 :丄τ=的撥片’同時安全滑桿前端設有-敲擊座延 有：g h體底部的擊釘口外端，其必要構成技術包含 能經由調整^ 城與其同步轉動，並 库部，形成於該内簧片端侧，且短端部於進行順 模式操作時能接受換位之偏心桿的推持，致 使㈣於壓扣魏帶_簧片減扳_桿以進行擊釘； 觸式片端側 、彳、式刼作柃此接受換位之偏心桿的推持，致 ^反機於壓扣時能帶_簧片減扳_桿以進行擊釘； 餘Γ!放部’形成於制簧片端側，且開放部未能接受 時，内，，致使誤觸扳機及安全滑桿或敲擊座 π耳片未能推抵扳機閥桿以抑制擊釘。 依據上述’可供使用者調整撥片來控制偏心桿換位； 二持於内簣片之短端部時，釘搶能進行順序式驅 /杈式，-當偏心桿換位而推持於内簧片之長端部 “、丁搶能進行接觸式驅動擊釘模式；又當偏心桿換位至 κ之開放部時，釘搶能產生抑制擊釘的作用；據此， 200821104 以提升擊釘模式切換控制的方便性。 然而，為能再加詳述本發明，併予列舉出較佳實施例， 請配合參照圖式而詳細說明^後述： 【實施方式] 首觀圖1所示，揭示出本發明第一款實施例的局部剖 示圖，說明本發明釘搶之擊釘模式切換器，係在一搶體i 上樞設一扳機2及滑設一安全滑桿3，且扳機2内容置一扳 機閥桿21，並樞設一内簧片4，|於安全滑桿3與板機2 ’ 之間的搶體旁侧形成有一轴向的導引孔51 (配合圖2及圖 3所示），同時於導引孔内滑設一栓轴6。 該内黃片4具有一樞接端43(配合圖5所示），以樞設 於扳機2雙側端壁上，當内簧片4雙端部皆被向上推持或 連動上移時（如圖8所示），内簧片4近中段位置係可推抵 扳機閥桿21。 一 。亥女全滑桿3係呈彎折形體(如圖1所示），其一端可與 ^軸6底部相銜接（配合圖2及圖3所示），且安全滑桿3與 锃軸6之間螺組一擊釘深度調整器7，並於安全滑桿3另一 ，，結一敲擊座30而延伸至搶體丨底部的擊釘口 1〇外端； ’检車由6上設有一能帶動其在導引孔51内轉動的撥片 本發明之主要構成技術包含有·· K 2心桿61 (如圖1至圖3所示），設於該栓軸6頂部 此與其同步轉動，可經由調整撥片81以控制偏 換位； τ〜 9 200821104 且短如圖5所示），形成於該_4端側， 之偏心桿的::^驅動擊釘模式操作時能接受換位 一山立的推持（配合圖6及圖7所示）； 進行二形S該内簧片4端侧’且長端部42於 推持，二擊及^ 能接受換位之G域於該内簧片4端側」!·開放部40未 此外，=心桿61的推持（配合圖16及圖17所示）。 本發明更加包含： 一座體S广 滑桿3之間的所示）’固定在扳機2與安全 座52及一下 且尾體5上延製形成有一上 的徑向開D样5 、；上、下座52及53之間形成一單侧 溝槽55。 ’ 上座52底部亦可形成複數個徑向 戶具體的實施上，本發明也包含： ,導引孔51係呈圓形，是妒& 之間（如圖疋形成於上座52與下座53 所述拾車“ 並貫穿座體5的頂部與底部。 處軸向畔〇 ®㈣’且料6周壁上設有至少一 1曰02 (如圖2所示），茈m她〇 滑道的形式，用以套設-切換紐8.凹可製成具備行程 -通孔82,其 ’ 5亥切換知8中央形成有 栓軸6的凹槽^至^成有-軸向凸肋83，以滑設於 所述_ 81係形成於該 -)，該切換叙8係呈一短筒狀_。如圖2、圖巧 形體，且切換鈕δ係容 200821104 置於座體5的開口槽54内，此外，切換鈕8的肩部亦可形 成至少一凸部85，而與複數個徑向溝槽55相嚙合，以利將 切換鈕8定位於順序式或接觸式擊釘模式位置，或定位於 抑制擊釘位置。 ^ 一所述拴軸6與切換鈕8之間套設一壓篑9 (如圖2所 示）、·且栓轴6周壁上形成一凸緣63 (配合圖3所示），以 承载壓簧9之底部，並於切触8的通孔底層形成一較 f孔徑的彈簧槽86，用以容置該壓簧9之頂部，使栓軸6 =在切換—8與導引孔51之間進行挺縮式彈性位移；同 彳王轴6之底部形成有一承孔64。 所述擊釘深度調整器7,包括由一牙栓 々疋紐/1 及一止擋環72所組成（如圖1至3所示）；其中： 立°亥牙栓73係固結於安全滑桿3的頂部，且牙栓73之 =邛可承持於栓軸6底部的承孔料内，並藉由壓簧9的推 而使栓軸6與牙栓73之間能穩定套持在一起。 撥，忒1鈕71係呈圓體螺帽狀，周壁上具止滑面供人手推 才入卓方疋紐71中心形成一凹形圓槽711，用以框持於上述 二:6的底層柱面上，並於圓槽711底部形成一牙孔712， ^累、Ϊ於該牙栓73上；同時，独71頂部亦形成有複數 個相等間距圍繞的卡槽713。 幻忒止擋環72呈中空環狀，係套置於上述栓軸6的凸緣 灸氏部（如圖2所示），且止擋環72至少於其底面上形成有 攻卡槽713數量及位置相對等的凸部721，龍於各卡槽 之間滑移或嵌扣定位，此外止檔環72兩側翼各有一凸 "2滑汉於座體5靠底端内部兩側之軸向導槽5ό，以 200821104 防止止檔環72旋 鈕71在牙〜二牙riT)。據此，操作者可旋調旋 連之敲擊座30(如圖二度，便可控制安全滑桿3及相 深度。 不）一者的高度位置，藉以調控擊釘 所述短端部y 乂 且二 ==二、 式麟^:磐式、接觸 至内簧片4之短端部不41下座體5之一侧，使偏心桿Μ轉擺 桿侧敲擊座3。推壓於待:=: =衫全滑 座30連動安全滑产3 丁、、σ的工作物面上，使敲擊 深度調整器7連動^6J^移(如圖6所示），並透過擊釘 Η 4 —挺’致使偏心桿61向上推持内 貫片4驗端部41 ;隨後，操作者便 =内 所示）’讓内簧片4的樞接踹a 孜微如圖7 u上向上軸，促使整個内簧 γ上移而推抵扳機閥桿21，以驅動釘搶内之擊釘桿進 單次的順序式驅動擊釘操作。 此外，操作者假若違反上述操作順序，即操作者在無 意間先壓扣了扳機2(如圖8所示），而後誤觸了敲擊座3〇 或安全滑桿3 ’進而連動栓軸6及偏心桿61上挺(如圖&所 示），也不會發生意外擊釘的危險現象；因為，在壓扣板機 2當時已歧動了内簧片4’導致其短端部^脫離偏心桿 61上挺時的可觸純置，固無法推抵扳_桿21擊發釘 件；藉此，以構築形成一嚴密的順序式驅動擊釘模式。 12 200821104 (2 )接觸式驅動擊釘操作：操作者可調整切換鈕$上 的撥片81(如圖10所示）至座體5之另一側，使偏心桿 轉擺至内簧片4之長端部42下方；此時，操作者可先壓扣 扳機2至底位(如圖丨丨所示），讓内簧片4之樞接端们先向 上移動；隨後，再將安全滑桿3底端的敲擊座3()推壓接觸 於待釘結的工作物面上，使敲擊座3〇連動安全滑桿3上挺 位移，並透過擊釘深度調整器7而連動栓軸6及^偏心^ 1上#、(如圖12所示）’使偏心桿61向上推持内簧片4之長 端部42,促使整個内簧片4上移而推抵扳機閥桿^，以驅 動釘搶内的擊釘桿進行接觸式驅動擊釘操作；在此狀離 下^喿作者可持續壓扣_ 2料，並在工作物面上^ ，行釋放及壓觸敲擊座30的往復操作，使内簧片4之長端 ^2不斷接受偏心桿61的往復推持運作，即形成連續的 接觸式驅動擊釘操作。 此-外’接觸式驅動擊釘模式’也容許操作者將鼓擊座 行壓持於待釘結之工作物面上，以連動安全滑桿3上 =移’並透過擊釘深度調整器7而連動栓軸6及其偏心 圖13所示）’使偏心桿61向上推持内筹片4 長知4 42 ;隨後，可進行單次或連續之壓扣扳機2 所動作，以便於工作物面上釘結單支或多數Μ二 81(如圖操作者可輕购-上的撥片 内簧片4之開二^ 中央前緣，使偏心桿61轉擺至 3或敲擊座㈣#作者綠觸安全滑桿 16所示），偏心才曰6^ 其偏心桿61向上位移（如圖 才干6!會由内簧片4之開放部4〇的尾端近處 200821104 通過；因此，開放部4( 歼Up 40未能接受向上位移的偏200821104 IX. Description of invention: [Technical field of invention] The invention of the nail provides a nail gun mode switcher::::nail replacement sequence, contact one mode [previous technology] square 1 pneumatic nail grab The compressed air is used as the power rod, so that the nailing rod is hit into the X crop, and the peak nail rod is shot by the trigger on the gun body and the reading rod or its rod connected together = common control. The jet engine is used to pneumatically nail the nailing method. In order to meet the needs of the working conditions, it can be traditionally divided into two types of nails: Restrictive actuation or Sequent 1 actuation and Contact actuation. Two modes. Among them: Staying in the sequential driving nailing mode means that the operator wants to hit the nailing piece, and must follow the safety slider or the tapping seat on the pole to touch the surface of the toilet to be nailed. The inner reed of the touch panel machine is raised and then the squeegee is pressed to make the slabs of the slab be linked, and the trigger valve is used to activate the mode of the nail; the sang author wants to drive the nail once and at least must follow the release first. The trigger is then repeated and the sequence of the trigger is repeated to fire the nail again. When the operator violates this driving sequence, that is, when the trigger is first pressed and then the safety slider or the knocking seat on the rod is pressed, the trigger inner reel cannot be interlocked, and the trigger valve cannot be activated, thereby suppressing the nail being fired. In other words, when the operator presses the trigger, even if the safety slider or the knocker on the pole is inadvertently touched, the danger of accidental nailing in 200821104 will not occur. The contact-driven nailing mode means that when the operator wants to hit the nailing member, the trigger can be continuously pressed, and then the tapping seat on the safety sliding rod or the rod is oriented toward the working object surface to be nailed. The continuous contact type of tapping enables the trigger inner reed to be moved up and down every time it is struck, and then the trigger valve is successively activated to perform a continuous contact type nailing operation. In addition, the contact drive nailing mode also allows the operator to press the safety slider or the tapping seat on the rod to the work surface to be nailed, so as to interlock the inner reed, and then perform a single or Continuously press the trigger to facilitate the nailing of a single or a plurality of nails on the work surface. The above operation modes are all present in the same conventional nail, and the sequential or contact-driven driving nailing mode is adopted by the switching device, as the U.S. patent discloses that the w_2G technology is connected via the full sliding shaft. One end forms a step surface with two unequal heights, and the switch button on the ^ axis rotates it to switch the positional motion of the two ladder faces: the reed, causing the nail to be carried out or the contact drive to cause the nail change control However, it does not have the technology to suppress the nailing. When the hammer is carried on the pole, it is easy to accidentally touch the trigger and the safety slider, and it is difficult to accidentally hit the nail. Inside the narrow trigger, the components of the nailing device are placed in the space, and the small and small parts are not allocated to the operator for switching or switching. The content of the components is processed and assembled. The purpose of the present invention is particularly to facilitate the use of a nail-punching mode switcher, °, the author manually adjusts the switching button to control the nail advancement of the 200821104 lamp sequence ^, the contact type of the nail and the suppression The mode of operation of the nail. - Pulling the above-mentioned ' 'The invention is in the nail grab the trigger content to pick up the disk;, and pivot 3 - inner reed' and - sliding on the nail to secure the security:: ΐ ί: between the body The side is provided with an axial guiding hole for slidingly guiding the second guiding shaft = the bolting shaft of the splicing and being provided on the bolt shaft - which can drive the plucking piece of the 丄τ= while the front end of the safety sliding rod is provided There is a - tapping seat extension: the outer end of the nailing bottom at the bottom of the gh body, the necessary constituent technology includes the ability to rotate synchronously with the adjustment of the city, and the storage portion is formed on the end side of the inner reed, and the short end portion is smoothed When the mode is operated, the eccentric rod of the transposition can be accepted, so that (4) the pressing buckle Wei belt _ reed is reduced by the _ rod to perform the nailing; the end of the contact piece, the cymbal, the 刼 is used to accept the eccentricity of the transposition The pushing of the rod causes the ^ machine to be able to take the _ reed minus the _ rod for the nailing when the button is pressed; the rest is formed on the end side of the reed, and the opening is unacceptable, inside, The mis-touch trigger and the safety slider or the tapping seat π ear failed to push against the trigger valve stem to suppress the nailing. According to the above, "the user can adjust the paddle to control the eccentric lever to change position; when the second end is held at the short end of the inner cymbal, the nail can be used for sequential drive/杈 type, when the eccentric rod is transposed and pushed The long end of the inner reed piece ", Ding grab can carry out the contact drive nailing mode; when the eccentric rod is transposed to the open part of κ, the nail rush can produce the effect of suppressing the nail; according to this, 200821104 The convenience of the nail mode switching control. However, in order to further clarify the present invention and exemplify the preferred embodiment, the following description will be described in detail with reference to the drawings: [Embodiment] FIG. A partial cross-sectional view showing a first embodiment of the present invention, illustrating a nail-punching mode switcher of the present invention, pivoting a trigger 2 and sliding a safety slider 3 on a grab body i, and triggering 2, a trigger valve stem 21 is placed, and an inner spring 4 is pivoted, and an axial guiding hole 51 is formed on the side of the body between the safety slider 3 and the trigger 2' (in conjunction with FIG. 2 and As shown in FIG. 3, a bolt shaft 6 is slid in the guiding hole at the same time. The inner yellow piece 4 has a pivoting end 43 (corresponding to FIG. 5 ), which is pivotally disposed on the double end walls of the trigger 2, when both ends of the inner reed 4 are pushed up or moved up (as shown in FIG. 8 ), the inner middle position of the inner reed 4 can be pushed. Pull the trigger stem 21. One. The full female slide 3 is a bent body (as shown in Figure 1), one end of which can be connected with the bottom of the shaft 6 (shown in Figure 2 and Figure 3), and safe A striking depth adjuster 7 is arranged between the sliding rod 3 and the cymbal shaft 6, and on the other side of the safety sliding rod 3, a knocking seat 30 is extended to extend to the outer end of the nailing opening 1 at the bottom of the smashing body. ; 'The car is provided with a paddle 6 which can drive its rotation in the guiding hole 51. The main constituent technology of the invention comprises a K 2 mandrel 61 (shown in Figures 1 to 3), which is provided in The top of the pin shaft 6 rotates synchronously with the dial pad 81 to control the shift position; τ~9 200821104 and short as shown in FIG. 5), formed on the side of the _4 end, the eccentric rod::^ When driving the nailing mode, it can accept the shifting and positioning of the mountain (in conjunction with FIG. 6 and FIG. 7); performing the two-shaped S, the inner end of the inner spring 4 is 'and the long end portion 42 is pushed, two strikes And ^ can accept the G domain of the transposition On the end side of the inner reed 4"! - the opening portion 40 is not provided, and the push of the mandrel 61 (shown in Fig. 16 and Fig. 17). The invention further comprises: a display between the body S of the wide slide bar 3) fixed to the trigger 2 and the safety seat 52 and the lower end of the tail body 5 is formed with an upper radial opening D-like; A single-sided groove 55 is formed between the lower seats 52 and 53. The bottom of the upper seat 52 can also form a plurality of radial households. The present invention also includes: The guiding holes 51 are circular and are between the 妒& (as shown in the upper seat 52 and the lower seat 53). The pickup car "passes through the top and bottom of the seat body 5. At the axial side 〇® (four)' and at least one of the circumferences of the material 6 is provided with at least one 曰 02 (shown in Figure 2), 茈m her 〇 slide Form, for arranging-switching the button 8. The recess can be made with a stroke-through hole 82, and the groove 5 of the center of the plug shaft 6 is formed with the axial rib 83. The sliding body is formed in the -), and the switching system 8 is in a short cylindrical shape. As shown in Fig. 2, the figure is in the form of a body, and the switching button δ system is placed in the open slot of the base 5. In addition, the shoulder of the switching button 8 can also form at least one convex portion 85 and engage with a plurality of radial grooves 55 to position the switching button 8 in the sequential or contact nailing mode position. Or positioning to suppress the nailing position. ^ A pressing jaw 9 (shown in FIG. 2) is disposed between the first shaft 6 and the switching button 8, and a flange 63 is formed on the peripheral wall of the bolt shaft 6. 3)), A spring groove 86 is formed on the bottom of the through hole 9 and the through hole of the contact 8 to form a relatively 90-hole spring groove 86 for accommodating the top of the compression spring 9 so that the pin 6 is at the switch 8 and guiding A constrictive elastic displacement is performed between the holes 51; a bottom hole 64 is formed at the bottom of the same king shaft 6. The nail depth adjuster 7 includes a dental plug //1 and a stop ring 72. The composition (as shown in FIGS. 1 to 3); wherein: the vertical hinge 73 is fixed on the top of the safety slider 3, and the pin 73 can be supported by the bottom of the bolt shaft 6 And the push shaft 6 and the dental stem 73 can be stably held together by the pushing of the compression spring 9. The dial, the 忒1 button 71 is in the shape of a round nut, and the sliding wall on the peripheral wall is for human hand pushing. A concave circular groove 711 is formed in the center of the Zhuofang 疋 New 71 to hold the bottom surface of the second:6, and an endhole 712 is formed at the bottom of the circular groove 711. At the same time, the top 71 of the sole 71 is also formed with a plurality of card slots 713 surrounded by equal intervals. The phantom stop ring 72 has a hollow ring shape and is sleeved on the flange moxibustion portion of the pin shaft 6 (as shown in the figure). 2) and stop The ring 72 is formed with a convex portion 721 of the number and position of the tapping slots 713 at least on the bottom surface thereof, and the dragon is slidably or snap-fitted between the respective card slots, and the wings of the stop ring 72 have a convex shape on both sides. The sliding body is placed on the inner side of the bottom end of the base 5 by the axis guide groove 5ό, to prevent the stop ring 72 knob 71 from being in the tooth to the second tooth riT). According to this, the operator can rotate the tapping seat of the screw 30 (as shown in Figure 2, you can control the safety slider 3 and the depth of the phase. No) the height position of one, in order to regulate the short end of the nail y 乂 and two == two, type Lin ^: 磐, The short end portion of the inner reed 4 is not in contact with one side of the lower seat body 5, so that the eccentric rod is turned to the side of the pendulum rod. Pushing on: =: = shirt full slide 30 interlocking safety slip 3 working, σ on the working surface, so that the tap depth adjuster 7 is linked to ^6J^ (as shown in Figure 6), and through The nail Η 4 is quite 'actuated' so that the eccentric rod 61 pushes up the inner end piece 4 of the end piece 41; then, the operator = inside)) the pivoting 踹a of the inner reed 4 is as shown in Fig. 7u The upper and upper shafts cause the entire inner spring γ to move up and push against the trigger valve stem 21 to drive the nail to push the nailing rod into a single sequential driving nailing operation. In addition, if the operator violates the above operation sequence, the operator unintentionally presses the trigger 2 (as shown in FIG. 8), and then accidentally touches the knocking seat 3〇 or the safety slider 3' to link the bolt shaft 6 And the eccentric rod 61 is uplifted (as shown in & shown), and there is no danger of accidental nailing; because the inner end plate 4' has been squished at the time when the press plate machine 2 has caused its short end portion ^ When the eccentric rod 61 is disengaged from the erecting position, the ejector pin 21 can be pushed against the yoke 21 to shoot the nail member; thereby, a tight sequential driving nail driving mode is constructed. 12 200821104 (2) Contact type driving nailing operation: The operator can adjust the paddle 81 on the switching knob $ (as shown in FIG. 10) to the other side of the seat body 5, and swing the eccentric rod to the inner reed 4 Below the long end portion 42; at this time, the operator can first press the trigger 2 to the bottom position (as shown in FIG. ,), so that the pivoting ends of the inner reed 4 move upward first; The tapping seat 3 () at the bottom end of the rod 3 is pressed against the working object surface to be nailed, so that the knocking seat 3〇 is displaced by the safety sliding rod 3, and the bolt shaft is connected through the nail depth adjuster 7 6 and ^ eccentric ^ 1 upper #, (as shown in FIG. 12) 'Push the eccentric rod 61 upward to hold the long end portion 42 of the inner reed 4, causing the entire inner reed 4 to move up and push against the trigger valve stem ^, The contact-driven nailing operation is performed by driving the nailing rod in the nail; in this case, the author can continue to press the _ 2 material, and release and press the tapping seat 30 on the working object surface. The reciprocating operation causes the long end end 2 of the inner reed 4 to continuously receive the reciprocating pushing operation of the eccentric rod 61, that is, to form a continuous contact driving nailing operation. This - outer 'contact drive nailing mode' also allows the operator to press the drum seat on the work surface to be nailed to interlock the safety slider 3 on the shift and through the nail depth adjuster 7 And the interlocking pin shaft 6 and its eccentricity shown in FIG. 13) 'the eccentric rod 61 pushes up the inner chip 4 for a long time 4 42; then, a single or continuous press trigger 2 can be operated to facilitate the work The surface is nailed with a single or a plurality of 812 81 (as shown by the operator, the inner reed 4 of the plucking inner spring) can be turned to the 3rd or the knocking seat (4)# The author's green touch safety slider 16 is shown), the eccentricity is 6^, and the eccentric rod 61 is displaced upwards (as shown in Figure 6! The end of the open end 4〇 of the inner reed 4 is near the end of 200821104; therefore, open Part 4 ( 歼Up 40 failed to accept the upward displacement
部外’本發明上述短端部41&係、可變更形成於長端 Γ端（如目18所示），且開放部4Ga /亦可變更形成於 笼h方側，致使偏心桿61能藉由轉動栓軸6以換位 =貝片4a之短端部41a、長端部42&或開放部4〇a下方（如 毒8至圖20所示）；或者，亦能變更為開放部40b形成於 =部42b旁側（如圖21所示），且短端部仙形成於開放 b與長鳊邛42b之間，致使偏心桿61能藉由轉動栓軸 乂換位至内育片4b之短端部41b、長端部42b或開放部 b下方（如圖21至圖23所示）。 一本發明上述第一款實施例中，亦可變換成不予組置擊 、丁’罙度凋整态7的第二款實施例；換言之，可利用一螺絲 匕1而將安全滑桿3直接鎖裝於栓軸6底部（如圖24所示）， 同樣能夠進行上述順序式、接觸式驅動擊訂模式或抑制擊 、丁的切換運作’故亦屬本發明所思及之技術應用，併予 明。 个 14 200821104 相u述之》兒明，已足以充分揭示出本發明可供據以 實施之必要技術内容，然其僅為本發明之較佳實施例而 已’並非用以限定本發明之申請專利範圍，凡任何孰習此 技術者，在㈣離本發明所揭之精神下完成的等效修飾或 置換，均應落入本發明後述之申請專利範圍内。 【圖式簡單說明】 圖1:揭示出本發明第-款實施例的局部剖示圖，說明 該安全滑桿與板機之間的搶體旁側形成有—軸向導引孔， 且導引孔内滑設一栓軸。 ―圖2·揭不出圖1之局部放大圖，說明該軸向導引孔係 貝牙形成於一座體的上座及下座之間。 圖3:揭示出圖2之剖示圖，說明該检軸位在上座及下 座之間的配置形態。 圖4:揭示出本發明一内簧片的正視圖，說明該内箸片 似其旁侧之—長端部，且具1 端部與長端部之間。 紐ifιΓ出圖2之座體的俯視剖示圖，說明將一切換 式驅動擊釘模式’可使偏心桿轉擺至， 安全 干k以連動偏心杯向上推持内簧片的短端部。 壓扣揭示出順序式驅動擊釘之另—動作示意圖.說明 讓内黃片整體上移推抵扳機閥桿，以驅動擊釘。 圖8:揭示出順序式驅動擊釘之又—動作示意圖，說明 15 200821104 先麼扣扳機，使内笼y 位置。㈣“之短端部脫離偏心桿可上挺觸動的 狀態。 -推持内*片之短端部的 圖10 ··揭示出圖2之座體 切換紐調整至接觸式驅咖=-：視剖示圖’說明將 片的長端部下方。 、、式，使偏心桿轉擺至内簧 明該===，之另-動作示意圖，說 扳_桿驅動擊針的“)持内黃片的長蠕部 明先i觸安全滑釘之又一動作示意圖，說 部上挺。 彳M柄偏轉推持㈣片的長端 :壓::機=么== 釘。 秒推柢坂械閥椁，以驅動擊 圖15 ··揭示出圖2之座體的7 一|、目☆一 切換紐調整至抑制擊釘、*視。1示圖，說明將 開放部下方。 、、置，使偏心桿轉擺至内簧片的 桿上“，二不二抑釘之-動作示意圖，說明該偏心 日由内黃片之開放部的尾端近處通過。 200821104 圖17 :揭示出抑制擊却之另一動作示意圖，說明壓扣 扳機，但偏心桿無法推持内簧片之開放部的狀態。 圖18至圖20:揭示出本發明内簧片之另一實施例的正 視圖，說明該短端部形成於長端部尾端，且開放部形成於 長端部旁侧。 圖21至圖23:揭示出本發明内簧片之又一實施例的正 視圖，說明該開放部形成於長端部旁側，-且短端部形成於 開放部與長端部之間。 圖24 :揭示出本發明第二款實施例的剖示圖，說明該 安全滑桿可直接鎖裝於栓軸底部，且切換鈕上形成有凸部。 【主要元件符號說明】 1 ....... …—槍體 10 ....... ……擊釘cr 2 ....... …—扳機 21 ....... •…—扳機閥桿 3 ....... _…—安全滑桿 30 ....... ……敲擊座 31 ....... …一螺絲 4、4a、4b ....... …一内簧片 40、40a、40b ....... …一開放部 41、41a、41b ....... ——短端部 42、42a、42b ------- ——長端部 43 ------- …一—枢接& 5 ....... ...... 座體 51 ....... 導引孔 17 200821104 52 上座 53 ............下座 54 ............ 開口槽 55 ............ 徑向溝槽 56 ............轴向導槽 6 ............栓軸 61 ............偏心桿 一 62 ............ 凹槽 63 ............ 凸緣 64 ............承孔 7 ............擊釘深度調整器 71 ............ 旋鈕 711 ............圓槽 712 ............ 牙孔 713 ............卡槽 72 ............止擋環 721 ............ 凸部 722 ............ 凸塊 73 ............ 牙栓 8 ............ 切換鈕 81 ............撥片 82 ............ 通孔 83 …………凸肋 85、721 …凸部 86 ............彈簧槽 18 200821104The outer end portion 41 & of the present invention can be changed to be formed at the long end end (shown as item 18), and the open portion 4Ga / can be changed to be formed on the side of the cage h, so that the eccentric rod 61 can be borrowed. By the rotation of the bolt shaft 6 in the position of the transposition = the short end portion 41a of the flap 4a, the long end portion 42 & or the lower portion of the open portion 4a (as shown in Figure 8); or, it can be changed to the open portion 40b Formed on the side of the = portion 42b (as shown in Fig. 21), and the short end portion is formed between the open b and the long sill 42b, so that the eccentric rod 61 can be transposed to the inner stalk 4b by rotating the arbor The short end portion 41b, the long end portion 42b or the lower portion b is below (as shown in Figs. 21 to 23). In the first embodiment of the present invention, the second embodiment may be transformed into a non-grouping and twisting state 7; in other words, the safety slider 3 may be used by a screw 匕1. Directly locked to the bottom of the bolt shaft 6 (as shown in FIG. 24), the same can be performed in the above-mentioned sequential, contact-driven driving and stapling mode or to suppress the switching operation of the striking and twisting, which is also a technical application considered by the present invention. And to be clear. It is sufficient to fully disclose the necessary technical content of the present invention, which is merely a preferred embodiment of the present invention, and is not intended to limit the patent application of the present invention. </ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a partial cross-sectional view showing the embodiment of the first embodiment of the present invention, showing that an axial guiding hole is formed on the side of the body between the safety slider and the trigger machine, and A pin shaft is slid inside the pilot hole. Fig. 2 is a partial enlarged view of Fig. 1, illustrating that the axial guiding hole system is formed between the upper seat and the lower seat of the body. Fig. 3 is a cross-sectional view showing Fig. 2, showing the arrangement of the axis of alignment between the upper and lower seats. Fig. 4 is a front elevational view showing an inner reed of the present invention, showing the inner end of the inner side as a long end portion, and having an end portion and a long end portion. The neoifι shows a top-down view of the seat of Fig. 2, illustrating that a switchable drive pinning mode ‘turns the eccentric rod to a safe dry k to push the eccentric cup up to the short end of the inner reed. The press buckle reveals another action diagram of the sequential drive nailing. Description The inner yellow piece is pushed up against the trigger valve stem to drive the nail. Figure 8: Revealing the sequential drive nailing action diagram, description 15 200821104 First pull the trigger to make the inner cage y position. (4) "The short-end part of the eccentric rod can be pushed up. - Figure 10 of the short end of the inner piece is pushed. · Reveal the seat switch of Figure 2 to adjust to contact type drive =-: The cross-sectional view 'describes the lower end of the sheet. ·,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, The long worm of the film is a schematic diagram of another action of the first touch of the safety stud, saying that the department is quite good.彳M handle deflection push (four) long end of the piece: pressure:: machine = y == nail. Push the mechanical valve 秒 in seconds to drive the hammer. Figure 15 · Reveal the 7-|, ☆ ☆ switch of the seat of Figure 2 to adjust the nail to suppress the nail, * view. 1 diagram, the description will be below the open section. , and set the eccentric rod to the rod of the inner reed, "the second and the second to suppress the nail-action diagram, indicating that the eccentricity is passed near the end of the open part of the inner yellow piece. 200821104 Figure 17: Another schematic diagram of the action of suppressing the strike is disclosed, illustrating the crimp trigger, but the eccentric rod cannot push the open portion of the inner spring. FIG. 18 to FIG. 20: revealing another embodiment of the inner spring of the present invention. The front view shows that the short end portion is formed at the end of the long end portion, and the open portion is formed at the side of the long end portion. Fig. 21 to Fig. 23 are front elevational views showing still another embodiment of the inner reed piece of the present invention, illustrating The open portion is formed on the side of the long end portion, and the short end portion is formed between the open portion and the long end portion. FIG. 24 is a cross-sectional view showing the second embodiment of the present invention, illustrating that the safety slider can be It is directly locked at the bottom of the bolt shaft, and a convex portion is formed on the switch button. [Main component symbol description] 1 . . . . - gun body 10 ............... nail cruc 2 . ...... ...—trigger 21 ....... •...—trigger stem 3 ....... _...—safety slide 30 ....... ...... knocking seat 31 ....... ...a screw 4, 4a, 4b ..... an inner spring 40, 40a, 40b ... an open part 41, 41a, 41b .... Short end portions 42, 42a, 42b ------- - long end portion 43 ------- ... one - pivoting & 5 ....... ...... Body 51 ....... Guide hole 17 200821104 52 Upper seat 53 ............ Lower seat 54 ............ Open slot 55 ... ......... Radial groove 56............Axis guide groove 6............Bolt shaft 61 .... ........ eccentric rod one 62 ............ groove 63 ............ flange 64 ........ .... socket 7 ............ nail depth adjuster 71 ............ knob 711 ........... .Circular groove 712 ............ dental hole 713 ............ card slot 72 ............stop ring 721 ............ convex 722 ............ bump 73 ............ dental plug 8 ..... ....... Switch button 81 ............ paddle 82 ............ Through hole 83 ............ rib 85, 721 ... Projection 86 ............spring slot 18 200821104