201127565 六、發明說明： 【發明所屬之技術領域】 本發明係涉及一種打釘搶的構件，尤指一種打釘搶之 可單擊發或連發裝置。 【先前技術】 目前現有技術的打釘搶，如第十二圖所示，係設有本 體組（E)及衝擊組（F)，本體組（e )係設有本體（E丨）、馬達 (E2)、齒輪組（E3)及轉盤（E4);馬達（E2)、齒輪組（E3)及 轉盤（E4)係皆設於本體（E1)内，齒輪組（E3)係分別與馬達 (Ε2^及轉盤（E4)連結，轉盤（E4)係呈可旋轉狀態；衝擊組 (F)係設於本體（E1)内並被轉盤（E4)驅動而呈水平往復進 退狀態；藉此，現有技術的打釘搶能完成單次擊發的動作。 一然而，現有技術的打釘搶僅可逐次單擊發而無法連發， 當使用者需要快速連續打釘時，冑要—直重複扳動板機， 其操作效率差，功效不佳。 【發明内容】 擊發或連發裝置，包括： 為解決現有技術的打釘搶有關於僅可逐次單擊發而無 法連發、導致操作效率差之不足與限制，本發明的目的： 於，供-種打釘搶之可單擊發或連發裝置，其係利用離合 2 7L及離合器插銷使主動飛輪及從動飛輪能夠結合連動 或刀離’虽從動飛輪與主動飛輪結合時能夠持續轉動而使 衝擊滑塊往復進退，進而達到連發的目的，極為實用方便。 本發明所運用的技術手段在於提供一種打釘搶之可單 201127565 一飛輪組’其係呈水平狀態並設有一主動飛輪、一從 動飛輪、一容置空間、一個一階滾子、一個二階滾子及一 插孔；該主動飛輪係呈可轉動狀態；該從動飛輪係呈可轉 動狀態並設於該主動飛輪的上方且設有一頂面；該容置空 間係徑向形成於該飛輪組並形成於該主動飛輪及該從動飛 輪之間的空隙；該一階滾子及該二階滾子係分別可轉動地 设於該從動飛輪的頂面；該插孔係位於該容置空間内並於 垂直方向形成於該飛輪組； • 一離合器單元’其係與該飛輪組連結並設有一插塊， 該插塊係可垂直升降地設於該容置空間内並設有一插部， 該插部係呈凸出狀並能夠可分離地插設於該插孔；以及 一扳機組’其係設有一離合器插銷，該離合器插銷係 於水平方向朝該離合器單元呈可進退狀態，該離合器插銷 係設有一前端’該離合器插銷的前端係鄰近於該主動飛輪 及該從動飛輪並插入該容置空間，該離合器插銷的前端係 抵靠於該插塊。 籲 所述之打釘搶之可單擊發或連發裝置，其中前述之插 孔係貫穿於前述之主動飛輪。 所述之打釘搶之可單擊發或連發裝置，其中前述之從 動飛輪係設有一塊槽，該塊槽係貫穿於該從動飛輪；前述 之離合器單元係包括一壓板、一銷件及一插塊彈簧，該壓 板係固设於該從動飛輪的頂面且蓋設於該塊槽，前述之插 塊係設於該塊槽内並凸出於前述之容置空間，該插塊係設 有一頂面、一底面及一凹槽，該凹槽係凹設於該插塊的頂 面，前述之插部係凸設於該插塊的底面的内側；該銷件係 201127565 设於該凹槽内並可滑動地穿設於該壓板；該插塊彈簧係套 設於該銷件並緊抵該壓板及該銷件。 - 所述之打釘搶之可單擊發或連發裝置，其中前述之插 .塊係設有一限止弧面，該限止弧面係形成於該插塊的底面 的外側並於垂直方向逐漸朝前述之壓板呈凸弧傾斜狀；前 述之離合器插銷的前端係設有一頂部及一擋塊弧面，該擋 塊弧面係形成於該離合器插銷前端的頂部並於垂直方向緩 慢地朝該壓板呈凹弧傾斜狀，該擋塊弧面係與該限止弧面 # 相抵靠。 所述之打釘搶之可單擊發或連發裝置，其中前述之一 階滾子係包括-插銷及—滾輪，該插銷係插固於前述之從 動飛輪的頂面，該滾輪係、可轉動地套設於該插銷；前述之 二階滚子的結構係與該—階滾子的結構相同。 、所述之打釘搶之可單擊發或連發裝置，其中前述之二 滾子係與則述之一階滾子位於前述之從動飛輪的直徑 上0201127565 VI. Description of the Invention: [Technical Field] The present invention relates to a nail-piercing member, and more particularly to a nail-and-clickable hair-feeding or bursting device. [Prior Art] At present, the prior art nailing, as shown in Fig. 12, is provided with a body group (E) and an impact group (F), and the body group (e) is provided with a body (E丨) and a motor. (E2), gear set (E3) and turntable (E4); motor (E2), gear set (E3) and turntable (E4) are all located in the body (E1), and the gear set (E3) is respectively connected to the motor ( Ε2^ and the turntable (E4) are connected, the turntable (E4) is in a rotatable state; the impact group (F) is disposed in the body (E1) and is driven by the turntable (E4) to be horizontally reciprocating forward and backward; thereby, The technical nailing can complete the single firing action. However, the prior art nailing can only be clicked one by one and cannot be sent continuously. When the user needs to quickly and continuously nail, the key is to be repeatedly repeated. The board machine has poor operation efficiency and poor efficacy. [Summary of the Invention] The firing or bursting device includes: In order to solve the prior art nailing, there is a possibility that only one click can be performed one by one, and the operation efficiency is poor. Insufficient and limited, the object of the present invention is: for a nail-punching, clickable or bursting device, which utilizes The clutch 2 7L and the clutch pin enable the active flywheel and the driven flywheel to be combined with the linkage or the knife. When the driven flywheel is combined with the active flywheel, the impact slider can be continuously rotated to advance and retreat, thereby achieving the purpose of continuous transmission, which is extremely practical and convenient. The technical means used in the present invention is to provide a nailing and robbing single 201127565. A flywheel set has a horizontal state and is provided with an active flywheel, a driven flywheel, an accommodating space, a first-order roller, and a a second-stage roller and a jack; the active flywheel is in a rotatable state; the driven flywheel is rotatably disposed above the active flywheel and is provided with a top surface; the accommodating space is formed radially a flywheel assembly is formed in a gap between the active flywheel and the driven flywheel; the first-stage roller and the second-order roller are respectively rotatably disposed on a top surface of the driven flywheel; the jack is located in the space a flywheel set is formed in the space and vertically; a clutch unit is coupled to the flywheel set and is provided with a plug, the plug can be vertically lifted and disposed in the space a plug portion that is convex and detachably insertable into the jack; and a trigger unit that is provided with a clutch pin that is horizontally facing the clutch unit The front end of the clutch pin is adjacent to the active flywheel and the driven flywheel and inserted into the accommodating space, and the front end of the clutch pin abuts against the insert block. The nail can be clicked on the hair or the bursting device, wherein the jack is penetrated by the active flywheel. The nail can be clicked or the continuous device, wherein the aforementioned slave The flywheel is provided with a slot through which the driven flywheel is disposed; the clutch unit includes a pressure plate, a pin member and a plug spring, and the pressure plate is fixed on the top surface of the driven flywheel and Covered in the block slot, the insert block is disposed in the block groove and protrudes from the accommodating space, the insert block is provided with a top surface, a bottom surface and a groove, and the groove is recessed On the top surface of the plug, the foregoing a portion protruding from an inner side of the bottom surface of the insert block; the pin member 201127565 is disposed in the groove and slidably disposed on the pressing plate; the insert spring is sleeved on the pin member and abuts against the pressing plate And the pin. - the nail-punching clickable hair or bursting device, wherein the inserting block is provided with a limiting arc surface formed on the outer side of the bottom surface of the insert block and gradually facing in the vertical direction The pressure plate is inclined in a convex arc shape; the front end of the clutch pin is provided with a top portion and a block arc surface, and the block cam surface is formed on the top of the front end of the clutch pin and slowly faces the platen in the vertical direction. The concave arc is inclined, and the arc surface of the block abuts against the limit arc surface #. The pinning can be clicked or the hair extension device, wherein the one-step roller system comprises a latch and a roller, and the latch is fastened to the top surface of the driven flywheel, the roller system, The bolt is rotatably sleeved; the structure of the second-order roller is the same as that of the roller. The nailing and the bursting device can be clicked, wherein the foregoing two roller systems and the first-order roller are located on the diameter of the aforementioned driven flywheel.
I所述之打釘搶之可單擊發或連發裝置，其中另設有一 衝擊二纟該衝擊滑塊係、位於前述之從動飛輪的上方並設 有一前端、一頂面、一在左 低面、一個一階導片及一個二階導 片，該一階導片俦凸母# 係凸°又於該衝擊滑塊的底面的後側，該一 階導片係朝向該衝墼潛土金Μ此 _ , 鬼的則端而呈凸弧傾斜狀，該一階 導片係設有一左端、一右端 山 …此 細及'凸弧面，該一階導片的右 知至該衝擊滑塊的前端的 ^ ^ m ^ &離係小於該一階導片的左端至 π玄衝擊Θ塊的前端的距 紙般、尽地从 孩一階導片的凸弧面係朝向該 衝擊滑塊的前端並抵靠於前 月J攻之—階滾子；該二階導片係 201127565 與該一階導片相同並凸設於該衝擊滑塊的底面的前側，該 二階導片係設有一凸弧面，該二階導片的凸弧面係抵靠於 前述之二階滚子。 所述之打釘搶之可單擊發或連發裝置，其中前述之二 階滚子的向度係咼於前述之一階滚子的高度，前述之二階 導片的咼度係小於前述之一階導片的高度。 所述之打釘搶之可單擊發或連發襞置，其中前述之容 置空間係呈環形。 • 所述之打釘搶之可單擊發或連發裝置，其中前述之雜 合器插銷係設有一底面及一切換缺口，該切換缺口係凹認 於該離合器插銷的底面，該切換缺口係呈長形並於垂直訪 離合器插銷的進退方向而延伸。 本發明所提供的打釘搶之可單擊發或連發裝置，可以 獲得的具體效ϋ及功效增進為：本發明係利用離合器單元 及離合器插銷使主動飛輪及從動飛輪能夠結合連動或分 離，當從動飛輪與主動飛輪結合時能夠持續轉動而使衝擊 眷滑塊往復進退，進而達到連發的目的，極為實用方便； 另外，本發明係藉由調整知及控制塊來切換鎖定模式、 單擊發模式或連發模式，使用者的選擇極為彈性，並且連 發模式使得操作效率高，功效極佳。 【實施方式】 的技術特徵及實用功效，並可依 茲進一步以如圖式所示的較佳實 為能詳細瞭解本發明 照說明書的内容來實施， 施例’詳細說明如后： 本發明所提供的一 種打釘搶之可單擊發 或連發裝置的 201127565 較佳實施例係裝設於一打釘搶，如第一、二圖所示，係包 括：一釘搶本體（10)、一飛輪組（3〇)、一離合器單元（5〇)、 一扳機組（7 0)及一擊發組（9 〇 )等元件，其中： 如第一至三圖所示’該釘槍本體（1〇)係包括一外殼 (11)、一動力組（13 )、一撞針座（15)及一釘匣（1 7);該外 殼（11)係設有一前端、一後端、一頂部及一底部；該動力 組（13)係設於該外殼（π)内並包括一驅動單元（Hi)及一 行星式齒輪組（133)，該驅動單元（丨31)係為一馬達並鄰近 • 於該外殼（11)的底部；驅動單元（131)亦可為氣流驅動的 氣動裝置；本發明對驅動單元（131)的形式不作特定的限 制；該行星式齒輪組（133)係位於該驅動單元（131)的上方 並與該驅動單元（131)連結，該行星式齒輪組（133)係設有 一頂部及一柄軸（1331)，該柄軸（1331)係軸向凸設於該行 星式齒輪組（133)的頂部並呈可轉動狀態[若俯視觀之，則 為逆時針];該撞針座（15)係固設於該外殼（11)的前端並 凸出於該外殼（11)，該撞針座（15)係設有一底面；該釘匣 籲 （1Ό係呈垂直長形立起狀並固設於該撞針座（15)的底面； 釘搶本體（1 0 )係屬於現有技術的構件，其詳細結構容不贅 述。 如第二至四圖所示，該飛輪組（30)係設於該外殼（11) 内並位於該動力組（13)的上方而與該動力組（13)連結，該 飛輪組（30)係設有一主動飛輪（31)、一軸承（33)、一從動 飛輪（35)、一容置空間（37)、一個一階滾子（39)及一個二 階滾子（3A);該主動飛輪（31)係為一平躺的圓形盤體，該 主動飛輪（31)係呈可轉動狀態[若俯視觀之，則為逆時針] 201127565 並設有一頂面、一柄軸孔（311)及一插孔（313)，該柄軸孔 (311)係軸向貫穿於該主動飛輪（31)，該柄軸孔（311)係呈 _ 非圓形並套固於該柄軸（1331)，該插孔（313)係貫穿於該 主動飛輪（31)的頂面異於該柄轴孔（311)之處； 該軸承（33)係位於該主動飛輪（31)的上方，該軸承係 套設於該柄軸（1331)並以螺合方式與該柄軸（1331)結合固 定； 該從動飛輪（35)係為一平躺的圓形盤體並套固於該軸 • 承（33)，該從動飛輪（35)的直徑係大致與該主動飛輪（31) 的直徑相同’該從動飛輪（35)係呈可轉動狀態[若俯視觀 之，則為逆時針]且抵靠於該主動飛輪（31)的頂面，該從 動飛輪（35)係設有一頂面及一塊槽（351)，該塊槽（351)係 貫穿於該從動飛輪（35)異於該軸承（33)之處； 該容置空間（3 7)係呈環形並徑向凹設於該飛輪組 (30) ’該容置空間（37)係形成於該主動飛輪（31)及該從動 飛輪（35)之間的空隙，其中該容置空間係與該塊槽 參 （351)及該插孔（313)相通； 該一階滾子（39)係設於該從動飛輪（35)的頂面並包括 一插銷（391)及一滚輪（393)，該插銷（391)係插固於該從 動飛輪（35)的頂面，該滾輪（393)係可轉動地套設於該插 銷（391);該二階滾子（3A)係設於該從動飛輪（35)的頂面， 較佳地，該二階滾子（3A)係與該一階滾子（39)位於該從動 飛輪（35)的直徑上；該二階滾子（3A)的結構係與該一階滾 子（39)的結構相同並設有一插銷（3A1)及一滾輪（3A3)，其 中該二階滾子（3A)的滾輪（3A3)的高度係高於該一階滾子 201127565 (39)的滾輪（393)的高度。 如第二、四、五圖所示，該離合器單元（50)係設於該 外殼（11)内並與該飛輪組（30)連結，該離合器單元（50)係 設有一壓板（51)、一插塊（53)、一銷件（55)及一插塊彈簧 (57);該壓板（51)係大致呈扇形，該壓板（51)係以螺鎖方 式固設於該從動飛輪（35)的頂面且蓋設於該塊槽（351); 該插塊（53)係可升降地設於該塊槽（351)内並凸出於該容 置空間（37)，該插塊（53)係設有一頂面、一底面、一凹槽 φ (531)、一插部（533)及一限止弧面（535);該凹槽（531)係 凹設於該插塊（53)的頂面，該插部（533)係凸設於該插塊 (5 3)的底面的内側並能夠可分離地插設於該插孔（313)， 該限止弧面（535)係形成於該插塊（53)的底面的外側並於 垂直方向逐漸朝該壓板（51)呈凸弧傾斜狀；該銷件（55)係 設於該凹槽（531)内並可滑動地穿設於該壓板（51)，該插 塊彈簧（57)係套設於該銷件（55)並緊抵該壓板（51)及該銷 件（55);藉此’插塊（53)能夠藉著插塊彈簧（57)的力量而 _ 升降；並且，當插塊（53)向下降並插設於插孔（313)時， 從動飛輪（35)能夠被主動飛輪（31)帶動而一起旋轉。 如第二、三、九圖所示’該扳機組（7 〇)係設於該外殼 (11)内並鄰近於該外殼（11)的後端而與該離合器單元（5〇) 連結，該扳機組（7 0)係設有一扳機殼（71 )、一離合器插銷 (73)、一回撥塊（75)、一扳機彈簧（77)、一控制塊（79)、 一調整鈕（7A)、一推桿（7B)、一扳機帶動塊（7D)、一扳機 (7F)、一觸動板（7H)及一觸動開關（7J); 該扳機殼（71)係由一對中空殼體對合而成並固設於該 201127565 機殼（11)内；請進一步參看第五圖，該離合器插銷（73)係 設於該扳機殼（71)内並於水平方向朝該離合器單元（50)呈 可進退位移狀態’該離合器插銷（73)係呈長形並設有一底 面、一前端、一後端、一切換缺口（731)、一撥動槽（733) 及一桿槽（735);該離合器插銷（73)的前端係鄰近於該主 動飛輪（31)及該從動飛輪（35)並插入該容置空間（37)，該 離合器插銷（73)的前端係設有一頂部及一擋塊弧面 (737)，該擋塊弧面（737)係形成於該離合器插銷（73)前端 # 的頂部並於垂直方向緩慢地朝該壓板（51)呈凹弧傾斜狀， 該擋塊弧面（737)係能夠與該限止弧面（535)相抵靠；擋塊 弧面（737)及限止弧面（535)的作用在於：當離合器插銷（73) 的前端插入容置空間（37)時，能夠使插塊（53)被離合器插 銷（73)的前端限止，而讓從動飛輪（35)停止轉動； 該切換缺口（731)係凹設於該離合器插銷（73)的底 面’該切換缺口（731)係呈長形並於垂直該離合器插銷（73) 的進退方向而延伸； 籲 該撥動槽（733)係凹設於該離合器插銷（73)的底面， 該撥動槽（733)係呈長形並於該離合器插銷（73)的進退方 向而延伸’該撥動槽（733)係位於該切換缺口（731)及該離 合器插銷（73)的後端之間； 該桿槽（735)係凹設於該離合器插銷（73)的底面，該 桿槽（735)係呈長形並與該撥動槽（733)平行，該桿槽（735) 係位於該撥動槽（733)及該切換缺口（731)之間並與該撥動 槽（733)相通； 該回撥塊（75)係呈長形並位於該撥動槽（733)内，該 10 201127565 回撥塊（75)係與該離合器插銷（73)樞設並設有一前端，該 回撥塊（75)的前端係位於該撥動槽（733)及該桿槽（735)的 相交處； 該扳機彈簧（77)係可壓縮地設於該扳機殼（71)内並抵 靠於該離合器插銷（73)的後端及該扳機殼（71); 該控制塊（79)係可擺動地設於該扳機殼（71)内，該控 制塊（79)係位於該離合器插銷（73)的下方並鄰近於該切換 缺口（731)’該控制塊（79)係設有一頂部、一鎖定凸部（791) • 及一連發凸部（793)，該鎖定凸部（791)係截面形狀呈三角 形並凸設於該控制塊（79)的頂部的前側；該連發凸部（793) 係截面形狀呈三角形並凸設於該控制塊（7 9 )的頂部的後 側’其中’該鎖定凸部（7 91)朝向該離合器插銷（7 3 )的底 面的一邊及該連發凸部（793)朝向該離合器插銷（73)的底 面的一邊係位於同一水平面上； 該調整紐（7A)係設於該外殼（1丨）外並固設連結於該控 制塊（79)[如第一圖所示]，藉此，使用者撥轉調整鈕（7A) 籲即可改變控制塊（7 9 )的狀態，進而切換鎖定模式、單擊發 模式及連發模式； 該推桿（7B)係可擺動地設於該扳機殼（71)内並鄰近於 該回撥塊（75)，該推桿（7B)係設有一頂端、一底端、一爪 部（7B1)及一齒部（7B3)，該爪部（7B1)係凸設於該推桿 的頂端並伸入該桿槽（735)内，該爪部（7B1)係抵靠於該回 撥塊（75)的前端，藉此，爪部（7B1)能夠朝後撥動回撥塊（75) 並進而使離合器插銷（73)水平後退[係指相對於扳機殼 (71)];該齒部（7B3)係設於該推桿（7B)的底端； 201127565 該扳機帶動塊（7D)係可轉動地設於該扳機殼（71)内並 鄰近於該推桿（7B)，該扳機帶動塊（7D)係設有一齒部（7D1) -及一扳機結合部（7D3)，該扳機帶動塊（7D)的齒部（7D1)係 與該推桿（7B)的齒部（7B3)嗜合；藉此，扳機帶動塊（7D) 能夠帶動推桿（7B)擺動；該扳機結合部（7D3)係呈長形朝 下凸出狀； 該扳機（7F)係固設於該扳機結合部（7D3)並外露於該 外殼（11)[如第一圖所示]，該扳機（7F)係設有一底部；藉 • 此’當扳機（7F)朝後扳動時，扳機帶動塊（7D)向後擺動並 驅動推桿（7B)向後擺動，爪部（7B1)亦驅動回撥塊（75)及 離合器插銷（73)向後水平移動； 該觸動板（7H)係呈弧狀並設有兩端，該觸動板（7H)之 一端係固設於該扳機（7F)的底部，該觸動板（7H)之另一端 係位於該外殼（11)内； 該觸動開關（7J)係固設於該外殼（11)内並鄰近該外殼 (11)的後端，該觸動開關（7 J)係抵靠於位於該外殼（π )内 _ 的該觸動板（7H)之一端；該觸動開關（7H)係與該驅動單元 (131)電連結；藉此，當扳機（7F)向後扳動時能夠藉著觸 動板（7H)開啟驅動單元（131)，而扳機（7F)向前扳動復位 時能夠關閉驅動單元（131)。 如第二、三、七圖所示，該擊發組（9 0)係設於該外殼 (11)内並鄰近於該外殼（11)的頂部，該擊發組（90)係位於 該飛輪組（30)及該扳機組（70)的上方並與該飛輪組（30)連 結’該擊發組（90)係包括一滑塊軸（91 )、一衝擊滑塊（93)、 一滑塊彈簧（95)及一撞針（97); 12 201127565 該滑塊抽（91)係為一平躺的桿體並位於該飛輪組 及該板機組（70)的上方’該滑塊軸（91)係固設於該釘搶本 體（10); 名衝擊滑塊（93)係呈長形並可往復水平滑動地套設於 該滑塊軸（91)，該衝擊滑塊（93)係位於該從動飛輪（35)的 上方並設有一前端、一後端、一頂面、一底面、一個一階 導片（931)及一個二階導片（933)，該一階導片（931)係凸 a又於該衝擊滑塊（93)的底面的後侧，該一階導片（931)係 籲朝向該衝擊滑塊（93)的前端而呈凸弧傾斜狀，該一階導片 (931)係设有一左端、一右端及一凸弧面（9311)，該一階 導片（931)的右端至該衝擊滑塊（93)的前端的距離係小於 s亥一階導片（931)的左端至該衝擊滑塊（93)的前端的距 離；請進一步參看第八圖，該一階導片（931)的凸弧面（9311) 係朝向該衝擊滑塊（93)的前端並能夠抵靠於該一階滾子 (39)的滾輪（393); 該二階導片（933)係大致與該一階導片（93 j)相同並凸 _ 设於該衝擊滑塊（9 3 )的底面的前侧，該二階導片（9 3 3)係 設有一凸弧面（9331 ) ’該二階導片（933)的凸弧面（9331 ) 係能夠抵靠於該二階滾子（3A)的滾輪（3A3)，其中，該二 階導片（933)的高度係小於該一階導片（931)的高度，藉 此，使一階導片（931)及二階導片（933)分別配合一階滾子 (39)及二階滾子（3A)的高度，並使得衝擊滑塊（93)能夠水 平地設於從動飛輪（35)的上方； 該滑塊彈簧（95)係可壓縮地套設於該滑塊轴（91)並緊 抵於該衝擊滑塊（93)的後端及該釘搶本體（1 〇); 13 201127565 該撞針（97)係呈長形並固設於該衝擊滑塊（93)的頂 面，該撞針（97)係穿設於該撞針座（15)。 如第二、七、八圖所示，本發明中，當從動飛輪（35) 開始逆時針旋轉時’一階滾子（39)的滾輪（393)係沿著一 階導片（931)的凸弧面（9311)、由一階導片（931)的左端移 動至一階導片（931)的右端，此時衝擊滑塊（93)逐漸向後 移動； 接下來’當一階滾子（39)的滾輪（393)即將離開一階 導片（931 )，此時二階滾子（3a)的滾輪（3A3)開始沿著二階 導片（933)的凸弧面（9331 )、由二階導片（933)的左端移動 至二階導片（933)的右端，衝擊滑塊（93)會更進一步逐漸 向後移動； 最後，當一階滾子（39)及二階滾子（3A)皆不抵靠於一 阳導片（931)及二階導片（933)，呈壓縮狀態的滑塊彈簧（95) 會產生向前的頂撐力量，使衝擊滑塊（93)水平向前移動而 復位，藉此完成單擊發的動作；若從動飛輪（35)持續旋轉， 則衝擊滑塊（93)能夠水平往復進退，藉此達到連發的目 的； 本發明中’該飛輪組（3〇)亦可另設有一個三階滾子， 而該二階滾子係凸設於該從動飛輪（35)的頂面，藉著一階 滾子、二階滾子及三階滾子，能夠讓衝擊滑塊（93)有三階 的衝程》 ^如第二、五、九圖所示，本發明係處於鎖定模式而不 能擊發的狀態；此時，控制塊（79)的鎖定凸部（791)係卡 拏於離σ器插銷（73)的切換缺口（731)而使離合器插銷（73) 201127565 保持固定在前[係指相對於扳機殼（71)]的狀態；由於離合 器插銷（73) —直保持於固定在前，所以離合器插銷（73)的 - 前端係持續插入容置空間（37)並使插塊（53)的插部（533) 與插孔（313)分離，藉此，從動飛輪（35)保持靜止而無法 帶動衝擊滑塊（9 3)移動； 另外’由於鎖定凸部（791)卡掣於切換缺口（731)，使 得離合器插銷（73)無法向後移動，即使此時使用者向後扳 動扳機（7F)，也不能使推桿（7B)驅動回撥塊（75)向後移 馨 動。 如第二、六、十圖所示，本發明係處於連發的狀態； 此時，控制塊（79)的連發凸部（793)係卡掣於離合器插銷 (73)的切換缺口（731)而使離合器插銷（73)保持固定在後 [係指相對於扳機殼（71)]的狀態，·由於離合器插銷（73) 一 直保持於固定在|，所以離合器插銷⑺）的冑端係持續離 開容置空間（37)，而此時插塊（53)的插部（533)持續插設 於插孔（313)，藉此，從動飛輪（35)持續被主動飛輪（⑴ »帶動旋轉，使得衝擊滑塊⑽能夠持續水平往復進退移 動，並使本發明得以進行連發； 另外，若要解除連發狀態，使用者只要再稱微向後扳 動板機（7F)’推桿⑽會略為向後擺動而回撥塊（75)會向 後移動，此時離合器插銷（73)的底面會沿著連發凸部 朝向離合器插銷⑽的底面的一邊而向後移動；最後，控 制塊（79)會略為向後擺動而連發凸塊（793)不再卡擎於切 換缺口（731)，即可解除連發狀態。 如第一、十一圖所示，本發明係處於單擊發狀態，·此 r r' Λ L b i 15 201127565 時，由於鎖定凸部（791)及連發凸部（793)皆不卡掣於切換 缺口（731)，並且鎖定凸部（791)朝向離合器插銷（73)的底 面的一邊及連發凸部（793)朝向離合器插銷（73)的底面的 一邊位於同一水平面上，因此，離合器插銷（73)不受卡掣 而能夠水平進退移動；The nail can be clicked on the hair or the bursting device, wherein another impact spring is disposed on the upper side of the driven flywheel and has a front end, a top surface and a left side. a low-surface, a first-order guide piece and a second-order guide piece, the first-order guide piece 俦 convex-female 系 is convex on the rear side of the bottom surface of the impact slider, and the first-order guide piece faces the rushing land The gold Μ _ , the ghost is slanted in a convex arc, the first guide is provided with a left end, a right end mountain ... this thin and ' convex arc surface, the right guide of the first guide to the impact slip The ^ ^ m ^ & of the front end of the block is smaller than the paper from the left end of the first-order guide to the front end of the π-hidden impact block, and the convex arc surface of the child guide is oriented toward the impact slide. The front end of the block abuts against the previous step J-step roller; the second-order guide film 201127565 is identical to the first-order guide piece and protrudes from the front side of the bottom surface of the impact slider, and the second-order guide piece is provided with a convex In the arc surface, the convex arc surface of the second-order guide is abutted against the aforementioned second-order roller. The nail can be clicked on the hair or bursting device, wherein the orientation of the second-order roller is higher than the height of the first-order roller, and the twist of the second-order guide is less than the aforementioned one. The height of the guide. The nailing can be clicked or bursting, wherein the aforementioned accommodation space is in a ring shape. The stapler latch has a bottom surface and a switch gap, and the switch gap is recessed on the bottom surface of the clutch pin, and the switch gap is It is elongated and extends in the forward and backward direction of the vertical access clutch pin. The invention can provide the specific effect and the efficiency improvement of the nail-punching clickable or bursting device: the invention utilizes the clutch unit and the clutch pin to enable the active flywheel and the driven flywheel to be coupled or separated When the driven flywheel is combined with the active flywheel, it can continuously rotate to make the impact cymbal slider reciprocate forward and backward, thereby achieving the purpose of bursting, which is extremely practical and convenient; in addition, the present invention switches the locking mode by adjusting the control block. Click on the hair mode or burst mode, the user's choice is extremely flexible, and the burst mode makes the operation efficient and effective. The technical features and practical functions of the present invention can be implemented by further exemplifying the contents of the present specification as shown in the drawings, and the detailed description of the present invention is as follows: A preferred embodiment of the present invention is provided with a nail-carrying or hair-sending device. The preferred embodiment is mounted on a nail, as shown in the first and second figures, including: a nail grab body (10), a flywheel set (3〇), a clutch unit (5〇), a trigger unit (70), and a firing group (9〇), etc., wherein: the nail gun body (as shown in the first to third figures) 1〇) includes a casing (11), a power pack (13), a striker seat (15) and a magazine (17); the casing (11) is provided with a front end, a rear end, a top and a bottom portion; the power pack (13) is disposed in the outer casing (π) and includes a driving unit (Hi) and a planetary gear set (133), the driving unit (丨31) is a motor and adjacent to At the bottom of the outer casing (11); the driving unit (131) may also be a pneumatic device driven by airflow; the driving unit (131) of the present invention The form is not specifically limited; the planetary gear set (133) is located above the drive unit (131) and coupled to the drive unit (131), the planetary gear set (133) is provided with a top and a shaft (1331), the arbor (1331) is axially protruded from the top of the planetary gear set (133) and is rotatable (counterclockwise if viewed from a top view); the striker seat (15) is Fixing on the front end of the outer casing (11) and protruding from the outer casing (11), the striker seat (15) is provided with a bottom surface; the nail is protruded vertically and fixed on the outer casing (11) The bottom surface of the striker seat (15); the nail grab body (10) belongs to the prior art member, and its detailed structure is not described. As shown in the second to fourth figures, the flywheel set (30) is attached to the outer casing ( 11) is located above the power group (13) and connected to the power group (13). The flywheel group (30) is provided with an active flywheel (31), a bearing (33), and a driven flywheel (35). ), a housing space (37), a first-order roller (39) and a second-order roller (3A); the active flywheel (31) is a flat circular disk Body, the active flywheel (31) is in a rotatable state [counterclockwise if viewed from a top view] 201127565 and is provided with a top surface, a shaft hole (311) and a socket (313), the shaft hole (311) is axially penetrated by the active flywheel (31), the arbor hole (311) is _ non-circular and is sleeved on the arbor (1331), the jack (313) runs through the active The top surface of the flywheel (31) is different from the shank hole (311); the bearing (33) is located above the active flywheel (31), and the bearing is sleeved on the arbor (1331) and screwed The coupling mode is fixedly coupled with the arbor (1331); the driven flywheel (35) is a flat circular disk body and is sleeved on the shaft bearing (33), and the diameter of the driven flywheel (35) is Roughly the same diameter as the active flywheel (31) 'the driven flywheel (35) is in a rotatable state (counterclockwise if viewed from above) and abuts against the top surface of the active flywheel (31), The driven flywheel (35) is provided with a top surface and a groove (351), and the block groove (351) penetrates from the driven flywheel (35) different from the bearing (33); the accommodating space (3) 7) is a ring Radially recessed in the flywheel assembly (30) 'the accommodating space (37) is formed in a gap between the active flywheel (31) and the driven flywheel (35), wherein the accommodating space is associated with the block The slot (351) and the jack (313) are in communication; the first-stage roller (39) is disposed on a top surface of the driven flywheel (35) and includes a latch (391) and a roller (393). a latch (391) is fastened to the top surface of the driven flywheel (35), the roller (393) is rotatably sleeved on the latch (391); the second-order roller (3A) is attached to the slave a top surface of the flywheel (35), preferably, the second-order roller (3A) and the first-order roller (39) are located on a diameter of the driven flywheel (35); the structure of the second-order roller (3A) The structure of the first-order roller (39) is the same and is provided with a pin (3A1) and a roller (3A3), wherein the roller (3A3) of the second-order roller (3A) has a higher height than the first-order roller. 201127565 (39) The height of the wheel (393). As shown in the second, fourth, and fifth figures, the clutch unit (50) is disposed in the outer casing (11) and coupled to the flywheel assembly (30). The clutch unit (50) is provided with a pressure plate (51). a plug block (53), a pin member (55) and a plug spring (57); the pressure plate (51) is substantially fan-shaped, and the pressure plate (51) is fixed to the driven flywheel in a screw-lock manner ( The top surface of the 35) is covered in the block slot (351); the insert block (53) is liftably disposed in the block groove (351) and protrudes from the receiving space (37), the insert block (53) is provided with a top surface, a bottom surface, a groove φ (531), a plug portion (533) and a limit arc surface (535); the groove (531) is recessed in the insert block (53) The top surface of the insert portion (533) is protruded from the inner side of the bottom surface of the insert block (53) and can be detachably inserted into the insertion hole (313), and the limit arc surface (535) is formed. The outer side of the bottom surface of the insert block (53) is gradually inclined toward the pressing plate (51) in a vertical direction; the pin member (55) is disposed in the groove (531) and slidably penetrates In the pressure plate (51), the insert spring (57) is sleeved on the pin member (5) 5) and abut against the pressure plate (51) and the pin member (55); thereby the 'plug block (53) can be lifted by the force of the insert spring (57); and, when the insert block (53) is oriented When descending and being inserted into the jack (313), the driven flywheel (35) can be rotated by the active flywheel (31). As shown in the second, third and ninth diagrams, the trigger unit (7 〇) is disposed in the outer casing (11) and is adjacent to the rear end of the outer casing (11) and coupled to the clutch unit (5 〇). The trigger unit (70) is provided with a trigger case (71), a clutch pin (73), a return block (75), a trigger spring (77), a control block (79), and an adjustment button (7A). ), a push rod (7B), a trigger drive block (7D), a trigger (7F), a touch plate (7H) and a touch switch (7J); the trigger case (71) is a pair of hollow The housing is assembled and fixed in the 201127565 housing (11); please refer to the fifth figure, the clutch pin (73) is disposed in the trigger housing (71) and faces the clutch in the horizontal direction. The unit (50) is in a retractable displacement state. The clutch pin (73) is elongated and provided with a bottom surface, a front end, a rear end, a switching notch (731), a dialing groove (733) and a rod slot. (735); the front end of the clutch pin (73) is adjacent to the active flywheel (31) and the driven flywheel (35) and inserted into the accommodating space (37), and the front end of the clutch pin (73) is provided a top portion and a block arc surface (737) formed on the top of the front end # of the clutch pin (73) and slowly inclined in a vertical direction toward the pressure plate (51). The block cam surface (737) is capable of abutting against the limit arc surface (535); the block arc surface (737) and the limiting arc surface (535) function to: insert the front end of the clutch pin (73) In the space (37), the insert block (53) can be restricted by the front end of the clutch pin (73), and the driven flywheel (35) can be stopped; the switching notch (731) is recessed in the clutch pin (73) The bottom surface 'the switching gap (731) is elongated and extends perpendicularly to the forward and reverse direction of the clutch pin (73); the dialing groove (733) is recessed on the bottom surface of the clutch pin (73), The dialing groove (733) is elongated and extends in the advancing and retracting direction of the clutch pin (73). The dialing groove (733) is located at the rear end of the switching notch (731) and the clutch pin (73). The rod groove (735) is recessed on the bottom surface of the clutch pin (73), and the rod groove (735) is elongated and The dial groove (733) is parallel, and the rod groove (735) is located between the dial groove (733) and the switching gap (731) and communicates with the dial groove (733); the callback block (75) ) is elongated and located in the dialing groove (733). The 10 201127565 callback block (75) is pivoted with the clutch pin (73) and is provided with a front end, and the front end of the return block (75) is Located at the intersection of the dialing groove (733) and the rod groove (735); the trigger spring (77) is compressively disposed in the trigger housing (71) and abuts against the clutch pin (73) a rear end and the trigger housing (71); the control block (79) is swingably disposed in the trigger housing (71), the control block (79) is located below the clutch pin (73) and adjacent The control block (79) is provided with a top portion, a locking convex portion (791), and a burst convex portion (793). The locking convex portion (791) has a triangular shape and a convex shape. a front side of the top portion of the control block (79); the continuous convex portion (793) has a triangular cross-sectional shape and protrudes from a rear side of the top of the control block (79), wherein the locking convex portion (7 91) one side of the bottom surface of the clutch pin (73) and one side of the bottom surface of the interlocking projection (793) facing the clutch pin (73) are located on the same horizontal plane; the adjustment button (7A) is provided Outside the casing (1丨) and fixedly connected to the control block (79) [as shown in the first figure], whereby the user can change the control block by changing the adjustment knob (7A) (7 9) a state in which the lock mode, the click mode, and the burst mode are switched; the pusher (7B) is swingably disposed in the trigger case (71) adjacent to the callback block (75), the push The rod (7B) is provided with a top end, a bottom end, a claw portion (7B1) and a tooth portion (7B3). The claw portion (7B1) is protruded from the top end of the push rod and extends into the rod groove (735). The claw portion (7B1) abuts against the front end of the return block (75), whereby the claw portion (7B1) can push the return block (75) backward and thereby the clutch pin (73). Horizontal back [refers to the trigger housing (71)]; the tooth portion (7B3) is provided at the bottom end of the push rod (7B); 201127565 the trigger driving block (7D) is rotatably disposed on the wrench Inside the casing (71) Adjacent to the push rod (7B), the trigger driving block (7D) is provided with a tooth portion (7D1) - and a trigger coupling portion (7D3), the tooth portion (7D1) of the trigger driving block (7D) is coupled thereto The tooth portion (7B3) of the push rod (7B) is incompatible; thereby, the trigger driving block (7D) can drive the push rod (7B) to swing; the trigger joint portion (7D3) is elongated downwardly convex; The trigger (7F) is fixed to the trigger joint (7D3) and exposed to the outer casing (11) [as shown in the first figure], the trigger (7F) is provided with a bottom; by the 'this trigger' (7F) When pulling backward, the trigger drive block (7D) swings backward and drives the push rod (7B) to swing backward, and the claw portion (7B1) also drives the return block (75) and the clutch pin (73) to move horizontally backward; The plate (7H) is arcuate and has two ends, one end of the trigger plate (7H) is fixed to the bottom of the trigger (7F), and the other end of the touch plate (7H) is located in the outer casing (11) The touch switch (7J) is fixed in the outer casing (11) adjacent to the rear end of the outer casing (11), and the touch switch (7 J) is abutted against the outer casing (π) Touch plate 7H) one end; the touch switch (7H) is electrically connected to the driving unit (131); thereby, when the trigger (7F) is pulled backward, the driving unit (131) can be opened by the touch panel (7H), and The trigger unit (131) can be turned off when the trigger (7F) is pulled forward. As shown in the second, third, and seventh figures, the firing group (90) is disposed in the outer casing (11) adjacent to the top of the outer casing (11), and the firing group (90) is located in the flywheel group ( 30) and above the trigger unit (70) and coupled to the flywheel assembly (30) 'The firing group (90) includes a slider shaft (91), an impact slider (93), a slider spring ( 95) and a striker (97); 12 201127565 The slider pumping (91) is a flat pole and is located above the flywheel set and the plate unit (70) 'The slider shaft (91) is fixed The impacting slider (93) is elongated and can be slidably and horizontally sleeved on the slider shaft (91), and the impact slider (93) is located on the driven flywheel. (35) is provided with a front end, a rear end, a top surface, a bottom surface, a first-order guide piece (931) and a second-order guide piece (933), and the first-order guide piece (931) is convex a On the rear side of the bottom surface of the impact slider (93), the first-order guide piece (931) is inclined toward the front end of the impact slider (93), and the first-order guide piece (931) is attached. With a left end, a right end and a convex The surface (9311), the distance from the right end of the first-order guide piece (931) to the front end of the impact slider (93) is smaller than the left end of the first-order guide piece (931) to the front end of the impact slider (93) Further, referring to the eighth figure, the convex arc surface (9311) of the first-order guide piece (931) is directed toward the front end of the impact slider (93) and is capable of abutting against the first-order roller (39). Roller (393); the second-order guide piece (933) is substantially identical to the first-order guide piece (93 j) and convexly disposed on the front side of the bottom surface of the impact slider (93), the second-order guide piece (9) 3 3) is provided with a convex curved surface (9331) 'the convex curved surface (9331) of the second-order guide piece (933) is capable of abutting against the roller (3A3) of the second-order roller (3A), wherein the second-order guide The height of the sheet (933) is smaller than the height of the first-order guide piece (931), whereby the first-order guide piece (931) and the second-order guide piece (933) are respectively matched with the first-order roller (39) and the second-order roller a height of (3A) such that the impact slider (93) can be horizontally disposed above the driven flywheel (35); the slider spring (95) is compressibly sleeved on the slider shaft (91) and Close to the impact slider The rear end of the (93) and the nail grabbing body (1 〇); 13 201127565 The striker (97) is elongated and fixed on the top surface of the impact slider (93), and the striker (97) is threaded In the striker seat (15). As shown in the second, seventh, and eighth diagrams, in the present invention, when the driven flywheel (35) starts to rotate counterclockwise, the roller (393) of the first-order roller (39) is along the first-order guide (931). The convex arc surface (9311) is moved from the left end of the first-order guide piece (931) to the right end of the first-order guide piece (931), and the impact slider (93) is gradually moved backward; then the 'first-order roller The roller (393) of (39) is about to leave the first guide (931), and the roller (3A3) of the second-order roller (3a) starts to follow the convex arc surface (9331) of the second-order guide (933), and is second-order. The left end of the guide piece (933) moves to the right end of the second-order guide piece (933), and the impact slider (93) moves further backwards. Finally, when the first-order roller (39) and the second-order roller (3A) are not Abutting against the one-yang guide piece (931) and the second-order guide piece (933), the compressed slider spring (95) generates a forward supporting force, causing the impact slider (93) to move forward and reset. Thereby, the action of clicking the hair is completed; if the driven flywheel (35) continues to rotate, the impact slider (93) can reciprocate horizontally back and forth, thereby achieving the purpose of bursting; In the Mingzhong 'the flywheel set (3〇) may also be provided with a third-order roller, and the second-order roller is protruded from the top surface of the driven flywheel (35) by a first-order roller, a second-order roller The sub- and third-order rollers can have the third step of the impact slider (93). ^ As shown in the second, fifth, and ninth views, the present invention is in a locked mode and cannot be fired; at this time, the control block ( 79) The locking projection (791) is gripped by the switching notch (731) of the ytterbium plug (73) so that the clutch pin (73) 201127565 remains fixed in front [refers to the trigger housing (71)] The state of the clutch pin (73) is fixed to the front, so that the front end of the clutch pin (73) is continuously inserted into the accommodating space (37) and the insertion portion (533) of the insert block (53) is inserted. The hole (313) is separated, whereby the driven flywheel (35) remains stationary and cannot move the impact slider (93); in addition, the clutch pin is caused by the locking projection (791) being caught by the switching notch (731). (73) Cannot move backwards, even if the user pulls the trigger (7F) backwards, the push rod (7B) cannot be driven back. (75) moves back Xin move. As shown in the second, sixth, and tenth views, the present invention is in a continuous state; at this time, the bursting convex portion (793) of the control block (79) is caught in the switching gap of the clutch pin (73) (731). ), the clutch pin (73) is kept fixed to the rear [refers to the trigger case (71)], and since the clutch pin (73) is always fixed at |, the end of the clutch pin (7)) Continued to leave the accommodating space (37), and at this time, the insertion portion (533) of the insert block (53) is continuously inserted into the insertion hole (313), whereby the driven flywheel (35) is continuously driven by the active flywheel ((1)» Rotating, so that the impact slider (10) can continue horizontally reciprocating forward and backward movement, and the invention can be continuously sent; in addition, if the burst state is to be released, the user only needs to re-spin the rear plate machine (7F) 'push rod (10) It will swing slightly backward and the return block (75) will move backwards. At this time, the bottom surface of the clutch pin (73) will move backward along the side of the bottom surface of the clutch pin (10). Finally, the control block (79) Will swing slightly backwards and bursts of bumps (793) no longer stuck in the switch gap (731), the burst state can be released. As shown in the first and eleventh figures, the present invention is in the click-on state, and this rr' Λ L bi 15 201127565, due to the locking projection (791) and the connection The convex portion (793) is not locked to the switching notch (731), and the locking convex portion (791) faces the bottom surface of the clutch pin (73) and the continuous convex portion (793) faces the bottom surface of the clutch pin (73). One side is on the same level, so the clutch pin (73) can be moved forward and backward without being jammed;
首先，使用者開始向後扳動扳機（7F)，而使爪部（7B1) 向後撥動回撥塊（75)並帶動離合器插銷（73)向後位移，此 時離合器插銷（73)的前端離開容置空間（37)而從動飛輪 (35)開始帶動衝擊滑塊轉動； 接下來，當爪部（7B1)持續向後擺動而離開桿槽（735) 時，因為離合器插銷（73)此時不受推桿（7β)的卡掣，所以 呈壓縮狀態的滑塊彈簧（95)會產生向前的頂撐力量，使衝 擊滑塊（93)水平向前移動而復位，藉此完成單擊發的動 作；其中，爪部（7Β1)頂靠回撥塊（75)的底面而使回撥塊（75) 朝撥動槽（733)内側極轉’最後，爪部⑽）沿著回撥塊（75) 的底面[此時呈傾斜狀態]而向前復位回到桿槽GW)内。 【圖式簡單說明】 第-圖係本發明較佳實施例釘搶本體之立體外觀圖。 第二圖係本發明較佳實施例之部份立體分解圖。 第三圖係本發明較佳實施例之局部剖面圖。 二：：本發明較佳實施例飛輪組與離合器單元之立 體剖面圖。 第五圖係本發明較佳實施 合立體圖。 例飛輪組與離合 器插銷之結 第 六圖係本發明較佳 實施例主動飛輪帶動從動飛輪旋 201127565 轉之動作示意圖。 第七圖係本發明較佳實施例衝擊滑塊之立體外觀圖。 第八圖係本發明較佳實施例從動飛輪帶動衝擊滑塊進 退之動作示意圖。 第九圖係本發明較佳實施例扳機組處於鎖定狀態之刳 面圖。 第十圖係本發明較佳實施例扳機組處於連發狀態之剖 面圖。 _ 帛十-圖係本發明較佳實施例扳機組單擊發之連續動 作示意圖。 第十二圖係現有技術打釘搶的局部剖面圖。 【主要元件符號說明】 (1 3)動力組 (1 3 3)行星式齒輪組 (1 7)釘匣 (313)插孔 (351)塊槽 (393)滾輪 (1 〇)釘搶本體 (11)外殼 (131)動力組 (1331)柄軸 • (15)撞針座 (30) 飛輪組 (31) 主動飛輪 (311)柄軸孔 (33)軸承 (35)從動飛輪 (37)容置空間 (39)—階滾子 (391)插銷 201127565First, the user starts to pull the trigger (7F) backward, and the claw (7B1) pushes the return block (75) backwards and drives the clutch pin (73) to move backward. At this time, the front end of the clutch pin (73) is separated. The space (37) is placed and the driven flywheel (35) starts to drive the impact slider to rotate; next, when the claw portion (7B1) continues to swing backward and leaves the rod groove (735), since the clutch pin (73) is not at this time The click of the push rod (7β), so the slider spring (95) in the compressed state will generate the forward supporting force, so that the impact slider (93) moves forward and resets, thereby completing the click-to-hair Action; wherein the claw portion (7Β1) abuts against the bottom surface of the return block (75) to cause the return block (75) to rotate toward the inside of the dial groove (733), and finally, the claw portion (10) is along the return block ( 75) The bottom surface [at this time in an inclined state] is moved forward to return to the rod groove GW). BRIEF DESCRIPTION OF THE DRAWINGS A first embodiment is a perspective view of a preferred embodiment of the present invention. The second drawing is a partial exploded view of a preferred embodiment of the present invention. The third section is a partial cross-sectional view of a preferred embodiment of the invention. Two: A perspective view of a flywheel assembly and a clutch unit in accordance with a preferred embodiment of the present invention. The fifth drawing is a perspective view of a preferred embodiment of the present invention. Example of the flywheel set and the clutch pin. Fig. 6 is a schematic view of the action of the active flywheel driving the driven flywheel in the preferred embodiment of the present invention. Figure 7 is a perspective view of a preferred embodiment of the impact slider of the present invention. The eighth figure is a schematic view of the action of the driven flywheel driving the impact slider in the preferred embodiment of the present invention. Figure 9 is a plan view of the preferred embodiment of the present invention in which the unit is in a locked state. Figure 11 is a cross-sectional view showing the unit in a continuous state in accordance with a preferred embodiment of the present invention. _ 帛 - - Figure is a schematic diagram of the continuous operation of the unit of the preferred embodiment of the present invention. Figure 12 is a partial cross-sectional view of a prior art nailing. [Main component symbol description] (1 3) Power group (1 3 3) Planetary gear set (1 7) Nail 匣 (313) Jack (351) Block groove (393) Roller (1 〇) Nail grab body (11 ) outer casing (131) power pack (1331) stem • (15) striker seat (30) flywheel set (31) active flywheel (311) stem shaft hole (33) bearing (35) driven flywheel (37) housing space (39) - step roller (391) latch 201127565
(3A)二階滾子 (3A1)插銷 (50) 離合器單元 (51) 壓板 (5 3 )插塊 (533)插部 (55)銷件 (57)插塊彈簧 (70) 扳機組 (71) 扳機殼 (731)切換缺口 (735)桿槽 (7 5 )回撥塊 (79)控制塊 (793)連發凸部 (7B)推桿 (7B1)爪部 (7D)扳機帶動塊 (7D1)齒部 (7F)扳機 (7H)觸動板 (90)擊發組 (91 )滑塊軸 (931)—階導片 (933)二階導片 (3A3)滾輪 (531)凹槽 (535)限止弧面 (73)離合器插銷 (733)撥動槽 (737)擋塊弧面 (77)扳機彈簧 (791)鎖定凸部 (7A)調整鈕 (7B3)齒部 (7D3)扳機結合部 (7J)觸動開關 (93)衝擊滑塊 (9311)凸弧面 (9331 )凸弧面 201127565 (95)滑塊彈簧 (97)撞針 (E)本體組 (E1)本體 (E2)馬達 (E 3 )齒輪組 (E4)轉盤 (F)衝擊組(3A) second-order roller (3A1) latch (50) clutch unit (51) pressure plate (5 3 ) insert block (533) insert (55) pin (57) insert spring (70) pull unit (71) Case (731) Switching Notch (735) Rod Groove (7 5) Callback Block (79) Control Block (793) Burst Projection (7B) Pusher (7B1) Claw (7D) Trigger Drive Block (7D1) Tooth (7F) trigger (7H) trigger plate (90) firing group (91) slider shaft (931) - step guide (933) second guide (3A3) roller (531) groove (535) limit arc surface (73) Clutch pin (733) Shift groove (737) Stop cam surface (77) Trigger spring (791) Locking projection (7A) Adjustment knob (7B3) Tooth (7D3) Trigger joint (7J) Touch switch (93) Impact slider (9311) convex arc surface (9331) convex arc surface 201127565 (95) slider spring (97) striker (E) body group (E1) body (E2) motor (E 3) gear set (E4 ) turntable (F) impact group