201139809 々、發明說明： f發明所屬之技術領域】 :::是有關於一種針搶，特別是指—種用於釘接屋 瓦片的屋瓦釘搶及其擊釘方法。 f先前技術】 參閱圖1，—船以炙私尸ττ n b 至瓦片〗1相互堆疊所建構而成 、 ，#是利用多數支概呈s形的屋瓦釘12，貫 後固定於該屋頂1的數㈣13上。該等屋瓦釘 12概呈S形，並分別具有形成在二端的一釘部⑵及一 2 122請部122用於穿㈣屋瓦片U與該屋頂Μ 乂 13。s亥勾部122用於勾卡堆疊的屋瓦片u。 惟，在以往沒有輔助工具的情形下，建構該屋頂i時 ’大多是採用人工手動的方式，以釘鎚敲擊前述屋瓦釘Μ 丁接該等屋瓦片U與該桁架13，可想而知，要將各該屋瓦 了 12擊打入屋頂的街架13不但需要相當純熟的技術，更 需耗費相當多的時間及力氣，且單支、散裝的屋瓦釘η在 施工、攜帶上相當不便’有施工不易'耗費時間、人力， 及攜帶不便等缺失。 值得-提的是，由於前述屋瓦釘12體積比—般打釘搶 的穿釘大，因此’若屋瓦釘12如同―般穿針相互併接再填 裝至釘匿’往往會因為連結面積過大、連結力較強，而無 法有效被擊發，若屋瓦釘12呈散裝不連續狀態，則逐―填 釘的動作，不但緩慢且耗費時間。 、 【發明内容】 201139809 上、本發明之目的，即在提供-種能夠提升施工簡 即省時間、人力的屋瓦々搶及其擊釘方法。 :疋本發明的屋瓦釘搶包含一驅動單元、一釘匣， ΐ:Γτ單元。該驅動單元具有一本體、形成在該本體- = = 穿置在該本體的—擊釘桿、設 ㈣於產生動能使該擊釘桿朝該出釘口方向擊發的一動 :b:組’及樞設在該本體且控制動能作用於該擊釘桿的一 扳機組。該釘g連接該太， 的出釘σ，且容置相連接的數 至丁口’口及推送該等屋瓦釘逐—朝該本體的出钉口位移。 =送釘單元具有相對該出釘σ樞設在該_的—切釘桿、 »又置在騎g與該本體間的—切釘驅動件，該切釘驅動件 用於驅動該切釘桿擺動且推頂相對位置的屋瓦釘與兑它屋 =分離’使該擊釘桿撞擊前述分離後的屋瓦釘沿 口擊發。 本發明的擊釘方法包含下列步驟，步驟！：該驅動單元 蓄積動能。步驟2:該驅動單元完成預備擊㈣作。步驟3 .該送釘皁元推頂相對位置的屋瓦釘與其它屋瓦釘分離。 步驟4··該驅動單元控制動能作用於前述分離後的屋瓦釘， 使該屋瓦釘擊發。 本發明的功效是以動力驅動的方式，擊發屋瓦釘，不 但能夠提升施工時的簡易性，且能夠節省時間、人力。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之數個較佳實施例的詳細說明中，將可 201139809 清楚的呈現。 參閱圖2、圖3’及_ 4，本發明的屋瓦釘搶的一第一 較佳實施例包含-驅動單元3、一釘匡4、一送釘單元5、 一保險單元6，及一扶釘單元7。 該驅動單兀3具有一本體30、設置在該本體3〇且 壓產生動能的-動能模組31 '形成在該本體3〇 一端部的;; 出釘口 32、穿置在該本體3〇且受氣壓驅動而朝該出釘口 32方向擊發的-擊釘桿33、樞設在該本體且用於控制 軋流進、出該本體30的一扳機組34，及一塞管％。該動 :模組31具有-擊釘氣紅311、連接氣壓源且供應該擊釘 氣缸311所需氣塵的—儲氣室312，及連通該储氣室扣且 輸出氣流的-分流孔313。該扳機組34具有穿置在該本體 3〇且開通、關閉氣流的一控制件341、相對該控制件 樞設在該本體3G的-扳片342 ’及面向該控制件341且拖 設在該扳片342的一内片343。該塞管35具有界定一孔道 350的-管壁351、形成在該管壁35卜端且封閉該分流^ 313的一塞頭352，及形成在該管壁351且鄰近該塞頭gw 的-孔洞353。值得-提的是，在本較佳實施例中，前述氣 塵來自於外接式氣流’也可是利用瓦斯氣爆所產生的氣流 該釘匣4具有連接該本體30出釘口 32的一匣座41， ，及-推釘件42。該Ε座4i #有鏤空且容置數屋瓦釘4〇 的一釘槽411 ’及形成在一頂面且依循該釘槽411方向延伸 的一對軌道412。該對軌道412遠離該出釘口 32的一端是 201139809 朝退離該釘槽411方向具有一弧度（如圖5所示）。該推釘件 42滑行於該對軌道412且推送該等屋瓦釘4〇朝該出釘口 32移動。 该送釘單元5具有相對該出釘口 32樞設在該釘匣4匣 座41的一切釘桿51、設置在該釘匣4與該本體；30間的一 切釘驅動件52、導引該本體3〇内氣流進入該切釘驅動件 52的-進氣^ 53，及安裝在該釘槽411 迫抵在該切釘 桿5i —側與該釘槽411間的一彈性元件5〇。該切釘驅動件 52具有一缸體521 ,及依循該缸體521位移且驅動該切釘 桿51朝遠離該紅體521方向擺動的—塞桿⑵。該進氣間 53具有連通該切釘驅動件52的一第一端531，及穿經該内 片343而與該内片343形成連動且與該塞管35孔道35〇形 成連通的-第二端532。豸彈性元件5()用於提供該切釘桿 5 1 —彈性回復力。 參閱圖4、目6，該保險單元6具有穿出該出釘口 μ 的-第-保險件61、連動該第一保險件61與該内片343的 一第二保險件62,及二彈性元件63。該等彈性元件〇分 別設置在本體30與該第-保險件61間、該本體Μ與該第 二保險件62間。該第-保險件61具有形成在—第一端面 川的-缺口 612。該第二保險件62具有形成在一端且勾扣 在該缺口 612内的-勾扣端621、形成在另—端且朝向仙 片343的一推頂端622，及與形成在該勾扣端62ι且與該第 一端面611形成有一位差的一第二端面623。 該扶釘單元7具有形成在該本體3()另—端部的一桿架 6 201139809 ==架71且能夠相對該本體3°伸、縮間距的 = 72’及可位移的穿置在該調整件72且能夠相對該 釘匣4伸、縮間距的一扶釘件73。 二閱圖3、圖4’及圖5,填釘時，只需依循該軌道 朝祕該本體30的方向拉動該推釘件仏至該推釘件 度上揚而顯露該釘槽411後，使用者就可以由 :放的一端將串接成一排的屋瓦…置入該 釘^411内心瓦釘4〇形成在一端的釘部4〇1穿置在該 曰内’形成在另一端的勾部402穿出該钉匿4 、豕以該復歸的推釘件42依循該軌道412推送該等屋瓦釘、4〇 逐一進入該本體30的出釘口 32内。 參閱圖4、圖6 圖 - —及圖8，以下即針對本發明屋 瓦釘搶的擊釘方法並結合實施例步驟說明如后： 步^^該動能模組31外接氣流’使氣流充滿該氣虹 3 11，達到畜積動能的目的。 步驟2··使該第一保險件61受迫於一屋瓦片8且承靠 在該屋瓦片8 一側，使該第二保險件62的第二端面623在 該第一保險件61逐漸被壓縮的過程中，受迫於該屋瓦片8 ，而以其推頂# 622推壓該内片343 一端朝該控制件341 靠近，完成預備擊釘的動作，此時，該^⑷雖缺合連 動該進氣閥53朝該分流孔313方向位移，並推動該塞管^ ’惟’該塞管35的位移量仍‘然不^以使該塞頭352開通該 分流孔313。 Λ 步驟3 :該扳機組34的板片342受迫於_外力朝該本 201139809 體30方向位移，使該内片343會隨該扳片342逐漸靠近該 本體30，而持續連動該進氣閥53朝該分流孔313方向位移 ’並推動該塞管35的塞頭352開通該分流孔313。 步驟4:該儲氣室312内的氣流由該塞管35的孔洞 353進入該孔道350 ’經該進氣閥53進入該切釘驅動件52 的缸體521内，使該塞桿522受氣壓作用而連動該切針桿 51推頂相對位置的屋瓦釘4〇與其它屋瓦釘40分離，且旋 轉一角度而與一擊釘面即該屋瓦片8呈垂直，使該釘部4〇1 對準該出釘口 32。 步驟5 :該扳機組34的扳片342持續受迫於前述外力 ，使該内片343隨該扳片342持續朝該本體30靠近，而迫 抵該控制件341開通該氣流進入該擊釘氣缸3丨丨，使該擊釘 桿33會受氣壓驅動，而朝該出釘口 32方向位移，並撞擊 該出釘口 32内已分離的屋瓦釘4〇 ，使前述分離後的屋瓦 釘40沿該出釘口 32擊發，同時，該切釘桿51受該彈性元 件50的彈性回復力作用，復歸原位並抵靠下一屋瓦釘4〇。 〇 值得一提的是，觸壓該保險單元6的方式，除了如圖9 所不，使該第二保險件62的第二端面623受迫於該屋瓦片 8而觸動該内片343(如圖4所示），也可以配合擊釘時，各 該屋瓦片8的角度及位置，使該第一保險件61鄰接該第一 端面611的一側，如圖7、或如圖1〇、或如圖u所示承 靠在該屋瓦片8不同的邊側’同樣都能夠使該第二保險件 62的第二端面623(如圖9所示）受迫於該屋瓦片8而連動該 % 8 201139809 内片343(如圖4所示），達到預備擊發動作的目的。也可以 如圖12所示，使該第一保險件61位於三塊（二塊亦可） 屋瓦片8中間’藉此，同樣可以使該第二保險件62的第二 端面623受迫於其中—塊屋瓦片8，而連動該内片343 ,: 到預備擊發動作的目的。或如圖13所示，在沒有承靠任何 屋瓦片8的情形下，直接以該第__保險件61迫抵在該屋瓦 片8上，使該第一保險件61的第一端面6ιι與該第二保險 件62的第二端面623先、後在被壓縮過程中連動該内片 343(如圖4所示），達到預備擊發動作的目的。藉此本發 明能夠配合不同厚度的屋瓦片8，在不需要調整該第二保險 件62與内片343間距的情形下’以該第一保險件61的壓 縮裕度兼具有猫準及抵靠的功效。 參閱圖4，另外，本發明也可以伸、縮該調整件72與 該扶釘件73，使該扶釘件73可以相對該屋瓦釘4〇的勾部 4〇2沿一 X軸方向及一 γ軸方向位移，至抵靠該屋瓦釘4〇 後’對該屋瓦釘40形成一扶持效果。 參閱圖14,是本發明一第二較佳實施例，其與該第一 較佳實施例大致相同，不同處在於： 該保險單元6更具有一間距設定件64，且該第一保險 件61與該第二保險件62相互併鄰形成連動，該間距設定 件64用於調整泫第一保險件6丨與該第二保險件62的間距 。藉此’可以預先配合前述屋瓦片8的厚度，改變該第一 保險件61與s亥第一保險件62的距離，使該第一保險件61 在壓縮過程中，位移預定距離後才連動該第二保險件62， 201139809 達到保險的效果》 參閱圖15,是本發一第三較佳實施例，其與該第一較 佳實施例大致相同，同樣包含有—切釘驅動件54,不同處 在於： 該屋瓦釘搶是一種電動式的屋瓦釘槍，該動能模組31( 圖未不)受控於-電流將電能轉換為動能，該切釘驅動件Μ 為受控於前述電流的一電磁閥，並具有一閥體541，及依循 該閥體54i位移且相對該切釘桿51的一塞桿542。藉此， 該塞桿542同樣可以連動該㈣了桿51推頂相對位置的屋瓦 釘40與其它屋瓦釘4〇分離。 參閱圖16，疋本發一第四較佳實施例，其與該第三較 佳實施例大致相同，同樣包含有一切釘驅動件％，不同處 在於： δ亥切釘驅動件55具有一套筒551、依循該套筒551位 移且相對該切釘捍51的一塞桿552、容置在該塞桿552與 該套筒551間的-彈性元件553、驅動該塞桿552的一馬達 554，及可卸離的定位該塞桿552的一電磁閥。該塞桿 552具有一插孔5521。該電磁閥555具有穿經該套筒551 的一插桿5551。該馬達554具有一凸輪554卜該凸輪5541 疋利用偏心作用驅動該塞桿552朝遠離該切釘桿51方向位 移且壓縮該彈性元件553。該電磁閥555是以該插桿5551 卡置在相對位置的插孔5521内，且受控於前述電流，收縮 後釋放該塞桿552，使該塞桿552受該彈性元件553的回復 力作用驅動該切釘桿5丨。藉此，該塞桿552同樣可以連動 10 201139809 該切釘桿5i推頂相對位置的屋瓦釘4〇與其它屋瓦釘 離。 刀 參閱圖17,是本發一第五較佳實施例，其與該第一較 佳實施例大致相同，同樣包含有一切釘驅動# % :不心 在於： 处 該屋瓦釘槍是除了可以是電動式的屋互釘搶外，也可 以疋-種瓦斯氣爆式的屋瓦釘搶，該動能模组Μ(圖未示）產 生的動能’則來自於瓦斯氣爆時的氣流。該切釘驅動件、兄 具有與該保險單元6第一保險件61連動的—第一段561、 反向於該第-段561擺動且用於驅動該切 段—置在該第二段562與該切釘桿51間=: 兀件563。猎此，當該第—保險件61被麼迫而位移時合 同步推移該切釘驅動件56的第—段561，使該第二段5二 壓縮該彈性元件563並連動該切釘桿51推頂相對位：的屋 瓦釘40與其它屋瓦釘4〇分離。 參閱目18 ’是本發一第六較佳實施例，其與該第五較 2施例大致相同，同樣包含有—切釘驅動件W，不同處 該切釘驅動件57具有一套筒571、依序穿置在該套筒 3的-上桿段572、-彈性元件573、—下桿段574、框 二該=桿段572的-滾輪575 ’及樞設在該下桿段別與 杯511間的一槓桿576。該滾輪575位於該擊釘㈣ 的擊針路徑上。藉此，當該擊釘桿33擊發屋瓦釘4〇時， 该滾輪575會受迫於擊钉過程中的料桿33，並透過該上 201139809 桿段572壓縮該彈性元件573推動該下桿段μ，使該下俨 段574驅動該槓桿576旋動並連動該切釘桿川推頂相對： 置的屋瓦釘40與其它屋瓦釘4〇分離。 據上所述可知，本發明之屋瓦釘搶及其擊釘方法具有 下列優點及功效： 本發明能夠改變以往以人卫手動釘接該屋瓦片8的方 式’而以自動化方式擊發屋瓦釘4〇,達到節省人力與時間 、提升駐簡易性，及攜帶方便性的目的外，且本發明特 殊的切釘方式，能夠使單—屋瓦釘40在被擊發前先與其它 屋瓦釘40分離，藉此，多數屋瓦釘4〇不但能夠相互併連 ’提升補充屋瓦釘40的方便性，且衫干擾擊釘動作的情 形下，整合多數屋瓦釘40於屋瓦釘搶内，提升擊釘時的順 暢性。 且為了避免於脆性的屋瓦片8上作#，會損傷該屋瓦 片8,更進一步設計有該扶釘單元7,重要的是，被切離的 屋瓦釘40能夠旋轉一角度而與該屋瓦片8呈垂直狀態，同 時，使其勾部402置於該扶釘單元7上，而不會直接敲擊 到屋瓦片8，進而提升擊釘時的準確性與破穿力。 惟以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請專利 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一立體圖’說明數屋瓦釘用於釘接收屋瓦片； 12 201139809 圖2是一立體圖，說明本發明—屋瓦釘搶的一第-較 佳實施例； 圖3是該第一較佳實施例的另—立體圖； 圖4是該第一較佳實施例的—剖視圖； 圖5是一側視圖，說明該第-較佳實施例其中一推釘 件沿一軌道滑移； 圖6是一部份立體圖’說明該第—較佳實施例一保險 單元； 圖7是一剖視圖，說明該第一較佳實施例中一氣缸推 動一切釘桿； 圖8是-剖視圖，說明該第一較佳實施例中一擊 擊發一屋瓦釘； 干 -圖9是一前視圖，說明該第一較佳實施例中該保險翠 元迫抵一屋瓦片的一第二種實施態樣； 圖H)是-側視圖’說明該第—較佳實施例中該保險單 元迫抵一屋瓦片的一第三種實施態樣； 圖11是-側視圖’說明該第—較佳實施例中該保險單 元迫抵一屋瓦片的一第四種實施態樣； p圖12是-局部立體圖’說明該第—較佳實施例中該保 險單元迫抵一屋瓦片的一第五種實施態樣； 圖13是-前視圖’說明該第—較佳實施例中該保險單 元迫抵一屋瓦片的一第六種實施態樣； 圖14是一局#立體圖，說明本發明—屋瓦釘搶的一第 二較佳實施例； 13 201139809 圖15是一剖視圖，說明本發明一屋瓦釘槍的一第三較 佳實施例； 圖16是一剖視圖，說明本發明一屋瓦釘槍的一第四較 佳實施例； 圖17是一剖視圖，說明本發明一屋瓦釘槍的一第五較 佳實施例；及 圖18是一剖視圖，說明本發明一屋瓦釘槍的一第六較 佳實施例。 14 201139809 【主要元件符號說明】 3 ....... •. £ 動早 7G 412 ··· …執道 30…… …·本體 42…… …推釘件 31…… …·動能模組 5 ....... …送釘單元 311… .···擊釘氣缸 50…… …彈性元件 312 .... •…儲氣室 51…… …切釘桿 313… …·分流孔 52…… …切釘驅動件 32…… …·出釘口 521 ···· …缸體 33…… …·擊釘桿 522 ···. …塞桿 34…… •…扳機組 53…… …進氣閥 341 ···. •…控制件 531 ···· …第一端 342 ··· …·扳片 532 ···· …第二端 343 ·... …·内片 54…… …切釘驅動件 35…… •…塞管 541 ···· …閥體 350 ··· …·孔道 542 ···· …閥桿 351 ··· •…管壁 55…… …切釘驅動件 352 ··· …·塞頭 551 ···· …套筒 353 ···. •…孔洞 552 ··· …塞桿 4 ....... …·釘匣 5521 ·· …插孔 40…… •…屋瓦釘 553 ···· …彈性元件 401… …·釘部 554 ···· …馬達 402… •…勾部 5541 ·· …凸輪 41…… •…匣座 555 ···· …電磁闊 411… •…釘槽 555卜 …插才干 15 201139809 56…… •…切釘驅動件 61 …·第一保險件 561… …·第一段 611… —第 端面 562… •…第二段 612 ... ·.·.缺口 563… …·彈性元件 62····. …·第二保險件 57…… •…切釘驅動件 621… •…第二端面 571 ···. …·套筒 63 •…彈性元件 572 ··_. …·上桿段 64··.·· •…調整件 573 ···. …·彈性元件 7…… •…扶釘單元 574 .... …·下桿段 71 •…桿架 575 ··· …·滚輪 72··.·· •…調整件 576 ··.. …·槓桿 73 ••… •…扶釘件 6 ....... …·保險單元 8…… •…屋瓦片 16201139809 々, invention description: f technical field to which the invention belongs] ::: is a kind of needle robbing, especially refers to the method of nail smashing and nailing for nailing the roof tile. f Prior art] Referring to Figure 1, the ship is constructed by stacking the corps ττ nb to the tile 〗 1. The # is a s-shaped roof tile nail 12 that is mostly s-shaped and fixed to the roof. The number of 1 (four) is 13. The roofing studs 12 are generally S-shaped and have a nail portion (2) and a 2 122 portion 122 formed at the two ends for wearing the (four) roof tile U and the roof panel 13 . The s-hook portion 122 is used for hooking the stacked roof tiles u. However, in the case where there is no auxiliary tool in the past, when the roof i is constructed, it is mostly manual and manual, and the roof tile is hit by the hammer and the roof tile U and the truss 13 are connected. However, it is known that the street frame 13 that hits each of the roof tiles into the roof not only requires relatively sophisticated technology, but also requires considerable time and effort, and the single and bulk roofing nails η are constructed and carried. It is quite inconvenient to 'have construction is not easy', which is time consuming, manpower, and inconvenient to carry. It is worth mentioning that, due to the fact that the aforementioned roofing nails have a larger volume than the nails, the nails of the roofing nails are like the ones that are connected to each other and then filled to the nails. If the area is too large and the connection strength is strong, it cannot be effectively fired. If the roof nail 12 is in a discrete state in bulk, the action of filling the nails is not only slow but also time consuming. [Description of the Invention] 201139809, the object of the present invention is to provide a method for improving the construction time, manpower, and the method of smashing the nails. : The roof tile nail of the present invention comprises a driving unit, a nail 匣, and a Γ: Γτ unit. The driving unit has a body formed on the body - = = a nailing rod disposed on the body, and (4) a motion for generating the motion to cause the nailing rod to be fired in the direction of the nail opening: b: group 'and A trigger unit is disposed on the body and controls kinetic energy to act on the nail rod. The nail g connects the stencil σ of the y, and accommodates the number of connected nipples and the pushing of the shed nails to the nailing opening of the body. The nail feed unit has a nail cutting rod pivoted relative to the nail σ, and is disposed between the rider and the body, the nail drive member for driving the nail cutter The swaying and pushing the relative position of the shingles and the sheds = separation 'make the smash hitting the separated roof shingles along the mouth. The nailing method of the present invention comprises the following steps, steps! : This drive unit accumulates kinetic energy. Step 2: The drive unit completes the preparatory stroke (four). Step 3. The nail of the nail pushing the top of the nail is separated from the other roofing nails. Step 4: The driving unit controls the kinetic energy to act on the separated roofing nail to fire the roofing nail. The effect of the invention is that the roofing nail is fired in a power-driven manner, which not only improves the ease of construction, but also saves time and manpower. The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments of the drawings. Referring to Figures 2, 3' and 4, a first preferred embodiment of the shingle of the present invention comprises a drive unit 3, a magazine 4, a nail unit 5, a fuse unit 6, and a Staple unit 7. The driving unit 3 has a body 30, a kinetic energy module 31 ′ disposed on the body 3 压 and generating kinetic energy is formed at one end of the body 3 ;; the nail opening 32 is disposed on the body 3 And a nailing rod 33 that is driven by the air pressure and directed toward the nail opening 32, is pivoted on the body and is used to control the flow of the trigger unit 34 into and out of the body 30, and a plug tube %. The movement: the module 31 has a nail gas red 311, a gas storage chamber 312 that connects the air pressure source and supplies the air dust required by the nail cylinder 311, and a distribution hole 313 that communicates the gas storage chamber buckle and outputs the air flow. . The trigger unit 34 has a control member 341 disposed on the body 3 and opening and closing the air flow, and a wrench 342 ′ pivoted relative to the control member to the body 3G and facing the control member 341 and being dragged thereon An inner piece 343 of the wrench 342. The plug tube 35 has a tube wall 351 defining a tunnel 350, a plug 352 formed at the end of the tube wall 35 and closing the shunt 313, and a tube wall 351 formed adjacent to the plug gw. Hole 353. It is worth mentioning that, in the preferred embodiment, the air dust is from the external air flow 'or the air flow generated by the gas explosion. The nail 4 has a socket connected to the nail opening 32 of the body 30. 41, and - push nail 42. The sley 4i # has a nail groove 411' which is hollowed out and accommodates a plurality of tiling nails 4'', and a pair of rails 412 which are formed on a top surface and extend in the direction of the nail groove 411. One end of the pair of rails 412 away from the nail opening 32 is 201139809 which has a curvature toward the nail slot 411 (as shown in Fig. 5). The pusher member 42 slides on the pair of rails 412 and pushes the shingles 4 to move toward the studs 32. The nail feeding unit 5 has a nail shank 51 pivotally disposed on the nail shank 41 relative to the nail opening 32, and a nail driving member 52 disposed between the nail shank 4 and the body 30; The inner airflow of the body 3 enters the air inlet 53 of the cutting drive member 52 and an elastic member 5 安装 mounted between the nail groove 411 and the side of the nail cutting rod 5i and the nail groove 411. The cutting drive member 52 has a cylinder block 521 and a plug stem (2) that is displaced in accordance with the cylinder block 521 and that drives the cutter bar 51 to swing away from the red body 521. The air inlet 53 has a first end 531 that communicates with the cutting drive member 52, and passes through the inner piece 343 to form a joint with the inner piece 343 and communicate with the opening 35 of the plug tube 35. End 532. The 豸 elastic member 5 () is used to provide the ejector rod 5 1 - elastic restoring force. Referring to FIG. 4 and FIG. 6, the fuse unit 6 has a first-insurance member 61 that passes through the nail opening μ, a second safety member 62 that interlocks the first safety member 61 and the inner piece 343, and two elastic members. Element 63. The elastic members are disposed between the body 30 and the first safety member 61, and between the main body and the second safety member 62. The first safety member 61 has a notch 612 formed in the first end face. The second securing member 62 has a hooking end 621 formed at one end and hooked in the notch 612, a pushing end 622 formed at the other end and facing the fairy piece 343, and formed at the hooking end 62ι And forming a second end surface 623 with a difference between the first end surface 611 and the first end surface 611. The nail unit 7 has a rod frame 6 201139809 == frame 71 formed at the other end of the body 3 and can be extended and contracted by the body by a distance of 72° and displaced. The adjusting member 72 is capable of extending and contracting a nail member 73 with respect to the magazine 4. Referring to FIG. 3, FIG. 4' and FIG. 5, when the nail is filled, the nail pushing member is pulled in the direction of the body 30 to the height of the pushing member, and the nail groove 411 is exposed. One can be: the end of the put will be connected in a row of roof tiles ... placed in the nail ^ 411 inner core nail 4 〇 formed at one end of the nail portion 4 〇 1 inserted in the ' ' formed at the other end of the hook The portion 402 passes through the stud 4, and the retractable pusher member 42 pushes the shingles in accordance with the rail 412, and enters the stud 32 of the main body 30 one by one. Referring to FIG. 4, FIG. 6 and FIG. 8 , the following is a method for nailing the nail of the present invention and combining the steps of the embodiment as follows: Step ^ The kinetic energy module 31 externally flows the airflow to fill the airflow. Qihong 3 11, to achieve the purpose of animal kinetic energy. Step 2: The first safety member 61 is forced to a house tile 8 and bears on the side of the house tile 8 such that the second end surface 623 of the second safety member 62 is at the first safety member 61. During the process of being gradually compressed, it is forced to the tile 8 of the house, and the end of the inner piece 343 is pushed toward the control member 341 by the ejector # 622, and the action of preparing the nail is completed. At this time, the ^(4) Although the intake valve 53 is displaced in the direction of the diverting hole 313, the displacement of the plug tube 35 is pushed to make the plug 352 open to the diverting hole 313. Λ Step 3: The plate 342 of the trigger unit 34 is forced to displace by the external force toward the body of the 201139809 body 30, so that the inner piece 343 gradually approaches the body 30 with the wrench 342, and continuously interlocks the intake valve. 53 is displaced in the direction of the split hole 313 and pushes the plug 352 of the plug tube 35 to open the split hole 313. Step 4: The airflow in the air reservoir 312 enters the tunnel 350 through the hole 353 of the plug tube 35. The intake valve 53 enters the cylinder 521 of the cutting drive member 52, and the plug 522 is subjected to air pressure. The roofing nails 4, which act to interlock the relative positions of the cutting rods 51, are separated from the other roofing nails 40, and are rotated at an angle to be perpendicular to a nailing surface, that is, the roofing tile 8, so that the nails 4 are 〇1 is aligned with the nail opening 32. Step 5: The wrench 342 of the trigger unit 34 is continuously forced by the external force, so that the inner piece 343 continues to approach the body 30 with the wrench 342, and the control member 341 is forced to open the airflow into the nail cylinder. 3丨丨, the nailing rod 33 is driven by the air pressure, and is displaced toward the nailing port 32, and hits the separated roofing nails 4〇 in the nailing opening 32, so that the separated roofing nails are 40 is fired along the nail opening 32, and at the same time, the nail cutting rod 51 is subjected to the elastic restoring force of the elastic member 50 to return to the original position and abut against the next roofing nail 4. It is worth mentioning that the manner of pressing the fuse unit 6 is such that, in addition to FIG. 9, the second end surface 623 of the second fuse 62 is forced to the roof tile 8 to touch the inner panel 343 ( As shown in FIG. 4, the angle and position of each of the roof tiles 8 may be matched with the nail, so that the first securing member 61 abuts the side of the first end surface 611, as shown in FIG. 7, or FIG. 〇, or bearing the different sides of the roof tile 8 as shown in Figure u, can also force the second end face 623 of the second securing member 62 (shown in Figure 9) to be forced by the house tile. 8 and the linkage of the % 8 201139809 inner piece 343 (as shown in Figure 4), to achieve the purpose of the preparatory firing action. Alternatively, as shown in FIG. 12, the first securing member 61 may be located in the middle of the three (two pieces) of the roof tile 8 to thereby enable the second end surface 623 of the second securing member 62 to be forced. Among them - block house tile 8, and interlocking the inner piece 343, to the purpose of preparing for the firing action. Or, as shown in FIG. 13, in the case where the roof tile 8 is not supported, the first end face of the first securing member 61 is directly pressed against the roof tile 8 by the first __ securing member 61. The inner sheet 343 (shown in FIG. 4) is interlocked with the second end surface 623 of the second securing member 62 before and after the second securing member 62 to achieve the purpose of preparing for the firing operation. Therefore, the present invention can be used to match the roof tiles 8 of different thicknesses, and the compression margin of the first fuse 61 can be combined with the cat standard without adjusting the distance between the second fuse 62 and the inner panel 343. The effect of the defense. Referring to FIG. 4, in addition, the present invention can also extend and contract the adjusting member 72 and the nail supporting member 73 so that the nail supporting member 73 can be aligned with the hook portion 4〇2 of the roofing nail 4 in an X-axis direction and Displacement in the gamma axis direction, after abutting against the roofing nail 4, forms a supporting effect on the roofing nail 40. Referring to FIG. 14, a second preferred embodiment of the present invention is substantially the same as the first preferred embodiment. The difference is that the fuse unit 6 further has a spacing setting member 64, and the first securing member 61 The second securing member 62 is interlocked with each other, and the spacing setting member 64 is used for adjusting the distance between the first securing member 6'' and the second securing member 62. Thereby, the distance between the first fuse 61 and the first fuse 62 can be changed in advance by the thickness of the roof tile 8, so that the first fuse 61 is displaced by a predetermined distance during the compression process. The second securing member 62, 201139809 achieves the effect of the insurance. Referring to FIG. 15, a third preferred embodiment of the present invention is substantially the same as the first preferred embodiment, and also includes a staple driving member 54, The difference lies in: the roof tile grab is an electric roofing nail gun, the kinetic energy module 31 (not shown) is controlled by a current to convert electrical energy into kinetic energy, and the nail driving component is controlled by A solenoid valve of the foregoing current has a valve body 541 and a plug stem 542 that is displaced relative to the stem body 51i. Thereby, the plug rod 542 can also interlock the roof tile nail 40 of the (4) relative position of the rod 51 to be separated from the other roof nails 4〇. Referring to FIG. 16, a fourth preferred embodiment of the present invention is substantially the same as the third preferred embodiment, and includes all the nail driving members %, the difference being: the δ hai nail driving member 55 has a set a cylinder 551, a plug rod 552 displaced along the sleeve 551 and opposed to the cutting nail 51, an elastic member 553 accommodated between the plug rod 552 and the sleeve 551, and a motor 554 driving the plug rod 552 And a detachable solenoid valve positioned to the plug 552. The plug stem 552 has a receptacle 5521. The solenoid valve 555 has a plunger 5551 that passes through the sleeve 551. The motor 554 has a cam 554 which is driven by eccentric action to move the plunger 552 away from the cutting stem 51 and compress the resilient member 553. The solenoid valve 555 is inserted into the insertion hole 5521 of the relative position of the plunger 5551, and is controlled by the current, and the plunger 552 is released after being contracted, so that the plunger 552 is subjected to the restoring force of the elastic member 553. The cutting nail 5丨 is driven. Thereby, the plug rod 552 can also be interlocked. 10 201139809 The nail bar 4i of the nail cutting rod 5i is pushed away from the other roof tiles. The knives refer to FIG. 17, which is a fifth preferred embodiment of the present invention, which is substantially the same as the first preferred embodiment, and also includes all the nail driving #%: distracting: the tiling gun is in addition to It is an electric house that can be used for nails. It can also be used as a gas-fired roof tile. The kinetic energy generated by the kinetic energy module (not shown) comes from the gas flow during gas explosion. The cutting drive member, the brother has a first segment 561 that is interlocked with the first fuse 61 of the fuse unit 6, and is opposite to the first segment 561 and is used to drive the segment—in the second segment 562. Between the nail cutting rod 51 and the cutting nail 51: 兀 563. When the first securing member 61 is displaced, the first segment 561 of the cutting drive member 56 is synchronously moved, so that the second segment 5 compresses the elastic member 563 and interlocks the cutting stem 51. Pushing the opposite position: the roof tile nail 40 is separated from the other roof tile nails. Referring to FIG. 18 ′ is a sixth preferred embodiment of the present invention, which is substantially the same as the fifth embodiment, and also includes a staple driving member W. The cutting drive member 57 has a sleeve 571 at different points. And sequentially disposed on the upper rod section 572 of the sleeve 3, the elastic member 573, the lower rod section 574, the second roller 575' of the frame section 572, and the pivoting section of the lower rod section A lever 576 between the cups 511. The roller 575 is located on the pinning path of the nail (four). Thereby, when the nailing bar 33 hits the roofing nail 4, the roller 575 is forced by the material rod 33 during the nailing process, and the elastic element 573 is compressed by the upper 201139809 rod section 572 to push the lower rod. The segment μ is such that the lower jaw segment 574 drives the lever 576 to rotate and interlocks the cutting stem to push the top opposite: the roof tile nail 40 is separated from the other roof tile nails 4〇. According to the above description, the roofing nail grabbing method and the nailing method of the present invention have the following advantages and effects: The present invention can change the manner in which the utility model manually nails the house tile 8 in the past, and fires the roof tile in an automated manner. In addition to the purpose of saving manpower and time, improving the ease of portability, and portability, and the special nail cutting method of the present invention, the single-tile nail 40 can be nailed to other roof tiles before being fired. 40 separation, whereby most of the roofing nails can not only be connected to each other 'improving the convenience of the supplementary roof nail 40, and the shirt interferes with the nailing action, and integrates most of the roof nails 40 in the roof nails. Improve the smoothness of nailing. Moreover, in order to avoid making # on the brittle roof tile 8, the house tile 8 is damaged, and the nail unit 7 is further designed. What is important is that the cut roof tile nail 40 can be rotated by an angle. The house tile 8 is in a vertical state, and at the same time, the hook portion 402 is placed on the nail unit 7, and the roof tile 8 is not directly struck, thereby improving the accuracy and breaking force of the nail. The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are All remain within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing a plurality of roofing nails for nail receiving house tiles; 12 201139809 FIG. 2 is a perspective view showing a first preferred embodiment of the present invention. Figure 3 is a perspective view of the first preferred embodiment; Figure 4 is a cross-sectional view of the first preferred embodiment; Figure 5 is a side elevational view of a preferred embodiment of the pusher member Figure 6 is a partial perspective view of the first preferred embodiment of the fuse unit; Figure 7 is a cross-sectional view showing a cylinder of the first preferred embodiment pushing all the shank; Figure 8 is a - a cross-sectional view showing a hitting nail in the first preferred embodiment; a dry-figure 9 is a front view showing the first of the first preferred embodiment of the insurance A second embodiment of the present invention; Figure H) is a "side view" illustrating a third embodiment of the safety unit for a housing tile in the first preferred embodiment; Figure 11 is a side view In the first preferred embodiment, the insurance unit is forced to a fourth embodiment of a tile; p FIG. - a partial perspective view 'illustrating a fifth embodiment of the safety unit for a housing tile in the first preferred embodiment; FIG. 13 is a front view showing the safety unit of the first preferred embodiment A sixth embodiment of a tile that is forced into a house; FIG. 14 is a perspective view of a second embodiment of the present invention - a roofing nail grab; 13 201139809 FIG. 15 is a cross-sectional view showing the present BRIEF DESCRIPTION OF THE DRAWINGS FIG. 16 is a cross-sectional view showing a fourth preferred embodiment of a roofing nail gun of the present invention; FIG. 17 is a cross-sectional view showing a roof tile of the present invention. A fifth preferred embodiment of the nail gun; and Figure 18 is a cross-sectional view showing a sixth preferred embodiment of a roofing nail gun of the present invention. 14 201139809 [Explanation of main component symbols] 3 ....... •. £ Move early 7G 412 ··· ...Exercising 30... ...·body 42......pushing nail 31.........·kinetic energy module 5 .............spinning unit 311....··· nailing cylinder 50......elastic element 312 ........storage chamber 51...cutting rod 313...·. 52...... ...cutting drive member 32............·Nail opening 521 ······························································· ...intake valve 341 ····....controller 531 ····...the first end 342 ·····the wrench 532 ····...the second end 343 ·...the inner piece 54... ...the nail driving member 35... •...the plug tube 541 ···· ...the valve body 350 ·····the hole 542 ····...the valve stem 351 ····...the tube wall 55...the nail Driver 352 ····· Plug head 551 ·····Sleeve 353 ···..........hole 552 ··· ...plug rod 4 .............·钉匣5521 ·· Hole 40... •... roof tile nail 553 ····...elastic element 401... nail 554 ···· ...motor 402... •...hook 5541 ···cam 41... •...seat 555 ···· ...electromagnetic wide 411... •...nail slot 555...plug-in 15 201139809 56... ...the nail drive member 61 ... the first safety member 561 ... ... the first segment 611 ... - the first end face 562 ... ... the second segment 612 ... ..... gap 563 ... ... elastic member 62 · · · ···Second fuse 57...•...Claw drive 621...•...Second end face 571 ······Sleeve 63 •...elastic element 572 ···....·Upper section 64· ····•...Adjustment 573 ········································································ .·· •...Adjustment 576 ···..·Leverage 73 ••... •...Studs 6 .............·Insurance unit 8... •...House tiles 16