M322866 電（氣）動工具5〇，可接供一看士 、， 仏動力以方疋鎖螺絲釘40。 自動送釘器6〇(請同時參閱篦冃 、 ，料四圖知），主要侧-固定機 座6、’骨動機座62、壓縮彈菩防| 4册人 ^ 评只b3與一釘帶輸送機構64所構成；其 中： 固定機舰（請同時參閱第六、七圖所示），其上設有一向前 伸之凸才干611 ’凸杯611前端底部設有_定位轴⑽；固定機座 61上亚設有-娜元件613 ’可雛_驗_賴向後之滑 動機座_的距離，贿供調整____頭與物品間之 高度。 滑動機座62(請同時參閱第六、七圖所示），係設於固定機座 61前端，恰可於固定機座61内前後滑動，主要係由左、右兩滑動 機座62A、62B組合而成；#中，該左滑動機座62a之側壁設有一 呈水平狀之導軌621，該導軌621恰可供固定機座61之凸桿611前 端底部所設之定位軸612伸置其中，導執621前端另設有一呈垂直 狀之導軌622 ;又，其中該右滑動機座62B之侧壁至少設有一呈垂 直狀之導槽623，右滑動機座62B上枢接有一機蓋624，於該機蓋 624侧壁對應於導槽623之上方至少設有一卡掣唇625(請同時參 閱第十圖所示）；另，滑動機座62前端設有一調距元件62β，可調 整調距元件626前端與滑動機座62間之距離，俾提供不同長度之 螺絲釘40適用。 壓縮彈黃63(請同時參閱第七圖所示），係設於滑動機座62之 7 M322866 後鈿與固定機座61間，俾提供滑動機座62一向前頂推之力量。 釘帶輸送機構64(請同時參閱第六、七、十圖所示)，係設於 滑動機座62内，包含有一撥桿641，該撥桿641後端以一活動支點 樞接於左滑動機座62A侧壁上，撥桿641前端以一活動支點設有一 底座642，底座642可依活動支點為中心順時針旋轉，底座642靠 左滑動機座62A之侧壁設有一定位軸β43，該定位轴643恰伸置於 左滑動機座62A側壁之導執622中，底座642靠右滑動機座62B之側 壁至少設有一承置槽644 ;又，底座642與左滑動機座62A間設有 一歸位彈簧645。 藉由上述構造’當滑動機座62隨螺絲釘搶之使用而被頂壓向 後滑動時(如第八、九圖所示），固定機座61上之凸桿611可藉由 疋位軸612位於導執621内向前滑行，定位軸μ2即可頂壓釘帶輸 送機構64之撥桿641，使撥桿641逆時針轉動，並帶動底座642藉 由定位軸643依循導執622向下滑動，當底座642抵頂於釘帶3〇上 之螺絲釘40時，藉由底座642與撥桿641間之活動支點作用，底座 M2可逆時針旋轉，令承置槽642不致與螺絲釘4〇相互卡抵(如第 十圖所述），此時並藉由右滑動機座62β之機蓋624上的卡掣唇肋5 卡掣於釘帶30之貫穿孔31 ’使釘帶3〇不致依循底座642向下移 動。嗣’當釋放頂壓滑動機座62之作用力時(如第六、七圖所示）， 滑動機座62受壓縮彈簧63之頂推向前滑動，凸桿611則可依循導 槽621向後滑動，此時藉由底施2與左滑誠座62B間歸轉夢 M322866 611凸桿 612定位軸 613調距元件 62滑動機座 62A左滑動機座 62B右滑動機座 621導軌 622導執 623導槽 Θ24機蓋 625卡掣唇 626調距元件 63壓縮彈簧 64釘帶輸送機構 641撥桿 642底座 643定位轴 645歸位彈簧 644承置槽M322866 electric (gas) moving tool 5 〇, can be connected to a spectator, 仏 power to the square 螺丝 lock screw 40. Automatic nail feeder 6〇 (please refer to 篦冃,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, The conveying mechanism 64 is composed of: a fixed machine ship (please refer to the sixth and seventh figures at the same time), and a forwardly extending convex 611 is formed thereon. The convex portion of the front end of the convex cup 611 is provided with a positioning shaft (10); a fixed base 61 Shangya has - Na element 613 'can be _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The slide base 62 (please refer to the sixth and seventh figures at the same time) is disposed at the front end of the fixed base 61, and can slide back and forth in the fixed base 61, mainly by the left and right slide bases 62A, 62B. In the #1, the side wall of the left sliding base 62a is provided with a horizontal guide rail 621, which is disposed for the positioning shaft 612 provided at the bottom of the front end of the protruding rod 611 of the fixed base 61. The front end of the guide 621 is further provided with a vertical guide rail 622. Further, the side wall of the right slide base 62B is provided with at least one vertical guide groove 623, and the right slide base 62B is pivotally connected with a cover 624. At least one latching lip 625 is disposed on the sidewall of the cover 624 corresponding to the guiding slot 623 (please refer to FIG. 10 at the same time); and the front end of the sliding base 62 is provided with a adjusting component 62β, which can adjust the pitch. The distance between the front end of the member 626 and the slide base 62 is suitable for providing screws 40 of different lengths. The compression spring yellow 63 (please refer to the seventh figure at the same time) is disposed between the rear cover of the sliding frame 62 and the fixed base 61, and provides the power of the sliding base 62 to push forward. The staple belt conveying mechanism 64 (please refer to the sixth, seventh, and tenth drawings at the same time) is disposed in the sliding machine base 62 and includes a lever 641. The rear end of the lever 641 is pivotally connected to the left side by a movable pivot point. On the side wall of the driver seat 62A, a front end of the lever 641 is provided with a base 642 at a movable fulcrum. The base 642 can rotate clockwise around the movable fulcrum. The base 642 is provided with a positioning axis β43 on the side wall of the left sliding base 62A. The positioning shaft 643 extends into the guide 622 of the side wall of the left sliding frame 62A. The base 642 is provided with at least one receiving groove 644 on the side wall of the right sliding frame 62B. Further, a space is provided between the base 642 and the left sliding frame 62A. Return spring 645. With the above configuration, when the slide base 62 is pressed back and rearward with the use of the screw (as shown in Figs. 8 and 9), the projection 611 on the fixed base 61 can be located by the clamp shaft 612. The guide 621 slides forward, and the positioning shaft μ2 can press the lever 641 of the belt conveying mechanism 64 to rotate the lever 641 counterclockwise, and the base 642 is slid downward by the positioning shaft 643 according to the guide 622. When the base 642 abuts against the screw 40 on the nail band 3, the base M2 can be rotated counterclockwise by the movable fulcrum between the base 642 and the lever 641, so that the receiving groove 642 does not get stuck with the screw 4 (eg The tenth figure), at this time, by the locking lip rib 5 on the cover 624 of the right sliding frame 62β, the through hole 31' of the nail band 30 is caused to make the nail band 3 not follow the base 642 downward. mobile.嗣 'When the force of the pressing slide base 62 is released (as shown in the sixth and seventh figures), the slide base 62 is pushed forward by the compression spring 63, and the protruding rod 611 can follow the guide groove 621 backward. Sliding, at this time by the bottom 2 and the left sliding seat 62B returning to the dream M322866 611 protruding rod 612 positioning shaft 613 spacing component 62 sliding frame 62A left sliding frame 62B right sliding frame 621 rail 622 guide 623 Guide groove 机 24 cover 625 掣 lip 626 adjustment component 63 compression spring 64 nail belt conveying mechanism 641 lever 642 base 643 positioning shaft 645 homing spring 644 bearing groove