586992 五、發明說明（1) 【發明之洋細說明】 【發明所屬之技術領域】 碎打入釘子時，懷 【習知技：Γ 防止跳線(飛散)機構。 結；：連;::π=吏：之連結釘有，介由合成樹脂製的連 屬線熔接連結 ^ ^連f釘，和以一定間隔在鐵製金 使用連：： 釘子之連結釘，已為人所知。 結帶則由打釘機排出。 將釘子打出，留下的連 對的，金屬線連έ士釘二ί結帶必須作廢棄處理。相 連社部被切摇! 釘子時，先前釘和第2釘的 U被切Wf，炫接部的前後以 =丁的 因而，金屬線不必作為垃圾廢棄 【毛月所名人解決之課題】 八 :”r亦 然以打擊機構的驅動器而被 丁先刖釘雖 ”線f結部則被切斷。因-被工= 二 别釘一起被打出’後部則殘留在第2釘子屬邮線則。Μ 口先 金屬線的一部份則和被打出之釘子一體入。如此， 在此情況’特別是殘留在金屬線前方的 ^了材料中。 上方，由於被釘材料是朝上因而會沒入而=j杈向或朝 但是假如金屬線的前部是朝下方時 、有問題。 由於其先_a被突刺在被釘材料31的表面=，(〇所示,， ’因而，當 第5頁 C:\2D-CODE\91-01\90127142.ptd 586992 五、發明說明（2) 釘子33在進入被釘材料時，金屬線3 金屬線30和釘子的熔接部會有大的力此，在 金屬線部份會脫落，而金屬：會=力:上去：自熔接部 變成為彈簧而飛開。 由狀’曾曲部份則 又，在打入釘子時’連結被打出的 =屬線會被切斷，一端和被打出的二二 噶心主下方移動’另—端30b則殘留在吕 殘留部份繼假如突出於管嘴部的射出^釘子^的別方。 在通過管嘴邻時，J (或驅動器36的先端） 在通過吕备寸，先前釘的頭部33 再次會干涉到管嘴部内突出 屬 ^驅動恭的先糕） Γ 情況，金屬線的碎片37會直接飛散在周 周在ί $:圾：子：’由於金屬線的切斷片會飛散在四 因此，習知的打釘機Lirm因非常危險。 切斷片碰到管嘴部的前壁時:釘則方的金屬線之 前壁形成矩_窗 y- θ 下弓曲狀地在管嘴部的 J 土形成矩形ή ，在此矩形窗受容金 連結釘的中心偏向（〇ffset)^清細抑南線的切斷片。又， M ^ , A -p 4τ ^ . );唷射邛的金屬線侧而供給。 由於通過管嘴部的中心被打出的釘頭和】 金屬，，因而，金屬線的切斷片不會飛散。 θ 但是，由於金屬線切斷片的彎曲不一 — 進矩形窗，而且連結釘的偏彳+ 並不疋會凱 丁〕偏位也不元全，雖然其可減少跳586992 V. Description of the invention (1) [Detailed description of the ocean of invention] [Technical field to which the invention belongs] When nails are broken into pieces, pregnant [Known technique: Γ Prevent jumper (scattering) mechanism. Knot :: 连; :: π = ：: The link is nailed, and it is welded and connected through a synthetic resin-made affiliate line ^ ^ link f nails, and the link gold is used at a certain interval in iron gold: Already known. The knots are discharged by the nailer. The nails are driven out, and the left and right, metal wire nails must be discarded. The connected company was cut and shaken! When the nail was nailed, the U of the previous nail and the second nail was cut Wf, and the front and back of the dazzling joint were = D. Therefore, the metal wire does not need to be discarded as waste [Problem solved by Mao Yue's celebrity] "R is also nailed by Ding Xianzheng with the driver of the strike mechanism." The junction of the line f is cut. Because -by-worker = 2 The nails were shot together. The back part was left on the second nail line. A part of the metal wire is inserted into the nail that was driven out. As such, in this case ', especially in the material remaining in front of the metal wire. At the top, because the nailed material is facing upwards, it will sink into it. = J Forward or facing, but if the front part of the metal wire is facing downward, there is a problem. Since its first _a was punctured on the surface of the nailed material 31 =, (〇 ,, 'Therefore, when page 5 C: \ 2D-CODE \ 91-01 \ 90127142.ptd 586992 5. Description of the invention (2 ) When the nail 33 enters the material to be nailed, the metal wire 3, the metal wire 30, and the welding part of the nail will have a large force. This will fall off the metal wire part, and the metal: will = force: up: the self-welding part becomes The spring is flying away. From the shape of the "Zeng Qu part, when the nail is driven," the connection is shot = the belonging line will be cut off, and one end will move under the punched Erga heart, and the other end 30b. Then, the remaining part of Lu is following the shot of ^ nail ^ protruding from the nozzle. When passing through the nozzle, J (or the tip of driver 36) passes through Lu Beicun, the head of the previous nail 33 It will interfere with the protruding part of the nozzle again (Dr. Gong ’s first cake) Γ In the case, the metal wire fragments 37 will fly directly in Zhou Zhou at ί $: ：: 子: 'Because the cut pieces of the metal wire will fly in four, so The conventional nailing machine Lirm is very dangerous. When the cutting piece hits the front wall of the nozzle: the front wall of the nail wire is formed with a moment _ window y- θ, a rectangular price is formed in the J soil of the nozzle in a bow shape, and the rectangular window is connected by a deposit. The center of the nail is biased (0ffset). In addition, M ^, A -p 4τ ^.); Since the nail head and the metal are driven through the center of the nozzle portion, the cut piece of the metal wire does not scatter. θ However, due to the different bending of the metal wire cutting piece-into the rectangular window, and the bias of the connecting nail + does not mean that it will be Kai Ding] the bias is not complete, although it can reduce the jump
586992 五、發明說明（3) 線現象，但並不能說完全沒有此情形。 本發明為解消上述問題點’其課題為提供’可 出的釘子之金屬線切斷片可確實沒入被釘材料内，可 毛生跳線現象的打釘機中之跳線防止。 【解決課題之手段】 為了解決前述課題，本發明的打釘機之跳 為，在收容介由金屬線連結複數個成 2' 匿和釘子打出用管嘴部之間設置有釘;結：，釘 在釘子供給通路之一側具備有，使上述連姅 5牯— 嘴部的送料爪在前後方向摺動自；、=述管 爪，如此所成之打釘機中，其特；側的止回 壁’於上述連結釘的先前述：：部的前 自，釘的先端突出之金屬線端部二成：收容 形固的進給裝置側之内側面 且形成自矩 :導引壁，在上述止回爪上，形成路：而延伸 連結釘，以上述止回爪= 使上述 【發明之實施形態】 述導引2之狀怨而打出。 圖1為打釘機之側視圖， 2為手柄，；3為管嘴部。手]兀件編號1為表示本體， 源所接續，自此壓縮空氣供认為被未圖示的壓縮空氣供給 體1内，藉由板機桿4的操f所供給的空氣被貯存於本 擊機構，而打擊自釘匣5 4動被設在本體〗内部的打 斤i、〜管嘴部3的連結釘而打出先 C:\2D-O0DE\91.01\90l27l42. ptd 第 ^«6992 五、發明說明（4) 前釘，如此所構成。 被釘H 5收各的連結釘6，如圖2所示，為介由2根金屬 連結複數個釘子所構成，各釘子8被熔接於金屬線7上/ 、又’在釘厘5和釘子射出用管嘴部3的射出口 3a之間被艰 成有釘子供給通路9。如圖3所示，在此釘子供給通路9 " 一側，被配置有釘子進給裝置丨〇，又，在另一側 開閉自如地以支轴12為中心之出入口部u。 娘叹有 釘子進給裝置丨〇為，前後摺動自如地收容進給活 進給圓筒u内，在進給活塞14前方結合有連桿15，复 端旋動自如地安裝有以軸為中心之送料爪丨6。 ^ 先端163被形成可繫合連結釘6的釘軸。 ^6的 又送料爪16為以進入釘子供給通路g内狀地以彈笼 被彈地，同時，其也可以自釘子供給通路9往】= =可旋動狀地所構成。進給活塞} 4往前方移動日夺，其 成進入釘子供給通路9内而將連結釘6送至前方。’、冓 又，在送料爪1 6上端，被形成金 1 9 (參照圖2 ) 。 7研用的刃部 相對的，在出入口部! i的内側，被設有可防 :6不會倒回钉E5側的止回爪2〇。止回爪 = 中二旋動自如地藉由彈菁22時常使先端進 =2為 g内狀地被增能。止回爪2n ^ 丁于i、給通路 在釘軸上而防止其多動則在釘子供給通路9内繫合 其次，在上述管嘴部3的前壁，在對應連結金屬線7之位 \\312\2d-code\91-01\90127142.ptd 第8頁 586992 五、發明說明（5) 置被形成有矩形窗24。矩形窗24為上述連結 被送至管嘴部3之射出口時3a時， 容 々f則釘 突出的金屬線7之端部7a。由於管嘴 前雖然矩形窗24自前面看也似乎=形因^ 士:自上面看4 ’矩形窗24的側端2“為和 嘴部3之内面形成段部。因此，使連結釘6偏 申的吕 7的切斷片7a沿著上述段部24a可容易飛人矩形窗24、。屬線 又’自上述矩形窗24的進給裝置1〇側之内側面往釘 =通路9侧被延長形成有導引壁25。導引壁“並不須供 imr:體形成。只要自矩形窗24的内側面起連續 延伸之構成時，在本體"則形成也可以。假如其和管二： 一體形成，由於沒有縫隙，因而可以圓滑 。以 金屬線7。 守以遷結釘的 其-人，如圖4所示，在上述止回爪2〇上繫合上述$ 妓 給通路9内的釘子，此一釘子在被配置進給二二;J，供 (導引壁2 5側）被形成有可押壓的繫合部2 6。 σ| 在上述構成的金屬線7跳線防止機構中，首先打門 口部11自釘匣5拉出連結釘6，設定先前釘經過釘7 #出认入 路9可進入管嘴部3後，關閉出入口部11時，如圖4所八厂給通 釘子通路内的連結釘6繫合於被設在出入口部不’ 20:押壓部i，以止回爪2〇的彈簧之彈簧力而被押 迷導引壁25上。藉此，由於連結釘6被壓在導弓丨壁25 #工 上’因而其可被確實地偏位。在此狀態驅動側 固R α 〜可機時，如 圓b所不，構成打擊機構的驅動器a打擊先前釘 J項邵而自 586992 五、發明說明（7) 的金屬線7飛散。 【元件編號之說明】586992 V. Description of the invention (3) Line phenomenon, but it cannot be said that there is no such situation at all. In order to solve the above-mentioned problem, the present invention aims to provide a metal wire cutting piece of a nail which can be reliably immersed in a material to be nailed, and a jumper in a nailing machine which can cause a hair jumper phenomenon to be prevented. [Means for solving the problem] In order to solve the foregoing problem, the nailing machine of the present invention has a jumper in which a nail is provided between the accommodation via a metal wire and connected to a plurality of 2 'holes and the nail ejection nozzle; knot :, The nail is provided on one side of the nail supply path, so that the flail 5 牯-the feeding claw of the mouth is folded back and forth in the front-rear direction; The non-return wall is in front of the above-mentioned connecting nail: the front part of the part, the end of the metal wire protruding from the tip end of the nail: the inner side of the side of the feeding device that receives the shape and forms a self-moment: the guide wall A path is formed on the non-return claw: the connecting nail is extended, and the above non-return claw = makes the above-mentioned [invention embodiment] the guide 2 resentful and hits. Figure 1 is a side view of a nailing machine, 2 is a handle, and 3 is a nozzle. [Hand] The element number 1 indicates the body and the source is connected. Since then, the compressed air is considered to be in the compressed air supply body 1 (not shown), and the air supplied by the operation f of the trigger lever 4 is stored in this strike. Mechanism, and hitting the nail from the nail box 5 4 moves the weight of the pin i, ~ nozzle connected to the nail 3 inside the body and hit the first C: \ 2D-O0DE \ 91.01 \ 90l27l42. Ptd ^ «6992 V. Description of the Invention (4) The front nail is thus constituted. The nails H 5 receive each of the connecting nails 6, as shown in FIG. 2, and are composed of a plurality of nails connected by two metals. Each nail 8 is welded to the metal wire 7 / and the nails 5 and nails A nail supply path 9 is formed between the injection ports 3 a of the injection nozzle portion 3. As shown in FIG. 3, a nail feeding device 9 is arranged on one side of the nail supply path 9 and the entrance / exit portion u centered on the support shaft 12 is freely opened and closed on the other side. There is a nail feeding device 丨 0, which can be folded back and forth to accommodate the feed live feed cylinder u, a connecting rod 15 is combined in front of the feed piston 14, and the shaft is freely installed at the double end. Center feed claw 丨 6. ^ The apex 163 is formed into a nail shaft that can be fastened to the nail 6. ^ 6 The feeding claw 16 is configured to enter the nail supply path g with a bullet cage, and it can also be constructed from the nail supply path 9] = = rotatably. The feed piston} 4 moves forward, and it enters the nail supply path 9 and sends the connecting nail 6 forward. ′, 冓 Also, gold 1 9 is formed on the upper end of the feed claw 16 (see FIG. 2). The blade part for 7 is opposite. On the inside of the entrance and exit part! I, a non-return pawl 20 is provided to prevent the back of the nail E5 from falling. Non-return claws = Middle 2 can rotate freely by playing Jingjing 22 = 2 to be energized within g. The non-return pawl 2n ^ Ding Yui, the channel is on the nail shaft to prevent it from moving more, then it is tied in the nail supply channel 9, and the front wall of the nozzle part 3 is at the position corresponding to the connection metal wire 7 \ \ 312 \ 2d-code \ 91-01 \ 90127142.ptd Page 8 586992 5. Description of the invention (5) A rectangular window 24 is formed. The rectangular window 24 is the end portion 7a of the protruding metal wire 7 when the above connection is sent to the injection port 3a of the nozzle portion 3. Although the rectangular window 24 in front of the nozzle seems to look from the front = shape factor: When viewed from above 4 'the side 2 of the rectangular window 24' forms a section with the inner surface of the mouth 3. Therefore, the connecting nail 6 is biased. The cutting piece 7a of Shen Lu 7 can easily fly to the rectangular window 24 along the above-mentioned section 24a. The line is extended from the inner side of the feeding device 10 side of the rectangular window 24 to the nail = passage 9 side. A guide wall 25 is formed. The guide wall "is not required for the formation of the imr: body. It may be formed in the main body as long as it has a configuration that extends continuously from the inner surface of the rectangular window 24. If it is integrated with the tube two, it can be smooth because there is no gap. Take the metal wire 7. The other person who keeps moving the nails, as shown in FIG. 4, binds the nails in the above-mentioned prostitute feeding channel 9 on the non-return claw 20, and this nail is configured to feed 22; J, for (Guide wall 25 side) An engaging portion 26 is formed that can be pressed. σ | In the jumper prevention mechanism for the metal wire 7 configured as described above, first hit the doorway portion 11 and pull out the connecting nail 6 from the nail box 5, and set the previous nail to pass through the nail 7 #recognition access 9 to enter the nozzle 3, When closing the entrance and exit portion 11, the connecting nail 6 in the nail passage provided by the eight factory as shown in Fig. 4 is connected to the entrance and exit portion 20 '. The pressing portion i is pressed by the spring force of the spring 20 The prisoner is guided on the guide wall 25. Thereby, since the connecting nail 6 is pressed on the guide bow 丨 wall 25 # ', it can be surely deflected. In this state, when the drive side is fixed R α ~ available, as in circle b, the driver a that constitutes the striking mechanism strikes the previously nailed item J and is scattered from the metal wire 7 of V. Invention Description (7). [Description of component number]
1 本體 2 手柄 3 管嘴部 3a 射出口 4 板機桿 5 釘匣 6 連結釘 7 ^ 30 金屬線 7a 切斷片 8 釘子 8a 先前釘 9 釘子供給通路 10 釘子進給裝置 11 出入口部 12 支軸 13 進給圓筒 14 進給活塞 15 連桿 16 送料爪 16a 先端 18 ' 22 彈簧 19 切斷刃 C:\2D-CX3DE\91-01\90127142.ptd 第11頁 5869921 Body 2 Handle 3 Nozzle 3a Injection port 4 Board lever 5 Nail box 6 Connecting nail 7 ^ 30 Metal wire 7a Cut-off piece 8 Nail 8a Previous nail 9 Nail supply path 10 Nail feeding device 11 Entrance and exit part 12 Support shaft 13 Feed cylinder 14 Feed piston 15 Connecting rod 16 Feed claw 16a Tip 18 '22 Spring 19 Cutting edge C: \ 2D-CX3DE \ 91-01 \ 90127142.ptd Page 11 586992
C:\2D-C0DE\91-01\90127142.ptd 第12頁 圖式簡單說明 圖1為關於本發明的 圖2為打開上述打釘^釘機之全體前視圖。 圖3為關閉出Λ 口部之：出入口部之狀態的前視圖。 圖 。 I <狀態時，圖2的Χ-Χ線上之剖面 圖4為省略送料爪之狀態，圖2的Χ-Χ線上之剖面圖。 圖5為先前釘在被打擊後之狀態的打釘機之釘子供給通 路部份的說明圖。 ° 圖6(a)、（b)表示習知的打釘機之跳線狀態說明圖。C: \ 2D-C0DE \ 91-01 \ 90127142.ptd Page 12 Brief Description of Drawings Figure 1 is about the present invention. Figure 2 is the whole front view of the above nailing machine. Fig. 3 is a front view of a state in which the entrance / exit part is closed: the entrance / exit part. Figure. In the I < state, the cross-section on the line XX in FIG. 2 FIG. 4 is a cross-sectional view on the line XX in FIG. 2 when the feeding claw is omitted. Fig. 5 is an explanatory diagram of a nail supply path portion of the nailer in a state where the nail has been hit before. ° Figures 6 (a) and (b) are explanatory diagrams of the jumper state of the conventional nailing machine.
C:\2D-00DE\91-01\90127142.ptd 第13頁C: \ 2D-00DE \ 91-01 \ 90127142.ptd Page 13