200824855 九、發明說明： 【發明所屬之技術領域】 本發明係為-種打釘機之擊釘深度調整裝置，特別是 指透過於-撥鈕表面預設具有高、低不同的階級面雜疋 而可快速進行擊釘深度調整作業之結構設計者。 【先前技術】 動力打釘機是相當普遍的自動化擊釘裝置，其可提供 作為各式工作物的釘合作!^具，該打釘機㈣釘強度， 通常為預設的固定模式，而可符合一般的擊釘需求，然 而，該工作物_類在產展多元化的影響下，衍生出 各種不同的質材而有不同擊針強度的實際需求，例如:對於 較為薄弱的玉作物或較為厚實的1作物，其所需的擊釘強 度並不相同，㈣會有擊釘強度過強而損壞卫作物或擊釘 強度過弱而無法順利擊釘的問題。 緣是，請參閱第1圖所示者，此為產業界所研發出， 可進行擊釘深度調整(或稱擊釘強度調整)的打釘機結構， 其中，該打釘機(10)於出釘的搶嘴(n)處，可滑動地設有一 保險件(12)，該保險件（12) —端係位於槍嘴(U)前端及外 邛，另端則與一螺桿(13)端部相固設，而該螺桿(13)上則螺 設有一螺套(14)，且該螺桿(13)與該螺套(14)係樞設位於一 作動架（15)上，該作動架（15)係可滑動的組設於打釘機(川） 側’且一端與該打針機（10)的扳機（16)對應配置，藉此， 6 200824855 透過轉動操作_糾減帶_鎌件的端部逐漸接 近或遠離搶嘴(如第2_示），當該聽件的端部接近搶嘴 %，杻嘴車父為接近工作物，因而擊釘深度較深，反之，去 保險件的端部較為遠離槍嘴時，搶嘴較為遠離工作物，因 而擊釘深度較淺； 值传注思的是，前述打釘搶的擊釘深度調整裝置，使 用者可視實際需求而進行轉動調整，雖然具有相當的實用 性、，但卻面臨使用上不便捷的缺陷問題，例如：當使用者 要進行擊釘深度調整時，必需透過撥轉該撥紐，以調整該 保險件的端部位於搶嘴適當處，然而，該撥叙的轉動圈數 並無法輕易被精確掌控，必需仰賴使用者的目測及經驗而 调整，再者，當前一次的擊針深度為較深，而下一次的擊 ，需t為較鱗，則使用者必須撥動該撥㈣圈數為最 =’=作上不僅花f時_目當不便捷，此外 縣訂過程，會伴隨產生相#大的縣，料 2 ::作為擊釘深度調整的結構設記，容易因多次的;:; 深度的準雜。爲之件自御嘴預定擊釘 置 上的糾可知，f知打㈣的擊釘深度調整襄 木乍上亚不便捷，不僅無法快速調 又 且容易因擊_㈣震動㈣離預設深度，習知^= 存在者現實缺陷，而不符合實際使用需求，實有近 7 200824855200824855 IX. Description of the Invention: [Technical Field] The present invention is a nailing depth adjusting device of a nailing machine, and particularly refers to a class surface churn which has different heights and lows through the surface of the dialing button. The structural designer can quickly perform nailing depth adjustment operations. [Prior Art] The power nailing machine is a fairly common automatic nailing device, which can provide a nail cooperation as a variety of work tools. The nailing machine (four) nail strength is usually a preset fixed mode, but It meets the general nailing requirements. However, under the influence of the diversification of production and exhibition, the work material has different actual materials and different actual needle strength requirements, for example, for weaker jade crops or For a thick crop, the required nailing strength is not the same. (4) There is a problem that the nailing strength is too strong to damage the crop or the nail strength is too weak to smoothly hit the nail. The reason is that, as shown in Fig. 1, this is a nailing machine structure developed by the industry to perform nailing depth adjustment (or nail strength adjustment), wherein the nailing machine (10) At the nailed mouth (n), a securing member (12) is slidably disposed, the end of the securing member (12) being located at the front end and the outer cymbal of the muzzle (U), and the other end being connected to a screw (13) The end portion is fixed, and a screw sleeve (14) is screwed on the screw (13), and the screw rod (13) and the screw sleeve (14) are pivotally disposed on a driving frame (15), and the actuation is performed. The frame (15) is slidably arranged on the side of the nailing machine (the side) and one end is arranged corresponding to the trigger (16) of the injection machine (10), thereby, 6 200824855 through the rotation operation _ correction belt _ 镰The end of the piece gradually approaches or moves away from the grab mouth (as shown in Figure 2). When the end of the listener is close to the grab mouth, the user of the mouth is close to the work, and the nail depth is deeper. When the end of the piece is farther away from the nozzle, the mouth is farther away from the work object, and the nailing depth is shallower. The value of the nail is that the nailing depth adjustment device of the nailing can be visually needed by the user. However, although the rotation adjustment has considerable practicability, it faces the problem of inconvenient use. For example, when the user wants to perform the nail depth adjustment, it is necessary to adjust the safety piece by dialing the button. The end of the mouth is located at the appropriate position. However, the number of rotations of the dial can not be easily controlled. It must be adjusted according to the user's visual and experience. Moreover, the current shot depth is deeper. The next shot, the t is more scale, then the user must dial the dial (four) number of turns is the most = '= not only when the f is not easy to use, but also the county process will be accompanied by the generation of #大The county, material 2 :: as the structure of the nail depth adjustment, easy to be due to multiple;:; depth of the quasi-heterogeneous. For the sake of the fact that the nail is fixed on the tip of the mouth, it is not convenient to adjust the nail depth of the hammer (4), not only can not be quickly adjusted, but also easy to hit _ (four) vibration (four) from the preset depth, Conventional ^= The reality of the existence of defects, and does not meet the actual needs of use, there are nearly 7 200824855
以改良的迫切需求。 【發明内容J 調整d之要主=二Γ提供—斷釘機之擊針深度 組設件、-= _雜叙間紐設有- 聊動％料、—撥純—㈣所構成，使用者可透 過，直接以撥紐上的階級面與作動件對應，而 雜擊釘深度位於預定正確位置，由於並非習知必需 =::=方式進行’操作上本案結__為 【實施方式】 上關於本發縣達成上述目的，所制之技術、手段及 功效，％舉-較佳可行實施例並配合圖式詳細說明如后； 首先，請配合參閱第3、4、5、6圖所示，本發明實施例所 提供之打釘機之擊釘深度調整裝置，主要於該打釘機(9〇) 的保險件(92)與扳機(93)之間組設有—組設件⑽）、一作動 件(3〇)、一撥鈕(40)及一彈簧(5〇)所構成者；其中： 該組設件（20)，-端成型有—組設口（21)，該組設口 (21)的一對應側並各延設有—側片（2丨1)，該組設件（2〇) 得以該板設口⑼的二则⑵υ套設位於該打釘機（9〇) 的扳機（93)的外部，並與該打釘機（9〇)本體相固設，該組 设件（20)的另端則成型有一滑槽（22)及一組設部（23)，該 組设部（23)可設有一組設孔（231),而該滑槽（22)則連通 200824855 該組設口（21)，於滑槽（22)二侧壁面的端部各成形有一止 檔凹（221)，並沿該止檔凹（221) —侧連通延設有一溝槽 (222)，而可供一『L』形的一擋件（24)以底端面（241)的 二侧緣嵌合於溝槽（222)内，並以立端面（242)的侧緣與止 檔凹（221)形成卡設； 該作動件（30)，一端為一結合部（31)，並以該結合部 (31)與打釘機（90)的保險件（92)相固設連結，該作動件 (30)的另端則成型為一連接部（32)，該連接部（32)係穿設 過該滑槽（22)後’以端部位於組設口（21)内，並以該端部 的一卡鉤（321)與該扳機（93)的鉤槽相連結組設，於該結 合部（31)與該連接部（32)之間則成型有一作動部（33)，該 作動部（33)具有一端面，於該端面一侧成型有一作動凸 (331)，而相鄰一側則另成型有一抵凸（332); 該撥紐（40)，係組設於組設部（23)，得以一軸桿（41) 牙$又過該撥勉（40)的一芯孔（401)後再栓設於該組設部 (23)的組设孔（231)而完成組設，俾使該撥鈕（4〇)可進行 轉動操作，於該撥鈕（40)的一侧端面上成型有一控制部 (42)，該控制部（42)環狀相鄰設有複數個高、低不同的階 級面（421)結構； 該彈簧（50)，一端與該作動部（33)的抵凸（332)相靠 抵固設，另端則與該組設件（20)上該擋件（24)的立端面 (242)靠抵，藉使該作動部（33)與該控制部（42)於常態保 200824855 持分離，於該保險件⑽位移作動時，連動該作動部⑽ 與該階級面（421)接觸，並可透過轉_触⑽改變保 件（92)的位移距離而相對調整擊釘深度。 以上所述即為本發明各構件及結構之組配關係，透過 本兔明的设汁，可預先於該撥紐的控制面上成型有複數個 不同高、低的階級面結構，俾可於保險件作動位移時，透 i亥作動件的作動部與該階級面接觸，而可對應該撥紐的 階級面高、低進行擊針深度的設定作業，本發明不僅構件 及結構組成相當精簡，且操作上相當容易，而可切合使用 者的需求，兹將其使用操作狀態詳細說明如下： η I先’必須先說明的是，該保險件（92)的一端係位於 :::倉嘴(91)前緣者，使用者必須先以該保險侧 ⑽的安全μ )位私後，方得以解除扳機 ^ 十而進仃打釘機（90)的擊發作業。 請復參閱第3、6圖所千，士 π 控制部⑽上成型有二本明特別於該撥-⑽的 ^低不同的階級面（421)， 董==級面⑽）係與該作動件（30)的作動凸⑽）係相 業時請==:示，進行打域的擊釘深度調整作 使用者可先以搶嘴⑽的输件⑽ 該作動凸（331_，_^=階級_)與 祛田土π丄……… 」《丁打釘機的擊釘作業， 壓 10 200824855 抵，使保險件（92)往扳機（93)方向位移，由於該作動件（3〇) 的結合部（31)係與保險件（92)固結者，該作動件（3〇)會隨 著保險件（92)相對位移，並帶動使該作動部（33)的作動凸 (331)與相對的階級面（421)接近並逐漸靠抵，當該作動凸 (331)與該階級面（421)靠抵後，該作動件（3〇)的連接部 (32)會推動扳機（93)移動，且令扳機（93)位於待擊發位 置，此時，使用者可順利扣壓扳機（93)而擊釘（如第7圖 示）。 β 值得注意的是，如前述之擊針作業時，該擊釘深度係 視作動凸（331)所對應階級面（421)的高、低而定，當作動 凸（331)所對應的階級面（421)為較高時（如第7圖所示）， 。亥保Ik件（92)與該作動件⑽）的位移距離較短，出舒搶嘴 (91) 離工作物⑽）相對較遠’因此擊釘深度較淺，反之， 當作動凸⑶1)崎應的階級面（421)域低時，該保險件 (92) 與該轴件⑽）驗移距離較長，出域嘴⑼）離工 作物（8=相對較近，因此擊域度較深（如第8圖所示）； /而當完成擊釘作業且該保險件⑽與工作物（剛離 開後’該作動件⑽）受到彈簧⑽的恢復彈力推移 險件（92)及该作動件（3〇)會往搶嘴⑼）方向復位，而恢产、 位於起始狀態（如第6圖所示的狀態）。 又 再者，4打針機的擊發作動過程中，常會伴隨著 烈的震動，為避势兮姐 ^ 也免忒撥鈕（40)受擊釘震動而任意自行轉 11 200824855 動，其中，可於該撥鈕（40)相對於控制部（42)的另端面， 成型有對應該各階級面（421)的複數個定位凹（43)，而於 該組設件（20)的組設部（23)設一凹槽（232)，並以至少— 彈簧（602)及一定位珠（601)設置於凹槽（232)内，藉使該 撥紐40)與該組設部（23)完成組設後，該定位珠（β〇〗）可與 該撥鈕（40)的定位凹（43)保持彈性抵靠，並可藉此使該撥 鈕（40)保持位於預定位置，而不會受到擊釘震動而任意自 行轉動。 此外，可於該撥鈕40)的外部周側相對於該各階級面 (421)的位置處作深度標示⑽（如第罐所示），俾使操作 者可直接依f心轉_触⑽至適當處，值得注音的 是、，使用者可透過撥_触_，配合深度標示⑺过 接以撥紐⑽上的_面（421)與轴件（3 :整擊釘深度位於預定正確位置，由於並非心 :::位移方式進行，操作上本_明顯較為便 12 200824855 【圖式簡單說明】 第1圖係習知打釘機之擊釘深度調整裝置示意圖。 第2圖係習知打釘機之擊釘深度調整裝置之作動狀態示 意圖。 第3圖係本發明擊釘深度調整構件的分解立體示意圖。 第4圖係本發明擊釘深度調整構件的結合立體示意圖。 第5圖係本發明撥鈕構件的放大立體透視示意圖。 第6圖係本發明調整裝置組設於打釘搶的常態侧視示意 圖。 第7圖係本發明撥鈕轉動位於較淺擊釘位置的擊釘狀態 侧視不意圖。 第8圖係本發明撥鈕轉動位於較深擊釘位置的擊釘狀態 側視示意圖。 【主要元件符號說明】 10打釘機 Π槍嘴 12保險件 13螺桿 14螺套 15作動架 16扳機 20組設件 21組設口 13 200824855 211侧片 22滑槽 221止檔凹 222溝槽 23組設部 231組設孔 232凹槽 24擋件 241底端面 242立端面 30作動件 31結合部 32連接部 321卡鉤 33作動部 331作動凸 332抵凸 40撥鈕 401芯孔 41轴桿 42控制部 421階級面 43定位凹 50彈簧 601定位珠 602彈簧 70深度標示 80工作物 90打釘機 91槍嘴 92保險件 93扳機 14With urgent needs for improvement. [Summary of the content of the J adjustment d main = two Γ provide - the nail breaking depth of the nail breaking machine set, -= _ miscellaneous narration between the set - chat % material, - dial pure - (four), user Passable, directly corresponding to the class surface on the dial and the actuating part, and the depth of the stray nail is at the predetermined correct position, because it is not necessary to know the ==::= way to operate the case __ for the [implementation] Regarding the technology, means, and efficacy of the above-mentioned objectives, the preferred embodiments of the present invention are described in detail with reference to the drawings; first, please refer to Figures 3, 4, 5, and 6 The nailing depth adjusting device of the nailing machine provided by the embodiment of the present invention is mainly provided with a set component (10) between the safety member (92) and the trigger (93) of the nailing machine (9〇), An actuator (3〇), a button (40) and a spring (5〇); wherein: the assembly (20), the end is formed with a set of ports (21), the set One side of the mouth (21) is each provided with a side panel (2丨1), and the assembly (2〇) is provided with two (2) υ sleeves of the panel opening (9) at the nailing machine (9) The outside of the trigger (93) is fixed to the body of the nailing machine (9〇), and the other end of the assembly (20) is formed with a sliding groove (22) and a set of parts (23) The set portion (23) may be provided with a set of holes (231), and the chute (22) is connected to the set of ports (21) of 200824855, and is formed at the ends of the two side walls of the chute (22). There is a stop recess (221), and a groove (222) is provided along the stop recess (221) side, and a stop member (24) for a "L" shape is used as the bottom end surface (241). The two side edges are fitted into the groove (222), and are formed with the side edge of the vertical end surface (242) and the stop recess (221); the actuating member (30) has a joint (31) at one end. And the joint portion (31) is fixedly coupled with the safety member (92) of the nailing machine (90), and the other end of the actuating member (30) is formed as a connecting portion (32), the connecting portion ( 32) After passing through the chute (22), the end portion is located in the assembly opening (21), and a hook (321) of the end portion is coupled with the hook groove of the trigger (93). An actuating portion (33) is formed between the joint portion (31) and the connecting portion (32). The actuating portion (33) has an end surface, an actuating protrusion (331) is formed on one side of the end surface, and an abutting protrusion (332) is formed on the adjacent side; the button (40) is assembled in the group The setting portion (23) is completed by a shaft (41) tooth passing through a core hole (401) of the dial (40) and then being bolted to the assembly hole (231) of the assembly portion (23). The control unit (42) is formed on one end surface of the button (40), and the control unit (42) is adjacent to the plurality of rings. a high-level and low-level stratum (421) structure; the spring (50) has one end abutting against the abutting portion (332) of the actuating portion (33), and the other end is connected to the assembly member (20) The vertical end surface (242) of the upper member (24) is abutted, so that the operating portion (33) and the control portion (42) are separated from each other in the normal state 200824855, and when the safety member (10) is displaced, the action is interlocked. The portion (10) is in contact with the class surface (421), and the nailing depth can be relatively adjusted by changing the displacement distance of the security member (92). The above is the combination relationship of the components and structures of the present invention. Through the juice design of the rabbit, a plurality of different high and low class surface structures can be formed on the control surface of the dial in advance. When the safety member is displaced, the actuation portion of the through-the-air actuator is in contact with the class surface, and the setting of the needle depth can be performed on the high and low level of the level of the dial, and the invention is not only relatively simple in composition and structure. And the operation is quite easy, and can meet the needs of the user, the operating state of the operation is described in detail as follows: η I first 'must be explained first, the end of the safety piece (92) is located at ::: warehouse mouth ( 91) For the front edge, the user must first use the security side (10) to secure the trigger. Please refer to the figures in Figures 3 and 6. The π control unit (10) is formed with two different classes (421), Dong == level (10), which are different from the dial-(10). When the movement (10) of the piece (30) is in the phase, please ==: indicate that the nail depth adjustment of the field is performed so that the user can first move the mouth (10) with the mouthpiece (10). (331_, _^=Class _) and 祛田土π丄........." "Ding nailing machine nailing operation, pressure 10 200824855, so that the safety piece (92) is displaced in the direction of the trigger (93), due to the combination of the actuator (3 〇) The part (31) is fixed with the safety member (92), and the actuating member (3〇) is relatively displaced with the safety member (92), and drives the actuating portion (331) to actuate the convex portion (331) and the opposite side. The class face (421) approaches and gradually abuts, and when the actuating protrusion (331) abuts against the class face (421), the connecting portion (32) of the actuating member (3) pushes the trigger (93) to move. And the trigger (93) is located at the position to be fired. At this time, the user can smoothly press the trigger (93) and hit the nail (as shown in FIG. 7). β It is worth noting that, in the above-mentioned shot operation, the nailing depth is determined by the height and the low of the corresponding level surface (421) of the motion convex (331), and is regarded as the class surface corresponding to the motion convex (331). (421) is higher (as shown in Figure 7). The distance between the Haibao Ik (92) and the actuator (10) is relatively short, and the nozzle (91) is relatively far away from the workpiece (10). Therefore, the nail depth is shallow, and vice versa, as the motion convex (3) 1) When the field of the class (421) is low, the safety member (92) and the shaft member (10) have a longer inspection distance, and the exit nozzle (9) is away from the work object (8 = relatively close, so the hitting degree is deeper) (as shown in Fig. 8); and when the nailing operation is completed and the safety member (10) and the work object (the actuator (10) just after leaving) are subjected to the spring (10) recovery elastic force pushing member (92) and the actuating member (3〇) will be reset in the direction of the grab mouth (9), and the production will be in the initial state (as shown in Figure 6). In addition, during the attack of the 4 needle machine, it is often accompanied by a strong vibration. In order to avoid the situation, the sister is also free of the button (40) and the nail is vibrated and arbitrarily turns 11 200824855, which can be The dial (40) is formed with a plurality of positioning recesses (43) corresponding to the respective level faces (421) with respect to the other end faces of the control portion (42), and the assembly portion of the set member (20) 23) A recess (232) is provided, and at least a spring (602) and a positioning bead (601) are disposed in the recess (232), so that the dial 40) and the assembly portion (23) are completed. After being assembled, the positioning bead (β〇) can be elastically abutted against the positioning recess (43) of the dial (40), and thereby the dial (40) can be kept at a predetermined position without Rotate by nails and rotate freely. In addition, a depth indication (10) can be made on the outer peripheral side of the dial 40) relative to the position of the respective class faces (421) (as shown in the first can), so that the operator can directly turn according to the f-key (10) To the appropriate place, it is worth noting that the user can dial the _-face and the depth indicator (7) to connect the _ face (421) on the button (10) with the shaft (3: the whole nail depth is at the predetermined correct position) Because it is not the heart::: Displacement mode, the operation is _ obviously more convenient 12 200824855 [Simple diagram description] Figure 1 is a schematic diagram of the nail nail depth adjustment device of the conventional nailing machine. Fig. 3 is an exploded perspective view of the nailing depth adjusting member of the present invention. Fig. 4 is a perspective view showing the combination of the nailing depth adjusting member of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 6 is a schematic side view showing the normal arrangement of the adjusting device of the present invention in a nailing. FIG. 7 is a side view of the nailing state in which the dial of the present invention is rotated at a shallow nail position. Regardless of the intention. Figure 8 is the present invention The button rotates at the position of the nail at the deeper nail position. [Main component symbol description] 10 nailing machine Π gun nozzle 12 fuse 13 screw 14 screw sleeve 15 actuator 16 trigger 20 group set 21 set mouth 13 200824855 211 side panel 22 chute 221 stop recess 222 groove 23 assembly portion 231 assembly hole 232 groove 24 stopper 241 bottom end surface 242 vertical end surface 30 actuating member 31 joint portion 32 connecting portion 321 hook 33 actuating portion 331 actuation convex 332 abutment convex 40 dial 401 core hole 41 shaft 42 control part 421 class surface 43 positioning concave 50 spring 601 positioning beads 602 spring 70 depth marking 80 work 90 nailing machine 91 nozzle 92 insurance 93 trigger 14