1314892 九、發明說明： 【發明所屬之技術領域】 本發明係涉及-種動力工& (如釘搶 特別是指其藉以鎖定扳機達到防誤 板機構造， 果之釗新設計者。 【先前技術】 按，一般手持式之動力工目广， 轫力工具（如釘槍、鑽農、4 )，其作動之觸發係藉由扳機的操作來達成.、、ε具等 之釘搶而言，由於釘搶之強大擊發力道，若發所述 時，無論對於周遭環境或者人員都將造成重大^擊現象 於此，釘搶構造的開發設計課題中，安全防难°有鑑 方面的設計成為相當重要的—環，而相關業L = ^擊 針對此-問題不斷思索突破，㈣㈣來亦 防護結構。 <安全 又，習知釘搶結構涉及安全防護之設計巾，介 部與扳機之間的保險裝置係為相當典型常見者，主要—釘 由該所述保險裝置達到當出釘部未抵靠工件時將益法^ 擊發之安全防護效果（亦稱為防走火）；,然而，為達到： 加全面性之安全防護效果，後續更有業界單獨針對釘搶之 扳機部位開發ώ鎖定之設計，至於此種結構之習知設計， 請調間本國專利於中華民國95年2月1曰所公開之「打釘 搶之扳機切換開關結構二」（申請案號：931 22359 )，以 及日本公開實用新型公報於1 994年5月24日所公開之「動 力工具之扳機鎖定機構」（實開平6,374 )所揭；此兩 1314892 案設計之共同點，均係將該扳機鎖定裝置組設在釘搶本體 上之於觸發制動閥桿相組合部位，復令該鎖定裝置與板機 相對應以產生制動性；惟，此種f知結構設計於實施使用 上仍存在下述之問題點： =上述習知扳機鎖定裝置是組設在釘搶本體之觸發 r ^ ^ ,, 此”匕括釘搶本體及觸發制動閥 十郤之、，.口構將必須因應該 化設計，然而對於聿…广衣置而有型態上的變 丁 ％菜界而έ ’由於釘搶本 桿組合部位之型能往# 且 唤制動閥 上之差異，因此，若要將…，不同而有結構型態 右要將不同機種之4 ά入 機鎖定裝置時，則勢 ，君句加裝該習知扳 、勢必將面臨各款釘搶邮 重新設計、重新製造 肢之杈具均必須 本而不付經濟效益者。 八巾田美问製造成 再者，上述習知扳機鎖定裝置^ 發制動閥桿組合部位之結構設計心；釘搶本體上之觸 又衣置通吊會受到釘搶本體 由於该 顯狀態，故而造成 田度遮擋而呈不明 、战便用者刼作時頗為不 个乃 者。 不順暢之現象 疋以，針對上述習知 在之問題點，』/ 具之扳機鎖定么士谣 '.占如何研發出一稀鈐豹s 弋π構上所存 構造，實右 種此夠更具理想實 右寺相關業界再加以思索突破之目二性之創新 有鑑於此，發明人本於 ^及方向者。 斑設計站吩力丨 伙·事相關產〇少制a ' ，針對上述之 座扣之製造開發 終得一確呈每ra ^ 汗如設計蛊銮卜吉q / f具霄用性之本發明。 …、審慎評估後， 6 1314892 【發明内容】 即’本發明之主要目的’係在提供一種動力工具之扳 機鎖定結構，其所欲解決之問題點，係針對習知動力工具 之板機鎖定安全裝置係組設於動力工具本體上而製造 成本提高、使用者操作不便 動力工具之扳機係包括一裝 設定位端與扳扣端之間龙界 其中該内側面係與動力工具 題之技術特點，係於該扳機 定位置組設一鎖定結構，該 旋擺端，其中該樞接部係藉 該旋擺端呈可旋移擺動調整 遠鎖定結構之旋擺端朝動力 擺端將可呈凸伸狀抵靠於動 構成扳機之扳扣端呈鎖定無 該鎖定結構之旋擺端朝扳機 成扳機之扳扣端呈可被扣壓 佳實施例係藉由將該鎖定結 特設計，由於相同之扳機可 ’因此無須變更動力工具本 降低製造成本之較佳產業利 合於扳機結構上之設計，並 見度，可免被動力工具之本 方便之實用進步性者。 本發明之另一目的，藉 之問題點加以思索突破；所述 設定位端以及一扳扣端，該裝 定出一扣壓面以及—内側面， 之本體相對應；本發明解決問 之袭設定位端與扳扣端之間預 鎖疋結構包括一抱接部以及一 以樞組於扳機結構上，俾構成 角度之狀態；藉此，當吾人將 工具之本體方向旋移時，該旋 力工具本體之預定部位’進而 法被扣壓狀態，反之當吾人將 方向旋移時將可呈收置狀，構 之正常使用狀態；本發明之較 構組合於扳機結構上之創新獨 適用於不同機種之動力工具上 體之主要結構設計，俾可達到 用性；另藉由將該鎖定結構組 可增加該鎖定結構操作時之能 體所遮擋，達到使用操作更加 由其另一實施例係將該鎖定結 7 1314892 構組設於動力工具本體上 鎖定裝置組設於釘於 構叹叶，此相較於習知扳块 計，本發明之鎖 ：之觸發制動閥桿組合部位上之設 板機之間兩方向作；=摄端設成朝動力工具之本體與 精簡至最少而降低= :作動狀，態，不僅組成構Μ 位置將可位於動力工 冓之 之狀態，較用操作=之側邊位置而呈明顯容易操作 更加便盈而特具實用進步性者。 【實施方式】 β彡閱第1 2 、3圖所示，係本發明動力工具之扳 機鎖定料之較佳實施例1此等實施㈣供”之用， 在專利申请上並不受此結構之限制；所述動力工具之扳機 10係包括一裝設定位端u以及一扳扣端12，該裝設定位端 11與扳扣端12之間並界定出一扣壓面13以及一内側面14， 其中或内側面14係與所屬之動力工具go (如釘搶）之本體 31相對應（請芩第6圖所示）；復另設一鎖定結構20 ’其 係組設於扳機10之裝設定位端丨1與扳扣端12之間預定位置 ’該鎖定結構20包括一樞接部21以及一旋擺端22，其中該 樞接部21係藉以樞組於扳機1〇結構上，俾構成該旋擺端22 呈可旋移擺動調整角度之狀態者。 更具體而言’本實施例中，該鎖定結構2〇係為塑膠一 體射出成型，如第2圖所示，其樞接部21係包括間隔設置 的二緣片211 、 212 ，復於該二緣片211 、 212之間界定 出一夾槽213 ’該夾槽213中並設有一樞接柱214 :以使 扳機10供該鎖定結構20組設部位設有一樞接槽15及一導入 1314892 —槽16 (如第1圖所示），其中該導入槽16之寬度略小於樞 接槽15 ’導入槽16之一端連通樞接槽15、另一端則穿出扳 機10之内側面14 ’復令該鎖定結構2〇之樞接柱214可強迫 * 式地越過該導入槽16，復配合於樞接槽15中，藉此而具體 構成該鎖定結構20與扳機1〇之組合狀態。 其中’該鎖定結構20之旋擺端22於使用上至少包括一 鎖定位置以及一釋放位置；其中所述之鎖定位置如第4 、 6圖所示，係為該旋擺端22朝動力工具本體方向旋擺而構 ® 成該旋擺端22凸伸出扳機1〇内側面14之狀態；所述之釋放 位置如第5 、7圖所示，則為該旋擺端π朝扳機1〇方向旋 擺而構成該旋擺端22收置於内側面14之狀態者。 ' 又其中，該鎖定結構20之旋擺端處於鎖定位置及釋放 - 位置日寸’係吁藉由該鎖定結構20與扳機1〇之間相對設置定 位部而達到定位效果；關於所述定位部之具體結構，本實 例所揭露者’係於扳機1 〇預定部位形成一限位緣丨7，該 限位緣17可於鎖定結構20旋移至釋放位置時（如第7圖所 • * )供該鎖定結構20之旋擺端22邊緣抵靠達成限位效果； 。亥鎖定結構20之旋擺端22 —側部設有一凹緣221 ，以使扳 機10相對應處設有一凸緣丨8，以當該鎖定結構20旋移至鎖 疋位置時（如第4圖所示），可藉該凹緣221與凸緣丨8之 相互對位卡合而達成定位效果；又該鎖定結構2〇之旋擺端 22末端並可設有一第二凹緣222 ，以使扳機相對應處設有 —第二凸緣19，以當該鎖定結構20旋移至釋放位置時（如 '弟。圖所示）’可藉該第二凹緣222與第二凸緣19之相互 一子位卡合而達成定位效果。 1314892 藉由上述之結構組成設計’茲就本發明之使用作動情 形說明如下： 本發明設計上，主要是能夠藉由該鎖定結構之旋擺 周iL而切換動力工具扳機之鎖定或可扣壓狀態，藉以達到 防止。吳扣扳機、安全防護之目的；其使用操作上首先如第 4 、6圖所示，當吾人將該鎖定結構2〇之旋擺端22朝動力 工具30之本體31方向旋移時即構成其鎖定位置狀態，此時 該旋擺端22將可呈凸伸狀抵靠於動力工具3〇本體31之預定 >部位（係一固定面），進而構成該扳機10之扳扣端丨2呈鎖 疋無法被扣壓狀態；反之，如第5 、7圖所示，當吾人將 該鎖定結構20之旋擺端22朝扳機10方向旋移時將呈收置狀 ，即構成其釋放位置狀態，此時扳機1〇之扳扣端丨2將呈可 被扣壓之正常使用狀態者（如第7圖之箭號[所示 乐 實施例， 構2Q係組 對應位置 端22，其 工具30之 度之狀態 使用上， 機1Q之扳 機10板扣 其釋放位 8 、9圖所 本實施例有 設於動力工 ，該鎖定結 中該樞接部 本體31上， 者；藉此， 其鎖定位置 扣端12方向 端12之狀態 置如第9圖 不 η 別於前 具30之 構20同 21係藉 構成該 本實施 如第8 旋擺而 (亦即 所示， 马該鎖定結構之另—組 述實施例之處是在於該 本體31與扳機〖q之扳扣 樣包括一樞接部2丨以及 以樞組（如藉由軸栓） 旋擺端22呈可旋移擺動 例之鎖定結構2〇其旋擺 圖所示，係為該旋擺端 構成該旋擺端22呈凸伸 構成扳機10被鎖定之狀 則為該旋擺端22朝動力 配型態 鎖定結 端12相 一旋擺 於動力 調整角 端22於 22朝扳 抵住扳 態）； 工具30 10 1314892 之本體31方向旋擺而構成該旋擺端22里收置之狀離，即構 成扳機10之扳扣端12呈釋放而可被扣壓之正當你u, ^ i吊使用狀態者 (如第9圖之箭號l所示）。 【本發明之優點】 本發明較佳實施例對照習知技術之功效增進事實分析 如下： 、 習知技術： 、 白知扳機鎖定裝置係組設在釘搶本體之觸發制動閥 桿組合部位，如此釘槍本體必須因應扳機鎖定裝置 而有型態之變化設計’故業界若要將不同機種：釘 ' 搶均加裝扳機鎖定裝置，將存在釘搶本體必須重新 * ㈣、製造而大幅提高生產製造成本、不符經濟效 益·之問題。 2、 扳機鎖定裝置組設於釘搶本體之觸發制動閥桿 • 2合部位上之結構設計，由於該扳機鎖定裝置通^ 會受到釘搶本體之遮擋而呈不明顯狀態，故造成使 用者操作時之不便、不順暢現象。 本發明： 本A月藉由將该鎖定結構2〇組合於扳機丨〇結構上1314892 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a kind of power worker & (e.g., nail smashing refers in particular to the fact that it is used to lock the trigger to achieve the construction of the anti-missing machine, and the new designer. Technology] Press, the general hand-held power tools are wide, and the force tools (such as nail guns, drillers, 4), the trigger of the action is achieved by the operation of the trigger. Because of the powerful force of nail robbing, if it is mentioned, it will cause a major impact on the surrounding environment or personnel. In the development and design of the nail smashing structure, the design of safety and security is improved. Quite important - the ring, while the related industry L = ^ hit against this - the problem is constantly thinking about breakthroughs, (4) (four) to protect the structure. <Safety, the conventional nail grab structure involves the design of safety protection towel, between the interface and the trigger The safety device is quite typical, and the main nail is used by the safety device to achieve the safety protection effect (also known as anti-fire) when the nail portion does not abut the workpiece; however, Da : With the comprehensive safety protection effect, the design of the trigger part of the nail grab is developed separately in the industry. As for the conventional design of this structure, please adjust the national patent to be published in the Republic of China on February 1, 1995. "Strike the trigger switch structure 2" (application number: 931 22359), and the "Pull Locking Mechanism of Power Tools" published on May 24, 1994 (opened 6,374) The two features of the two 1131892 cases are the combination of the trigger locking device on the nailing body and the combination of the triggering brake valve stem, and the locking device is corresponding to the trigger to generate the brake. However, the following problems exist in the implementation of the design of the structure: = The above-mentioned conventional trigger locking device is triggered by the triggering r ^ ^ , which is the main body of the nail And the triggering of the brake valve, but the mouth structure will have to be designed according to the design, but for the 聿 广 广 广 广 广 广 广 广 广 型 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于Go to # The difference in the brake valve, therefore, if you want to ..., different structural types to the right of the different types of machine into the machine locking device, then the trend, the sentence is installed with the knowledge, will inevitably face various models The nail re-designing and re-manufacturing of the limbs must be based on the cost-effectiveness of the equipment. The nails on the body and the clothes on the body will be nailed to the body due to the state of the nail, so that the field is blocked and unclear, and the war user is quite awkward when it is used. In view of the above-mentioned problems in the above-mentioned problems, "/ has a trigger to lock the 谣士谣'. How to develop a thin leopard s 弋 构 构 构 所 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 实 实 实 实In addition to thinking about the breakthrough of the two-dimensional innovation in view of this, the inventor is in the direction of the direction. The spot design station is arrogant about the 〇 · 事 事 事 事 事 事 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , . ..., after careful evaluation, 6 1314892 [Abstract] The main purpose of the present invention is to provide a trigger locking structure for a power tool, and the problem to be solved is to lock the safety of the conventional power tool. The device is assembled on the power tool body, and the manufacturing cost is increased, and the trigger for the user to operate the power tool includes a technical feature of the inner side of the device and the power tool. Attaching a locking structure to the trigger position, the swinging end, wherein the pivoting portion is swingably swingable by the swinging end to adjust the swinging end of the distal locking structure toward the power swinging end Abutting against the trigger end of the triggering device, the swinging end of the locking structure is locked to the trigger end of the trigger to be buckled. The preferred embodiment is designed by the same, due to the same trigger 'Therefore, there is no need to change the power tool. The better industry to reduce the manufacturing cost is beneficial to the design of the trigger structure, and the visibility can avoid the practical progress of the power tool. . Another object of the present invention is to solve the problem by means of a problem; the set end and a buckle end, the fixed pressing surface and the inner side are corresponding to the body; the invention solves the problem setting The pre-locking structure between the end end and the buckle end includes a hug portion and a state of being pivoted on the trigger structure to form an angle; thereby, when the person rotates the body direction of the tool, the rotation force The predetermined part of the tool body is further pressed, and when it is rotated by the direction, it can be placed in a normal state of use; the innovation of the invention combined with the trigger structure is applicable to different models. The main structural design of the upper body of the power tool can achieve versatility; and the locking structure can increase the occlusion of the energy when the locking structure is operated, and the use operation is further achieved by another embodiment thereof. The locking knot 7 1314892 is arranged on the power tool body, and the locking device is assembled on the slanting blade. Compared with the conventional wrench, the lock of the present invention: the triggering brake stem combination portion The setting of the machine is in two directions; = the camera is set to the body of the power tool and is reduced to a minimum and reduced =: Actuation, state, not only the structure, but the position will be located in the state of the power tool, more Operation = the position of the side is obvious and easy to operate, more convenient and practical and progressive. [Embodiment] As shown in Figs. 1 and 3, the preferred embodiment 1 of the trigger lock material of the power tool of the present invention is used for the purpose of "fourth", and is not applicable to the patent application. The trigger 10 of the power tool includes a set position end u and a buckle end 12, and between the set position end 11 and the buckle end 12, a buckle surface 13 and an inner side surface 14 are defined. The inner side 14 or the inner side 14 corresponds to the body 31 of the power tool go (such as the nail grab) (please refer to FIG. 6); and a lock structure 20' is set in the trigger 10 setting. The locking structure 20 includes a pivoting portion 21 and a swinging end 22, wherein the pivoting portion 21 is pivotally assembled on the trigger 1〇 structure. The swinging end 22 is in a state of being swingably swingable to adjust the angle. More specifically, in the embodiment, the locking structure 2 is integrally molded by plastic injection, and as shown in FIG. 2, the pivoting portion 21 thereof is provided. The two-edge sheets 211 and 212 are disposed at intervals, and a clip is defined between the two edge sheets 211 and 212. a slot 213 is disposed in the slot 213. The trigger 10 is provided with a pivoting slot 15 and an introduction 1312892-slot 16 (as shown in FIG. 1) for the assembly of the locking structure 20, The width of the guiding slot 16 is slightly smaller than the pivoting slot 15 ′. One end of the guiding slot 16 communicates with the pivoting slot 15 , and the other end passes through the inner side 14 of the trigger 10 ′. The pivoting post 214 of the locking structure 2 复 can be Forcibly passing over the introduction slot 16 and mating with the pivoting slot 15, thereby specifically forming a combined state of the locking structure 20 and the trigger 1 。. Wherein the swinging end 22 of the locking structure 20 is in use At least one locking position and a releasing position are included; wherein the locking position is as shown in FIGS. 4 and 6 , and the swinging end 22 is swung toward the power tool body to form the swinging end 22 The state of the inner side 14 of the trigger 1 is released; the release position is as shown in FIGS. 5 and 7 , and the swing end π is swung in the direction of the trigger 1 而 to constitute the swing end 22 and is placed on the inner side. State of 14'. Also, the swinging end of the locking structure 20 is in the locked position and the release-position The inch is required to achieve a positioning effect by the positioning portion between the locking structure 20 and the trigger 1 ;; regarding the specific structure of the positioning portion, the person disclosed in the example is configured to form a limit on the predetermined portion of the trigger 1 Positioning edge 7, the limiting edge 17 can be used when the locking structure 20 is rotated to the release position (as shown in FIG. 7) for the edge of the swinging end 22 of the locking structure 20 to reach a limit effect; The swinging end 22 of the locking structure 20 is provided with a concave edge 221 at the side so that the trigger 10 is provided with a flange 8 corresponding to the locking structure 20 when the locking structure 20 is rotated to the locking position (as shown in Fig. 4). The positioning of the concave edge 221 and the flange 丨8 can be achieved by the mutual alignment of the concave edge 221; and the end of the swinging end 22 of the locking structure 2 can be provided with a second concave edge 222 for triggering Correspondingly, a second flange 19 is provided to rotate the locking structure 20 to the release position (eg, 'different. As shown in the figure, the second concave edge 222 and the second flange 19 can be engaged with each other to achieve a positioning effect. 1314892 By the above-mentioned structural composition design, the following is a description of the operation of the present invention: The design of the present invention is mainly capable of switching the locking or depressible state of the power tool trigger by the swinging circumference iL of the locking structure. In order to achieve prevention. The purpose of the trigger is for the safety of the trigger; the operation is first as shown in Figures 4 and 6. When we rotate the swinging end 22 of the locking structure 2 toward the body 31 of the power tool 30, In the locked position state, the swinging end 22 can be convexly protruded against the predetermined portion of the power tool 3 body 31 (a fixed surface), thereby forming the trigger end 2 of the trigger 10 The lock cannot be buckled; otherwise, as shown in Figures 5 and 7, when the swivel end 22 of the lock structure 20 is rotated toward the trigger 10, it will be in a closed state, that is, it is in a release position state. At this time, the trigger end 2 of the trigger 1 will be in the normal use state that can be buckled (such as the arrow of Figure 7 [showing the music embodiment, the 2Q system group corresponding position end 22, the degree of the tool 30 In the state of use, the trigger 10 of the machine 1Q is buckled. The release position 8 and 9 are provided in the power worker, and the locking joint is in the pivoting body 31; thereby, the locking position is buckled. The state of the end 12 of the end 12 is set as shown in Fig. 9 and is not different from the structure of the front 30. Constituting the present embodiment as the eighth swing (that is, the other embodiment of the locking structure is shown in that the body 31 and the trigger of the trigger include a pivoting portion 2丨 and The pivoting end 22 of the pivoting group (for example, by a shaft bolt) is a locking structure 2 of a swingable swinging example, as shown in the spiral diagram thereof, such that the swinging end constitutes the swinging end 22 and protrudes to form the trigger 10 The locked state is that the swinging end 22 is pivoted toward the power matching type locking end 12 and the power is adjusted to the end 22 of the power adjusting angle 22 to pull the lever state; the body 31 direction of the tool 30 10 1314892 And the shape of the swinging end 22 is closed, that is, the buckle end 12 constituting the trigger 10 is released and can be buckled. When you use the state, (for example, the arrow of the figure 9) [Advantages of the Invention] Advantages of the present invention in comparison with the prior art of the prior art are as follows: , Conventional technology: The Baizhi trigger locking device is a combination of a triggering brake valve stem set in a nail grabbing body. The position, so the nail gun body must be designed according to the type change of the trigger locking device' If the industry wants to add different types of machines: nails to grab the trigger locking device, there will be problems in the nail grabbing body must be re-* (4), manufacturing to greatly increase production costs, not economical. 2. The trigger locking device is set in The triggering valve stem of the nail grabbing body • The structural design on the 2nd joint position is inconvenient and unsmooth due to the user's operation due to the invisible state of the trigger locking device being blocked by the nail grabbing body. The present invention: This month, by combining the locking structure 2〇 on the trigger structure
新獨拉外4 , 、怎1J 叹。，由於相同之扳機10可適用於不同機New single pull outside 4, how 1J sigh. Because the same trigger 10 can be applied to different machines
力 丁 目 I ' ' ”，因此本發明將僅須針對該扳機1 〇部份作Li Ding I " '", so the invention will only have to be made for the trigger 1
攀争寸几士4- " ⑺J F - α 。又口 ，亚無須變更動力工具本體之主要結構因此 月匕夠瓖模具設製的費用減降至卜 旳賈用減牛至取少，進而達到降低掣 1314892 造成本之較佳產業利用性者。 2、另’本發明藉由將該鎖定結構20組合於扳機10結構上 之設計’由於該扳機1〇組裝上與動力工具之本體已間 隔一段距離而不存在被動力工具本體所遮擋之問題， 是以更可增加該鎖定結構2〇操作時之能見度，達到使 用操作更加方便有效率之實用進步性者。 本發明 如下： 本發明 本體31上之 31之結構設 體之觸發制 20其旋擺端 兩方向作旋 至最少而降 位置將可位 操作之狀態 另一實施例對照習知技術 另一實施例 結構設計， 計，但相較 動閥桿組合 22係設成朝 擺切換之作 低其製造組 於動力工具_ ’讓使用操 將該鎖 雖因此 於習知 部位上 動力工 動狀態 裝之成 30本體 作上更 定結構 而必須 扳機鎖 之設計 具30之 設計， 本，且 31之惻 加便益 20組設 變‘更動 定裝置 ，本發 本體31 不僅組 該鎖定 邊位置 而特具 於動力 力工具 組設於 明之鎖 與扳機 成構件 結構20 而呈明 實用進 工具30 30本體 釘搶本 定結構 10之間 可精簡 之組配 顯容易 步性者 上述戸'細"例所揭示者件Μ以呈〜、 雖透i 有係错以，、肢巩明本發明，且文中 雖透過特疋的衡浯進行 、n * 利節圍·嗦籴卜μ TS u 田卜此以此限定本發明之專 扪2圍，热心此項技術領域之人士 神與原則後對复進彳千树s , μ 了在瞭解本發明之知 等變更與修改，皆雇¥ )寺效之目的，而此 曰k油盖於如后所述 ^ ^班 定範嘴中。 申請專利範圍所界 1314892 【圖式簡單說明】 第1圖：係本發明之分解立體圖。 第2圖：係本發明之鎖定結構之另一視角立體圖。 第3圖：係本發明之鎖定結構之平面側視圖。 第4圖：係本發明之鎖定結構呈鎖定位置之定位結構 示意圖。 第5圖：係本發明之鎖定結構呈釋放位置之定位結構示意 圖。 ® 第6圖：係本發明之鎖定結構呈鎖定位置時與動力工具之 對應狀態示意圖。 第7圖：係本發明之鎖定結構呈釋放位置時與動力工具之 - 對應狀態示意圖。 . 第8圖：係本發明之鎖定結構另一組配型態之鎖定位置狀 態示意圖。 第9圖：係本發明之鎖定結構另一組配型態之釋放位置狀 態示意圖。 【主要元件符號說明】 10 扳機 11 裝設定位端 12 扳扣端 13 扣壓面 14 内惻面 15 樞接槽 16 導入槽 17 限位緣 18 &緣 1314892 — 19 第二凸緣 20 鎖定結構 21 棍接部 212緣片 214樞接柱 22 旋擺端 222第二凹緣 ® 30動力工具 211 緣片 213 夾槽 221 凹緣 31 本體Climbing the inch of a few people 4- " (7) J F - α. At the same time, Asia does not need to change the main structure of the power tool body. Therefore, the cost of mold design is reduced to less, and the use of the cows is reduced to reduce the 产业 1314892. 2. The invention of the present invention is characterized in that the structure of the trigger structure 20 is combined with the structure of the trigger 10 because the trigger 1 is assembled at a distance from the body of the power tool without the problem of being blocked by the power tool body. Therefore, it is more practical to improve the visibility when the locking structure is operated, and to achieve practical and convenient use and operation. The present invention is as follows: The triggering system of the structure of the body 31 of the present invention 31 has its swinging end rotated in both directions to the minimum and the lowered position will be in a position-operable state. Another embodiment is in accordance with another embodiment of the prior art. Structural design, metering, but compared to the dynamic valve stem combination 22 is set to switch to the pendulum to lower the manufacturing group in the power tool _ 'Let the use of the lock, therefore, the dynamic working state of the known part 30 body for a more fixed structure and must be designed with a trigger lock 30, this, and 31 恻 便 20 20 sets of 20 sets of variable 'more dynamic devices, the body 31 not only set the locking edge position and is particularly powerful The force tool set is set in the lock and the trigger member structure 20 of the Ming and the utility model 30 30. The body nails can be smashed between the fixed structure 10 and can be simplified and the group is easy to step. The above-mentioned 细 'fine' The article is in the form of ~, although it is illuminating, and the invention is in the invention, and the text is carried out through the special balance, n * 利节围·嗦籴卜μ TS u Specialized 2, The person in the field of technology and the principle of the gods and the principles of the re-entry into the thousands of trees, s in the understanding of the changes and modifications of the invention, are employed for the purpose of the temple, and this 曰k oil cover as after The ^^班定范口. Patent application scope 1314892 [Simplified description of the drawings] Fig. 1 is an exploded perspective view of the present invention. Fig. 2 is another perspective view of the locking structure of the present invention. Figure 3 is a plan side view of the locking structure of the present invention. Fig. 4 is a schematic view showing the positioning structure of the locking structure of the present invention in a locked position. Fig. 5 is a schematic view showing the positioning structure of the locking structure of the present invention in a release position. ® Fig. 6 is a schematic view showing the state corresponding to the power tool when the locking structure of the present invention is in the locked position. Fig. 7 is a schematic view showing the state corresponding to the power tool when the locking structure of the present invention is in the release position. Fig. 8 is a view showing the state of the locked position of another set of the locking structure of the present invention. Fig. 9 is a view showing the state of the release position of another type of the locking structure of the present invention. [Main component symbol description] 10 Trigger 11 Mounting position end 12 Trigger end 13 Buckle surface 14 Inner surface 15 Pivot groove 16 Leading groove 17 Limiting edge 18 & edge 1318892 - 19 Second flange 20 Locking structure 21 Sticking portion 212 edge piece 214 pivoting post 22 swinging end 222 second concave edge® 30 power tool 211 edge piece 213 clamping groove 221 concave edge 31 body
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