1270446 9^8 18修正 __補无 九、發明說明： 【發明所屬之技術領域】 者 本發明係涉及一種打釘搶，转別3亡^、、 特別疋有Μ安全機構之防走火創新設計 【先前技術】 按’打釘搶係為一種墼釭丁 θ 防止打釘搶在未接觸工件的情況；走火入工件中；為 设有安全機構，該所指安全機構型能目前雖有2打釘搶多半增 仍有其共通點，簡明來1別雖有夕種，但概括而言 發器與針射出部份之間：一：=構通常為組設於打釘搶的觸 於觸發器與起動開關之間一勰1件，该可動構件的内端抵觸 射出部份；藉此，1作㈣可㈣件外端貞彳超越過釘 誤_發器，由於;=;端 動力會經由觸發臂、可動構 〜工未被揚阻的狀態，以致傳 釘動作；反之，當打針於垃/ *，故無法制動起動開關產生擊 定’故操作者扣壓觸發二寺，將卜端將被擋阻固 實際應用上仍舊存問:此種習知打釘搶之安全機構於 部之安全機構外端接觸料物 =位於釘射出部份外 動開關產生擊釘動作，可 的内縮即有可能觸發起 是因為使用者移動打 ^，此日讀使釘射出部份的外部 體等），而非特音進rir 觸到一些外物（如電線、人 然讓打㈣的'卩仍舊會產生料的動作，·如此，顯 工具，因此，其機計： 明可知，習知打釘搶的安全不 5 1270446 95年8·月 18日雙正 足，研全機構所存在之問題點及不 業界進-步加以思索突破者：’更南之創新設計’實仍有待相關 對上ίϊΓΐ ’ΪΓ人本於多年從事蝴產品之製造開發與設計經驗，針 述之目才示’坪加設計與審慎評估後，終得一確具實用性之本發明。 【發明内容】 搶主二的，係在提供—種具安全機構之打釘搶，該打釘 在於該安讀構與雜狀…树歡轉技術特點 第-端與扣齡連接、第’可作在返限位移動’該可動架之 抵=，赌端處於第一旋擺角度時得同時抵止定位可動架與 計，主要是者二械角度時則釋放可動架與抵制件；藉此創新設 動架將外端未抵觸工件時，若扣壓件先被扣壓，則由於可 該旋擺端與抵制式之^端擺動脫離可動架，並構成 發走火的危曰險m抵死定位，有效防止使用者誤觸扣壓件而引 月事發生，達到更加確實完備之安全防護效益者。 【貫施方式】 解盘^ =查委員對本發明之目的、特徵及功效能夠有更進-步之瞭 —識，^請配合【圖式簡單說明】詳述如后： 機構之打釘搶^閱第1、2、3、4圖所示，係本發明具安全 部（1工）、車又佳貝施例，該打釘搶主要包括一主體（10)、一射釘 扣壓件（丄q、顶（1 2)、一驅動部（1 3)、一啟動開關（1 4)、- 6 )係位於扣壓件6 )以及—安全機構；其中，該觸發件（1 i件（15)與啟動開關（丄4)之間，該觸發件（丄6) 6 1270446 - 補充 _藉支樓部（1 6 1 )(本貫施例為一軸栓）組合於扣壓件（1 $ )之可 動端内側，觸發件（i 6 )之可動端（丄6 2 )内側與啟動開關（工4 ) •相抵觸；該安全機構，係組設於觸發件（16)與射釘部（丄χ)之間， 、其包括-可動架（20)，其可沿一直線軌道作往返限位式位移運 動，該可動架（2 0)之内端（2工）係與觸發件（16)之可動端 (1 6 2 )外側相抵觸，又該可動架（2 〇 )更藉由一彈性復位件（2 〇 1 )的配組’使其具有往射釘部（1 1 )方向彈性復位之特性；其中， 該安全機構更包括-旋擺式控位件（3 0 )以及一抵制件（4 〇 )，其、中， 該抵制件（4 0)組設於射釘部（1 n，其藉彈性元件（43)(本實 鲁施例為一螺旋彈簧）的配組，使其外端（4丄）組設於射釘部（1工） 之出釘口，該抵制件（4 0)内端（42)則與可動架（2〇)外端呈 間隔錯位之對應狀態；該旋擺式控位件（3 〇)具一樞接端（31)组 設於可動架（2 0 )外端（2 2 ) -側相臨適位處，其旋擺端（3 2 ) 伸置於可動架（20)外端與抵制件（4〇)内端（42)之間，該旋 擺端（3 2)對應可動架（2 0)外端（2 2 )設有一受推部（33)， 該旋擺端（3 2)並對應抵制件（4 〇)之内端（4 2)設有-抵制面（3 及-退讓面（3 5);又.，該旋擺式控位件（3 〇)之旋擺端（3 2) 遠離可動架（2 0)之一側並可組設有一彈性頂撐件（5〇)，藉以 常態將旋擺端（32)往可動架（20)的方向頂推者。 ® 其中，該旋擺式控位件（3 0)之受推部（3 3 )與可動架（2 〇) 外端（2 2 )可為相配合之斜面或弧曲面配合型式者。 其中，該旋擺式控位件（3 〇)旋擺端（3 2)所設之抵制面（3 4)及退讓面（3 5)可為角度不同的兩個面。 藉由上述之構件、組成設計，茲就其作動情形說明如下： .如第1、2、3圖所示，正常狀態下，該旋擺式控位件（3〇) 、之旋擺端（3 2)受到彈性頂撐件（5 〇)所頂推的原故，致使其擺動 、 位置係構成該旋擺端的抵制面（3 4)與抵制件（4 〇)内端（4 2)相 對抵止的狀態，俾當抵制件（4 〇 )外端（4丄）抵觸工件（A )時， 1270446 95年8.月 18 曰 Sf 由於此時可動架（2 0 )外端（2 2 )亦被旋擺式控位件（3 0) 之受推部（3 3 )所抵住而不可外移，因而，如第5、6圖所示，此 . 時觸發件（1 6)之可動端（1 6 2)被可動架（2 0 )内端（2 1 ) 抵住固定’故扣壓件被扣壓時，觸發件（1 6 )之内面將内移而抵壓啟 _ 動開關（1 4 )，進而達成擊釘之動作。 如第7、8圖所示，當抵制件（4 〇 )外端（4 1 )未抵觸工件呈 對空狀態時，假若該扣壓件（丄5 )先被扣壓，則可動架（2 〇 )將 被觸每件（1 6 )之可動端（1 6 2 )所傳動而外移，進而驅使旋擺式 控位件（3 0)之旋擺端（3 2 )往圖中右側方向擺動而脫離了可動架 φ ( 2 〇 )之外端（2 2 )，同時，並構成其退讓面（3 5 )與抵制 件（4 0)内端相對狀態，此時，如第9、丄〇圖所示，當該抵制件 (4 0 )抵觸到工件（a )或是其它外物而内縮時，其内端（4 2 ) 將陷入退讓面（3 5 )中，故不會抵死可動架（2 〇 )，也就是說， 此時扣壓件（1 5)被扣壓的動作將是無效的、不會產生擊釘動作的一 •種安全狀態，藉此而能夠達到更加確實完備、考慮更周到之安全 防走火效果。 復如第1 1圖所示，係為本發明之另一構造型態實施例，其盘前述實 ^列之不同點在於：該旋擺式控位件（3 Q )之樞接端（3 2 )/與可動 籲 * ( 2 0)外端相對設有磨擦傳動部，以使可動架（2 0 )之位移 可帶動該旋擺式控位件（3 〇 )之旋擺端（3 2 )作動；其中，該所 指磨擦傳動部可為餘面（3 6 )與齒排（2 3 )㈣合傳動之 =構型態；當然’也可以是其它藉由磨擦力可產生傳動作用的結 構型態，如粗糙面的設計。又此一實施例即可省略前述實施例所 揭之彈性頂撐件（5 0)之使用。 【本發明之優點】 8 1270446 擺式控位件_#^ :疋在於如該安全機_可動架、抵制件及旋 扣麼時，該可叙加創新设計，以當打47搶呈對空狀態而扣壓件先被 離可動^，並可外移狀態’進—步驅使旋擺式控位件擺動脫 時縱使抵辦以成該魏讀辦與鋪件亦是雜轉放狀態，此 絲辦物而嶋，將不會減可較，亦即，此時該 創動作將是無效的、不會產絲賴作的安全狀態，藉此Χ t走 =Γ:Γ°安全機構達到更加確實完備、考慮更周: 果，讓打釘搶的使用安全性能再進一步提昇者。 明.j文制情摘作之較佳實關林創狀技㈣μ行具體之―、 柯娜娜娜綱下對= 圍所 修止丨 補充| 9δ. 8. 18 1270446 年月曰 【圖式簡單說明】 第1圖：係本發明之實施狀態平面圖一。 第2圖··係本發明之局部構造放大示意圖一。 第3圖：係本發明之局部構造放大示意圖二。 第4圖：係本發明之可動架組設有彈性復位件之示意圖。 第5圖：係本發明之實施狀態平面圖二。 第6圖：係為第5圖之局部放大示意。 第7圖··係本發明之實施狀態平面圖三。 第8圖：係為第7圖之局部放大示意。 第9圖：係本發明之實施狀態平面圖四。 第1 0圖··係為第9圖之局部放大示意。 第11圖：係本發明構造之另一實施例圖。 【主要元件符號說明】 主體 (10) 釘匣 (12) 啟動開關 (14) 觸發件- (16) 可動端 (16 2) 可動架---- (20) 内端 (21) 外端 (22) 旋擺式控位件—— (30) (32) 抵制面 (3 4) 齒輪面---- (36) 抵制件- (40) 内端 (42) 彈性頂撐件-- (50) 射釘部 (11) 驅動部 (13) 扣壓件- (15) 支撑部---- (16 1) 彈性復位件-- (201) 齒排 (23) 樞接端 (3 1) 受推部---- (33) 退讓面- (3 5) 外端----- (41) 彈十生元件--- (43)1270446 9^8 18 Amendment __补无九, invention description: [Technical field of invention] The present invention relates to an anti-fire escape innovation design of nailing, smashing 3 deaths, and special security mechanisms [Prior Art] According to the 'nailing and grabbing system', it is a kind of θ θ to prevent the nail from being caught in the workpiece; the fire is thrown into the workpiece; for the safety mechanism, the safety mechanism type refers to 2 hits. More than half of the nail grabs still have their common points. Concisely, there is a kind of eve, but in general, between the hair and the needle shot: 1: The structure is usually set to trigger on the nail. One piece between the starter switch and the starter switch, the inner end of the movable member abuts the injection portion; thereby, 1 (4) can be used to (4) the outer end of the piece exceeds the nail error, due to; The trigger arm, the movable structure, and the work are not lifted, so that the nail transfer action; on the contrary, when the injection is in the / /, it is impossible to brake the start switch to generate the test 'so the operator buckles the trigger two temples, the b will be There is still a question in the practical application of blocking resistance: this kind of custom safety mechanism The external end of the safety mechanism of the part is in contact with the material. The external switch on the injection part of the nail generates a nailing action. The retraction of the nail may trigger the trigger because the user moves the button. The reading of the nail causes the external part of the nail to be shot. Body, etc., instead of special sounds into rir, touch some foreign objects (such as wires, people let the fight (four)'s '卩 still produce the action of the material, so, the tool, therefore, its machine: know, know The safety of nailing is not 5 1270446 On the 8th of August, the 18th of August, the problem of the whole organization, and the lack of industry to step into thinking about the breakthrough: 'More innovative design of South' is still relevant On the ϊΓΐ ϊΓΐ ΪΓ ΪΓ 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本Second, it is provided in the provision of a safety mechanism for nailing, the nailing lies in the reading structure and the miscellaneous... The technical characteristics of the tree are connected at the end of the connection with the age of the buckle, and the second can be moved in the limit position. 'The movable frame is offset = the gambling end is at the first swing angle At the same time, the movable frame and the gauge are simultaneously resisted, and the movable frame and the resisting member are mainly released when the two mechanical angles are used; thereby, when the outer frame is not in contact with the workpiece by the innovative frame, if the crimping member is first pressed, the The swinging end and the resisting end swing out of the movable frame, and constitute a dangerous danger of the fire, so as to prevent the user from accidentally touching the pressing piece and causing the moon to occur, thereby achieving a more complete and complete safety protection benefit. [Comprehensive application method] Solution = = The committee can make more progress on the purpose, characteristics and effects of the invention - know, please cooperate with the [simplified description of the diagram] as detailed below: According to the figures 1, 2, 3, and 4, the present invention has a safety department (1 work), a car and a Jiabei example, and the nail grab mainly includes a main body (10) and a nail pressing member (丄q, top (1 2), a driving part (1 3), a starting switch (1 4), - 6 ) are located in the buckle 6 ) and a safety mechanism; wherein the trigger (1 i piece (15 Between the start switch and the start switch (丄4), the trigger (丄6) 6 1270446 - Supplement _ borrowing the branch (1 6 1 ) It is a shaft plug which is combined with the inner side of the movable end of the pressing member (1 $ ), and the inner side of the movable end (丄6 2 ) of the triggering member (i 6 ) is in conflict with the starting switch (work 4); the safety mechanism is set up Between the trigger member (16) and the nailing portion (丄χ), which includes a movable frame (20), which can perform a reciprocating displacement displacement movement along a straight track, and the inner end of the movable frame (20) (2) is in contact with the outer side of the movable end (1 6 2 ) of the trigger member (16), and the movable frame (2 〇) is further provided by a matching group of elastic reset members (2 〇 1 ) The characteristic of elastically resetting toward the nailing portion (1 1 ); wherein the safety mechanism further comprises a swinging control member (30) and a resisting member (4), wherein the resisting member (4) 0) The group is set in the nailing part (1 n, which is arranged by the elastic element (43) (the present embodiment is a coil spring), so that the outer end (4丄) is set in the nailing part (1) The inner end (42) of the resisting member (40) is correspondingly spaced from the outer end of the movable frame (2〇); the swivel type control member (3 〇) has a pivot The terminal (31) is set in The outer end (2 2 ) of the movable frame (20) is adjacent to the appropriate position, and the swing end (3 2 ) extends to the outer end of the movable frame (20) and the inner end of the resisting member (4〇) (42) Between the swinging end (3 2) corresponding to the movable frame (20), the outer end (2 2 ) is provided with a pushing portion (33) corresponding to the resisting member (4 〇) The inner end (4 2) is provided with a - resisting surface (3 and - the retracting surface (3 5); in addition, the swiveling end (3 2) of the swiveling type control member (3 )) is away from the movable frame (2 0 One side can be combined with an elastic top support member (5〇) to push the swing end (32) in the direction of the movable frame (20). ® The pusher (3 3 ) of the swivel position control member (30) and the outer end (2 2 ) of the movable frame (2 )) can be matched with a bevel or curved surface fit type. The abutting surface (34) and the retracting surface (35) provided by the swinging end (3 )) of the swinging position control member (3 2) may be two faces having different angles. With the above-mentioned components and composition design, the following is the description of the operation: As shown in Figures 1, 2 and 3, under normal conditions, the swivel type control member (3〇) and the swing end ( 3 2) The reason why the elastic top support member (5 〇) is pushed up, so that the swinging position is opposite to the inner end (4 2) of the resisting member (4 〇). In the state of the stop, when the outer end (4 丄) of the resisting member (4 丄) is in contact with the workpiece (A), 1270446 95. 8.18 曰Sf Since the outer end of the movable frame (20) at this time (2 2 ) The pushed portion (3 3 ) of the swivel type position control member (30) is resisted and cannot be moved outward. Therefore, as shown in Figs. 5 and 6, the movable end of the trigger member (16) is used. (1 6 2) When the inner end (2 1 ) of the movable frame (2 0 ) is fixed against the fixed part, the inner surface of the triggering member (1 6 ) will be moved inward to pressurize the opening and closing switch (1 4). ), and then achieve the action of nailing. As shown in Figures 7 and 8, when the outer end (4 1 ) of the resisting member (4 )) is not in contact with the workpiece, if the pressing member (丄5) is first pressed, the movable frame (2 〇) The movable end (1 6 2 ) of each piece (1 6 ) is driven to be moved outward, thereby driving the swing end (3 2 ) of the swing type control member (30) to swing in the right direction of the figure. It is separated from the outer end (2 2 ) of the movable frame φ ( 2 〇), and at the same time, it constitutes the state in which the retracting surface (3 5 ) is opposite to the inner end of the resisting member (40). At this time, as shown in Fig. 9, As shown, when the resisting member (40) is retracted against the workpiece (a) or other foreign objects, the inner end (4 2 ) will fall into the retracting surface (3 5 ), so that the movable frame will not be broken. (2 〇), that is to say, at this time, the action of the crimping member (15) being pressed will be invalid and will not cause a safe state of the nailing action, thereby achieving more complete and more consideration. Thoughtful safety and anti-fire effect. As shown in FIG. 1 , it is another structural embodiment of the present invention. The difference between the above-mentioned embodiments of the disk is that the pivoting end of the swing-type control member (3 Q ) (3) 2)/ is provided with a friction transmission portion opposite to the movable end* (20), so that the displacement of the movable frame (20) can drive the swing end of the swinging control member (3 〇) (3 2 Actuation; wherein the finger friction transmission portion can be a combination of the residual surface (36) and the tooth row (23) (four) transmission configuration; of course, it can also be other transmission force by frictional force. Structural type, such as the design of rough surfaces. In still another embodiment, the use of the elastic top stay (50) disclosed in the foregoing embodiment can be omitted. [Advantages of the invention] 8 1270446 pendulum position control _#^: The 疋 lies in the safety machine _ movable frame, resisting parts and turning buckles, this can be added to the innovative design, when hit 47 to grab the right In the empty state, the pressing member is firstly moved away from the movable ^, and the externally moving state can be driven in a step-by-step manner to drive the swinging-type control member to swing off, so that the Wei-reading and the paving are also in a misplaced state. If the silk is done, it will not be reduced, that is, at this time, the creation will be ineffective and will not be a safe state of production, so that the safety mechanism can reach even more. It is indeed complete and considers more weeks: If you want to use the safety of the nail grab, it will be further improved. Ming.j Wenshu's excerpts are better than Guan Lin's skill (4) μ line specific ―, 柯娜娜娜纲对= 围修修丨 supplement | 9δ. 8. 18 1270446 年月曰【图式BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a plan view 1 of an embodiment of the present invention. Fig. 2 is an enlarged schematic view showing a partial structure of the present invention. Fig. 3 is an enlarged schematic view showing a partial structure of the present invention. Fig. 4 is a schematic view showing the movable frame of the present invention provided with an elastic returning member. Fig. 5 is a plan view 2 showing the state of the invention. Fig. 6 is a partial enlarged view of Fig. 5. Fig. 7 is a plan view 3 of an embodiment of the present invention. Figure 8 is a partial enlarged view of Figure 7. Fig. 9 is a plan view 4 showing the state of the invention. Fig. 10 is a partial enlarged view of Fig. 9. Figure 11 is a view showing another embodiment of the construction of the present invention. [Main component symbol description] Main body (10) Nail 匣 (12) Start switch (14) Trigger - (16) Movable end (16 2) Movable frame---- (20) Inner end (21) Outer end (22 ) Swing type control piece - (30) (32) Resisting surface (3 4) Gear surface---- (36) Resisting part - (40) Inner end (42) Elastic top support -- (50) Staple part (11) Drive part (13) Crimping piece - (15) Support part---- (16 1) Elastic reset part -- (201) Tooth row (23) Pivot end (3 1) ---- (33) Concession - (3 5) Outer----- (41) Bomb Ten Elements--- (43)