1339152 九、發明說明： 【發明所屬之技術領域】 本發明涉及由彈性元件的p 並對打入件進行打入作業的* 發力使傳動器做直線動作 的饤入作業工具。 【先前技術】 在曰本（JP)實用新型登 稱專利文獻1 )中，公開了如。己弟2557乃4號公報（以下 入動作的驅動力而利用螺旋^機巧：在作為傳動器的打 行打釘作業的傳動器在打入I的彈發力的打釘機中，進 時，進行解除該釘堵塞的作$内與釘嚙合而發生釘堵塞 的彈發力驅動。 時，使傳動器不被螺旋彈簧 有釘的釘倉向與傳=合部件，其在裝填 2時，透過與該移動操作相置進行移動操 動器的推杆，從而控制傳動器的驅=止傳動器或驅動該傳 旋彈笼文獻1所述之打釘機的場a， 疋彈耳的彈發力的狀態下被保野。疋不釋放螺 以對推杆或傳動器的卡止因ϊϊί因=，基於卡合 益會思外地被驅動，這一點有待因破消除時，傳動 【發明内容】 具中’本發明的目的在於提供—種在打m ,¾技，-部件㈣時，能夠ΐ 靠地^止傳 J做f具?到ΐί二的二二;|打入作業工 彈性元件和傳動器的連接部件。在本丄巧以;當 5 」’典型例子有打釘機及打橺機件，作為「 =尖= 線括頭部帶帽或不“ 元件」的典型例子;以。。此外，本發明中的「彈性 如上述構造，連接部件構 ;壓i;彈性元件上是壓=彈以 器^連彈力’因解除彈性元件與傳動 咬仗 文被缓&的狀態恢復到壓縮前的曲能、士趣 s本;傳動器的狀巧 作用於傳動器的狀態。動使彈發力不 可靠地防止在該S:: 口產時，能夠 的情況。 蒹子傳動盗由彈發力驅動 打入作J:的之第二實施態樣，前述 從與傳動器的打人動，該棒狀部件 性7L件和傳動器的連 =方向可抽取地插入於彈 形狀，廣泛包括圓形、二_ ，，，於棒狀部件的截面 過將棒狀部件插入於彈 =等。根據本發明，透 ㈣’可簡單地4==;=，、或從 士發明提供—第、，的連接。 開口部’可自由拆裝為覆蓋形成於殼體的 構成為’被安裝於蓋的蓋部件。連接部件 6 件上的軌道部可盥傳動下文裝，即：沿設置在蓋部 向交叉的方肖，即相 同移^動’f限制在與該移動方 動。作為執道部盍部件的卸下方向上的移 部件或棒狀的導向部件戶有，狀的槽的板狀導向 ϊ接部件安裝在蓋部件上俨??亡發明，由於 邊維持該連接部件相針兮甚攸忒體卸下盍部件時，一 元件與傳動器的連接，因xb° ^的安裝狀態—邊解除彈性 需專門進行連接部件的連接解^卸下蓋部件，無 提升作業效率。 解除作業’也可解除該連接， 本發明提供一種打入作一 中，在殼體中的傳動器的二之第二貫施態樣，其 的相對殼體的卸下作業優弁 盍邛件具備使該蓋部件 J的，，順序衫單^。此外：了卜方的開放作 放J疋指，使構成打入通路 t月中的可向外方開 人件的打入方向交又的方向，’ 牛的局部向與打 打入通路的形式，還包括卸下 U =移動而開放該 的形式、以及將一端作為支點 籌成。卩件的局部而開放 轉動而開放的形式等。此外，入方向平行的軸周遭 指定單元」最好包括例如採：發明中的「操作順序 用ίϊ形式、或採用機械構造強f ίϊιΐί的順序告訴使 據^發明，透過指定作業順序強序的形式等。根 而消除作用於傳動器的彈發力=彈性兀件分離傳動器 打入件的嚙合的解除作業。 &、下，可進行傳動器與 本發明提供一種打入作業工 — 作業順序指定單元由開放作業阻f 實施態樣’其中 擋片被設置成從蓋部件向打入通^ =，成，該開放作業阻 的外方開放區域延伸的 入通路的外方姑卸下蓋部件，使用者就無法進行向打 部件時，可作業。根據本發明。在從殼體卸下蓋 強製設定作辈打t通路的外方的開放作業。即，透過 於該傳動哭二在從彈性元件分離傳動器而消除作用 喝合發力的狀態下，可進行傳動器與打入件的 動器喊If供一種在打入作業工具中，進行傳 的驅動的技術。、嚙5解除操作時，能夠可靠地防止傳動器 閱以本創作之特徵及技術内容 ’請參 供參考與說明用，廿明與附圖’然而所附圖式僅提 、兄月用’並非用來對本創作加以限制者。 【貫施方式】 關於本發明^五圖詳細說明本發明的實施方式。 電式射釘搶具的一個例子採用充 A—A線的H岐基於第-圖的 的架構的放大剖視圖。了，槍漏的主要部分 搶觸，概括地看，复主二，不本實施方式涉及的射釘 的本體部101 ;容細a f成匕括.形成射釘搶100的外殼 材打入的打人件的針的針倉u，盒;填充有作為向被加工 驅動電動機113的齒於箱 二本體。卩1⑴構成包括：容納 機構119的齒輪箱10;;作孝者構117和錘子驅動 置在電動機殼1〇3的卜持的手柄】。手柄107配 手柄107的水準方向一^齒$相=酉己置在電動機殼103和 置在水準方向的另—端則）’電池盒109配 到與齒輪箱105的下端部，賴打入的釘供給 P在本體# 1〇】的别端部所連接的 1339152 釘的射出部112。齒輪箱105對應於本發明的「殼體 Η古’打人機構117主體構成包括：在上下方向 ^ :於該鐘子125的壓縮螺旋彈=做由打== 並向射出部112的釘打入口 112a =驅動 工材的傳動11129':°壓縮職彈f S S 树」，“丨㈣胁本發明= 鐘子125和傳動器129由連接錨131楂垃。+ =31連接的錘·^ 125和傳動器129的連接架構^以後g述接 卡向5上具ί/鍾子驅動機構119的上下的升降輥137、^9 推上的上下的卡合突起125a、125b。為了方便， 癌略有關釘和被加工材的圖示。 使 113 _雜出透過行星齒輪式 傳遞到錘子驅動機構119。錘子驅動it ⑶3互Jit:旋轉的作為旋轉體的上、下的齒ί 輪ιί 的下的升降親137、139 (參照第二圖）。ί ；1?Λ1339^5； η〇 !134上。升降輥137、139透過支樓軸1T7a 位置裝在從齒輪133、135的旋轉中心偏心的 伴Ikw輪133、〗35的旋轉，繞齒於m 山 圓周運動，即做圓弧狀的運動 的w =做 機構115的鉍山1丄11c r σ| 07ω輪135與形成在減速 错定的③、??出軸上的驅動齒輪1I5b喃合併卡合，並ί lUiii，轉驅動。此外’下部的齒輪135和上部的齒輪 々is/輪回數比被設定為丨比1。下部的 κ 9 1 輥137被設為具有大約】8〇度的相位差的配置。將上; 137被置於上部的齒，的’ 位置’上部的升降輥 設為初始位置。押#上側的狀恶（第二圖所示狀態） 向第，【ΪΪΪί J13被通電驅動，且上下的齒輪"3 ' 135 ⑵二ΓίΓ降輥139從下方與鍾子 ;周運動中的上下方向成分將“ r2=:m由該 升降輕139賴子125的推上旦向上方。在由下部的 輥137從下方盥錘子】達到最大附近時，上部的升降 透過上下的升_ 推向上方。如此-來’鐘子125 錘子125的向上方的移動動方過該 從上部G降鐘+ 125的上部的卡合突起1仏 盥錘子125 — ^ ^向凸輪14〇交接。當傳動器U9 給到射出部112 ，裝填在釘倉⑴中的釘被供 被解除Ϊ同_，與該凸輪刚的卡合 方做打入動作。由此，供127的彈發力向下 釘被在該釘打入口心、，'；；^^；^2的釘打入口收的 材。打入動作後的錘子125 打人到被加工 止點。 卞透過與擋塊120的抵接被保持在下 扳機141在安全#杆的拉引操作的安全杆143。 不能進行拉引摔Ϊ，圖鎖緊位置時， 除鎖緊位置時處於第一圖的假設線的解 設置有照射钉的打入區;=:= 143被置於解除鎖緊位置時’透過該;全杆使點ί 2 1339152 開關做接通動作，由此燈枯駐古. 置時’點燈用的開鎖緊位 連動的開關機構161而進行動—m扳機141的拉引操作 示省略）分別做接通動作時丁動^3==開關（圖 第一圖和第三圖中時’通電被切斷。此外，在 置。因此，省略對第-門!^同和第二開關被相互重疊配 動’錘子驅動機構119邊m 構⑽被驅 125從下止蹄向上止點達壓縮邊將錘子 旋彈㈣的彈發力被打入到下方 =二 125進行的一次打入作業。 如此术，則疋成由錘子 了由Si卜ϋ::第構if :在透過扳機141拉引操作進行 的第二關機構⑹動作 5141的拉引操作的狀態也將做斷ίίΓί構Ιΐ仍 由錘子125進行的第一攻4 I7構烕為.在7L成 電動機113㈣電，即使仍铁在該時刻切斷對驅動 進入第二次的釘打入操^ ϋ持引操作也不能 該Γί打擊與本發明無直接關^明==$细 «f]；2l5 2^1^^ Π3 段，解除了«二作業之前的階 的第-開關148做斷開⑷直接動作 而可以情賴子125^^=|_⑴的通電’ ⑵：;接is第⑵與傳動器 125重疊的模式被配置：子= 1339152 置在相互重疊的部位上的安裝孔125 ，秦狀部件的連接銷131相互連接，且 a二出該連接銷131來解除連接(銷 131對應於本發明中的「連接部件 連接銷 方向與傳動器129的釘打入方向垂直。 的拔出插入 125 ίΐί^5的前面’配置有覆蓋開口部咖（包括錘子 念=⑸的内面設置有具有在傳動 的 151的内壁面之間形成規定的間隙c。 在與刖盍 連接銷131在導向部件丨53的導南娣 合，而且比在該連接銷131 可移動地卡 大的凸緣部131a配置在導向部件^ = 肖部分的直徑 動的狀態下’且在限制向該連接銷131的幸由方白ί 動的狀‘怒下被安裝。從而，卸下將前 ▽軸方向移 上的螺絲後，如第五圖所示，將前二 152以,箱105 方）並使其從齒輪箱105分離】連方（圖示右 129 125c . ；2l ^ 125 的安裝狀態-祕随子125 對前蓋⑸ 射出部112由引導傳動器129移 對置狀地配置在該傳動器導杆155 、155、及 器導杆蓋157構成，透過這此(==)的傳動 157構成釘打入口 112 155和傳動器導杆蓋 地卡止於傳動器導杆155 可自由拆裝 傳動器導杆155卸下作打此触為··透過從 Ρ卜作為新打人口 112a _成部件的傳動 1339152 部，設置有向下方突出的突片151a 的= f絲156中的至少一個螺絲156被蓋住，以阻止兮螺^ =。即，突片151a是構成阻止螺絲；=的 r其釘二=:「==:業阻㈣ 本實^方式的射釘搶100構成如上 驅動時，如上;ί 彈簧丄 =止點向下方做打入以 在進行該釘的打入作業時，在射29二=力=材。 打入行程的途中位h=器，在 錘子縮螺旋彈簧127的彈發力的狀態&止在經由 連接錘子哭拆裝的連接銷131來 ^2r^i2r ^ itttt 即’，根據本實$解除釘堵塞的作業。 巧r月j孟iw並開放開口部1〇5a時，在卸下前 US同^，,f銷131也被從錘子125和傳動器129拔 I =而，可用較少的工序完成作業，提升作業效 狀態下，連接銷⑶與傳動器129 一 導向縣153移動，不防礙由該傳動器129的打入作業。 從傳念〒塞的射出部112 ’解除釘堵塞的作業透過 杆i卸下傳動器導杆蓋157來進行。此時，在本 Γ二？式Ϊ 於其構成為用設置在前蓋151上的突片151a 因ί盍:Ϊ3ί2 157卡止在傳動器導杆155上的螺絲， 拆為規定作業順序的構成。在從齒輪箱105 ί Γ =由於連接銷131從錘子125和傳動器129 g卸的作業可在壓縮螺旋彈簧127的彈發力被解除的。狀 施方式中，雖然連接錘子125和傳動11129的_ 125e、129a可拔插的作為棒狀部件的連 巧鈉131構成，但不僅局限於此，例如，也可是如螺 ^可解除連接的部件。此外，在本實施方式中，雖缺、成 131安裝在前蓋151上，且從齒輪箱105 :f 151時，連接銷131從鐘子125和傳動器129被拔二 =1^3前蓋151㈣的構成。此外，採用射釘搶刚 來對本貫施方式進行了說明，但如果是利用壓縮螺旋彈簧127 的彈發力來進行錘子125的打入動作的打入作業工呈，均可 用。另外，壓縮螺旋彈簧127也可變更為拉力螺旋彈簧。、 雲於上述發明的宗旨，可構成如下形式。 (形式1) 、、「如技術方案3所述之一種打入作業工具，其特徵在於： j連接部件’由從與上述傳朗的驅動方向交叉的方向朝 上述彈性元件和上述傳動器的連接部位可拔出地插入的棒狀部 ⑽二交===動器， 到上述蓋部件上。」 在限制移動的狀態下，被安裝 (形式2) 上述:述之打入作業工具，其特徵在於， 向外J開ίΐϊϊτ構成該打入通路的構成部件的局部，可 成部=部卸—1339152 IX. OBJECTS OF THE INVENTION: 1. Field of the Invention The present invention relates to a squeezing work tool that uses a p of an elastic member and performs a driving operation of a driving member to cause a linear motion of the actuator. [Prior Art] Patent Document 1) is disclosed in Japanese Patent Application Laid-Open (JP).己 brother 2557 is the No. 4 bulletin (the following is the driving force of the action and the use of the screw machine: in the nailing machine that is used as the actuator for the nailing operation of the actuator, when entering the nailing force of I, when entering, When the nail is blocked, the nailing force is driven by the nail engaging with the nail, and the nail is driven by the screw spring. The loading and unloading of the nail is performed. A push rod for moving the actuator in opposition to the moving operation, thereby controlling the drive of the actuator, or the field a of the nailing machine described in the first embodiment of the transfer cage, Document 1 In the state of force, it is kept in the wild. If you do not release the snail to lock the push rod or the actuator, 基于ί因=, based on the card, it will be driven outside, and this will be broken when it is broken. The purpose of the present invention is to provide a type of machine that can be used to perform m, 3⁄4, and (4), and can be used to transfer the J to the second and the second; The connecting parts of the device. In this case, when the 5"' typical example has a nailing machine and a smashing machine, " = tip = a typical example of a line with a cap or a "component"; in addition, in the present invention, "elasticity is as described above, the connecting member is constructed; pressure i; the elastic member is a pressure = bomber ^Continuational force's state of being relieved by the release of the elastic element and the transmission bite is restored to the flexural energy and the singularity before compression; the shape of the actuator acts on the state of the actuator. It is possible to reliably prevent the situation when the S:: mouth is produced. The second embodiment of the scorpion transmission smash is driven by the slamming force, and the stalk is driven by the actuator. The connecting member 7L member and the connecting direction of the actuator are detachably inserted into the elastic shape, and include a circular shape, a plurality of, and a cross section of the rod member to insert the rod member into the elastic body or the like. According to the present invention. , (4) 'can be simply 4 ==; =, or from the invention provided by the -, the connection. The opening ' can be freely disassembled to cover the cover member formed in the housing is configured to be mounted on the cover The rail portion on the connecting member 6 can be driven by the following, that is, along the cover portion Fang Xiao, that is, the same movement 'f is restricted to move with the movement. As a part of the obstruction part, the moving part or the rod-shaped guide part in the direction of removal is a plate-shaped guide splicing part of the groove. Installed on the cover member, the invention is invented, and the connection between a component and the actuator is required due to the installation state of the xb°^ while maintaining the connection member. Specifically, the connection of the connecting member is removed, and the cover member is removed, and the lifting work efficiency is not improved. The lifting operation can also cancel the connection, and the present invention provides a second in the driving of the actuator in the housing. According to the aspect, the unloading operation of the opposite casing is provided with the cover member J, and the order of the cover member is also provided. In the middle of the month, the direction of the opening of the outward opening can be in the direction of the direction, 'the partial direction of the cow and the way of hitting the passage, including the form of removing U = moving and opening the same, and using one end as a fulcrum Prepare. Part of the element is open and open, and the form is open. In addition, the axis-individual designated unit in the parallel direction preferably includes, for example, the "operation sequence" in the invention, or the mechanical structure strong f ϊ ΐ ΐ ΐ 告诉 告诉 告诉 ^ ^ ^ , , , , , , , , , , , , , , , Etc. Eliminate the spring force acting on the actuator = the release of the engagement of the elastic jaw separating the driver's driving member. &, the following can be carried out with the actuator and the present invention provides a driving operation - the sequence of operations The designated unit is configured by the open working device f. wherein the blocking piece is disposed to be driven from the cover member to the opening, and the outer opening of the open working area of the open working resistance is removed from the outer cover. According to the present invention, the user can work by opening the cover from the casing and forcibly setting the external opening operation of the t-passage. In the state in which the component is separated from the actuator to eliminate the action of the combined force, the actuator of the actuator and the driver can be used to provide a drive for driving in the driving tool. When the knives 5 are released, the actuator can be reliably prevented from reading the characteristics and technical contents of the creation. Please refer to the reference and the description, but the drawings are only mentioned, and the brothers and months are not used. The present invention is limited to the present invention. [Embodiment] The embodiment of the present invention will be described in detail with reference to the fifth embodiment of the present invention. An example of an electric nail-pushing device uses an H-filled A-A line based on the first-picture. An enlarged cross-sectional view of the structure. The main part of the gun leaks, generally speaking, the second main body, the body part 101 of the nailing nail not involved in the embodiment; the fine af is formed into a shell. The needle cartridge u of the needle of the hitting member is filled with the tooth as the casing 2 to be machined to the motor to be processed 113. The 卩1(1) constitutes a gearbox 10 including the accommodating mechanism 119; 117 and the hammer drive the handle of the motor case 1〇3. The handle 107 is matched with the level of the handle 107. The phase of the handle 107 is placed on the motor casing 103 and the other end placed in the horizontal direction. Then) 'the battery case 109 is assigned to the lower end of the gear box 105, and is driven into The nail supply P is the injection portion 112 of the 1393152 nail connected to the other end of the body #1〇. The gearbox 105 corresponds to the "housing" of the present invention. The main body of the body 117 includes: in the up and down direction ^ : The compression spiral of the clock 125 = by the hit == and the opening 112a of the injection part 112 = the drive 11129' of the drive material: ° compression of the job f SS tree", "丨 (四) threat invention = the bell 125 and the actuator 129 are connected by the anchor anchor 131. The connection structure of the hammer + 125 and the actuator 129 connected by the + ^ 31 is described later. The card is attached to the upper and lower sides of the ί/clock drive mechanism 119. The upper and lower engaging projections 125a and 125b pushed up by the lifting rollers 137 and φ9. For the sake of convenience, the cancer is slightly related to the nail and the material to be processed. The 113 _ 杂 is transmitted to the hammer driving mechanism 119 through the planetary gear type. Hammer drive it (3)3 Mutual Jit: Rotating the upper and lower teeth of the rotating body ί The lowering of the wheel ιί pro 137, 139 (refer to the second figure). ί ;1?Λ1339^5; η〇 !134. The elevating rollers 137 and 139 are attached to the rotation of the associated Ikw wheels 133 and 357, which are eccentric from the center of rotation of the gears 133 and 135, through the support shaft 1T7a, and move around the teeth in the m-mountain circle, that is, the arc-shaped movement w = 铋山1丄11c r σ| of the mechanism 115; 07ω wheel 135 is merged with the drive gear 1I5b formed on the 3rd axis of the deceleration, and is driven by the drive. Further, the ratio of the lower gear 135 and the upper gear 々is/return is set to 丨1. The lower κ 9 1 roller 137 is set to have a phase difference of about 8 degrees. The upper and lower lifting rollers of the upper portion of the teeth are placed at the initial position.押# The upper side of the situation (the state shown in the second figure) to the first, [ΪΪΪί J13 is driven by the power, and the upper and lower gears "3 ' 135 (2) two Γ Γ Γ roller 139 from below with the clock; The direction component is "r2 =:m is pushed upward by the lifting light 139." When the lower roller 137 is pulled from below, the upper and lower lifts are pushed upward by the upper and lower lifts_. In this way, the upward movement of the '125子 125 hammer 125 passes over the upper engagement knob 1 from the upper G lowering the clock + 125. The hammer 125 — ^ ^ is handed over to the cam 14〇. When the actuator U9 gives To the injection portion 112, the nail loaded in the staple cartridge (1) is released, and the engagement with the cam is performed. Thus, the elastic force of the 127 is nailed down to the nail. The nail that hits the entrance, ';; ^^; ^2 hits the entrance material. The hammer 125 after the action is hit to hit the machining point. 卞 is held by the lower trigger 141 through the abutment with the stopper 120. Safety lever 143 in the pull operation of the safety # rod. Can not pull the wrestling, when the position is locked, except the locking position The solution of the hypothetical line in the first figure is provided with the driving area of the illuminating nail; =:= 143 is placed in the unlocking position to 'transmit through this; the full rod causes the point ί 2 1339152 switch to be turned on, thereby When the lamp is turned on, the switch mechanism 161 for unlocking the light is turned on, and the pull operation of the m-trigger 141 is omitted. When the switch is turned on, the switch is turned on ^3== switch (Fig. In the first and third figures, the energization is cut off. In addition, it is placed. Therefore, the pair of the first door and the second switch are overlapped with each other. The hammer drive mechanism 119 is configured to be driven by the hammer mechanism. From the lower hoof to the end point to the compression side, the hammer rotation (four)'s bomb force is driven into the lower = two 125 for a driving operation. If the state of the pull operation of the second closing mechanism (6) action 5141 by the pulling operation of the trigger 141 is also broken, the first attack is still performed by the hammer 125. The electric motor 113 (4) is electrically charged, even if the iron is still cut off at the moment, the driving operation into the second nail driving operation cannot be performed. The Γί striking has no direct relationship with the present invention. ==$fine «f]; 2l5 2^1^^ Π3 segment, the first switch 148 of the order before the second operation is released, and the disconnection (4) is directly acted upon. The electric current of the 125^^=|_(1) ' (2):; the mode in which the (2) is overlapped with the actuator 125 is configured: sub = 1339152 is mounted on the mounting hole 125 at the overlapping portions, and the connecting pin 131 of the Qin component is mutually The connection pin is a and the connection pin 131 is released to release the connection (the pin 131 corresponds to the direction in which the connecting member connecting pin is perpendicular to the nail driving direction of the actuator 129 in the present invention. The front face of the pull-in insertion 125 ΐ ΐ ^ ' 配置 配置 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( 131 131 131 131 In the guide portion 丨53, the guide portion 丨53 is engaged with the guide member 丨53, and the flange portion 131a that is movably enlarged at the joint pin 131 is disposed in the state in which the guide member ^=the diaphragm portion is moved, and is restricted to the joint pin. Fortunately, the 131 is installed in the form of a white anger, and then the screw is removed. Therefore, after removing the screw that moves the front yaw axis, as shown in the fifth figure, the first two 152 s, the box 105 side) It is separated from the gear box 105. (Connected right 129 125c . ; 2l ^ 125 installation state - secant 125 pairs of front cover (5) The injection portion 112 is disposed oppositely by the guide actuator 129. The guide rods 155, 155 and the guide rod cover 157 are formed, and the transmission 157 of the (==) transmission constitutes the nail opening 112 155 and the actuator guide rod cover is locked to the transmission guide rod 155, and can be freely disassembled and transmitted. The guide rod 155 is unloaded to make this touch as ································ The drive 1339152 is provided with at least one screw 156 of the =f wire 156 which is provided with the protruding piece 151a protruding downward to cover the screw φ. That is, the tab 151a is formed to block the screw; Two =: "==: industry resistance (4) This method of shooting nails grabs 100 when it is driven as above, as above; ί Spring 丄 = stop point is made to enter below to make the nailing operation, when shooting 29==force=material. On the way to the stroke, h=the device, in the state of the spring force of the hammer reduction coil spring 127 & the connection pin 131 that is crying and disassembling via the connection hammer ^2r^i2r ^ itttt That is, according to the real $, the work of nail clogging is removed. When the door is opened and the opening is 1〇5a, the front US is replaced with the ^, and the f pin 131 is also pulled from the hammer 125 and the actuator 129. I =, the operation can be completed with fewer processes, and the connection pin (3) and the actuator 129 are moved to the guiding county 153 under the condition of improving the working efficiency, and the driving operation by the actuator 129 is not hindered. The operation of the ejection portion 112' to release the jam is performed by removing the actuator guide cover 157 through the lever i. At this time, in the second embodiment, The screw that is attached to the actuator guide 155 by the tab 151a provided on the front cover 151 is disassembled into a predetermined operation sequence. In the slave gearbox 105 ί 由于 = due to the connecting pin 131 The work of unloading from the hammer 125 and the actuator 129g can be released in the manner in which the ejection force of the compression coil spring 127 is released. Although the _125e, 129a connecting the hammer 125 and the transmission 11129 can be inserted and removed as a rod member The Lianqiao sodium 131 is composed of, but not limited to, and may be, for example, a member that can be disconnected. Further, in the present embodiment, although the missing portion 131 is mounted on the front cover 151, and from the gear case 105: f 151, the connecting pin 131 is pulled out from the bell 125 and the actuator 129 by two = 1 3 front cover The composition of 151 (four). In addition, the present embodiment has been described with the use of the nailing, but it is applicable to the driving operation of the hammer 125 by the spring force of the compression coil spring 127. In addition, the compression coil spring 127 can also be changed to a tension spring. The cloud is in the form of the above invention. (Form 1), "A driving tool according to claim 3, characterized in that: j connecting member" is connected to the elastic member and the actuator from a direction crossing the driving direction of the above-mentioned driving The rod-shaped portion (10) into which the portion can be pulled out is inserted into the cover member." In the state where the movement is restricted, it is mounted (Form 2). The external J is opened to form a part of the component of the driving path, and the part can be unloaded.
【圖式簡單說明】 表示本發明實施方式涉及的充電式射釘搶的整體構成 的側面剖視圖。 第二圖係基於第一圖的A—Α線的剖視圖。 第三圖係表示射釘搶的主要部分的構成的放大剖視圖。 第四圖係表示釘堵塞狀態的剖視圖，其表示釘倉被卸下的狀 態。 第五圖係表示釘堵塞狀態的剖視圖’其表示釘倉和前蓋被卸下 的狀態。BRIEF DESCRIPTION OF THE DRAWINGS A side cross-sectional view showing an overall configuration of a rechargeable nail shooter according to an embodiment of the present invention. The second figure is a cross-sectional view based on the A-Α line of the first figure. The third figure shows an enlarged cross-sectional view showing the configuration of the main portion of the nail grab. The fourth figure is a cross-sectional view showing the state in which the nail is clogged, which indicates the state in which the staple cartridge is removed. The fifth drawing shows a cross-sectional view of the state in which the nail is clogged, which indicates a state in which the staple cartridge and the front cover are removed.
15 133915215 1339152
【主要元件符號說明】 100 射釘槍（打入作業工具） 101 本體部 103 電動機殼 105 齒輪箱 105a 開口部 107 手柄 109 電池盒 111 釘倉 112 射出部 112a 釘打入口（打入通路） 113 驅動電動機 115 減速機構 115a 輸出軸 115b 驅動齒輪 117 打入機構 119 錘子驅動機構 121 導軌 123 滑件 25 錘子 125a 上部的卡合突起 125b 下部的卡合突起 125c 安裝孔 126 擋塊 127 壓縮螺旋彈簧（彈性元件） 129 傳動器 16 1339152[Description of main component symbols] 100 nail gun (drive tool) 101 body portion 103 motor housing 105 gear box 105a opening portion 107 handle 109 battery case 111 staple cartridge 112 injection portion 112a nailing inlet (into the passage) 113 Drive motor 115 speed reduction mechanism 115a output shaft 115b drive gear 117 drive mechanism 119 hammer drive mechanism 121 guide rail 123 slider 25 hammer 125a upper engagement projection 125b lower engagement projection 125c mounting hole 126 stopper 127 compression coil spring (elastic Component) 129 Actuator 16 1339152
129a 安裝孔 131 連接銷（連接部件） 131a 凸緣部 133 上部的齒輪 133a 轴 134 框架 135 下部的齒輪 135a 轴 137 上部的升降輥 137a 支撐軸 139 下部的升降輥 139a 支撐轴 140 凸輪 141 板機 143 安全杆 145 燈 147 點燈用的開關 148 電動機驅動用的第一開關 151 前蓋 151a 突片 153 導向部件 153a 導向槽 155 傳動器導杆 156 螺絲（固定件） 157 傳動器導杆蓋 161 開關機構 17129a Mounting hole 131 Connecting pin (connecting member) 131a Flange portion 133 Upper gear 133a Shaft 134 Frame 135 Lower gear 135a Shaft 137 Upper lifting roller 137a Supporting shaft 139 Lower lifting roller 139a Supporting shaft 140 Cam 141 Plate machine 143 Safety lever 145 Lamp 147 Lighting switch 148 Motor drive first switch 151 Front cover 151a Tab 153 Guide member 153a Guide groove 155 Actuator guide 156 Screw (fixing member) 157 Actuator guide cover 161 Switching mechanism 17