M352436 八、新型說明： 【新型所屬之技術領域】 一 本創作係涉及一種手工具類產品，特別是 頭接桿之創新結構型態設計者。 【先前技術】 按’ 1電動起具之組接頭部位雖為可綱&能夠供 不同規格的起子頭或鑽頭組裝更換’然'，由於該電動起具 員外彳二寬大，因此當面臨所欲鬆鎖的螺絲是位在深 陷細縫空間中之工作環境時，所述組接頭無法伸入其中2 存在無法實施的問題；基於此，遂有業界研發出—種工具 :員接桿產品以為因應、，所述工具頭接桿通常一端為組接桿 部错以組接於電動起具之組接頭，另-端則延伸一設定長 度並設有—工具頭插置槽以供起子頭、鑽頭等工具頭插組 之用。 '' 次查’所述工具頭接桿結構設計上，為了使工具頭由 插置狀態取出時較為便利，通常會設有一彈性釋放結構， =τ起子頭能夠產生彈出的動作，而所述彈性釋放結構之 十吊見者，係於該工具頭接桿的起子頭插組端外 周組設—控制環套，透過該控制環套之推撥，可控制該起 子頭接桿内部預設之定位構件呈釋放狀態，進以使插組的 工具頭可向外彈出一段距離而便於使用者輕鬆取出；然而 二此，習知結構設計於實際使用經驗中發現，由於該控制 2套是組設於該工具頭接桿的工具頭插組端外周呈環狀凸 ^ ^ 這使得該工具頭接桿的外徑將因此而擴大，如此 5 M352436 一來，工作上有些細縫空間 了該工具頭接桿應有的功能 再者，就操控方面而言 必須藉由人手的至少兩根指 夾持施力推撥方可達成，如 桿的整體姿態而言，其實仍 弊及問題點。 將因此而無法伸入，因而降低 性及優勢。 ’所述控制環套之推撥，通常 頭（通常是姆指與食指）相對 此相對於人手握持該工具頭接 舊存在不順手、不易施力之缺M352436 VIII. New description: [New technical field] A creative department involves a hand tool product, especially the innovative structure type designer of the head post. [Prior Art] According to the '1 electric gear set, the joint parts are both can be used for different types of screwdriver heads or drill bit assembly and replacement. 'Because the electric rider is wide and wide, so when faced with When the loose screw is in the working environment deep in the sew space, the set of joints cannot reach into it. 2 There is a problem that cannot be implemented; based on this, there is a tool developed by the industry: the staff post product thinks In response to the above, the tool head post usually has a set of lever portions at one end to be assembled to the group of the electric harness, and the other end extends a set length and is provided with a tool head insertion slot for the driver head. Tool heads such as drill bits are used for inserting. In the design of the tool head post structure of the ''second check', in order to facilitate the removal of the tool head from the inserted state, an elastic release structure is usually provided, and the =τ screwdriver head can generate a pop-up action, and the elasticity The tenth of the release structure is set on the outer periphery of the screwdriver head of the tool head, and the control ring sleeve is controlled by the push of the control ring sleeve to control the preset position of the screwdriver head post. The component is released, so that the tool head of the insert can be ejected a distance outward for the user to easily take out; however, the conventional structural design is found in practical experience, since the control 2 sets are set in The outer end of the tool head insertion end of the tool head post is annularly convex ^ ^, so that the outer diameter of the tool head post will be enlarged, so that the 5 M352436 has a small seam space for the tool head connection. The function of the rod should be achieved. In terms of handling, it must be achieved by pushing and pushing at least two fingers of the human hand. In terms of the overall posture of the rod, it still has disadvantages. It will therefore not be able to reach, thus reducing the sex and advantages. The push of the control loop sleeve is usually opposite to the head (usually the thumb and the index finger), which is not easy to handle and is not easy to apply force with respect to the hand holding the tool head.
疋以，針對上卫具頭接桿結構所存在之問題點 ，如何開發一種更具理想實用性之創新結#，實使用者所 企盼’亦係相關業者須努力研發突破之目標及方向。 有l於此，創作人本於多年從事相關產品之製造開發 與成H驗！十對上述之目標，詳加設計與審慎評估後， 終得一確具實用性之本創作。 【新型内容】 本訇作之主要目的，係在提供一種工具頭接桿，其所 鲁欲解決之問題點’係針對習知工具頭接桿結構設計上仍舊 -存在造成外徑擴大而影響伸入細縫空間之功能以及操控上 仍舊存在不順手、施力不易等問題點加以改良突破： 本創作解決問題之技術特點’主要在於所述工具頭接 桿包含：一中空桿體’包括一組接端及工具頭插置端，該 工具頭插置端軸向内凹形成有—插置槽，又該插置槽設定 深度位置設有一徑向穿孔；一側凹部’凹設於該中空桿體 —側外部與該徑向穿孔相對應處；一内滑座，組設於該插 置槽中呈可限位滑動’該内滑座設有一工具頭抵靠面、磁 6 M352436 吸元件及徑向容槽；一彈性頂撐構件，組設於該内滑座與 該插置槽内端壁之間，藉以將該内滑座彈性向外頂偉.— 伸縮控位鈕，組設於該内滑座所設徑向容槽中，兮 通伸縮控 位鈕係藉由一彈性元件之組配而具有可伸縮彈性， 立該伸 縮控位鈕之端部可與該插置槽所設徑向穿孔相對位而呈凸 伸於該側凹部空間中之狀態；一工具頭定位構件，係設於 該内滑座與該中空桿體的插置槽相對應配合處，藉以令工 • 具頭之插組狀態獲得定位者；藉此創新獨特設計，使本創 _ 作對照先前技術而言，大致可達到如下功效： 其一、能夠令工具頭接桿之外徑大幅縮減而更利於細縫空 間伸入作業’達到提昇使用效能之實用進爹性。 其二、能夠透過單指按壓方式釋放該内滑座之定位狀態， 進而達到操控更加簡單方便之實用進步性。 【實施方式】 髒 請參閱第1 、2 、3 、4圖所示’係本創作工具頭接 桿之較佳實施例，惟此等實施例僅供說明之用，在專利申 請上並不受此結構之限制。所述工具頭接桿A係包含下述 構成： 一中空桿體10，係包括一組接端11 β及一工具頭插置 端12，該工具頭插置端12係軸向内凹形成有一插置槽13， 又该插置槽13設定深度位置設有一徑向穿孔μ ; 一側凹部’係凹設於該中空桿體1〇之一側外部與該 徑向穿孔14相對應處，該側凹部2〇玎為一梯形凹面或狐形 7 M352436 凹面形狀者； 一内滑座30，係組設於該中空桿體1〇的插置槽13中墓 可限位滑動狀態，該内滑座3〇設有一工具頭抵靠面31、/ 磁吸元件32以及一徑向容槽33 ; 一彈性頂撐構件40，可為一螺旋彈簧，係組設於該内 滑座30與該插置槽13内端壁130之間’藉以將該内滑座30 彈性向外頂撐； . 一伸縮控位鈕50，係組設於該内滑座30所設徑向容槽 φ 33中，該伸縮控位鈕50係藉由一彈性元件51 (可為螺旋彈 簧）之組配而具有可伸縮彈性，且該伸縮控位鈕50之端部 52可與該插置槽13所設徑向穿孔14相對位而呈凸伸於該側 凹部20空間中之狀態； 一工具頭定位構件60，係設於該内滑座30與該中空桿 體10之插置槽13相對應配合處，藉以令工具頭之插組狀態 獲得定位者。 其中，該中空桿體10的工具頭插置端12外部係可組設 φ 有一限位蓋70，該限位蓋具有一縮徑穿口 71，該縮徑穿口 Ή之口徑小於該内滑座30之外徑’藉以可達到防止該内滑 座30向外脫出之限位功能。 進一步地，該中空桿體1〇之插置槽13可為六角形斷面 態樣’其相對二側並形成有縮位翼槽部135 ’ s亥内滑座30 設成與該插置槽13相配合之六角形斷面態樣’又該内滑座 30相對二側形成有縮徑且軸向凸伸之翼架部34可與該插置 槽13之縮徑翼槽部135相配合；所述工具頭定位構件60， 則可包括設於所述翼架部34凸伸端之鋼珠裝設孔61、以及 8 M352436 組設於所述鋼珠梦抓了丨a + ^ α又孔61之鋼珠62、以及設於該插置槽13 所n又縮仅翼’“[5 135之鋼珠讓孔63，其中該鋼珠裝設孔6i 之内侧端具錐縮部612 (如第3圖之放大圖所示），以使 所述鋼珠62向内之位移量能夠獲得限位。 措由上述之結構、組成設計’茲就本創作之使用作動 情形說明如下： 入工具頭 40彈性向 珠讓孔63 孔63中（ ，另一方 該内滑座 51呈預壓 時則與該 該伸縮控 具頭80插 80插入該 工具頭抵 撐構件40 伸縮控位 時藉由該 位麵50之 屬空間中 如第3圖所示’為所述工具頭接桿a尚未組 80之狀心此日守，該内滑座3〇被該彈性頂撐構件 外頂撐’構成該工具頭定位構件6〇之鋼珠似與鋼 相對位狀態，故所述鋼珠62可向外退入該鋼珠讓 如第3圖之放大圖所示）以利該工具頭8〇之插入 面，如第4圖所示，該伸縮控位鈕50則是呈縮入 30所設徑向容槽33中之狀態，並擠壓其彈性元件 蓄積彈力之狀態，又該伸縮控位鈕50之端部52此 插置槽13所設徑向穿孔14呈相互錯位狀態，使得 位鈕50無法凸伸出外部。 如第5 、6圖所示，係為將所述單頭式之工 組入該工具頭接桿A之狀態，當吾人將該工具頭 =具頭接桿A所設插置槽13而妣靠該内滑座3〇之 靠面31時，該内滑座3〇將被内推而擠壓該彈性頂 蓄積彈力，而當該内滑座3〇内移至預定深度，該 鈕50將與該插置槽13所設徑向穿孔14相對位，此 彈性TL件51之彈力釋放頂推作用，得將該伸縮控 而邛52頂出§玄徑向穿孔14而凸伸於該側凹部所 9 M352436 ’同時利用該伸縮控位紐5〇之外凸狀態而對該内滑 内縮狀態產生卡擋.定位作用；另一方面，隨著該内 之内移’使得該工具頭定位構件60之鋼珠62將與該 孔63相錯開，構成所述鋼珠62將被該插置槽13之槽 頂而向内凸出之狀態，此時所述鋼珠62恰可剛性卡 工具頭80插入區段所預設之一縮頸部81，令該工具 得定位。 承上’當吾人欲釋放該内滑座30以退出工具頭 φ如第8圖所示’僅須按壓該伸縮控位鈕50端部52， 入該徑向穿孔14呈縮入内滑座30徑向容槽33中之狀 可藉由該彈性頂撐構件4〇之彈力釋放作用而將内滑 出，而回到第3 、4圖所示狀態者。 如第7圖所示，該内滑座3〇所設工具頭抵靠面 並可設有一内凹槽35，所述内凹槽35之型態係因應 之十字起子頭末端型態而設成一錐狀凹槽型態者， 計’使得本創作所述工具頭接桿A使用上，亦可供 鲁一款雙頭式之工具頭8〇B (配合第】圖所示 所 '頭80B之任一起子頭端82均可插入該工具頭接桿a 置槽13中，並嵌抵於該内滑座3〇工具頭抵靠面幻之 35，進而構成該工具頭定位構件6〇之鋼珠62恰卡拎 具頭別B插入區段所設縮頸部81β之定位狀態；: §兒明的是，由於單頭式之工具頭8〇與雙頭式 、 'L'具 ，兩者之插入端部與該縮頸部81、 81B之間姖差、 故本創作於該工具頭抵靠面31中央增設一内四異 〇5 ，使付该工具頭接桿a將可供插组單頭式之工 具頭 座30之 &座30 ^珠讓 I所抵 抵於該 頭80獲 80時， 使其退 態，即 座30頂 31中央 工具頭 藉此設 插組另 述工具 所設插 内凹槽 於該工 進一少· 頭80B 不同’ 之設計 80與雙 10 M352436 頭式之工具頭80B (請對照第5 、7圖所示），達到通用 性更佳之實用優點。 其中，該伸縮控位鈕50之端部52可為一凸弧面型態， 藉此型態設計’如第8圖所示’當吾人欲釋放該内滑座3〇 而按壓該伸縮控位鈕50時（如該圖之l所示），其端部52 將可下降極短距離即透過該端部52之凸弧面型態導引而滑 入該中空桿體10的插置槽13中，令該内滑座3〇快速頂出呈 釋放狀態者。 » 功效說明： 本創作功效增進之事實如下：In view of the problems in the structure of the top guards, how to develop an innovative knot that is more ideal and practical, the users are looking forward to the industry's efforts to develop breakthrough goals and directions. In this case, the creator has been engaged in the manufacture and development of related products for many years! Ten of the above-mentioned goals, with detailed design and careful evaluation, will eventually result in a practical and practical creation. [New content] The main purpose of this work is to provide a tool head post, and the problem that it wants to solve is 'the design of the conventional tool head post structure is still existing - the outer diameter is enlarged and the influence is extended. The function of the sewed space and the control are still inconvenient, the force is not easy to solve the problem and improve the breakthrough: The technical feature of the problem solving of the creation is mainly because the tool head post includes: a hollow rod body including a group The insertion end of the tool end and the insertion end of the tool head are axially concavely formed with an insertion groove, and the insertion groove is provided with a radial perforation at a set depth position; the one side concave portion is recessed in the hollow rod The body-side outer portion corresponds to the radial through hole; an inner sliding seat is disposed in the insertion groove and is limited to slide. The inner sliding seat is provided with a tool head abutting surface, a magnetic 6 M352436 suction element and a radial receiving member; an elastic supporting member disposed between the inner sliding seat and the inner end wall of the insertion groove, thereby elastically extending the inner sliding seat to the outer side. The inner sliding seat is provided with a radial cavity, The position control button has a retractable elasticity by a combination of elastic members, and the end portion of the telescopic control button can protrude from the radial perforation of the insertion groove to protrude in the side recess space. a state in which the tool head positioning member is disposed at a corresponding position of the inner sliding seat and the insertion groove of the hollow rod body, so as to obtain the positioning state of the head of the tool and the head; thereby creating an innovative unique design, In contrast to the prior art, the following effects can be achieved: First, the outer diameter of the tool head post can be greatly reduced, which is more conducive to the expansion of the slit space into the operation's utility performance to achieve improved performance. . Secondly, the positioning state of the inner sliding seat can be released by a single finger pressing method, thereby achieving practical and progressive control. [Embodiment] Please refer to the preferred embodiment of the creation tool head post as shown in Figures 1, 2, 3 and 4, but these embodiments are for illustrative purposes only and are not applicable to patent applications. The limitations of this structure. The tool head post A comprises the following structure: a hollow rod body 10 comprising a set of ends 11 β and a tool head insertion end 12, the tool head insertion end 12 being axially concavely formed The insertion groove 13 is further provided with a radial through hole μ at a depth position of the insertion groove 13; and a recessed portion is recessed on the outer side of one side of the hollow rod body 1 corresponding to the radial through hole 14 The side recessed portion 2 is a trapezoidal concave surface or a fox-shaped 7 M352436 concave shape; an inner sliding seat 30 is disposed in the insertion groove 13 of the hollow rod body 1 墓, and the tomb can be limited to slide, the inner sliding portion The seat 3 is provided with a tool head abutting surface 31, a magnetic element 32 and a radial receiving groove 33. An elastic top member 40 can be a coil spring assembled to the inner slide 30 and the insert. The inner sliding seat 30 is elastically supported outwardly between the end walls 130 of the groove 13; a telescopic control knob 50 is disposed in the radial receiving groove φ 33 of the inner sliding seat 30, The telescopic control knob 50 has a retractable elasticity by a combination of an elastic member 51 (which may be a coil spring), and the end portion 52 of the telescopic control knob 50 can be coupled thereto. The radial through hole 14 is disposed opposite to the groove 13 and protrudes into the space of the side recess 20; a tool head positioning member 60 is disposed between the inner slide 30 and the hollow rod 10 13 corresponds to the location, so that the tool head state is obtained by the locator. Wherein, the outer end of the tool head insertion end 12 of the hollow rod body 10 can be assembled with a limit cover 70, and the limit cover has a reduced diameter through hole 71, and the diameter of the reduced diameter through hole is smaller than the inner slide The outer diameter of the seat 30 is used to achieve a limit function for preventing the inner slide 30 from coming out. Further, the insertion groove 13 of the hollow rod body 1 may have a hexagonal cross-sectional shape. The opposite sides thereof are formed with a constricted wing groove portion 135 ′. The inner slide seat 30 is disposed with the insertion groove. 13-fitted hexagonal cross-sectional shape 'further, the inner slide 30 is formed on the opposite sides of the opposite side, and the axially protruding wing frame portion 34 can cooperate with the reduced-diameter wing groove portion 135 of the insertion groove 13; The tool head positioning member 60 may include a steel ball mounting hole 61 provided at the protruding end of the wing frame portion 34, and 8 M352436 assembled on the steel ball to capture the 丨a + ^ α and the hole 61 The steel ball 62, and the steel ball provided in the insertion groove 13 and the wing only '[5 135, the steel ball allows the hole 63, wherein the inner end of the steel ball mounting hole 6i has a constricted portion 612 (as shown in Fig. 3) As shown in the figure, the amount of displacement of the steel ball 62 inward can be obtained. The structure and composition design described above are described as follows: The working condition of the tool head 40 is elastic to the beads. 63 holes 63 (the other side of the inner slide 51 is pre-stressed, and the telescopic control head 80 80 is inserted into the tool head abutment member 40 to expand and contract When the position of the plane 50 is as shown in FIG. 3, the position of the tool head post a is not yet set 80, and the inner slide 3 is outside the elastic top member. The top support 'the steel ball constituting the tool head positioning member 6 似 is in a state of being opposite to the steel, so the steel ball 62 can be retracted into the steel ball to make the steel ball as shown in the enlarged view of FIG. 3 to facilitate the tool head 8〇 The insertion surface, as shown in FIG. 4, the telescopic control knob 50 is in a state of being retracted into the radial pocket 33, and squeezing the state in which the elastic element accumulates the elastic force, and the telescopic control position The end portions 52 of the knobs 50 are provided with the radial through holes 14 of the insertion slots 13 in a mutually dislocated state, so that the position knobs 50 cannot protrude outside. As shown in FIGS. 5 and 6, the single-head type is used. The worker enters the state of the tool head post A. When the tool head = the insertion slot 13 of the head post A and the abutment 31 of the inner slide 3, the inner slide 3 The cymbal will be pushed to squeeze the elastic top accumulating elastic force, and when the inner sliding seat 3 〇 is moved to a predetermined depth, the knob 50 will be opposite to the radial through hole 14 provided in the insertion groove 13 The elastic force of the TL member 51 is pushed and pushed, and the telescopic control 52 is pushed out of the § radial radial perforation 14 and protrudes from the side recess 9 M352436 ' while using the telescopic control position 5 〇 convex a state that causes a jamming and positioning effect on the inner sliding retracting state; on the other hand, as the inner inward shifts, the steel ball 62 of the tool head positioning member 60 will be offset from the hole 63 to constitute the steel ball 62 will be inwardly protruded by the top of the slot 13 of the insertion slot 13, at which time the steel ball 62 can be inserted into the segmented neck portion 81 of the rigid card tool head 80 to position the tool. When the person wants to release the inner slide 30 to withdraw the tool head φ as shown in Fig. 8, it is only necessary to press the end 52 of the telescopic control knob 50, and the radial perforation 14 is retracted into the inner slide 30. The shape of the radial pocket 33 can be slid out by the elastic release action of the elastic gusset member 4, and returns to the state shown in Figs. As shown in FIG. 7, the inner sliding seat 3 is provided with a tool head abutting surface and can be provided with an inner groove 35. The shape of the inner groove 35 is set according to the end shape of the cross screwdriver head. A cone-shaped groove type, which makes the tool head post A used in this creation, can also be used for a double-headed tool head 8〇B (with the heading shown in the figure) The sub-head 82 can be inserted into the tool post a slot 13 and embedded in the inner slide 3 〇 the tool head abutting surface 35, thereby forming the tool head positioning member 6 The positioning condition of the neck 81β of the steel ball 62 is in the B-inserted section of the head of the B-carriage; § , because of the single-headed tool head 8 〇 and double-headed, 'L', both There is a difference between the insertion end portion and the constricted portion 81, 81B, so that an inner four-shaped 〇5 is added in the center of the tool head abutting surface 31, so that the tool head post a will be inserted into the group. The single-head tool head holder 30& seat 30 ^ beads allows I to reach the head 80 when it is 80, to make it de-state, that is, the seat 30 top 31 central tool head is set by the tool set by the other tool Insert The groove is in the design of the machine 80 and the double 80 M352436 head type tool head 80B (please refer to the figures 5 and 7), which achieves the practical advantage of better versatility. The end portion 52 of the button 50 can be a convex curved surface type, and the design of the type is as shown in FIG. 8 'When the person wants to release the inner slide 3 〇 and press the telescopic control knob 50 (eg The end portion 52 of the figure is guided by the convex arc surface of the end portion 52 by a very short distance, and is slid into the insertion groove 13 of the hollow rod body 10, so that the inner portion 52 The slider 3〇 is quickly released and released. » Power Description: The facts of this creation are improved as follows:
所述彳f向穿子| 之定位與釋放艰 之實用進步性。 縮控位鈕操作上，能夠透過單指按壓.之 s亥内滑座之定位狀態，而該伸縮控位鈕 則是透過工具頭之插組抵推使其自動穿 孔而達成，故該内滑座（亦即工具頭） 狀態之切換將可達到操控更加簡單方便 11 M352436 本創作可產生之新功效如下： 1、 藉由5亥工具頭抵靠.面中央增設有一 知该工具頭接桿將可供插組單頭式 之工具頭，進而達到通用性更佳之 2、 藉由該伸縮控位鈕之端部設為—凸 欲釋放該内滑座而按壓該伸縮控位 下降極短距離即透過該端部之凸弧 中空桿體所設插置槽中，令該内滑 釋放狀態而更加好用。 上述實施例所揭示者係藉以具體說 雖透過特定的術語進行說明，當不能以 之專利範圍；熟悉此項技術領域之人士 之精神與原則後對其進行變更與修改而 此等變更與修改’皆應涵蓋於如后所述 定之範_中。 内凹槽之設計’使 之工具頭與雙頭式 實用進步性。 弧面型態設計’當 鈕時，其端部將可 面型態導引滑入該 座能夠快速頂出呈 明本創作，且文中 此限定本新型創作 當可在瞭解本創作 達到等效目的，而 申請專利範圍所界 M352436 【圖式簡單說明】 第 1 圖： :本 創 作 工 具 頭 接 桿 及 可 插 組 二 不 同 工 第 2 圖： :本 創 作 工 具 頭 接 桿 體 圖 〇 第 3 圖 :本 創 作 工 具 頭 接 桿 第 4 圖 :係 同 第 3 圖 狀 態 之 第 5 圖 :本 創 作 工 具 頭 接 桿 第 6 圖 :係 同 第 5 圖 狀 態 之 第 7 圖 :本 創 作 工 具 頭 接 桿 視 圖 〇 第 8 圖 :本 創 作 之 伸 縮 控 位 結構較佳實施例之組合立 具頭之示意圖。 結構較佳實施例之構件分 未插組工具頭之結構剖視 另一側向結構剖視圖。 插組工具頭之結構剖視圖 另一側向結構剖視圖。 供插組另一型工具頭之狀 鈕受按壓狀態剖視示意圖 體以 解立 圖。 〇 態剖The positioning and release of the 彳f to the wearer is difficult and practical. In the operation of the shrink control button, the positioning state of the slide seat can be pressed by the single finger, and the telescopic control button is automatically pierced by the insertion of the tool head, so the inner slide The switch of the seat (that is, the tool head) will make the control easier and more convenient. 11 M352436 The new functions of this creation can be as follows: 1. With the 5 hai tool head abutting, the center of the surface is added with a knowledge of the tool head post. The tool head of the single-head type can be inserted to achieve better versatility. 2. The end of the telescopic control button is set to be convexly released, and the telescopic control position is lowered by a short distance. The insertion slot is provided through the arc-shaped hollow rod body at the end portion, so that the inner slip release state is more convenient. The above embodiments are disclosed by way of specific terminology, and cannot be changed by the scope of the patents; those who are familiar with the spirit and principles of those skilled in the art, and such changes and modifications It should be covered in the __ as described later. The design of the inner groove makes the tool head and the double head practical and progressive. The curved surface design 'when the button is used, the end part of the surface can slide into the seat to quickly eject the original creation, and the text defines this new creation to achieve the equivalent purpose in understanding the creation. And the scope of application for patents M352436 [Simple description of the diagram] Figure 1: This creation tool head post and pluggable two different work 2nd figure: : This creation tool head post body diagram 〇 3: Figure 4 of the authoring tool head: Figure 5 of the state of Figure 3: The head of the authoring tool Figure 6: Figure 7 of the state of Figure 5: View of the head of the authoring tool〇 Figure 8 is a schematic view of the combined vertical head of the preferred embodiment of the telescopic control structure of the present invention. Structural member of the preferred embodiment of the structure The structural section of the unplugged tool head is a cross-sectional view of another lateral structure. Cross-sectional view of the insert tool head Another cross-sectional view of the lateral structure. The button of the other type of tool head for inserting is pressed into a schematic view of the body to solve the figure. 〇 state
【主要元件符號說明】 工具頭接桿 A 中空桿體 1 ♦組接端 1 - 工具頭插置端 1 插置槽 1 0[Main component symbol description] Tool head post A Hollow rod body 1 ♦ Assembly end 1 - Tool head insertion end 1 Insert slot 1 0
14 2 0 3 0 内端壁 縮徑翼槽部 徑向穿孔 侧凹部 内滑座 工具頭抵靠面 13 M352436 磁吸元件 徑向容槽 翼架部 内凹槽 彈性頂撐構件 伸縮控位鈕 彈性元件 端部 籲工具頭定位構件 鋼珠裝設孔 内側端具錐縮部 鋼珠 鋼珠讓孔 限位蓋 縮徑穿口 工具頭 ♦縮頸部 - 起子頭端14 2 0 3 0 Inner end wall reduced diameter wing groove radial perforated side recessed inner sliding seat tool head abutment surface 13 M352436 Magnetic element radial grooved wing frame inner groove elastic top support member telescopic control knob elastic element End call tool head positioning member steel ball mounting hole inner end with tapered steel ball steel ball hole limit cover reduce diameter piercing tool head ♦ shrink neck - screwdriver head
7 0 7 1 8 0 8 1 8 27 0 7 1 8 0 8 1 8 2
8 0 B 8 1 B 148 0 B 8 1 B 14