M425014 .五、新型說明： ♦ 【新型所屬之技術領域】 本創作關於一種打線工具，係將一網路線之芯線打入一插座體内 並切斷$打線工具，尤指種可替換打線基座之打線工具。 • · 【先前技術】 在第五圖中說明了一個插座體（Jack) 2 0 〇，包含了一個大致為 φ 長方型體之本體2 0 1，延伸出多片凸片2 0.2，凸片2 0 2沿著溝 槽2 0 3分佈’並與兩凸片2 0 2之間形成一凹槽2 0 4 ;而網路線 3 0 0被嵌入溝槽2 〇 3，且其多道芯線3 01分別被塞入凹槽2 〇 4内，並以刺破方式與本體2 〇1内延伸至後方的金針（圖未示）導 電性連接。 在傳統上是以利用一工具上的壓線結構4 〇 〇將芯線3 〇丄迫入 凹槽204内並切斷超出凸片202的芯線301，如第六圖所示。 這種打線工具有相關的專利前案如下： 攀 . ' 美國專利7,444,744「多用途工具結構（T〇〇1細c_ct〇r • )J ’其係包含：一工具主體’ -電連接器支架設於工具主體上， 該支架包含第-及第二凹槽，且第一凹槽兩侧包含向心則空間延伸之 占部；-裁切部相對於第—凹槽，包含兩裁刀，裁切部可動地裝設於 工，主體上1具有常態地位於遠離第—凹槽的位置上，及當裁刀與 占部㈣合_斷電連翻後端驗錄的树_合位置；-端子 部相對於第二凹槽，包含了端子面，該端子部可移動地裝設在工具主 3 M425014 體上，且具有遠離第二凹槽钓位置及嚙合端子位置；一扳機结構，與 裁切部及端子部連接，且當作動時可帶動裁切部及端子部至嚙合位置。 又’在美國專利5,832,603「保持芯線在插座内的方法及芯線終端 工具（lyfethod and wire termination tool for retaining wire in recdeptacle )」 則案中，所揭露的握把具有手握處，握把包含線端容置支架，其上寻 有複數個置線槽用以容置線端，使複數磉線被置放並裁切，一置線 裁切架具有複數個單獨的芯線裁切刀，並排排列在前述線端容置的置 線槽，前述握把推動前述線端容置支架及前述的置線裁切架直線作 動，及一扳機結構用以同時帶動芯線裁切刀及置線裁切架一起與線 端今置支架的置線射’從關時地將前述芯線置人前義容置線端 並裁切掉。 然而，此二前案所提供的打線工具，其中的打線基座是為固定而 …、法更換有時，對於不同的插座體（jack)，例如進線方向不同時， 必需製造刊規格的打線卫具，造成資源的浪費，城本大幅上昇， 使產品競爭力減少。 後，在美國專利7,073,245「具有可調換插座體及切刀精確定位載 (Multiple-wire tennination tool with translatable j 311(1 cu他1g 咖如 precision alignment carrier)」前案中，提供 了載體 可移動的打紅具’以適合不同插座體的打線作業。 然而’在此前案中，由於其結構上的設計，使得載體的替換並不 方便，有待改善》 【新型内容】 ♦ #對於先前技術之問題點，本創作提供了_種可替換打線基座之 打線工具，係包括： -f握部份，具有_握持部及—扳機部，在該握持部上延伸出一 卡勾射/7 ’該扳機部樞接於該握持部上且—端具—頂壓部及一滑轴； 及 -打線基座’具有-座體、—裁切部及—滑動部；魅體卡合於 該握持部的卡勾上，該裁切部上設有多數壓線#構及切刀且固定於該 座體上且與雜持部相接；該座體另-端為—麟，且該開槽上設有 -滑軌’使得締動部可於該麵上滑動；麟動部轉該裁切部， 端具有可置放-插座體的結構，另一端與該扳機部的頂壓部處，致 使扳動該扳機部時可推動該滑動部，將該插座體推向該壓線結構而將 芯線打入並利用切刀切斷； ^ 冊 + 匿—_ ·-- . 該打線基座可自該手握部份直接拔出而替換各種類型的插座體。 本創作所提供的打線工具，其中的打線基座是可直接自手握部份 向上拔除，而替換不同規格的插座體。這樣的結構設計十分簡單，且 使得打線基座更換十分容易且快速。由於本創作的打線基座替換容 易，使用者只要有不同的打線基座配合同一手握部份，即可完成各種 插座體與網路線結合’而不需購置各種規格的打線工具，使得成本亦 能下降。 以下’將依據圖面所示之實施例而詳加說明本創作之結構特點及 使用功效。 【實施方式】 ¥ 叫參見第一圖至第三圖’本創作提供了一種可替換打線座之打線 〇〇主要係由一手握部份1及一打線基座2所構成。 本創作的手握部份1具有—握持部1 1及-扳機部12，在該舉 夺部1 1上端1 1 3正及背面分別延伸出___^勾1 3，而該扳機部工 2樞接於該握持部丄丄上且一端具一頂壓部i 4及一滑軸工5。 握持。PI 1具有-切口1 !工，該切口丄丄i供扳機部工2穿 f，並以—_112貫穿握持部11及扳機部丄2而樞接。另，— 擎曲彈片1 6具有-第-端i 6 在握持部} i内及—第二端 1=定在扳機部i 2内。藉此結構，如第四圖所示，使得扳:部 可向握持部11迫近，使彈片16變形，並使扳機部i 2上 ^壓部！ 4及滑軸i 5向握持部丄i上方的卡勾！ 3移動十當 二:Γ由於彈片16的恢復力’使得扳機部12能自動回復至 原位（如第三圖所示位置，或第四圖中虛線所示位置）。 本創作的域基座2設置於手握部上方，具有_ -裁切部22及一滑動部2 3。 體21、 入而底面具有一十字型孔213供握持部u的卡勾!3穿 入而卡合。座體2 i另一端為一開槽2 i:，且 3穿 一對滑軌212。 9匕11上設有 裁切部22-面設有壓線結構座221，以 二並在其兩旁設有多片切刀2…底部被握持3結構2 13穿入相接而固定於座體21上。握持部i1的 1上端1 勾13勾扣於裁 切部2 2的長槽2 2 2上而固定。 座體2 1之賴2 1 1及滑轨2丨2結構，g&合滑動部2 3側面 的切槽2 3 2，使得滑動部2 3可於座體2 i上直線滑動。參見第三 圖，打槔基座2具有-水平轴的i，滑轨2 i 2除了以平行於該水 平軸向的設置外，更可轉财怖S1向夾1度以式設置。. 滑動部2 3轉裁切部2 2，_端具有可置放—插座體（jack) 2 0 0的放置槽2 31 ’另-端形成一對凸耳2 3 3與板機部12的頂 壓部14及滑軸15結合’致使扳動扳機部12時，可推動滑動部2 3，將插座體〇ek) 2 0 〇推向裁切部2 2上所設置的壓線結構2 4 而將網路線3 Q 0之芯線3 0 1打人插座體（jaek) 2 〇 〇並且切刀2 5將多餘的芯線3 01切斷。 比較第三圖及第四圖。在第三圖中，將插座體2〇〇及網路線3 0 0組合好，並將插座體2 〇 〇置入滑動部2 3的放置槽2 31内》 此時’扳機部12尚未被扳動，而滑動部2 3是離開裁切部2 2之壓 線結構2 4及切刀2 5的。 如第四圖所示，當對扳機部12施以壓迫力後以樞軸112為中 心轉動’使上方的頂壓部14及滑軸15壓迫滑動部2 3向壓線結構 2 4移動’使得壓線結構2 4將網路線3 0 0的芯線3 01卡入插座 體2 0 0内並利用切刀2 5切斷多餘芯線3 01，以完成結合。之後， 即可將網路線3 0 0與插座體2 〇 〇移出打線工具10 0。若以傾斜 的滑執212使用時’依據力學力矩原理，切斷多餘芯線3 〇1時會 更加省力》 顯然地，本創作所提供％線工具1QQ，其中的打線基座2是 可直接自手握部份1向上拔除，而替換不同規格的插座體2〇〇。這 樣的結構設計十分簡單，且使得打線基座2更換十分料且快速。由 於本創P的打線基座2替換容易，使用者只要有*_打線基座2配 合同-手握部份1，即可完成各種插座體2⑽與網路線3 〇 〇結 合，而不需購置各種規格的打線工具，使得成本亦能下降。 在上述的說明中是以插座體2 〇 〇之插孔與網路線3 〇 〇進線方 向垂直而說明解釋。請參見第七圖，其中插座體5◦〇被放置於滑動 部2 3之放置槽2 31 ’但插座體5 〇 〇之插孔與網路線3 〇 〇進線 方向呈平行’也可_本_或者替換適合的打線基座2結構，將網 路線3 0 0之芯線3 〇1卡人插座體5 〇 〇内並切斷多餘的芯線3◦ 1 〇 綜上所陳，本創作所提供的可替換打線基座之打線工具，完全符 合專利的新穎性及進步性要件，爰依法提出申請。 【圖式簡單說明】 、 第一圖代表本創作之分解圖， 第二圖代表本創作之組合圖， 第三圖代表本創作之剖面視圖， 第四圖代表本創作之動作示意圖， 第五圖代表插座體、網路線及壓線結構之分解圖， 第六圖代表打線工具之壓線結構將網路線之芯線壓迫入插座體之 放大平面視圖， M425014 第七圖代表本創作放置择孔與網路線進線方向呈平行之插座體以 打線之示意圖。 【主要元件符號說明】M425014 . V. New description: ♦ [New technical field] This creation is about a wire-punching tool that drives the core wire of a net route into a socket and cuts the wire-threading tool, especially the replaceable wire base. Line tool. • • [Prior Art] In the fifth figure, a socket body (Jack) 20 〇 is illustrated, which includes a body φ 1 of a roughly φ rectangular shape, and a plurality of protrusions 2 0.2, a tab 2 0 2 is distributed along the groove 2 0 3 and forms a groove 2 0 4 with the two tabs 2 0 2 ; and the mesh route 300 is embedded in the groove 2 〇 3, and its multi-core 3 01 is respectively inserted into the groove 2 〇4, and is electrically connected to the gold needle (not shown) extending in the body 2 〇1 to the rear in a puncture manner. Conventionally, the core wire 3 is forced into the recess 204 by a crimping structure 4 〇 一 on a tool and the core wire 301 beyond the tab 202 is cut, as shown in the sixth figure. This type of wire bonding tool has the following patents as follows: Pan. 'US Patent 7,444,744 "Multipurpose tool structure (T〇〇1 fine c_ct〇r • ) J 'It contains: a tool body' - electrical connector bracket On the tool body, the bracket includes first and second grooves, and both sides of the first groove include a portion extending toward the center of the centripet; and the cutting portion includes two cutters with respect to the first groove. The cut portion is movably mounted on the work body, and the main body 1 has a position that is normally located away from the first groove, and a tree _ joint position when the cutter and the occupant (4) are combined with the power supply and the back end is detected; The terminal portion includes a terminal surface relative to the second groove, and the terminal portion is movably mounted on the main body of the tool 3 M425014, and has a position away from the second groove fishing position and the position of the engaging terminal; a trigger structure and cutting The dicing portion and the terminal portion are connected, and the cutting portion and the terminal portion are brought to the meshing position when actuated. Also, in US Pat. No. 5,832, 603, the method of keeping the core wire in the socket and the core terminal tool (lyfethod and wire termination tool for retaining wire) In recdeptacle )" The grip disclosed has a grip, and the grip includes a line end receiving bracket on which a plurality of wire slots are bored for accommodating the wire ends, so that the plurality of wires are placed and cut, one set The wire cutting frame has a plurality of individual core wire cutting knives arranged side by side in the wire arranging groove of the wire end, and the handle pushes the wire end accommodating bracket and the wire arranging frame to move linearly, and The trigger structure is used to simultaneously drive the core cutting knife and the wire cutting frame together with the line end of the wire holder to shoot the wire. The core wire is placed at the front end and the wire is cut off. However, in the wire-punching tools provided in the previous two cases, the wire-bonding base is fixed and the method is changed. For different jacks, for example, when the direction of the incoming line is different, it is necessary to manufacture the wire of the specification. The use of sanitation has caused a waste of resources, and the city has risen sharply, which has reduced the competitiveness of products. In the prior U.S. Patent No. 7,073,245, "Multiple-wire tennination tool with translatable j 311", the carrier is movable. Reding 'to suit the different socket body's wire-laying operation. However, 'in the previous case, due to its structural design, the replacement of the carrier is not convenient, need to be improved." [New content] ♦ #For the problems of the prior art This creation provides a wire-cutting tool for the replaceable wire base, which includes: -f grip portion, having a grip portion and a trigger portion, and a card hook/7' is extended on the grip portion. The trigger portion is pivotally connected to the grip portion, and the end piece has a top pressing portion and a sliding shaft; and the wire base base has a seat body, a cutting portion and a sliding portion; the charm body is engaged with the sliding portion a clamping portion of the grip portion, wherein the cutting portion is provided with a plurality of crimping lines and a cutter, and is fixed on the seat body and is in contact with the hybrid portion; the other end of the seat body is a lining, and the a sliding rail is provided on the slot so that the guiding portion can slide on the surface; The moving part rotates to the cutting part, and the end has a structure capable of placing the socket body, and the other end is opposite to the pressing portion of the trigger part, so that the sliding part can be pushed when the trigger part is pulled, and the socket body is pushed toward The crimping structure drives the core wire and cuts it with a cutter; ^ book + hide - _ · - - . The wire base can be directly pulled out from the hand grip to replace various types of socket bodies. The wire bonding tool provided is capable of directly pulling up from the hand grip portion and replacing the socket body of different specifications. Such a structural design is very simple, and the wire base replacement is very easy and fast. The creation of the wire base is easy to replace, and the user can complete the combination of various socket bodies and the mesh route as long as the user has different wire bases and the same hand grip portion, without the need to purchase various specifications of the wire bonding tools, so that the cost can also be reduced. The following 'will describe the structural features and functions of the creation according to the embodiment shown in the figure. [Embodiment] ¥ Refer to the first to third figures' This book provides a replaceable play. The shackle of the seat is mainly composed of a hand grip portion 1 and a ram base 2. The grip portion 1 of the present invention has a grip portion 1 1 and a trigger portion 12 at which the grip portion 1 1 The upper end 1 1 3 and the back side respectively extend out the ___^ hook 1 3 , and the trigger part 2 is pivotally connected to the grip portion 且 and has a pressing portion i 4 and a sliding shaft 5 at one end. The PI 1 has a slit 1 for the trigger part 2 to wear f, and is pivotally connected by the -112 through the grip portion 11 and the trigger portion 。 2. In addition, - the slam shrap 1 6 The -first end i 6 is in the grip portion } i and the second end 1 = is set in the trigger portion i 2 . With this configuration, as shown in the fourth figure, the lever portion can be urged toward the grip portion 11, the elastic piece 16 is deformed, and the trigger portion i 2 is pressed. 4 and the slide shaft i 5 to the hook above the grip 丄i! 3 Move ten when two: Γ The trigger portion 12 can automatically return to the home position due to the restoring force of the elastic piece 16 (as shown in the third figure, or the position shown by the broken line in the fourth figure). The domain base 2 of the present invention is disposed above the hand grip and has a _-cut portion 22 and a slide portion 23. The body 21 and the bottom surface have a cross-shaped hole 213 for the hook of the grip portion u! 3 to be inserted and engaged. The other end of the base 2 i is a slot 2 i: and 3 is passed through a pair of slide rails 212. The 9匕11 is provided with a cutting part 22-side with a crimping structure seat 221, and two sets of cutters 2 are provided on both sides thereof. The bottom is gripped and the 3 structure 2 13 is inserted into the joint and fixed to the seat. On body 21. The upper end 1 hook 13 of the grip portion i1 is hooked to the long groove 2 22 of the cutting portion 2 2 and fixed. The seat body 2 1 has a structure of 2 1 1 and a slide rail 2丨2, and the g-ample 2 3 2 on the side of the sliding portion 2 3 allows the sliding portion 2 3 to slide linearly on the seat body 2 i. Referring to the third figure, the snoring base 2 has an i-horizontal axis, and the slide rail 2 i 2 is set to be 1 degree to the clamp, except for the arrangement parallel to the horizontal axis. The sliding portion 2 3 turns the cutting portion 2 2, the _ end has a placement slot 2 that can be placed - jack 200 0 'the other end forms a pair of lugs 2 3 3 and the plate portion 12 When the pressing portion 14 and the sliding shaft 15 are combined to cause the trigger portion 12 to be pulled, the sliding portion 2 3 can be pushed to push the socket body 〇 ek) 2 0 〇 to the pressing line structure 2 provided on the cutting portion 2 2 The core line 3 0 1 of the net route 3 Q 0 is hit by a jaek 2 〇〇 and the cutter 25 cuts off the excess core line 3 01 . Compare the third and fourth figures. In the third figure, the socket body 2〇〇 and the mesh route 300 are combined, and the socket body 2 is placed in the placement slot 2 31 of the sliding portion 23. At this time, the trigger portion 12 has not been pulled. The sliding portion 23 is a pressing line structure 24 and a cutter 25 that are separated from the cutting portion 22. As shown in the fourth figure, when the pressing force is applied to the trigger portion 12, the pivoting 112 is rotated about the center of the pivoting portion 112, so that the upper pressing portion 14 and the sliding shaft 15 press the sliding portion 23 to move toward the pressing line structure 2'. The crimping structure 2 4 snaps the core wire 3 01 of the mesh route 300 into the socket body 200 and cuts the excess core wire 3 01 by the cutter 25 to complete the bonding. After that, the mesh route 300 and the socket body 2 〇 can be removed from the wire bonding tool 100. If it is used with the inclined sliding handle 212, it will be more labor-saving according to the principle of mechanical torque. When the excess core wire 3 〇1 is cut off, it is obvious that this creation provides the % line tool 1QQ, in which the wire base 2 is directly available. The grip portion 1 is pulled up and replaced with a socket body of different specifications. This structural design is very simple and makes the wire base 2 replacement very quick and fast. Since the replacement of the wire base 2 of the present P is easy, the user can complete the combination of the various socket body 2 (10) and the mesh route 3 as long as the user has the *_wire base 2 with the contract-hand grip portion 1 without purchasing. Various types of wire-bonding tools can reduce costs. In the above description, the explanation is given by the fact that the socket of the socket body 2 is perpendicular to the direction of the line route 3 〇 。. Referring to the seventh figure, the socket body 5◦〇 is placed in the placement groove 2 31 ' of the sliding portion 23, but the socket of the socket body 5 is parallel with the direction of the line route of the mesh line 3' _ Or replace the structure of the appropriate wire base 2, the wire route 3 0 0 core wire 3 〇 1 card socket body 5 并 and cut off the excess core wire 3 ◦ 1 〇 所 , , , , , , , , , , , , The wire-cutting tool that can replace the wire base is fully in line with the novelty and progressive requirements of the patent, and the application is made according to law. [Simple diagram of the diagram], the first diagram represents the exploded view of the creation, the second diagram represents the combination diagram of the creation, the third diagram represents the section view of the creation, and the fourth diagram represents the action diagram of the creation, the fifth diagram Representing the exploded view of the socket body, the mesh route and the crimping structure, the sixth figure represents the enlarged line view of the crimping structure of the wire bonding tool pressing the core wire of the wire route into the socket body, M425014 The seventh figure represents the creation of the hole and the mesh The direction of the route entering the line is a schematic diagram of the parallel socket body. [Main component symbol description]
V 打線工具100 手握部份1 握持部1 1 切口 1 1 1 樞轴1 1 2 上端1 1 3 扳機部1 2 卡勾1 3 頂壓部1 4 滑轴1 5 彈片1 6 第一端161 第二端16 2 打線基座2 座體2 1 開槽2 1 1 滑軌2 1 2 十字型孔213 裁切部2 2 壓線結構座2 21 長槽2 2 2 滑動部2 3 放置槽2 31 切槽2 3 2 凸耳2 3 3 壓線結構2 4 切刀25 插座體2 0 0、5 0 0 本體2 0 1 凸.片2 0 2 溝槽2 0 3 凹槽2 0 4 網路線3 0 0 芯線3 0 1 壓線結構4 0 0 9V Threading tool 100 Hand grip 1 Grip 1 1 Slit 1 1 1 Pivot 1 1 2 Upper end 1 1 3 Trigger 1 2 Snap 1 3 Pressing part 1 4 Sliding shaft 1 5 Shrapnel 1 6 First end 161 Second end 16 2 Wire base 2 Seat 2 1 Slot 2 1 1 Slide 2 1 2 Cross hole 213 Cutting part 2 2 Line structure seat 2 21 Long groove 2 2 2 Slide part 2 3 Placement groove 2 31 grooving 2 3 2 lug 2 3 3 crimping structure 2 4 cutter 25 socket body 2 0 0, 5 0 0 body 2 0 1 convex. piece 2 0 2 groove 2 0 3 groove 2 0 4 net Route 3 0 0 Core 3 0 1 Pressure line structure 4 0 0 9