M428003 五、新型說明： 【新型所屬之技術領域】 本創作有關於-種焊線切割機，特別是關於一種透過刀呈 而將焊線剖開一凹槽的焊線切割機。 /、 【先前技術】 焊是在焊接線路中連接電子以件的重要工業 原料，其被廣泛地應用於電 、維修業和日常生活中 #„以業、&車製造業 制& ^ a 專、先上，知料使用熔點較低的材質而 : ί的例如：包含有錫基合金做的焊料。而為了工廠或 =貝=時能順利地從事焊接作業，通常將該焊料製作 通稱”焊線’，；然後，該維修人員即可方便 地將送長條線狀的焊線拖、拉至需要焊接的地方。 標接作業時使用的烊線，通常在其内部加 ϊ時松r少量的活性劑組成。當心 ΐ靠近的溫度升高，並使該高溫的烙鐵 ，該焊頭:π冥r該焊線的溶點時 後，即可用以導電固接:二r:的焊線之溫度冷卻 然^ ’由於焊線内含松香層，因此在焊 :成人員灼傷十分=高速喷_小焊珠會因為其高溫而 =此’如何>肖除轉魏，避倾 喷::、焊珠，或者消除作業人員灼傷的狀況， 有通常知識者努力的目標。 U本領域具 3/12 M428003 【新型内容】 上留Ϊ創:ί要目的在避免焊接作業時，被焊接的印刷電路板 上留下四處喷濺的小焊珠。 做 ^作另目的在〉肖除烊接作業時，因為焊 作業人員灼傷的狀況。 &攻 f達上歧其他目的，本㈣提供_種焊線 =!:=”槽面，該焊線切割機包:-冗動’該刀具設置於捲二 向移動時，對該焊線的側邊剖切。、 =上所述的焊線_機，其中，該捲動單认括有一 兀〃 -放線几件，該焊線同時跨接於該收線元件血咳放、: j夕滾輪，孩滾輪支撐於該焊線的側邊，且，該 輪位於該收線元件與該放線元件之間。 如上所述的焊線切割機，其中，當該焊線沿轴向移 5亥刀具相對該焊線呈固定不動狀態。 、 如上所述的焊線切割機，其中，該刀具設置於 亡第使二第一=與=具同時轉動；該揮線切割機更 A弟-滚R n滾4上③置有—轉動式導引槽， 筒與該第L目契合而呈反向滚動，該轉動式導^與談刀' 具抵接於該燁線相異的徑向側邊；藉此，去 3/、μ 時，該刀具受捲動而呈轉動狀態。線沿轴向移動 如上所述的焊線切割機，其中，轉線切割 支撐件、-固定式導引槽與至少兩滚輪，該固 f 於该支撐件上’該滾輪支#於_線的侧邊，使該烊線 4/12 該固定式導引槽内；該固定式導 異的徑向側邊，該刀具位於兩相鄰以:間抵接於辑缘相 型或述的焊線切割機’其中’前述導引槽的戴面呈V字 ‘合上述，本創作的焊線切賴，可;肖除煩人的焊爆 ’用以避免被焊接的印刷電路板上留下四處噴濺的小焊i，， 可防止焊f作業人員的灼傷狀況，具有龐大的應用潛力。 為使能更進-步瞭解本創作的龍及技術内容 說明與附圖，然而所附圖式僅提供參考盘 相用，並_來對本創作加以_。 【實施方式】 請同時參閱圖1與圖2，圖】為本創作第— 切割機的示意圖，圖2為本創作第一實施例之刀具= 、弟二滾筒的結構示意圖。如圖】所示，—焊線 ^用 以將一焊線9剖開凹槽9](繪示於圖4)，使該凹槽^升^一用 槽：。傳統上’該焊線9係以低熔點的軟質金屬或合仝： ==取i”選擇割機】包括有—捲動單元 。复中，铺—刀具15及多個滾輪14 :、中5玄捲動早兀13可捲動該焊線9朝軸向移動 牛 的說’該捲動單元13包括有一收線元件131與1:元,-步 1焊線9同時跨接於該收線元件⑶與該放線元二;牛32 ，收線元件131藉由轉動而捲動該焊線9沿該 動；該滾輪14支撐於該焊線9徑向的側邊，且的，向移 =線元件131與該放線元件132之間。具體的說二焊 =9 戎放線兀件Π2釋放，首先銓過該第一滾筒u、"二 乐一浪筒12 5/12 M428003 日、再經依序經過多個滾輪14之後，纏繞於該收線元件131 並利用該收線轉131的轉動而收合。在本實施例中，該 ^ Η❾目的即在於維持該焊線9的適當張力，避免該焊線9 ^該捲動科13之間呈現過於鬆馳的狀態，而造成鬆脫 落：s然’遠些滾輪14也可以具有導引該焊線9的功能 从導引該焊線9在一預定的路程間行進。藉此，該焊線9 ^自。玄放線兀件132與收線元件131之間，透賴收線元件 ⑶的轉動’而使該焊線9沿其軸向持續不斷地移動。 如圖2所示，該刀具15設置於—第—滚筒u上，該第一 '絲iu與該刀具15同時同向轉動；該第二滾筒12丨設置有一 式導引槽16’ έ亥第二滾筒12與該轉動式導引槽16同時同 ^轉動=㊅第-滾筒11與該第二滾筒12係透過齒輪Η而相契 Γ 1且王反向滾動，且，該焊線9穿越經過該第一滾筒11與該 ，-滾筒12之間。在本實施例+，該谭線9受該捲動單元】3 線元件131之捲動而朝該焊線9 _向移動，因此’該第 U、第二滾筒12即可藉由該焊線9的軸向移動而被動 ，亦即，當e亥焊線9沿軸向移動時，該刀具丨5受捲動 而呈轉動狀態。 八 請再同時參閱圖2與圖3，圖3為本創作第—實施例之焊 線切割機的侧凹槽示意圖。如圖2所示，#該焊線9沿轴向 ^時’該第一滾筒11與該刀具15同時呈逆時針轉動，且該 弟一滾筒12與該轉動式導引槽16則同時呈順時針 ’如圖3所示，該刀具15抵住該焊線9的徑向側邊(即圖3的 上方），該轉動式導引槽16則抵接於該焊線9的另一相異徑向 側邊(即圖3的下方）’因此該刀具ls與該轉動式導引槽b分 別呈上下_狀態，防止該焊線9鬆脫、掉落。在本實施例中 6/12 M42800.3 ，該轉動式導引槽】6的截面呈v字型，在其 轉動式導引槽16賴面亦可呈圓孤型或其他構型。:中’該 該焊線9沿軸向移動時，該焊線9的側邊即可被精此’當 開=冷曰91，剖開之後的焊線$與凹槽91即如圖^戶斤、-15剖 一:袞其他實施例中’當該焊線9沿軸向移動時％* .以同、第二滾筒12、刀具15與該導引槽還可、以第 線!壬固疋不動狀態。如此亦可達到前述剖開凹槽91目^焊 目Μ的數目，甚至省略該滾輪14的設置 14數 直接地跨接於該第—滾筒u、第二滾筒12與^亥 ^之間；如此’亦可達到相同的剖開四槽91之目的、几 施例之=有ΐΓ施例。請參閱圖5，圖5為本創作第二實 編號表示:、如圖 ==意曰圖。其中，相同的元件以相同的 — 不°亥知線切剎機丨包括有一支樓件】7 二線引槽18與至少兩滾輪14。該支撐件17可設置於 ^狀機]外側周邊的任意地方，且該支撐件17可為平 =或其他任意構型；_定式導引槽18係為設置於該t 截面係。、長條型m曹’在本實施例中，該固定式導引槽U的 戴面係呈圓狐刑.Λ , 丨日iδ的 的截面也可以實施例中，該固定式導引槽18 04 子型。該滾輪14支撐於該焊線9的側邊， ==該固定式導引槽18内，因此，該焊'二 導㈣18心該料9的㈣（即關定式^ ^持^移動。#然，該——目的亦在於 ^Mn *4. ^之間，並抵住該焊線9的徑向側邊。 4同時參閱圖5與目6，圖6為本創作第二實施例^ 7/12 M428003 槽示輯。錢5所示；當轉線9受該捲 可而沿該焊線9帅向移動時，兩滾輪Μ即 定‘引;:Γ”的捧動而呈逆時針轉動。如圖6所示，該固 亦===具15抵接_焊線9相異的徑向侧邊， 方的中—徑向側邊(即圖6的上 邊(即二則抵接於該焊線9的另-相異徑向側 呈上下夾持狀/ 遠刀具15與該固定式導引槽18分別 ’防止該焊線9鬆，、掉落。藉此，當該焊線 91 的側邊即可被該刀具15剖開一凹槽 型，本實施例的刀具15係為-轉盤狀構 中心的移動而呈現轉動狀態;在其他實施例 中1具.15也可以是蚊式(呈現不轉動狀態）或其他構聖。 U此’均可達到將該焊線9的側面剖開—凹槽的功妒。 是固ri r的刀具15、第一滾筒11、第二滚二，或者 =的刀具15、支撐件17，均可視需求而予以更換、維修 或拆裝，滿足工廠實際作業上的需求。 、 經過實際工廠驗證，當該焊線9剖開—凹 該液態焊之張力（即内聚力）的作用，使得該焊線9 == 即不會再產生高溫焊爆减，故被焊接的物體 也下^喷_小焊珠，更不會因為高速喷= 灼傷現。有效解決傳統人工焊接的缺陷， 综上所述，本創作的焊線切割機，可消除煩人的 ’用以避免被谭接的印刷電路板上留下四處噴賤的小珠 可防止焊接作業人員的灼傷狀況，具有龐大的應用潛力f 本創作以實施例說明如上，然其並非用以限定本創作所主 8/12 M428003 張之專利權職目。料鄉魏圍# 及其等同領域而定。凡本領域具有通常』二= ^精神或範_，所作之更動或_，均屬於本創作所揭^ LI所兀成之纽改纟核設計，且應包含在下述之中請專利^ 【圖式簡單說明】 圖1為本創作f—實施例之焊線切割機的示意圖。 圖2為本創作第一實施例之刀罝、 結構示意圖。第—滾间、第二滾筒的 。圖3為本創作第一實施例之焊線切割機的剖開凹槽示意圖 請圖4;林創作第-實闕之焊線_機在剖動槽後的示 圖5.為本創作第二實施例之刀真、滾輪的結構示音圖。 圖6為本創作第二實施例之焊線切割機的剖開凹槽示意圖 〇 【主要元件符號說明】 I :焊線切割機 II :第一滾筒 12 :第二滾筒 13 :捲動單元 131 .收線兀件 132 :放線元件 14 :滾輪 15 :刀具 16 :轉動式導引槽 9/12 M428003 17 :支撐件 18 :固定式導引槽 19:齒輪 9 :焊線 91 :凹槽M428003 V. New description: [New technical field] This creation is about a wire bonding machine, especially a wire bonding machine that cuts a wire through a groove. /, [Prior Art] Welding is an important industrial raw material for connecting electronic components in welding lines. It is widely used in electricity, maintenance, and daily life. #业,&Automotive Manufacturing& Specializes, first, and knows to use a material with a lower melting point: ί, for example, contains a solder made of a tin-based alloy, and the solder is usually called a factory for the factory or the =. The welding wire ',; then, the maintenance personnel can easily drag and pull the long wire-shaped welding wire to the place where welding is required. The twist line used in the standard work is usually composed of a small amount of active agent when it is internally twisted. When the temperature close to the heart is raised, and the high temperature soldering iron, the welding head: π r r the melting point of the bonding wire, can be used for conductive fixation: the temperature of the welding wire of the second r: Because the wire contains rosin layer, it is very hot in the welding: the high-speed spray _ small welding beads will be because of its high temperature = this 'how to> Xiao Xiao Wei, avoid the spray::, bead, or eliminate The state of the worker's burns has the goal of the usual knowledge. U This field has 3/12 M428003 [New content] Ϊ Ϊ : : : ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί 。 。 。 。 。 。 。 。 。 。 。 。 避免 避免 避免 避免 避免 避免Doing another for the purpose of smashing the work, because of the situation of the welder's burns. & attack f up to other purposes, this (four) provides _ kind of welding wire =!: = "groove surface, the wire cutting machine package: - redundancy" the tool is set in the second direction of the roll, the wire The side line is cut., = the wire bonding machine described above, wherein the scrolling unit has a 兀〃-distribution piece, and the wire is simultaneously connected to the wire-receiving element for coughing, :j The roller is supported on the side of the wire, and the wheel is located between the wire take-up element and the pay-off element. The wire bond cutter as described above, wherein the wire is moved axially 5 The knives are fixed relative to the welding wire. The wire cutting machine as described above, wherein the cutter is disposed at the same time as the first two ==================================================================== The R n roller 4 is provided with a rotary guide groove, and the cylinder is in reverse sliding with the first L mesh, and the rotary guide and the knives have a radial direction different from the rifling The side edge; thereby, when the tool is removed to 3/, μ, the tool is rotated and rotated. The wire moves axially as described above for the wire bonding machine, wherein the wire cutting support, fixed a guiding groove and at least two rollers, the fixing member is on the side of the support member on the side of the _ line, so that the 烊 line 4/12 is in the fixed guiding groove; the fixed guiding Radial side, the tool is located adjacent to each other to: abut against the edge-edge type or the wire bonding machine 'where the front surface of the guiding groove is V-shaped' Cut off, can; in addition to the annoying welding explosion 'to avoid leaving the small soldering i on the printed circuit board to be welded, can prevent the burn situation of the welding f workers, has a huge application potential. To enable more step-by-step understanding of the dragon and technical content descriptions and drawings of the present creation, however, the drawings only provide reference discs for use, and _ to the creation of this creation. [Embodiment] Please also refer to Figure 1 and Figure 2, Fig. 2 is a schematic view of the first cutting machine of the present invention, and Fig. 2 is a schematic structural view of the cutter = and the second roller of the first embodiment of the present invention. As shown in the figure, the welding wire is used to weld a wire. 9 cut the groove 9] (shown in Figure 4), so that the groove is raised by a groove: Traditionally, the wire 9 is low melting point Elemental metals or contract: taking == i "] selected cutter comprises - scrolling means. In the middle, the paving-tool 15 and the plurality of rollers 14: the middle 5 scrolls the early rolling 13 to scroll the wire 9 to move the cow in the axial direction. The scrolling unit 13 includes a wire-receiving member 131 and 1 : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : The radial side of the bonding wire 9 is between the shifting line element 131 and the payout element 132. Specifically, the second welding = 9 戎 release line Π 2 release, first smashed through the first roller u, " two music and a wave barrel 12 5 / 12 M428003 day, and then through the plurality of rollers 14 in sequence, wrapped around The take-up element 131 is folded by the rotation of the take-up reel 131. In the present embodiment, the purpose of this is to maintain the proper tension of the bonding wire 9 to prevent the bonding wire 9 from being over-relaxed between the rolling wires 13 and causing loosening of the wire: The rollers 14 may also have the function of guiding the wire 9 to guide the wire 9 to travel a predetermined distance. Thereby, the bonding wire 9 ^. Between the drop line member 132 and the take-up member 131, the wire 9 is continuously moved in the axial direction thereof by the rotation of the wire take-up member (3). As shown in FIG. 2, the cutter 15 is disposed on the first drum u, and the first yarn iu rotates in the same direction as the cutter 15; the second roller 12 is provided with a guide groove 16' The two rollers 12 and the rotary guide groove 16 simultaneously rotate with each other, and the second roller 12 and the second roller 12 pass through the gear Η and the king rolls in the opposite direction, and the wire 9 passes through The first roller 11 is between the roller 12 and the roller 12 . In the embodiment of the present invention, the ridge wire 9 is moved by the scrolling unit 3 wire member 131 toward the wire 9 _, so that the U and the second roller 12 can pass the wire bonding wire. The axial movement of 9 is passive, that is, when the e-wire 9 is moved in the axial direction, the cutter 5 is rolled and rotated. 8 Please refer to FIG. 2 and FIG. 3 at the same time. FIG. 3 is a schematic view showing the side groove of the wire bonding machine of the first embodiment. As shown in FIG. 2, the wire 9 is rotated counterclockwise along the axial direction of the first roller 11 and the cutter 15 is simultaneously rotated. The hour hand 'as shown in FIG. 3, the cutter 15 abuts against the radial side of the wire 9 (ie, above the FIG. 3), and the rotary guide groove 16 abuts another difference of the wire 9 The radial side (ie, the lower side of FIG. 3) is such that the tool ls and the rotary guide groove b are in an up-and-down state, respectively, to prevent the wire 9 from coming loose and falling. In the present embodiment, 6/12 M42800.3, the rotary guide groove 6 has a v-shaped cross section, and the rotary guide groove 16 may have a round shape or other configuration. When the wire 9 is moved in the axial direction, the side of the wire 9 can be refined as 'open=cold 91, and the wire $ and the groove 91 after the cutting are as shown in the figure斤, -15 一一: 衮 In other embodiments, 'when the wire 9 is moved in the axial direction, %*. The same, the second roller 12, the cutter 15 and the guiding groove can also be tangled! It doesn't move. In this way, the number of the above-mentioned slits 91 can be achieved, and even the number of the 14 of the rollers 14 is directly bridged between the first roller u, the second roller 12 and the second nozzle; 'It is also possible to achieve the same purpose of splitting the four slots 91, several examples of the application. Please refer to FIG. 5, which is the second actual number representation of the creation: FIG. Among them, the same components have the same - not only a line of the brakes, but also a second floor guide 18 and at least two rollers 14. The support member 17 can be disposed at any position on the outer periphery of the machine, and the support member 17 can be flat = or any other configuration; the fixed guide groove 18 is disposed on the t-section system. In the present embodiment, the wearing surface of the fixed guiding groove U is rounded and smashed. The cross section of the next day iδ can also be used in the embodiment, the fixed guiding groove 18 04 subtype. The roller 14 is supported on the side of the bonding wire 9, == in the fixed guiding groove 18, therefore, the welding 'two guides (four) 18 hearts of the material 9 (four) (ie, the closing type ^ ^ holding ^ movement. #然, the purpose is also between ^Mn *4. ^, and against the radial side of the wire 9. 4 See also Figure 5 and Figure 6, Figure 6 is the second embodiment of the creation ^ 7 / 12 M428003 Groove display. The money 5 is shown; when the thread 9 is moved by the wire along the wire 9, the two rollers are fixed and the counterclockwise rotation is performed. As shown in Fig. 6, the solid also === with 15 abutting _ weld line 9 different radial side, square mid-radial side (ie the upper side of Figure 6 (ie two abuts The other-different radial side of the bonding wire 9 is vertically clamped/the distal cutter 15 and the fixed guiding groove 18 respectively prevent the bonding wire 9 from being loosened and dropped. Thereby, when the bonding wire 91 is The side of the cutter 15 can be cut into a groove type, and the cutter 15 of the embodiment is in a rotational state of the rotation of the center of the turntable; in other embodiments, a .15 can also be a mosquito ( Presenting a non-rotating state) or other conformation. U this can achieve this welding The side cut of 9 - the function of the groove. The tool 15, the first roller 11, the second roller 2, or the tool 15 and the support member 17, which are solid ri r, can be replaced, repaired or disassembled as needed. Installed to meet the needs of the actual operation of the factory. After the actual factory verification, when the wire 9 is cut open—the effect of the tension of the liquid weld (ie cohesion), the wire 9 == will not generate high temperature again. The welding is reduced, so the object to be welded is also sprayed _ small welding beads, and it is not because of high-speed spraying = burns. It effectively solves the defects of traditional manual welding. In summary, the wire bonding machine of this creation can be Eliminating the annoying 'to avoid leaving the sneezing beads on the tanned printed circuit board to prevent the burnt of the welding workers, has a huge application potential. This creation is described by way of example, but it is not used. To limit the patent title of the main 8/12 M428003 Zhang. The township Wei Wei # and its equivalent fields. Where the field has the usual "two = ^ spirit or van _, the change or _, are Belonging to the creation of this creation, Design, and should be included in the following patents. [Simplified illustration of the drawings] Fig. 1 is a schematic view of a wire bonding machine of the present invention. Fig. 2 is a schematic view showing the structure and structure of the first embodiment of the present invention. The first roll room and the second roll. Fig. 3 is a schematic view showing the cut groove of the wire bonding machine according to the first embodiment of the present invention; Fig. 4; Lin created the first-solid wire bond machine _ machine in the grooving groove Figure 5 is a schematic diagram showing the structure of the knife and the roller of the second embodiment of the present invention. Fig. 6 is a schematic view showing the slit of the wire bonding machine of the second embodiment of the present invention. 】 I: wire bonding machine II: first roller 12: second roller 13: scrolling unit 131. wire-receiving element 132: pay-off element 14: roller 15: cutter 16: rotary guide groove 9/12 M428003 17 : support member 18: fixed guide groove 19: gear 9: wire 91: groove