M369304 五、新型說明： 【新型所屬之技術領域】 本創作涉及一種手提式捆紮機裝置，特別是涉及一種 適用捆紮鋼筋等的電動手提式捆紮機。 【先前技術】 手提式捆紮機通常是指體積小、適合操作人員個人手 提式作業的捆紮工具，按照捆紮物件不同，目前有用以抽 紮鋼筋的鋼筋捆紮機、用以捆紮樹枝等的農用捆紮機等 ：將如鐵絲等捆紮線通過多次在待«物件 周圍掛繞，達到將束緊待捆紮物件的目的。 t機來說明電動手提式捆紮機。鋼筋捆 糸機的實現⑽構非常夕，财常見的_捆紮 來劃分結構’主要包括用於控制整個捆、 絞扭機構、切斷機構、連接送絲機=第 電動機、刀別連紐扭機構和辑機構的第二電 分別連接送絲機構、絞扭機構和靖機構的 =電包括用以容置捆紮線的原：給 照送絲通道送域頭上通孔的傳動機構。絞扭 頭、用以實現鋼筋周圍形成捆紮線而控制絞頭 將捆紮線環扭轉的絞頭控制器。 由此 現有的捆紮機主要存在以下的技術問題： 現有捆紮機設計結構獅、翻是現有的❹相紫機 M369304 需要由兩個電動機來實現捆紮的功能，致使整個捆紮機體 積非常大、重量重、極不方便攜帶。而且重量重和體積大 的捆紮機，特別影響人員的操作。 【新型内容】 本創作所要解決的技術問題是解決捆紮機重量重、體 積大、不方便攜帶和人員作業的技術問題。 因此提出一種電動手提式捆紮機，其包括機頭、控制 器之外，還包括： 送絲機構，其包括用以容置捆紮線的原料供給裝置、 送絲通道、以及用以將原料供給裝置中的捆紮線按照送絲 通道送至機頭上通孔的傳動裝置，所述傳動裝置包括相互 嚙合的主動送絲輪和被動送絲輪、以及設置在主動送絲輪 軸上的送絲錐齒輪； A絞扭機構，其包括絞頭、絞軸、用以控制絞頭沿絞軸 =轉以實現摘紫線在被待拥物件周繞之功效的絞頭 "制^置，絞頭設置在絞軸的端面上，所述絞頭控制裝置 匕軸直齒輪和絞軸錐齒輪，絞轴錐齒輪與送絲錐齒輪 =合，絞軸的一端與機頭中央部位轉動連接且與主動送絲 直另一端連接絞轴直齒輪和絞轴錐齒輪； 、 線切斷機構，用於切斷被待捆紮對象周圍掛繞的捆紮 β電動機，用以對所述送絲機構、絞扭機構、切斷機構 提供動力源，在電動機輪出軸上設有電動機軸齒輪，所述 5 M369304M369304 V. New description: [New technical field] The present invention relates to a portable strapping device, and more particularly to an electric portable strapping machine for binding reinforcing bars and the like. [Prior Art] The portable strapping machine usually refers to a strapping tool that is small in size and suitable for the operator's personal hand-held work. According to different bundled objects, a reinforcing bar binding machine for pulling steel bars and an agricultural strapping machine for bundling branches are currently used. Etc.: A bundle of wires, such as wire, is passed around the object to be shackled several times to achieve the purpose of tightening the object to be bundled. t machine to illustrate the electric portable strapping machine. The realization of the steel bar binding machine (10) is very important. The common _ strapping structure is mainly used to control the whole bundle, the twisting mechanism, the cutting mechanism, the connection wire feeder = the motor, the knife and the twist mechanism. The second electric power of the mechanism is connected to the wire feeding mechanism, the twisting mechanism and the yoke mechanism respectively. The electric power includes a transmission mechanism for accommodating the tying line: a transmission mechanism for feeding the through hole of the wire feeding passage. A twisting head, a winch controller for forming a tying line around the reinforcing bar and controlling the twisting end to twist the tying wire loop. Therefore, the existing strapping machine mainly has the following technical problems: The existing strapping machine design structure lion, the flip-flop is the existing ❹ phase purple machine M369304 needs two motors to achieve the function of bundling, so that the entire strapping machine is very large and heavy Very inconvenient to carry. Moreover, the heavy and bulky strapping machine particularly affects the operation of the personnel. [New content] The technical problem to be solved by this creation is to solve the technical problems of heavy weight, large volume, inconvenient carrying and personnel operation. Therefore, an electric portable strapping machine is provided, which includes a machine head and a controller, and further includes: a wire feeding mechanism including a material feeding device for accommodating the binding wire, a wire feeding passage, and a raw material supply device The tying line is sent to the transmission of the through hole in the head according to the wire feeding passage, and the transmission device comprises an active wire feed roller and a passive wire feed wheel which are meshed with each other, and a wire feed bevel gear disposed on the active wire feed wheel shaft; The twisting mechanism comprises a twisting head, a twisting shaft, a twisting head for controlling the function of the twisting head along the stranding shaft=turning to realize the effect of picking the purple line around the object to be held, and the twisting head is arranged in the twisting On the end face of the shaft, the winch control device has a spur gear and a winch bevel gear, and the twisted bevel gear and the feed bevel gear are combined. One end of the twisted shaft is rotatably connected with the central portion of the head and is directly connected with the active wire feed. One end is connected with a spur gear and a winch bevel gear; and a wire cutting mechanism is used for cutting the bundling β motor that is hung around the object to be bundled, for the wire feeding mechanism, the twisting mechanism and the cutting mechanism Provide power source, at a motor shaft gear is arranged on the motor wheel shaft, said 5 M369304
It 一㈣輪你 輪軸之間其包括設置在主動送雜與主動送絲 的第二單向軸承早°軸承和設置在絞轴直齒輪與絞軸之間 構，使採用兩個單向軸承、以及各種傳動機 要-個電^=扭機構㈣仙麵，這樣，尸广 甘* I可即可省略一個電動機的重量和體積 本創作能_以下的效果： ΐ裝欠署2:!中送絲機構的傳動裝置、絞扭機構的絞 頭二带大量採用了直齒輪、錐齒輪等體積小的部件， 並且設計f結構非常巧妙，是中請人經過大量的實驗和研 發試驗獲得的-款實用產品，體積小、重量輕、提高了攜 帶的便利性及人S使用的輕便性。從另—側面來說，本產 品大大提南了捆紮鋼筋作業的工作效率，降低了作業工人 的勞力負擔。 ' 【實施方式】 下面結合附圖對本創作作出詳細的說明。 本創作公開的電動手提式摘紮機，除了包括機頭、抑 制器、切斷機構之外，還包括送絲機構、絞扭機構、切^ 機構、電動機以及聯動換向機構等構件，以下分別提 明 送絲機構’其包括用以容置捆紮線的原料供給裝 送絲通道、以及用以將原料供給裝置中的捆紮線^照 M369304 通道送至機頭上通孔的傳動裝 的主動送絲輪和被動送絲輪、 的送絲錐齒輪。 置’傳動裝置包括相互嚙合 以及設置在主動送絲輪軸上 動、衫财絲實獅賊，比如主 形送絲槽，“二設有與鐵絲直徑相適配的環 輪的唾，二原料供給裳置與主動、被動送絲 置在機頭的二尾端設有導絲錐管;導絲塊設 並穿 孔，這些結構形成的就是送絲通 出導絲塊丄:以送絲輪上的環形送絲槽， 道。 控制裝置，絞心署 ’、+卵掛繞之功效的絞頭 :括絞軸直齒輪:絞轴:=端3錐=，制裝置 輪垂直，另ιϊ==轉動連接且與主動送絲 切斯機Μ 轴直齒輪和絞軸錐齒輪。 線。 ，用於切斷被待捆紮對象周圍掛繞的捆紮 電動機，用& 提供動力源，在電絲機構、絞扭機構、切斷機構 電動機轴齒輪與_直齒有電動_齒輪，所述 輪軸之向2包括設置在主動送絲輪與主動送絲 向軸承和設置在絞軸直齒輪與絞軸之間 M369304 的第一早'向轴承。 作，但下H施鋼筋㈣_實_來説明本創 如圖I-圖8所，非用於限定本創作。 殼和設置在外殼内：電包：C形機頭!、手柄、外 機構以及切斷機構。機，電池18，送絲機構，絞扭 m It 16的輪出轴上設有電動機轴齒輪21，電動機 16通過開關17與設置在手柄内的電池1§連通。 所述送絲機構，包括轉動連接在外殼内壁上的纏燒鐵 絲的絲盤15 ’相互喊合的主動、被動送絲輪9、^，導絲 管11和導絲塊25。主動、被動送絲輪9、24的外圓周面 上設有與鐵絲直徑相配合的環形送絲槽’主動送絲輪轴的 下端設有齒形向下的送絲錐齒輪12，主動 送絲輪軸之間設有第一單向軸承19 .真 ^ 、 雜15與主動、被動送絲輪9 ^管11設置在絲 U的尾端設有導絲錐管13;導^：3=，導絲管 Γ:動其上二^ ^ ::塊切環科絲槽，並穿出導 絞扭機構，包栝絞軸2 ’絞軸直齒輪 0，絞轴2的一端與機頭中夫部位轉=齒輪 輪軸垂直，_直#輪23和绞姉 ^與主動送絲 軸2的另一端，且、絞軸直齒輪23設置在尹依次設置在絞 軸錐齒輪22與送絲錐齒輪12嚙合，垆紅:2的外端，絞 〇、人袖直齒輪23與電動 M369304 機轴齒輪21嚙合，位於機頭内的絞軸2的端面沿轴向開有 U形又口 31。 如圖7、圖8所示，在絞軸直齒輪23與絞軸錐齒輪 22的接觸面上，絞軸直齒輪幻上設有弧形凹槽28，絞軸 錐齒輪22上設有圓柱形凸柱29，所柱凸柱29插裝在弧形 凹槽28内且沿該弧形凹槽28滑動。當絞轴直齒輪幻順時 轉動時，並不馬上帶動絞軸錐齒輪22轉動，而是要等到絞 軸直齒輪23旋轉350度後，凸柱29到達弧形凹槽28的末 端時，帶動絞軸錐齒輪22轉動。本裝置的主要功能為，絞 軸2的U形又口歸位與送絲不在同一時間工作，避免送絲 輪的送絲早於鉸軸的歸位，避免送絲時鐵絲不能穿 ^ 叉口中間。 y 所述切斷機構，包括切絲刀6、凸輪3和凸輪頂 所述導絲塊25上設有與導絲通孔26垂直相通的样 27,切絲刀6的刀口設置在所述切絲槽27内且切刀曰 的中央部位與機頭1的外殼鉸接，凸輪3套裝絞軸I 位於絞軸直齒輪23與機頭之間的，凸輪 有第二單向轴承2。，凸輪頂杆5的兩端分== 表面和切絲刀尾端抵接，隨凸輪3的轉動， 的外 口進出導絲塊25上的切絲槽27。動加糸刀6的刀 還包括計數輪8，設置在主動送絲輪軸的 設有計數感測器。 ^ ’其上 還包括壓簧7，其兩端分別與切絲刀6的 抵接。 啊尾端和機類 M369304 本創作的操作過程如下： 將纏繞有鐵絲的絲盤 導絲管11 $導絲錐管 裝入槍體後部，將鐵絲穿入 絲輪24之_環 K至线賴輪9與從動送 啟動按紐17 m :槽中。將機頭1鉤住捆紮物，按動 工作指令，電動機= f的微控㈣接受到錢後發出 帶動絞輛直齒輪23轉動、，、=，，通過電動機軸齒輪21 有單向軸承20，單向舳/乂軸直齒輪23與絞軸2之間裝 利用這個雜力與絞軸2之間產生摩擦力， 3也隨著運動'AiTf" 2正向運動，緊固在絞軸上的凸輪 2前端=又=:轴2之間設有_套心絞轴 20因外界^向餘置，這時單向轴承 輪23 轉’於是峰2停止轉動。絞轴直齒 絲雜4續帶触姉絲22以及賴錐錄12運動，送 輪12與送絲齒輪軸連為一體，送絲齒輪軸上的第一 ^軸承19做正向轉動，帶動套在第一單向轴承19上的 $送絲輪10和從動送絲輪24嚙合轉動，兩個送絲輪之 二$送絲拖板10及調節螺絲，通過調節螺絲使兩個送絲輪 、岔噛合’保證鐵絲向前運動由導絲塊25上的弧形導絲通 ^ 26穿出，再進一步穿過絞軸2上的u形又口，繞著待 ^物呈360度圓周形運動，形成鐵絲圈。當完成需要的鐵 絲圈圈數時，主動、被動兩個送絲輪9、24已經轉動了 η ，通過計數輪8上的霍爾感測器向電路板14上的微控制 益傳遞了 η個信號。微控制器接收到預先設定的鐵絲長度 所換算出的數值信號時發出指令，使電動機16逆時針轉It is a (four) wheel between your axles. It consists of a second one-way bearing set in the active feed and active wire feed, and is disposed between the spur gear and the winch, so that two one-way bearings are used. And a variety of transmissions to - a ^ ^ = torsion mechanism (four) fairy, so that the corpse Guanggan * I can omit the weight and volume of a motor can create the following effects: ΐ 欠 2 2:! The transmission mechanism of the wire mechanism and the twisted pair of the twisting mechanism use a large number of small components such as spur gears and bevel gears, and the design f structure is very clever, which is obtained by a large number of experiments and research and development tests. Practical products, small size, light weight, improved portability and portability of human S. From the other side, this product greatly enhances the efficiency of the work of tying steel bars and reduces the labor burden of workers. [Embodiment] The present invention will be described in detail below with reference to the accompanying drawings. The electric portable picking machine disclosed in the present invention includes a wire feeding mechanism, a twisting mechanism, a cutting mechanism, an electric motor, and a linkage reversing mechanism, in addition to a machine head, a suppressor, and a cutting mechanism, and the following components respectively The wire feeding mechanism includes a raw material supply and loading wire passage for accommodating the binding wire, and an active wire feeding device for conveying the binding wire of the raw material supply device to the through hole of the machine head through the M369304 channel Wheel and passive wire feed wheel, feed bevel gear. The transmission device includes a meshing device and a lion thief, such as a main wire feeder, which is arranged on the active wire feed wheel shaft. The skirt and the active and passive wire are placed at the two ends of the machine head with a guide wire taper tube; the guide wire block is provided and perforated, and these structures form a wire feed-out guide wire block: a ring on the wire feed wheel Wire feeder, road. Control device, twisted heart department', + egg hanging effect: twisted shaft spur gear: twisted shaft: = end 3 cone =, device wheel vertical, another ιϊ == rotary connection And with the active wire cutter Μ spur gear and winch bevel gear. Line. Used to cut off the strapping motor that is hung around the object to be bundled, and provide the power source, in the wire mechanism, twist The mechanism, the cutting mechanism, the motor shaft gear and the _ spur tooth have an electric_gear, and the direction 2 of the axle includes the active wire feed wheel and the active wire feed bearing and the M369304 disposed between the spur gear and the twist shaft. The first early 'toward the bearing. Made, but the next H Shi rebar (four) _ real _ to illustrate the creation of Figure I- Figure 8 is not intended to limit the creation. The case and the inside of the case: electric package: C-shaped machine head!, handle, external mechanism and cutting mechanism. Machine, battery 18, wire feeding mechanism, twisting m It 16 The wheel shaft is provided with a motor shaft gear 21, and the motor 16 is connected to the battery 1 disposed in the handle through the switch 17. The wire feeding mechanism includes a wire 15' of a entangled wire which is rotatably connected to the inner wall of the casing. Active and passive wire feed wheels 9, ^, guide wire tube 11 and guide wire block 25. The outer circumferential surfaces of the active and passive wire feed wheels 9, 24 are provided with an annular wire feed slot matched with the diameter of the wire. The lower end of the active wire feed wheel shaft is provided with a toothed downwardly-shaped bevel gear 12, and a first one-way bearing 19 is arranged between the active wire feed shafts. True ^, miscellaneous 15 and active and passive wire feed wheels 9 ^ tube 11 is provided at the end of the wire U is provided with a guide wire taper tube 13; guide ^: 3 =, the guide wire tube Γ: move the upper two ^ ^ :: block cut ring branch, and wear the guide twist mechanism, package栝 轴 2 2 'spindle spur gear 0, one end of the skein 2 is perpendicular to the nose of the nose = the gear wheel axis, _ straight # wheel 23 and twisted 姊 ^ and the active wire feed shaft 2 The other end, and the spur gear 23 is arranged in Yin, and the twisted bevel gear 22 is meshed with the feed bevel gear 12, the outer end of the blush: 2, the twisted skein, the spur gear 23 and the electric M369304 crankshaft. The gear 21 is meshed, and the end surface of the hinge 2 located in the head is axially opened with a U-shaped opening 31. As shown in Figs. 7 and 8, on the contact surface of the spur gear 23 and the winch bevel gear 22 The spur gear spur gear is provided with an arcuate groove 28, and the spur bevel gear 22 is provided with a cylindrical boss 29, and the column stud 29 is inserted into the arc groove 28 along the arc groove 28 sliding. When the spindle spur gear rotates, the spindle bevel gear 22 is not immediately rotated, but after the spindle spur gear 23 rotates 350 degrees, the boss 29 reaches the end of the curved groove 28. When the spindle bevel gear 22 is driven to rotate. The main function of the device is that the U-shaped and returning of the hinge 2 does not work at the same time, avoiding the feeding of the wire feeding wheel earlier than the hinge axis, and avoiding the wire being worn when the wire is fed. intermediate. y the cutting mechanism, including the cutter 6, the cam 3 and the cam top, the guide wire block 25 is provided with a sample 27 perpendicularly communicating with the guide wire through hole 26, and the cutting edge of the cutter 6 is disposed at the cutting The central portion of the wire groove 27 and the cutting edge is hinged to the outer casing of the head 1, and the cam 3 is provided with a hinge shaft I between the spindle spur gear 23 and the head, and the cam has a second one-way bearing 2. At both ends of the cam ram 5, the surface abuts against the end of the cutter, and as the cam 3 rotates, the outer opening enters and exits the slit groove 27 on the guide wire 25. The knife of the movable trowel 6 further includes a counting wheel 8, and a counting sensor is provided on the active wire feeding shaft. ^ ' further includes a compression spring 7 which is abutted against the cutter 6 at both ends. The end of the machine and the machine M369304 The operation process of this creation is as follows: The wire guide wire tube 11 with the wire wrapped around the wire is inserted into the back of the gun body, and the wire is threaded into the wire wheel 24 to the ring K to the line. 9 with the slave send start button 17 m: slot. Hook the machine head 1 to the bundled object, press the work command, the motor control of the motor = f (4), after receiving the money, the rotation of the spur gear 23 is driven, and =, and the one-way bearing 20 is passed through the motor shaft gear 21, The one-way 舳/乂 直 spur gear 23 and the winch 2 are used to generate friction between the spur gear 2 and the skein 2, and 3 is also fastened to the skein as the motion 'AiTf" The front end of the cam 2 = again =: Between the shaft 2 is provided with a set of the stranded shaft 20 due to the external force, and the one-way bearing wheel 23 turns "the peak 2 stops rotating." The twisted shaft straight tooth wire 4 continues with the touch wire 22 and the roller cone 12 movement, the feeding wheel 12 is connected with the wire feeding gear shaft, and the first bearing 19 on the wire feeding gear shaft is rotated in the forward direction to drive the sleeve. The wire feed wheel 10 and the driven wire feed wheel 24 on the first one-way bearing 19 are meshed and rotated, the two wire feed wheels are two wire feed trays 10 and adjusting screws, and two wire feed wheels are adjusted by adjusting screws. , the combination of 'guaranteeing the forward movement of the wire is carried out by the curved guide wire 26 on the guide wire block 25, and further passes through the u-shaped opening on the winch 2, and is 360 degrees around the object to be formed. Exercise to form a wire loop. When the required number of wire loops is completed, the active and passive two wire feed wheels 9, 24 have been rotated by η, and n is transmitted to the micro-control benefit on the circuit board 14 by the Hall sensor on the count wheel 8. signal. When the microcontroller receives the value signal converted from the preset wire length, it issues an instruction to turn the motor 16 counterclockwise.
M3 693 04 動。電動機轴齒輪21帶動絞軸 第_ -起轉動，雖然也同時二 向前運動。絞軸2反向轉動的同時絞軸2上的^ 輪:側面頂起凸輪頂杆5，凸 :絲：6的尾端以切絲刀的鉸接點為支點運動切斷 =;口處的鐵絲’切絲刀的尾端裝有壓菁 頂杆^工作後復位。同時絞軸2前端的u形又口 ^絞 =其:間的鐵絲圈使其在待紮物上絞緊。當 ^ 機的扭矩日·上升電流也隨之上升，纽緊 時^感測器發出信號，微控繼隨即發出停車 ^ =統重定到初始狀態，電動機停止工作，—個工作週= 兀成，等待第二工作程式。 ’ 能，的是’鋼筋捆紮機上也可以沒有設置計數功 月匕此時，可以通過人為的一個指 仏 控制器’微控制II接收到後指令後，控制電動機反轉的微 本裝置的前端是機頭1，機頭i的中央部位有U形叉 口 31 ’ U形又口 31起到絞緊鐵絲的作用。絞軸2类^ 第二單向軸承20,第二單向軸承20上套有絞軸直齒輪^3, 絞軸直齒輪23的右端設有絞軸錐齒輪22，絞軸2的另一 端通過普通軸承固定在機體上。絞轴直齒輪23與诚: =麵輪12 4合。_錐#輪22與送_輪轴上的錐 齒輪相嚙合，送絲齒輪轴上端設有主動送絲輪9，主動送 11 M369304 絲輪9與從動送絲輪24相嚙合，工作時，鐵絲從主動送絲 輪9和從動送絲輪24之間通過。主動送絲輪9上設有計數 輪8，計數輪8上裝有霍爾感測器，霍爾感測器對主動送 絲輪9的轉動圈數進行計數^ 機體的末端設有絲盤15，繞有鐵絲，導絲管u將鐵 絲導向主動送絲輪9與從動送絲輪24之間，導絲管u的 月'J端設有導絲錐管13。搶體的手柄内裝有電池18，提供工 作電源。 本創作不局限於上述最佳實施方式，任何人應該得知 在本創作的啟7F下作出的結構變化，凡 同或相近的技術方案，均落入本創作的保護範圍之内有才 【圖式簡單說明】 圖1為本創作的内部結構示意圖。 圖2為本創作的_結構俯視圖。 圖3為HA剖面圖。圖M3 693 04 moving. The motor shaft gear 21 drives the hinge shaft to rotate _-, although it also moves forward at the same time. When the twisting shaft 2 rotates in the opposite direction, the wheel on the twisting shaft 2: the side is lifted up from the cam ejector rod 5, and the end of the convex: wire: 6 is cut by the hinge point of the cutter cutter as a fulcrum = the wire at the mouth 'The end of the wire cutter is equipped with a pressing ejector pin ^ to reset after work. At the same time, the u-shaped end of the twisted shaft 2 is twisted and twisted = its: the wire loop between the strands is tightened on the object to be tied. When the torque of the machine is increased, the rising current also rises. When the button is tight, the sensor sends a signal, and the micro-control then sends out the stop. ^=Reset to the initial state, the motor stops working, and a working week = 兀成, Waiting for the second worker. 'Can, is that 'the steel bar binding machine can also not set the counting power month. At this time, the front end of the micro-device that can control the motor reversal can be controlled by a man-made finger controller' micro-control II after receiving the rear command. It is the head 1, and the central portion of the head i has a U-shaped fork 31' U-shaped and the mouth 31 serves to tighten the wire. The second shaft bearing 20, the second one-way bearing 20 is sleeved with a spur gear Φ3, the right end of the spur gear 23 is provided with a winch bevel gear 22, and the other end of the hinge shaft 2 is passed Ordinary bearings are fixed to the body. The spur gear 23 is combined with the Cheng: = face wheel 12 4 . _ cone# wheel 22 meshes with the bevel gear on the sending _ axle, the upper end of the wire feeding gear shaft is provided with an active wire feeding wheel 9, and the active feeding 11 M369304 wire wheel 9 meshes with the driven wire feeding wheel 24, when working, The wire passes between the active wire feed roller 9 and the driven wire feed wheel 24. The active wire feed wheel 9 is provided with a counting wheel 8, the counting wheel 8 is provided with a Hall sensor, and the Hall sensor counts the number of rotations of the active wire feeding wheel 9. The end of the body is provided with a wire disk 15 The wire is wound around the guide wire tube u, and the wire is guided between the active wire feed wheel 9 and the driven wire feed wheel 24. The guide wire tube u is provided with a guide wire taper tube 13 at the end of the month. A battery 18 is provided in the handle of the body to provide a working power source. This creation is not limited to the above-mentioned best implementation. Anyone should be aware of the structural changes made under the 7F of this creation. Any technical solutions that are the same or similar will fall within the scope of protection of this creation. Brief description of the formula] Figure 1 is a schematic diagram of the internal structure of the creation. Figure 2 is a top view of the structure of the creation. Figure 3 is a cross-sectional view of the HA. Figure
圖4為圖1的剖面圖。 圖5為圖1的面圖。 創作切斷機構示意圖。 圖8為本2的_直錄結構示幻 的絞軸錐齒輪結構示意釋 12 M369304 【主要元件符號說明】 1 :機頭 2 :絞軸 3 :凸輪 4:凸輪轴套 5 :凸輪頂杆 6 :切絲刀 7 :壓簧 8 ·計數輪 9 :送絲輪 10 :送絲拖板 11 :導絲管 12 :帶軸錐齒輪 13 :導絲錐管 14 :電路板 15 :絲盤 16 :電動機 17 :開關 18 :電池 19 :第一單向軸承 20 :第二單向軸承 21 :電動機軸齒輪 22 :絞軸錐齒輪 23 :絞軸直齒輪 M369304 24 :被動送絲輪 25 :導絲塊 26 :導絲通孔 27 :切絲槽 28 :弧形凹槽 29 :凸柱 31 : U形叉口Figure 4 is a cross-sectional view of Figure 1. Figure 5 is a plan view of Figure 1. Create a schematic diagram of the cutting mechanism. Fig. 8 is a schematic diagram of the structure of the hinged bevel gear of the _direct recording structure of Fig. 2 M369304 [Description of main components] 1 : Handpiece 2: stranded shaft 3: cam 4: cam sleeve 5: cam ram 6 :Cutter knife 7 : compression spring 8 ·counting wheel 9 : wire feed wheel 10 : wire feed carriage 11 : guide wire tube 12 : belt bevel gear 13 : guide wire cone tube 14 : circuit board 15 : wire disc 16 : electric motor 17: switch 18: battery 19: first one-way bearing 20: second one-way bearing 21: motor shaft gear 22: winch bevel gear 23: winch spur gear M369304 24: passive wire feed wheel 25: guide wire block 26 : guide wire through hole 27: wire slot 28: curved groove 29: boss 31: U-shaped fork