M334123 八、新型說明： 【新型所屬之技術領域】 本創作係有m賴用之往復導引裝置，其兼具往復移 動極為平顿暢、轉帶體之移触置補確控伽及馬達褒設 • 位置可依需要作改變等優點及功效。 又 . 【先前技術】 - ㈣第―圖，傳統式鋼索型繞線細往復料裝置係包括： •—控制部81、一馬達82、-驅動輪83、二導輪84、-往復元件 85、^~導鈔為86及一紗管87。 該匕制4 81係用以控制該馬達82驅動該驅動輪83 ;該往復 凡件85係繞設於該驅動輪83及該導輪％上；該導紗器祁係固 定於該往復元件85上。 ' 該往復元件85係為鋼索、細繩或皮帶其中之—種。 藉由該導紗器86之技指甚夕^ «主设私動而可將一紗線纏繞於該紗管87M334123 VIII. New description: [New technical field] The creation system has a reciprocating guiding device that relies on reciprocating movement, and the reciprocating movement is extremely flat, and the moving contact of the rotating belt is controlled by the motor. Set the location and make changes and other advantages as needed. [Prior Art] - (d) Figure 1-3, the conventional cable-type winding reciprocating device includes: - a control portion 81, a motor 82, a drive wheel 83, two guide wheels 84, - a reciprocating member 85, ^~ The banknote is 86 and a bobbin 87. The brake 4 81 is used to control the motor 82 to drive the driving wheel 83; the reciprocating member 85 is wound around the driving wheel 83 and the guiding wheel %; the yarn guiding device is fixed to the reciprocating member 85 on. 'The reciprocating element 85 is a type of steel cable, string or belt. A yarn can be wound around the bobbin by means of the yarn guide 86.
上0 傳統式鋼索型繞線機用往復導引裝置仍具有下列之缺胃占.The reciprocating guide device of the traditional steel wire type winder has the following lack of stomach.
[1] 往復移動易偏移與振動。參閱第-圖，因該往復元件85 於該二導輪84間係為懸空狀，並赌其沿—水平之X軸移動，所 以當該導 =86錄_時，編生m向之偏移鱼振 動’故 麵，該紗管87上纏繞之紗線難免有些不平均， 影響繞線作業之品質。 3 [2] 之移動位置無法精確控制。當該導紗器祕在往復 5 M334123 移動時’有兩條限位置’分別為—第_極限位置？1及一第二極 限位置P2。然而，當使用鋼索、細繩或—般之皮帶時，由於鋼索、 細繩或-般之皮帶與該驅動輪83及該導輪84間之接觸為滑動接 觸’容易有微量之滑動誤差，因此會導致該導紗謂之移動位置 麵精確翻，若超過鱗-極限健ρι或該第二極限位置p2 時，則表示繞線之區域將變大，亦即，將形成不良品。 [3]馬達裝設位置無法依需要作改變。傳統式鋼索型繞線機 之馬達為©定式，無法配麵細物&缓（树必需調整機組 位置，以利空間運用）或繞線機上的設計調整（可能因開發設計而 =調整零件位置以設置新組件），改變其袭設位置，以致廠房内的 二間運用或繞線機開發設計受到限制。 因此’有必要研發新產品，以解決上述缺點及問題。 【新型内容】 本創作之主要目的，在於提供一種繞線機用之往復導引裝 置，其使往復移動極為平順流暢。 — 人目的，在於提供一種繞線機用之往復導引裝 置，其使驅動帶體之移動位置可精確控制。 本創作之再一目的，在於提供—種繞線機用之往復導引裝 置’其使馬魏驗置可依需要作改變。 本創作係提供-種繞線_之往復料裝置，其包括： 一驅動組件，俦$ φ 1女 . ’、”有—驅動帶體、至少二個輪體及一驅 動元件；該驅動帶體係繞設於該輪體上，且該驅動請係用以驅 6 M334123 動該輪體’使該驅動帶體往復移動； 一滑轨部，係具有—第一配合部，該第一配合部的延伸方向 係被定義為一往復移動方向； 一滑塊部，係具有—第二配合部及一固定元件，該第二配合 -部係與該第一配合部互相限位；該固定元件係用以固定該驅動帶 ' 體且能同步移動；藉此，使該滑塊部僅能於該第一配合部上沿該 _ 往復移動方向往復移動； # 一導紗部’係設於該滑塊部上且具有一導紗孔。 本創作之上述目的與優點，不難從下述所選用實施例之詳細 說明與附圖中，獲得深入瞭解。 茲以下列實施例並配合圖式詳細說明本創作於後·· 【實施方式】 茶閱第二及第三圖，本創作係為一種繞線機用之往復導引裝 置其弟一實施例包括：[1] Reciprocating movement is easy to shift and vibrate. Referring to the first figure, since the reciprocating member 85 is suspended between the two guide wheels 84, and bets to move along the X-axis of the horizontal, when the guide = 86 recorded _, the m-direction is shifted The fish vibrates 'the face, the yarn wound on the yarn tube 87 is inevitably somewhat uneven, affecting the quality of the winding work. 3 [2] The moving position cannot be precisely controlled. When the yarn guide is moving back and forth 5 M334123, the movement has two limit positions, respectively - the -th limit position? 1 and a second limit position P2. However, when a steel cable, a string or a general belt is used, since the contact between the cable, the string or the belt and the driving wheel 83 and the guide wheel 84 is a sliding contact, there is a slight slight sliding error. This will cause the guide yarn to be accurately turned over. If it exceeds the scale-limit health or the second limit position p2, it means that the area of the winding will become larger, that is, a defective product will be formed. [3] The motor mounting position cannot be changed as needed. The motor of the traditional cable-winding machine is fixed, it can't match the fines & slow (the tree must adjust the position of the unit to facilitate the space) or the design adjustment on the winding machine (may be due to the development design = adjust the parts The location to set the new component), changing its location, so that the two applications in the plant or the development design of the winding machine is limited. Therefore, it is necessary to develop new products to solve the above shortcomings and problems. [New content] The main purpose of the present invention is to provide a reciprocating guiding device for a winding machine, which makes the reciprocating movement smooth and smooth. - The object is to provide a reciprocating guiding device for a winding machine which allows precise control of the moving position of the driving belt. A further object of the present invention is to provide a reciprocating guiding device for a winding machine which allows the Ma Wei inspection to be changed as needed. The present invention provides a rewinding device of the winding type, comprising: a driving assembly, 俦$φ1 female. '," having a driving belt body, at least two wheel bodies and a driving element; the driving belt system Wrapped around the wheel body, and the drive is used to drive the motor to drive the wheel body to reciprocate the drive belt body; a slide rail portion has a first mating portion, the first mating portion The extending direction is defined as a reciprocating direction; a slider portion has a second mating portion and a fixing member, and the second mating portion and the first mating portion are mutually constrained; the fixing member is used Fixing the drive belt 'body and synchronously moving; thereby, the slider portion can only reciprocate along the _ reciprocating direction on the first mating portion; #一导纱部' is disposed on the slider The above-mentioned objects and advantages of the present invention are not difficult to understand from the detailed description of the selected embodiments and the drawings. The following embodiments are described in detail with reference to the drawings. After the creation · · [Embodiment] Tea reading second and third This creation system as a winding machine of a reciprocating guide means brother embodiment includes:
一驅動組件1 及一驅動元件13 動元件13係用以， 移動； 一滑軌部20，係具有一滑槽21及至小A driving component 1 and a driving component 13 are used for moving; a sliding rail 20 has a chute 21 and a small
及至少一限位擋部22，該滑 X ； 面32 滑動面31、至少一第二滑動 7 31係與該滑槽21接觸；該 7 M334123 二=面：係與該限位擒部糊^ =_且能同步移動;藉由該限位擔部22 知塊僅能在該滑槽21中沿該往復移動方向X往復移動； 導v40 ’係设於該滑塊部3〇上且具有一導紗孔*卜 如此為本創作之繞線_之往復導引裝置。 X驅動、、且件1G的驅動帶體u係與該滑執部％相對 水平的轉動。 林動帶體11鱗用低延紐之帶體、雜、類似時規皮帶 的結構其中之一種。 如第四圖所示，係本創作之第二實_，其與第-實施例的 差異處僅在於設置三個輪體12，其餘功能相同。 ί第五A及苐五B圖’係本創作之滑塊部之第一種型 ，，該滑塊部30之固定元件33係具有一垂直凹槽331，其用以固 定該驅動帶體11，該垂直凹槽331係内凹於顧定元件33上。 另如第六A及第六B圖所示，係本創作之滑塊部3〇之第二種 里心。亥/月塊部30之固定元件33亦具有一垂直凹槽331，其用以 固疋麵動帶體U，該垂直凹槽331係外凸於該固定元件33上。 再請芩閱第七圖，係本創作之第三實施例，其與第二實施例 大相同，差異處僅在於該驅動組件1〇的驅動帶體n係與該滑 執部20相對垂直的轉動。 另外，如第八圖所示，係該滑塊部3〇之第三種型態，該固定 元件33係具有一水平凹槽332，其用以固定該驅動帶體 11，該水 8 M334123 平凹槽332係内凹於該固定元件％上。 另請參閱第九圖，係該滑塊部3〇之第四種型態，該固定元件 系八有水平凹槽332 ’其用以固定該驅動帶體U，該水平凹 槽332係外突於該固定元件幻上。 如弟十圖所示，該驅動帶體u係具有複數的齒部⑴，且該 ' 輪體12具有相對應之凹槽12卜藉該齒部m與該凹槽121之屬 • 合，使該驅動帶體11與該輪體12可精確的相互傳動。 _ :閱第十—及第十二®，係本創作之第四實施例，其與第一 貝施例大體相同’差異處在於該滑槽2丨與該限位撞部22(如第二 圖所示)共同組成一第一配合部2〇A(概呈圓桿）；且該第一滑動面 31與該第二滑動面32(如第二圖所示）共同組成一第二配合部 3〇A(概壬圓孔）；藉由該第一、第二配合部20A與30A之互相限 位’使该滑塊部30僅能配合該第一配合部2〇A而沿該往復移動方 向X往復移動；且該驅動組件1〇、該滑軌部20及該滑塊部3〇係 _ 垂直該移動方向X的相互移動。 如第十四及第十五圖所示，係本創作之第五實施例，其與第 四κ知例幾乎相同，變化處僅在於該驅動組件1〇、該滑執部2〇及 该滑塊部30係水平於該移動方向X的相互移動。 另外’該驅動帶體11與該固定元件33係至少具有以下幾種 固定結構： [a]如第十一 A圖所示，該驅動帶體n與該固定元件幻之垂 直凹槽331係為緊配合結構。 M334123 〜[b]如第十-B圖所* ’該驅動帶體u設有該齒部⑴，該 固疋凡件33之垂直凹槽331上相對應設有固定齒33A。 Μ如第十一 C圖所示，該驅動帶體u設有—固定面1口， 該固定元件33設有穿透該垂直凹槽331之固定銷件33β，藉該固 定銷件33B固定於該固定面112，使該驅動帶體u與該固^元件 33相互固定。 /當然’關於前述該驅動帶體u與該固定元件33之固定結構， 係可實施於垂直凹槽331與水平凹槽332的其中之一者上。 亦令本創作藉由該滑執部之滑槽與限位擔部，限制該滑塊 部的[義面與第二滑動面僅可沿該簡之往復移動方向務 動，藉由兩麵構本身的相互限制，使該滑塊部可以相當穩定在 該滑執部上鑛，並可依她_地魏晝動元件 设置為垂直於該滑軌部的猶，或水平於該滑執部的轉動，即可 同時使該麟帶體隨著_騎件改㈣動方式， 相當大的突破。 本創作之優點及功效可歸納為： 錄極騎概暢。糊作之丨綠部設有滑槽及限位 擋部，可分別與滑塊部之第_、 典 僅能在該她該 [2]驅動帶體之移動位置 可精確控制。當本_之驅動帶體採 M334123 用低延展性之帶體、鍊條錢似時規皮帶之結構時，驅動帶體之 移動位置將可精確控制’相對可準確的帶動該滑塊部上的導紗 部，使紗線捲繞整齊。 [3]馬達裝設位置可依需要作改變。本創作之驅動元件可以相 .觸滑卿作水平或垂直的位置改變，如此可充份配合廠房内的 ' 郎朝或繞軸之開體相隨時更改適當的裝設位置。 _ 以上錢藉她佳實❹W細訓摘作，躲該實施例所 # _任何簡單修改與變化，皆不脫離本創作之精神與範圍。 、，由以上4細說明’可使熟知本徽藝者明瞭本創作的確可達 成叙目❸只已符合專利法之規定，爰提出新型專利申請。 M334123 【圖式簡單說明】 第一圖係傳統裝置之示意圖 第二圖係本創作之第—實施例之立體圖 第三圖係本創作之第—實施例之俯視圖 第四圖係本創作之第二實施例之俯視圖 第五A圖係本創作之滑塊部之第-種型態之示意圖 第五B圖係本創作之滑塊部之第—種型態之剖視示意圖 藝帛六A圖係本創作之滑塊部之第二種型態之示意圖 第—六B圖係本創作之滑塊部之第二種型態之剖視示意圖 第七圖係本創作之第三實施例之立體圖 “圖係本創作之滑塊部之第三種型態之示意圖 第九圖係本創作之滑塊部之第四種型態之示意圖 第十圖係本創作之驅動帶體與輪體之示意圖 第十一 A圖係本創作之驅動帶體與固技件的第-固定實施例示 • 意圖 第十-B圖係本創作之.__與固定元件的第二固定實施例示 意圖 第十C圖係本創作之驅動帶體與固定元件的第三固定實施例示 意圖 第十一圖係本創作之第四實施例之立體圖 第十三圖係本創作之第四實施例之俯視圖 第十四圖係本創作之第五實施例之立體圖 M334123 第十五圖係本創作之第五實施例之平面圖 【主要元件符號說明】 10驅動組件 11驅動帶體 111齒部 112固定面 12輪體 121凹槽 13驅動元件 20滑執部 20A第一配合部 21滑槽 22限位擋部 30滑塊部 30A第二配合部 31第一滑動面 32第二滑動面 33固定元件 33A固定齒 33B固定銷件 331垂直凹槽 332水平凹槽 40導紗部 41導紗孔 81控制部 82馬達 83驅動輪 84導輪 85往復元件 86導紗器 87紗管 P1第一極限位置 P2第二極限位置 X往復移動方向And at least one limit stop portion 22, the slide X; the face 32 sliding surface 31, the at least one second slide 7 31 is in contact with the sliding slot 21; the 7 M334123 two = face: the system and the limit portion paste paste ^ =_ and can move synchronously; the limit portion 22 knows that the block can only reciprocate in the reciprocating direction X in the chute 21; the guide v40' is disposed on the slider portion 3〇 and has a The yarn guide hole* is thus the winding guide of the present invention. The drive belt body u of the X drive and the member 1G rotates relative to the slip portion %. The forest moving body 11 scales use one of the structures of the belt body, the miscellaneous, and the similar timing belt. As shown in the fourth figure, the second real version of the present invention is different from the first embodiment only in that three wheel bodies 12 are provided, and the remaining functions are the same.第五5A and 5BB are the first type of the slider portion of the present invention, and the fixing member 33 of the slider portion 30 has a vertical groove 331 for fixing the driving belt body 11 The vertical groove 331 is recessed on the predetermined element 33. In addition, as shown in the sixth and sixth B-pictures, it is the second core of the slider portion 3 of the present creation. The fixing member 33 of the half/month block portion 30 also has a vertical recess 331 for fixing the surface moving belt body U, which is convexly convex on the fixing member 33. Referring to the seventh figure, the third embodiment of the present invention is the same as the second embodiment. The difference is only that the driving belt body n of the driving component 1 is relatively perpendicular to the sliding portion 20. Turn. In addition, as shown in the eighth figure, it is a third type of the slider portion 3, and the fixing member 33 has a horizontal groove 332 for fixing the driving belt body 11. The water 8 M334123 is flat. The groove 332 is recessed on the fixing element %. Please also refer to the ninth figure, which is a fourth type of the slider portion 3, the fixing member has eight horizontal grooves 332' for fixing the driving belt body U, and the horizontal groove 332 is externally protruding. On the fixed element magic. As shown in FIG. 10, the driving belt body u has a plurality of teeth (1), and the 'wheel body 12 has a corresponding groove 12, and the tooth portion m and the groove 121 are combined with each other. The drive belt body 11 and the wheel body 12 can be accurately driven to each other. _ : Read the tenth - and twelfth ®, which is the fourth embodiment of the present invention, which is substantially the same as the first embodiment. The difference lies in the chute 2 and the limit collision 22 (such as the second The first sliding portion 31 and the second sliding surface 32 (shown in the second figure) together form a second mating portion. 3〇A (general round hole); by the first and second mating portions 20A and 30A being mutually constrained 'to make the slider portion 30 only fit the first mating portion 2A, and to reciprocate along the reciprocating movement The direction X reciprocates; and the drive unit 1 〇, the rail portion 20 and the slider portion 3 _ move perpendicular to each other in the movement direction X. As shown in the fourteenth and fifteenth drawings, the fifth embodiment of the present invention is almost the same as the fourth gamma known example, and the only change is the driving component 1〇, the sliding portion 2〇, and the sliding. The block portions 30 are horizontally moved in the moving direction X. In addition, the driving belt body 11 and the fixing member 33 have at least the following fixed structures: [a] As shown in FIG. 11A, the driving belt body n and the fixing element phantom vertical groove 331 are Tight fit structure. M334123~[b] As shown in the tenth-Bth diagram, the driving belt body u is provided with the tooth portion (1), and the vertical groove 331 of the fixing member 33 is provided with a fixed tooth 33A. For example, as shown in FIG. 11C, the driving belt body u is provided with a fixing surface 1 , and the fixing member 33 is provided with a fixing pin 33β penetrating the vertical groove 331 , by which the fixing pin 33B is fixed The fixing surface 112 fixes the driving belt body u and the fixing member 33 to each other. / Of course, the fixing structure of the driving belt body u and the fixing member 33 can be implemented on one of the vertical groove 331 and the horizontal groove 332. Also, the present invention restricts the sliding surface of the sliding portion by the sliding groove and the limiting portion of the sliding portion, and the second sliding surface can only be moved along the reciprocating direction of the simple sliding portion, by the two-sided structure The mutual restriction of the slider allows the slider portion to be relatively stable on the sliding portion, and can be arranged to be perpendicular to the sliding portion or horizontal to the sliding portion according to the her Rotating, you can make the lining belt change at the same time with the _ riding part change (four) movement mode, a considerable breakthrough. The advantages and functions of this creation can be summarized as follows: The green part of the paste is provided with a chute and a limit stop, which can be precisely controlled with the position of the slider portion, respectively, in the moving position of the drive belt. When the driving belt of the _M334123 adopts the structure of the low ductility belt and the chain money like the timing belt, the moving position of the driving belt body can accurately control 'relatively and accurately drive the guide on the slider portion. The yarn section winds the yarn neatly. [3] The motor mounting position can be changed as needed. The driving elements of this creation can be changed horizontally or vertically by the touch of the slide, so that the appropriate installation position can be changed at any time in accordance with the opening direction of the 'lang or the shaft. _ The above money is borrowed from her fine work, and the other examples are not to be separated from the spirit and scope of this creation. By the above 4, the detailed description can make it possible for the well-known artisans to understand that the creation of this art is indeed up to the scope of the patent law, and to propose a new type of patent application. M334123 [Simplified illustration of the drawings] The first drawing is a schematic view of a conventional device. The second drawing is a perspective view of the first embodiment of the present invention. The third drawing is a plan view of the fourth embodiment of the present invention. The top view of the fifth embodiment of the embodiment is a schematic diagram of the first type of the slider portion of the present invention. The fifth B diagram is a cross-sectional view of the first type of the slider portion of the present creation. The second type of the slider portion of the present invention is a cross-sectional view of the second type of the slider portion of the present invention. The seventh diagram is a perspective view of the third embodiment of the present creation. The figure is the schematic diagram of the third type of the slider part of the creation. The ninth diagram is the schematic diagram of the fourth type of the slider part of the creation. The tenth figure is the schematic diagram of the driving belt body and the wheel body of the present invention. The eleventh A diagram is the first fixed embodiment of the driving belt body and the solid technology part of the present invention. The tenth-B diagram is intended to be the creation of the second embodiment of the present invention. The third fixed embodiment of the driving belt body and the fixing element of the present invention is the tenth Fig. 13 is a perspective view of a fourth embodiment of the present invention. Fig. 14 is a plan view of a fourth embodiment of the present invention. Fig. 14 is a perspective view of a fifth embodiment of the present invention. Plan of the embodiment [Description of main components] 10 drive assembly 11 drive belt 111 tooth portion 112 fixing surface 12 wheel body 121 groove 13 drive member 20 sliding portion 20A first mating portion 21 chute 22 limit portion 30 Slider portion 30A second mating portion 31 first sliding surface 32 second sliding surface 33 fixing member 33A fixing tooth 33B fixing pin member 331 vertical groove 332 horizontal groove 40 yarn guiding portion 41 yarn guiding hole 81 control portion 82 motor 83 Drive wheel 84 guide wheel 85 reciprocating element 86 yarn guide 87 bobbin P1 first limit position P2 second limit position X reciprocating direction