M364659 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種維修免使用工具之導帶槽結構，特別是 指一種利用機構間之連動而達到鬆開之維修免使用工具之導 帶槽結構，其兼具維修快速、節省拆裝時間及利用重力自動脫 離等優點及功效。 【先如技術】 -般來說’捆包機之故障通常是導帶_發生擠帶而影響 進帶及退帶，而在進行故障排除時，必需先拆卸4至6個固^ 部(固定部-般為螺紋鎖合），才能拆#與導帶槽結合之機構， 進行故障之排除，而在故_除完畢後，再將機構與導帶槽組 裝’並將各固定部固定回預定位置，在故障維修時相當不^且 耗時。 如第-圖所示，習知捆包機90要進行維修時，必需先將 -配合部9!上之四個岐部911拆除，才可使該配合部Μ脫 離-導帶槽92，進行維修之工作，而在維修後，則需再一一 將各固定㈣__定位置，程序上相當不便且耗時。 有鑑於此，必需研發出可解決上述習用缺點之技術。 【新型内容】 =創作之目的在於提供—種維修免使用工具之導帶槽結 構，其兼具維修快速、節省拆褒時間及利用重力自動脫離等優 點及功效，用以解決f知技術拆裝不易及耗費時間等問題。 M364659 本創作解決上述問題之技術手段係提供一種維修免使用 工具之導帶槽結構，係設於一捆包機上，其包括： 一基板，其係具有一第一表面、一第二表面、一第一導引 孔、-第二導引孔及—活動開口，該第―、該第二導引孔及該 活動開口係貫穿該第一及該第二表面；M364659 V. New description: [New technical field] This creation is about a guide belt slot structure for maintenance-free tools, especially a guide belt slot that utilizes linkage between mechanisms to achieve loosening and maintenance-free tools. The structure has the advantages and functions of quick maintenance, saving disassembly and assembly time, and automatic separation by gravity. [First as technology] - Generally speaking, the failure of the strapping machine is usually the belt _ the belt is squeezed to affect the belt and the belt, and in the troubleshooting, 4 to 6 parts must be removed first (fixed part) - generally for thread locking), in order to remove the mechanism combined with the guide groove, to eliminate the fault, and after the completion of the removal, the mechanism and the guide groove are assembled 'and the fixed parts are fixed back to the predetermined position It is quite uncomfortable and time consuming during fault repair. As shown in the first figure, when the conventional baling machine 90 is to be repaired, the four jaws 911 on the mating portion 9! must be removed first, so that the mating portion can be disengaged from the guide belt groove 92 for maintenance. Work, and after the repair, you need to fix the fixed (four) __ one location, the procedure is quite inconvenient and time consuming. In view of this, it is necessary to develop a technique that can solve the above disadvantages. [New content] = The purpose of creation is to provide a guide belt slot structure for maintenance and maintenance-free tools, which has the advantages of quick maintenance, saving time for demolition and automatic use of gravity, and the like, to solve the problem of disassembly and assembly. It is not easy and time consuming. M364659 The technical means for solving the above problems is to provide a guide tape slot structure for repairing and using tools, which is provided on a bundler, comprising: a substrate having a first surface, a second surface, and a a first guiding hole, a second guiding hole and a movable opening, wherein the second guiding hole and the movable opening penetrate the first and the second surface;
一傳動輪組，其係設於該基板之第—表面，該傳動輪組係 具有一進帶輪部及一退帶輪部’該進帶輪部係具有—第一導帶 槽’而該退帶輪部係具有-第二導帶槽；又，該進帶輪部及: 退帶輪部係分腦由ϋ練置及-第二驅練置來達 到驅動’而該第-及該第二導帶槽制以輸送—帶狀物件； -第-桿部，其係設於該第—表面上，該第—桿部係具有 -固定部、—第—樞接部及—第—轉動部，該第—轉動部係設 於該第一表面上，供該第一桿部作一預定角度範圍之轉動； -第二桿部，其係設於該第二表面上，該第二桿部其係具 有-第-滑動部、-第二滑動部、—連動旋轉臂及—第二轉動 部；該第一滑動部及該第二滑動部係可分別於該第一導引孔及 ，第二導引孔上作―預定距離之鶴，該第二轉_係設於該 第二表面上，供該第二桿部作一預定角度範圍之轉動； -第-配合部，其係設於該第—表面，該第—配合部係具 有第一樞接部及-第二樞接部；該第一滑動部及該第二滑動 部係分別通過該第-料孔及該第二導5|孔而樞接於該第二 樞接部及該第三樞接部； M364659 第一配合部’其係設於該第—表面，該第三配合部係具 有弟四樞接部，忒第四樞接部係通過該活動開口，且該第四 樞接部兩端係分別樞接於該第—桿部之第—樞接部及該第二 桿部之連動旋轉臂上； 一卡合元件，其係具有一卡合部，用以卡合及鬆開該第一 桿部； 藉此，當該卡合部將該第一桿部之固定部卡合時，該第一 配合部及該第二配合部係靠合於該第一及該第二導帶槽，將該 帶狀物件限制於該第一及該第二導帶槽上移動，且該第二配合 部係抵住該第一配合部；而當該卡合部與該第一桿部之固定部 脫離時，該第一桿部係產生預定角度範圍之轉動，進而連動該 弟一杯部、該第一配合部及該第二配合部之作動，使該第二配 合部脫離該第一配合部及該第二導帶槽，而該第一配合部則脫 離該第一導帶槽。 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】 如第二及第三圖所示’本創作係一種維修免使用工具之導 帶槽結構，係設於一捆包機上’其包括： 一基板10 ’其係具有一第一表面11、一第二表面12、一 第一導引孔13、一第二導引孔14及一活動開口 15，該第一、 5 M364659 14及該活_ 口 15係貫穿該第—及該第 得職組，其係辦絲板ω 動輪組20係具有—進帶輪部2i 表面：，該傳 部2】係具有一第一導 吨422’該進帶輪 二導帶退帶輪部22係具有一第 曰，5亥進帶輪部21及該退帶\ 士 由-第-驅動|詈61 β β 、帶輪4 22係分別藉a drive wheel set, which is disposed on a first surface of the substrate, the drive wheel set has a feed pulley portion and a retracting pulley portion. The feed pulley portion has a first guide belt groove and the The retracting pulley has a second guiding belt groove; further, the feeding pulley portion and the: the retracting pulley portion are divided into a brain and a second reaming device to achieve the driving and the first and the The second guide belt is formed by the belt-like member; the first rod portion is disposed on the first surface, and the first rod portion has a fixing portion, a first pivoting portion and a first portion a rotating portion, the first rotating portion is disposed on the first surface for the first rod portion to rotate within a predetermined angular range; - a second rod portion is disposed on the second surface, the second portion The shank has a first sliding portion, a second sliding portion, a linked rotating arm and a second rotating portion, and the first sliding portion and the second sliding portion are respectively respectively disposed on the first guiding hole and a second guiding hole is a crane of a predetermined distance, and the second rotating shaft is disposed on the second surface for the second rod portion to rotate in a predetermined angular range; - a first mating portion, Provided on the first surface, the first mating portion has a first pivoting portion and a second pivoting portion; the first sliding portion and the second sliding portion respectively pass through the first hole and the second portion a fifth pivoting portion is pivotally connected to the second pivoting portion and the third pivoting portion; M364659 is configured to be disposed on the first surface, and the third mating portion has a fourth pivoting portion, The four pivoting portions are respectively passed through the movable opening, and the two ends of the fourth pivoting portion are respectively pivotally connected to the first pivoting portion of the first rod portion and the linked rotating arm of the second rod portion; The component has a latching portion for engaging and releasing the first lever portion; thereby, when the engaging portion engages the fixing portion of the first lever portion, the first mating portion and The second engaging portion is coupled to the first and the second guiding strip grooves, and the belt member is restricted from moving on the first and second guiding strip grooves, and the second engaging portion is pressed against the a first engaging portion; and when the engaging portion is disengaged from the fixing portion of the first rod portion, the first rod portion generates a rotation of a predetermined angle range, thereby interlocking the first one Actuating the cup portion, the first mating portion and the second mating portion to disengage the second mating portion from the first mating portion and the second strap slot, and the first mating portion is disengaged from the first strap groove. The above objects and advantages of the present invention are readily understood from the detailed description of the selected embodiments and the accompanying drawings. The following examples will be described in detail with reference to the drawings: [Embodiment] As shown in the second and third figures, the present invention is a guide belt slot structure for maintenance-free tools, which is provided in a bundle machine. The above includes: a substrate 10' having a first surface 11, a second surface 12, a first guiding hole 13, a second guiding hole 14 and a movable opening 15, the first, 5 M364659 14 and the live _ mouth 15 are running through the first and the first part of the team, and the system of the wire plate ω wheel set 20 has a surface of the pulley 2i: the first part has a first The guide pulley 422' has a first pulley, a 5th pulley pulley portion 21, and the retraction belt - the first drive|詈61 β β , the pulley 4 22 Borrow separately
第1ΓΤ ^_置62來輪動’而該 以弟一¥帶槽211、221係用以輪送-帶狀物件70 ; 一弟一桿部3i，其係設於該第—表面u上該第一桿部 係具有-固定部311、一第一極接部312及一第一轉動部 13，該第-轉動部313係設於該第_表面u上供該第一桿 部31作一預定角度範圍之轉動；The first ΓΤ ^_ is set to 62 to rotate 'the other one is used to rotate the belt-shaped member 70; the other one-pole portion 3i is disposed on the first surface u The first shank has a fixing portion 311, a first pole portion 312 and a first rotating portion 13. The first rotating portion 313 is disposed on the first surface u for the first rod portion 31 to be a Rotation of a predetermined range of angles;
該第二導引孔13 表面11、12 ; 弟^干# 32其係a史於該第二表面I)上，該第二桿部 32其係具有-第-滑動部η卜一第二滑動部η2、一連動旋 轉臂323及一第二轉動部324 ;該第—滑動部切及該第二滑 動部322係可分別於該第一導引孔ls及該第二導引孔Μ上作 預定距離之移動，該第二轉動部324係設於該第二表面12 上，供該第二桿部32作一預定角度範圍之轉動； 一第一配合部33，其係設於該第一表面u，該第一配合 部33係具有一第二樞接部331及一第三樞接部332 ;該第一 滑動部321及該第二滑動部322係分別通過該第一導引孔13 及該第二導引孔14而樞接於該第二樞接部331及該第三樞接 6 M364659 部 332 ; 一第二配合部34，其係設於該第一表面u，該第二配合 邛34係具有一第四樞接部341，該第四樞接部341係通過該 活動開口 15，且該第四樞接部341兩端係分別樞接於該第一 才干部31之第一樞接部312及該第二桿部32之連動旋轉臂323 上； 一卡合元件40 ’其係具有一卡合部41，用以卡合及鬆開 5亥第一桿部31 ; 藉此，當該卡合部41將該第一桿部31之固定部311卡 合時，該第一配合部33及該第二配合部34係靠合於該第一及 3亥第二導帶槽211、221，將該帶狀物件7〇限制於該第一及該 第二導帶槽21卜221上移動’且該第二配合部34係抵住該第 —配合部33 ;而當該卡合部41與該第一桿部31之固定部311 脫離時’該第一桿部31係產生預定角度範圍之轉動，進而連 動該第二桿部32、該第一配合部33及該第二配合部34之作 動’使該第二配合部34脫離該第一配合部33及該第二導帶槽 221 ’而該第一配合部33則脫離該第一導帶槽211。 如第二、第三、第四及第五圖所示，當該卡合部41與該 第·'桿部31之固定部311卡合時，該固定部311係位於一第 一位置P1 ’該第一樞接部312係位於一第二位置P2，該第二 配合部33之第二樞接部331及該第三框接部332則分別位於 一第三位置P3及一第四位置P4，而該第二桿部32之連動旋 7 M364659 轉臂323則位於一第五位置P5 ;如第六a及第六b圖所示’ 當該卡合部41與該第一桿部31之固定部311鬆脫時，該第一 桿部31係脫離該卡合部41並產生預定角度之轉動，如第七及 第八圖所示，該第一桿部31以該第一轉動部313為軸心作一 預疋角度之轉動後，該固定部311由係該第一位置pi移動至 一第六位置P6,而該第一樞接部312則由該第二位置P2移動 至一第七位置P7，連動第二配合部34移動，使該第二配合部 34脫離該第一配合部33及該第二導帶槽221 ;而該第二配合 部34之位置變化，係將該連動旋轉臂323由該第五位置p5 帶動至一第八位置P8，迫使該第二桿部32隨著該連動旋轉臂 323之變化而移動，而該第二桿部32之該第一滑動部321及 該第二滑動部322則分別帶動該第一配合部33之第二樞接部 331及違第二拇接部332移動至一第九位置P9及一第十位置 P10 ’使該第一配合部33脫離該進帶輪部21。 由上述之實施例可知，本創作以該卡合部41即可控制該 第一配合部33與該第二配合部34之固定及鬆脫，當輸送之該 帶狀物件70發生進退帶之阻塞或卡住時，只需將該卡合部41 向外拉伸，即可鬆開該第一配合部33及該第二配合部34，進 行維修之工作。 更詳細的說，該卡合元件40又包括一彈性機構，其係可 利用彈性而將該卡合部41限制於一預定位置。 如弟九A及第九B圖所示，關於該卡合元件4〇，其係呈 M364659 才干狀，其具有—桿身40A及该卡合部41，該卡合部之外徑 D1係大於該桿身之外徑D2。 綜上所述，本創作之優點及功效可歸納為： [1]維修快速。習知捆包機90在進行故障排除時，必需 先拆下4至6個固定部911，才能拆卸與導帶槽92結合之機 構，進行故障之排除，在維修上相當不便；而本創作只需將該 卡合部41與該第—桿部31之固定部311脫離，即可利用各機 構間之連動而使各機構分別移開，形成可維修之空間，故，具 有維修快速之優點。 P]節省拆裝時間。習知捆包機90在故障排除前，需先 拆下4至6個固定部911，在故障排除後，則需再一一將各固 定部911所回原先位置，在拆裝上相當耗費時間；而本創作利 用各機構間之連動’可快速的形成—維修空間，故，具有節省 拆裝時間之優點。 [3]利用重力自動脫離。本創作在該卡合部41與該第一 桿部31之固定部311脫離後，該第一桿部31即可因本身之重 量’以該第-轉動部313為軸心而作一預定角度範圍之轉動， 故，具有利用重力自動脫離之優點。 以上僅是藉由較佳實施例詳細說明本創作，對於該實施例 所做的任何簡單修改與變化，皆不雌本創作之精神與範^ 由以上詳細說明，可使熟知本項技藝者明瞭本創作的確可 達成前述目的，實已符合專利法之規定，紐出新型專利申請。 9 M364659 【圖式簡單說明】 第一圖係習知捆包機之示意圖 之立體圖 圖 第二圖係本創作之第一表面之機構動作一 第三圖係本創作之第二表面之機構動作一之立^ 第四圖係本創作之第-表面之機構動作—之示音_ 第五圖係本創作之第二表面之機構動作—之示:圖 第六A難本創作之動作變化—之示咅圖丁“圖 第六Β圖係本創作之動作變化—之示音圖 第七圖係本創作之第—表面之機構^二之牙音圖 第八圖係本創作之第二表面之機構動作二之^ 第九額縣_之卡合播之㈣圖 ^ 第九B圖係本創作之卡合元件之剖視示意圖 【主要元件符號說明】 10基板 12第二表面 14第二導引孔 20傳動輪組 22退帶輪部 221第二導帶槽 62第二驅動裝置 31第一桿部 312第一樞接部 I1第一表面 13第—導引孔 15活動開口 21進帶輪部 211第一導帶槽 61第一驅動裝置 70帶狀物件 311固定部 313第一轉動部 M364659 32第二桿部 321第一滑動部 322第二滑動部 323連動旋轉臂 324第二轉動部 33第一配合部 331第二樞接部 332第三樞接部 34第二配合部 341第四樞接部 40卡合元件 41卡合部 P1第一位置 P2第二位置 P3第三位置 P4第四位置 P5第五位置 P6第六位置 P7第七位置 P8第八位置 P9第九位置 P10第十位置 40A桿身 D2桿身之外徑 D1卡合部之外徑 90習知捆包機 91配合部 911固定部 92導帶槽 11The surface of the second guiding hole 13 is 11, 12; the other is the second surface I), and the second rod 32 has a - sliding portion - a second sliding a portion η2, a linked rotating arm 323 and a second rotating portion 324; the first sliding portion and the second sliding portion 322 are respectively respectively formed on the first guiding hole ls and the second guiding hole The second rotating portion 324 is disposed on the second surface 12 for the rotation of the second rod portion 32 for a predetermined angular range; a first engaging portion 33 is disposed at the first portion The first engaging portion 33 has a second pivoting portion 331 and a third pivoting portion 332. The first sliding portion 321 and the second sliding portion 322 respectively pass through the first guiding hole 13 And the second guiding hole 14 is pivotally connected to the second pivoting portion 331 and the third pivoting portion 6 M364659 portion 332; a second engaging portion 34 is disposed on the first surface u, the second The mating raft 34 has a fourth pivoting portion 341, the fourth pivoting portion 341 is passed through the movable opening 15, and the two ends of the fourth pivoting portion 341 are respectively pivotally connected to the first trunking portion 31. One pivot The engaging portion 312 and the second rod portion 32 are coupled to the rotating arm 323; an engaging member 40' has an engaging portion 41 for engaging and releasing the first lever portion 31; When the engaging portion 41 engages the fixing portion 311 of the first rod portion 31, the first engaging portion 33 and the second engaging portion 34 are engaged with the first and third second guiding strip grooves 211. 221, the strip member 7 is constrained to move on the first and second strip grooves 21 221 and the second mating portion 34 is pressed against the first mating portion 33; When the portion 41 is disengaged from the fixing portion 311 of the first rod portion 31, the first rod portion 31 generates a rotation of a predetermined angle range, thereby interlocking the second rod portion 32, the first mating portion 33 and the second mating portion. The actuation of the portion 34 causes the second engagement portion 34 to disengage from the first engagement portion 33 and the second guide band groove 221 ', and the first engagement portion 33 is disengaged from the first guide band groove 211. As shown in the second, third, fourth and fifth figures, when the engaging portion 41 is engaged with the fixing portion 311 of the first 'rod portion 31, the fixing portion 311 is located at a first position P1 ' The first pivoting portion 312 is located at a second position P2, and the second pivoting portion 331 and the third frame connecting portion 332 of the second engaging portion 33 are respectively located at a third position P3 and a fourth position P4. And the interlocking rotation of the second rod portion 32, the M364659, the rotating arm 323 is located at a fifth position P5; as shown in the sixth and sixth b's, when the engaging portion 41 and the first rod portion 31 are When the fixing portion 311 is loosened, the first rod portion 31 is separated from the engaging portion 41 and generates a rotation of a predetermined angle. As shown in the seventh and eighth figures, the first rod portion 31 is the first rotating portion 313. After the rotation of the pivoting angle of the shaft center, the fixing portion 311 is moved to the sixth position P6 by the first position pi, and the first pivoting portion 312 is moved to the first position by the second position P2. In the seven position P7, the second engaging portion 34 is moved to disengage the second engaging portion 34 from the first engaging portion 33 and the second guiding strip groove 221; and the position of the second engaging portion 34 is changed. The rotating arm 323 is driven by the fifth position p5 to an eighth position P8, forcing the second rod portion 32 to move with the change of the interlocking rotating arm 323, and the first sliding portion of the second rod portion 32 321 and the second sliding portion 322 respectively drive the second pivoting portion 331 of the first engaging portion 33 and the second thumb portion 332 to a ninth position P9 and a tenth position P10 ′ to make the first The fitting portion 33 is separated from the pulley portion 21. It can be seen from the above embodiments that the engaging portion 41 can control the fixing and loosening of the first engaging portion 33 and the second engaging portion 34, and the belt member 70 that is transported is blocked by the advancing and retracting belt. Or, when the card is stuck, the engaging portion 41 is stretched outward, and the first engaging portion 33 and the second engaging portion 34 are released to perform maintenance work. More specifically, the engaging member 40 further includes an elastic mechanism that is elastically constrainable to the predetermined position. As shown in FIG. 9A and FIG. BB, the engaging element 4 is a M364659 trunk having a shaft 40A and the engaging portion 41, and the outer diameter D1 of the engaging portion is greater than The outer diameter of the shaft is D2. In summary, the advantages and functions of this creation can be summarized as follows: [1] Rapid maintenance. When the conventional baling machine 90 performs troubleshooting, it is necessary to remove 4 to 6 fixing portions 911 first, in order to disassemble the mechanism combined with the guide belt groove 92, and to eliminate the fault, which is quite inconvenient in maintenance; When the engaging portion 41 is disengaged from the fixing portion 311 of the first rod portion 31, the respective mechanisms can be removed by interlocking between the respective mechanisms to form a repairable space, so that the maintenance is quick. P] saves disassembly time. Before the fault is eliminated, the conventional strapping machine 90 needs to remove 4 to 6 fixing portions 911. After the fault is removed, the fixing positions of the fixing portions 911 need to be returned one by one, which is quite time consuming and disassembling; The creation uses the linkage between the various agencies to quickly form a maintenance space, so it has the advantage of saving disassembly time. [3] Automatic separation by gravity. After the engaging portion 41 is disengaged from the fixing portion 311 of the first rod portion 31, the first rod portion 31 can be made a predetermined angle by the weight of the first rotating portion 313. The rotation of the range has the advantage of automatically separating by gravity. The above is merely a detailed description of the present invention by way of a preferred embodiment, and any simple modifications and changes made to the embodiment are not described in detail in the spirit and scope of the present invention, and can be understood by those skilled in the art. This creation can indeed achieve the aforementioned objectives, and has already met the requirements of the Patent Law, and has applied for a new type of patent application. 9 M364659 [Simple diagram of the diagram] The first diagram is a perspective view of the schematic diagram of the conventional strapping machine. The second diagram is the mechanism of the first surface of the creation. The third diagram is the mechanism of the second surface of the creation. The fourth figure is the first-surface mechanism movement of the creation - the fifth sound is the second surface of the creation of the body movement - the figure: Figure 6 A difficult to create the action changes - show咅图丁" Figure 6 is a picture of the movement of the creation of the movement - the seventh picture of the creation of the first part of the creation - the surface of the body ^ two of the tooth sound figure eighth picture is the second surface of the creation of the body Action 2 ^ ninth county _ card broadcast (four) figure ^ ninth B picture is a schematic cross-sectional view of the snap-on component of the creation [main component symbol description] 10 substrate 12 second surface 14 second guide hole 20 drive wheel set 22 retracting wheel portion 221 second guide band groove 62 second drive device 31 first rod portion 312 first pivot portion I1 first surface 13 first guide hole 15 movable opening 21 into the pulley portion 211 First guide groove 61 first driving device 70 belt member 311 fixing portion 313 first rotating portion M364659 3 2 second rod portion 321 first sliding portion 322 second sliding portion 323 interlocking rotating arm 324 second rotating portion 33 first engaging portion 331 second pivoting portion 332 third pivoting portion 34 second mating portion 341 fourth pivot Joint 40 engaging element 41 engaging portion P1 first position P2 second position P3 third position P4 fourth position P5 fifth position P6 sixth position P7 seventh position P8 eighth position P9 ninth position P10 tenth position 40A shaft D2 shaft outer diameter D1 engaging portion outer diameter 90 conventional strapping machine 91 fitting portion 911 fixing portion 92 guide belt groove 11