M284679 八、新型說明： 【新型所屬之技術領域】 本新型是有關於一種編織袋切縫機，更詳而言之，特 別是指一種可加倍提升生產效能的編織袋切缝機I分流輸 送裝置。 【先前技術】 、、，芩閱圖1，一般編織袋切縫機10由前而後分別具有一 达料機構11、_裁斷機構12、—抓袋機構及—車縫機構 1二該送料機構11可供裝入-呈捲筒狀的編織袋(圖未示) 亚輸达至裁斷機構12内，裁斷機構12内部具有一裁刀 ’可對連續狀的編織袋裁切成段，經過裁切後的編織袋由 於兩端口皆呈透空狀，因此必須利用車縫機構對其中一端 予以封口’參閱圖2，該抓袋機構13具有-輸送帶 /袞輪組13 1及_笛 两、认m , 夂弟一壓輪132，相對該車縫機構14也呈有 =送帶滚輪組141及一第二壓輪142,該抓袋機構二 I已裁好的編織袋100到輸送帶滾輪組131上，利用第 一壓蛤m如 丄刊用第 到二：織们〇°失一 0 14的輸送帶滾輪組141時，第一壓輪13 向上跳離且第— 土铷會 縫機構U:二輪142會下壓，使編織袋， 縫機構Μ上:^滾輪組141進行輸送，再參_ 1，車 ⑷位置時，縫幼機143，當編織袋100到達縫的機 完成後即可//機143可沿著編織袋100底邊進行車縫， ^ #到~完整的編織袋成品。 述切縫機、 〇雖然可對編織袋完成切縫作業，然而苴 M284679 i乍==連貫性問題圣需加以解決，由於裁斷機構12的 :二：，但是後段的車縫機構14是利用、— 共扁減衣_沿著底邊進行車縫，車縫動作慢，造成前段已 裁切好的編織袋100會一直累積等待後段車縫作業’生產 便會卡在該處無料貫，甚至有料停機的可能， =通常_斷機構12的運作速度，用以配合車縫 的生產二日’間’但如此一來，又會嚴重降低整部切缝機10 作業因此，何在'降低生產效能下，克服前後段 【新型内容】Μ直疋業者努力改善的目標。 果之2 ’本新型之目的在於提供一種可達到產能加倍效 果之、·扁織袋切縫機之分流輸送裝置。 ▲於是，本新型提供一種編織袋切縫機之分流輸送裝置 。亥切縫機具有一可裁切一編織袋的裁斷機構、一可抓 ::::袋：袋機構:=數個可車縫編織袋底邊的車縫 縫機構= Γ 輸送裝置設置在抓袋機構與車 =構中間位置處，包含有—分流器及一可驅轉分流器上 覆擺動的驅動單元，該分流器對應於抓袋機構的—斤 ^有―可供編織袋進人的人口，對應於車缝機構的—端二 =可將編織袋送出的導引出口’該驅動翠元可帶動分流 V引出口擺動至預定車缝機構的位置。 本新型之功效是利用分流器使編織袋分別輸送至不同 縫機構進行車縫，可消化裁斷機構高速運作下的產量， M284679 藉二分流手段以達到產能加倍的效果。 【貫施方式】 有關本新型之前述及其他技術内容 以下配合參考圖式之一 衧^與功政，在 楚的呈現。 x土貫施例的詳細說明中’將可清 在-=:::中圖4,本新型編織袋切縫機之分流輸送裳置 樣且有該切縫機2G的構造與習知者類似，同 轉折形狀的機台21，在機台21的前段位： 同狀、，扁、、哉袋（圖未示）的送料機 =織;進行裁切的裁一在機…中:轉 = 取裁切好的編織袋的抓袋機構3，抓袋機構 ❿ ，、可對編織袋運輸移動的輸送帶滾輪組3〇1，比㈣ 二是型在機台21的後段位置設有上下心 構母、，且車縫機構4皆設置有一縫初機4〇1以及一位 幼機彻前方處的輸送帶滾輪組術，本新型二組車縫機構 4的位置是_上一下分列設置’應用此一設置手段，本新型 也可设置更多數的車縫機構4，本新型主要改良重點在於： 抓袋機構3與二組車縫機構4的中間位置處設有一分流輸 达裝置5 ’分流輪送裝置5包含有一分流器及一驅動單 兀40，接著，再將上述組件形狀及空間型態詳述於后。 參閱圖4及圖5 ’該分流器30具有一本體31以及二排 接設在本體31上的導引板32，該本體31在對應於抓袋機 構3的一端穿透開設有一可供編織袋1〇〇進入的入口 3ιι， 本體兩側邊各伸設有一轉軸312，其中一轉轴312上接 M284679 杰的„ $輪3 13 ’ 一導引板32係由數個網架32 1排列構 引幵放式板面結構，該等網架321可承載編織袋1〇〇,二 反32末端形成有—可將編織袋100送出的導引出口 L剛好正對於車缝機構4輸送帶滾輪組402的位置。 3〇 動早7° 4〇设置在機台21内，剛好對應於分流器 帶幹42Γ置’驅動單元40包含有一伺服馬達41、一皮 二輪：及-正齒皮帶43,該飼服馬達41伸設有一輸出轴 。，服馬達41可接受電子控制令輸出軸411作正向或逆 43可盘Itt帶輪42固接在輸出# 411上，利用正齒皮帶 σ —分流器30的皮帶輪3丨3作繞 、 41便可帶動分流器30以並轉軸 ’ ° 5服馬達 運動士 — 〃轉轴312為軸心作上下反覆擺轉 =動’本貫_驅鮮元4㈣料採關 新型並不以此為限，凡可提供及p搞如 1 一本 新型的驅動單元40。 反覆擺動的機構皆可做為本 n卩為本新型編織細縫機之分流輸送裝置 達成之功效陳述如后： 々輪运動作以及預期所能 ”：：圖：當操作者啟動切縫機20時，裁斷機構2以 乍：需作減速，編織们。。經由抓袋機構3的輸送 :=训推送入分流器3。的入…，此時分流器3。' 22朝下，可讓編織袋_由導引出口 322到 2定車縫機構4的位置’透過輪送帶滾輪組術可將編 輸=至縫幼機401進行車縫，如此即完成編織袋 的成型作業’最重要的是，當編織袋_送人㈠一車 M284679 縫機構4後，利用感測器（圖未 達41 7 了则^發賴號給词服馬 =料轉，伺服馬達41便會轉分流器3〇向上擺動， 吏編織袋1〇0可馬上被導引進入另-個車縫機構4, 輯丄=器30不斷上Η覆擺動，可將編織袋_分 化裁斷«2°㈣縫機構4進行車縫作業，便可順利地消 化裁咖冓2焉速運作下產出的編織袋ι〇〇產量。 參閱圖7,當其中有一車缝機構4 不須停止整條生產線的作業，也就是說， 守祈型 器30固定導6 ° 新型可將分流 早執道進订車縫工作，而故障中的击μ p 待故_除後，控制分：二 本新型編織袋切縫機之分流輸送裝 轉:举構4’如此本新型的裁斷機構2能以高速運又 轉乍業產製出大量的編織袋100 分流器30將編織袋100分产幹逆至=二輸运裝置5的 輸I至不同的車縫機構4谁耔 —:使後段所有車縫機構4的總體效能，足以 機構2的產能’如此便可徹底解決習知切：機1〇 二：作：速度不一的問題’並且能達到產能加倍的效果 有車本新型如果有車縫機構4發生故障，但只要复中 。、縫機構4能正常運作本新型分流器％可 衣〇的輸送流程導向該部狀況良好的車縫機構4，:M284679 VIII. New description: [New technical field] The present invention relates to a woven bag slitting machine. More specifically, it refers to a woven bag slitting machine I split conveying device which can double the production efficiency. . [Prior Art], and, referring to Fig. 1, a general woven bag slitting machine 10 has a material feeding mechanism 11, a cutting mechanism 12, a bag grasping mechanism, and a sewing mechanism 1 to the feeding mechanism 11 from front to back. The woven bag (not shown) that can be loaded into a roll is sub-delivered into the cutting mechanism 12, and the cutting mechanism 12 has a cutter inside to cut the continuous woven bag into segments and cut it. Since the rear woven bag is vacant in both ports, it is necessary to seal one end thereof by means of a sewing mechanism. Referring to Fig. 2, the bag-holding mechanism 13 has a conveyor belt/ankle wheel set 13 1 and a whistle. m, the younger brother a pressure wheel 132, opposite to the sewing mechanism 14, there is also a = belt roller set 141 and a second pressure wheel 142, the bagging mechanism II I has cut the woven bag 100 to the conveyor belt roller set On the 131, when the first pressure 蛤m is used, the first pressure roller 13 jumps upward and the first soil squeezing mechanism U is used when the conveyor belt roller group 141 is lost. : The second wheel 142 will be pressed down to make the woven bag and the sewing mechanism Μ: ^ The roller set 141 is transported, and then _ 1, the position of the car (4), the slitting machine 143 When the bags reach the sewing machine 100 to complete the unit 143 // 100 along the bottom edge may be sewn bags, ^ ~ # to complete the finished bags. Although the slitting machine and the boring machine can perform the slitting operation on the woven bag, the 284M284679 i乍== coherence problem needs to be solved, because the cutting mechanism 12: 2:, but the rear sewing mechanism 14 is utilized, — Total flattening _ sewing along the bottom edge, the sewing action is slow, causing the woven bag 100 that has been cut in the front section to accumulate and wait for the sewing operation in the back section. The possibility of shutdown, = usually the operating speed of the breaking mechanism 12, used to match the production of the sewing seam on the second day, but this will seriously reduce the overall sewing machine 10 operation, so why reduce production efficiency , to overcome the front and rear sections [new content] to achieve the goal of improving the industry. The purpose of the present invention is to provide a split conveying device for a flat woven bag slitting machine which can double the effect of production capacity. ▲ Therefore, the present invention provides a split conveying device for a woven bag slitting machine. The cleavage machine has a cutting mechanism that can cut a woven bag, and can be grasped:::: bag: bag mechanism: = a plurality of sewing mechanisms at the bottom of the woven woven bag = Γ The conveying device is set in the catch At the intermediate position of the bag mechanism and the vehicle=construction, a shunting device and a drive unit capable of overwhelming the shunting shunt are arranged, and the shunt device corresponds to the baggage mechanism. The population, corresponding to the sewing mechanism - the end 2 = the guiding outlet that can send the woven bag 'The driving Cuiyuan can drive the diverting V outlet to swing to the position of the predetermined sewing mechanism. The function of the novel is to use the diverter to transport the woven bags to different sewing mechanisms for sewing, and to digest the output of the cutting mechanism under high-speed operation, and the M284679 uses the two-split means to achieve the doubled capacity. [Comprehensive method] The above-mentioned and other technical contents of the present invention are described below in conjunction with one of the reference drawings 衧^ and Gongzheng, presented in Chu. The detailed description of the x soil application example will be clear in the -=::: Figure 4, the shredded conveyor of the new woven bag slitting machine is placed and the structure of the slitting machine 2G is similar to that of the conventional one. The machine 21 of the same turning shape, in the front position of the machine table 21: the same shape, flat, and the bag (not shown) of the feeder = weaving; cutting the cutting in the machine ... in: turn = Take the cutting bag mechanism 3 of the cut woven bag, the bag-holding mechanism ❿, and the conveyor belt roller group 3〇1 which can transport the woven bag, and the upper and lower sides of the machine table 21 are arranged at the rear position of the machine table 21 The mother machine, and the sewing mechanism 4 are provided with a sewing machine 4〇1 and a conveyor belt roller set at the front of the machine. The position of the second group sewing mechanism 4 is _upper and lower column setting. 'With this setting means, the present invention can also be provided with a larger number of sewing mechanisms 4, and the main improvement of the present invention is: a shunting device 5 is provided at an intermediate position between the bag-trapping mechanism 3 and the two-group sewing mechanism 4. 'The splitter wheel transfer device 5 comprises a flow divider and a drive unit 40, and then the shape and space type of the above components are detailed. Rear. Referring to FIG. 4 and FIG. 5, the shunt 30 has a body 31 and two rows of guiding plates 32 connected to the body 31. The body 31 penetrates and is provided with a woven bag at one end corresponding to the bag-holding mechanism 3. 1〇〇 enters the entrance 3 ιι, a rotating shaft 312 is arranged on each side of the main body, wherein a rotating shaft 312 is connected to the M284679 „ _ $ 3 13 ' a guiding plate 32 is arranged by a plurality of grids 32 1 The truss-type panel structure, the grid 321 can carry the woven bag 1 〇〇, the ends of the second and the reverse 32 are formed - the guiding outlet L for feeding the woven bag 100 is just for the sewing mechanism 4 Position of 402. 3 早 7° 4〇 is set in the machine 21, which corresponds to the shunt belt 42. The drive unit 40 includes a servo motor 41, a second wheel and a spur belt 43. The feeding motor 41 extends with an output shaft. The motor 41 can be electronically controlled to output the shaft 411 for forward or reverse 43. The Itt pulley 42 is fixed to the output #411, using a spur belt σ-shunt 30 pulleys 3丨3, 41 can drive the shunt 30 and rotate the shaft '° 5 service motor kiosk 〃 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴 轴The oscillating mechanism can be used as the performance statement of the shunt conveying device of the new woven sewing machine as follows: 々 wheel movement and expected energy”:: Picture: When the operator starts the slitting machine 20 , cutting mechanism 2 to 乍: need to slow down, weaving. . The conveyance via the bag grasping mechanism 3: = is pushed into the flow divider 3. Into..., at this time shunt 3. '22 downwards, allowing the woven bag _ from the position of the guide opening 322 to 2 to the sewing mechanism 4' through the wheel belt roller set can be sewed = to the seaming machine 401 to be sewn, thus completing the weaving The forming operation of the bag 'The most important thing is that when the woven bag _ give people (a) a car M284679 sewing mechanism 4, the sensor is used (the figure is not up to 41 7 , then the number is given to the word service horse = material turn, servo The motor 41 will swing upwards by the diverter 3〇, and the 吏 woven bag 1〇0 can be immediately guided into another sewing mechanism 4, and the 丄==30 is continuously swayed and swayed, and the woven bag can be divided and cut. The «2° (four) sewing mechanism 4 performs the sewing operation, and can smoothly digest the output of the woven bag produced by the cutting machine under the idling operation. Referring to Figure 7, when one of the sewing mechanisms 4 does not have to stop The operation of the production line, that is to say, the fixed-practice 30 fixed guide 6 °, the new type can be used to pre-schedule the sewing work, and the fault in the fault μ p is awaited _ after the control points: two new The shunting and conveying of the woven bag slitting machine: the structure 4', the cutting mechanism 2 of the new type can be produced at a high speed and then transferred to the industry. The woven bag 100 splitter 30 divides the woven bag 100 into a dry counter to the second transport device 5 to the different sewing mechanism 4 who: - the overall performance of all the sewing mechanisms 4 in the rear section is sufficient for the mechanism 2 The production capacity 'so can completely solve the conventional cut: machine 1 〇 2: work: the problem of speed difference' and can achieve the effect of doubling the capacity of the car. If there is a sewing mechanism 4 failure, but only the middle. The sewing mechanism 4 can operate normally. The new splitter% can transport the garment to the sewing mechanism 4 in good condition:
M284679 可在不影響整條生產線的動作下繼續生產運作，使本新型 的製造流程可更加順暢。 准以上所述者，僅為本新型之一較佳實施例而已，去 不能以此限定本新型眘祐夕^问 Bn -U rr ^ r ^ 十丁丨i貝她之乾圍，即大凡依本新型申請專 利範圍及新型說明" 1主兄3内谷所作之間早的等效變化與修飾，比 仍屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 、二疋習知切縫機的組合俯視圖，說明-般切縫機具 有运料機構、一裁斷機構、一抓袋機構及一車縫機構. «:運2、是Λ述切縫機的動作示意圖，說明-編織袋由抓 衣祙構運达至車縫機構的情形； 圖3是本新型編織袋切縫機之分流輸送裝置一 組合俯視圖，說明本㈣包含有— 斷^二抓袋機構、—分流輸送裝置及二組車縫機構； 谨I①圖3的側視圖，說明該分流輸送裝置盘抓袋機 構、車縫機構之間的關係位置； /、抓衣械 圖5是上述實施例之立體圖，說明該分 含有一分流器及一驅動單元； 别以置包 圖6是上述實施例之動作圖，說明該分 動分流輸送編織袋^同的車縫機構進行車縫二下擺 圖7是上述實施例之動作圖，說 導向至正常運作的車縫機構。 可被固定 10 M284679 【主要元件符號說明】 1 · · •送料機構 311 · . 入σ 2 · · •裁斷機構 312 · • 轉軸 3 · · •抓袋機構 313 · •皮帶輪 301 · •輸送帶滚輪組 32 ·. •導引板 /| · •車縫機構 321 · •網架 401 · •缝紉機 322 · _導引出口 402 · •輸送帶滾輪組 40 _ · • 驅動單元 5 · · •分流輸送裝置 41 ·. •伺服馬達 20· ·， •切缝機 411 · • 輸出軸 21 · · •機台 42 . · •皮帶輪 30. · •分流器 43 ·. •正齒皮帶 31 · . _ •本體 100 · •編織袋M284679 can continue production operations without affecting the entire production line, making the new manufacturing process smoother. The above is only one of the preferred embodiments of the present invention, and it is not possible to limit the novel to the present. The Bn-U rr ^ r ^ 10 丨 丨 贝 贝 贝 贝 她 , , , , , , , , , , , , , The scope and the new description of the new patent application " 1 brother brother 3 Neigu made an early equivalent change and modification, which is still within the scope of this new patent. [Simple description of the drawings], the combination of the two conventional cutting machine, the general cutting machine has a transport mechanism, a cutting mechanism, a bag-holding mechanism and a sewing mechanism. «:运2,是Λ The schematic diagram of the operation of the slitting machine shows that the woven bag is transported from the gripper to the sewing mechanism; Fig. 3 is a combined top view of the split conveying device of the woven bag slitting machine, illustrating that the (4) includes - Broken ^ two bag-holding mechanism, - split-flow conveyor and two sets of sewing mechanism; I1 Figure 3 side view, the position of the disc-carrying mechanism and the sewing mechanism of the shunt conveyor; /, clothing Figure 5 is a perspective view of the above embodiment, illustrating that the sub-flow includes a shunt and a drive unit; Figure 6 is an action diagram of the above embodiment, illustrating the sewing mechanism of the split-split conveyor woven bag Fig. 7 is a motion diagram of the above embodiment, and is said to be guided to a normally operated sewing mechanism. Can be fixed 10 M284679 [Main component symbol description] 1 · · • Feed mechanism 311 · . into σ 2 · · • Cutting mechanism 312 · • Rotary shaft 3 · · • Bag-catching mechanism 313 · • Pulley 301 · • Conveyor belt roller set 32 ·. • Guide plate /| · · Sewing mechanism 321 · • Grid 401 · • Sewing machine 322 · _ Guide outlet 402 · • Conveyor belt roller set 40 _ · • Drive unit 5 · · • Shunt conveyor 41 • • Servo motor 20··, • Slit machine 411 • • Output shaft 21 • • • Machine 42 • • Pulley 30. • • Shunt 43 •. • Orthodontic belt 31 · . _ • Body 100 • • Woven bag
1111