JP2015129011A - Manufacturing device for multilayer film bag product - Google Patents
Manufacturing device for multilayer film bag product Download PDFInfo
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- JP2015129011A JP2015129011A JP2014002277A JP2014002277A JP2015129011A JP 2015129011 A JP2015129011 A JP 2015129011A JP 2014002277 A JP2014002277 A JP 2014002277A JP 2014002277 A JP2014002277 A JP 2014002277A JP 2015129011 A JP2015129011 A JP 2015129011A
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本発明は、多層フィルム製袋品の製造工程で発生する不良部の除去、接合を自動で行う装置に関する。 The present invention relates to an apparatus for automatically removing and joining defective portions generated in a manufacturing process of a multilayer film bag product.
例えば軟包装袋とするためのウエブ状包装材において、印刷やラミネート加工等でウエブ状包装材の汚れや異物混入等の不良を検査し、その不良箇所を切断して除去し、除去された部分の前後を接合して一つの巻取り物として、例えば次工程の自動充填機による包装袋化とその袋への食品類等の充填工程等加工を経て、商品とされている。 For example, in a web-like packaging material for making a soft packaging bag, the web-like packaging material is inspected for defects such as dirt and foreign matter by printing, laminating, etc., and the defective portion is cut and removed. As a single wound product, for example, it is made into a product after processing into a packaging bag by an automatic filling machine in the next process and processing such as filling food into the bag.
一般的な包装袋は、印刷の施されたフィルムを用いて包装袋に製造され外形抜きを行い、その袋の機能や種類によってさまざまな包装袋を製造する。包装袋の一例としてバックインボックスを図1に示す。バックインボックスは内層フィルム7、8と、外層フィルム6、9を合わせ、重なった部分3がヒートシール(熱溶着)されて固定され、スパウト(口栓)2から内容物100を充填し、キャップ1をする。バックインボックスは、業務用袋が主なため、外層フィルム9には印刷は施されておらず充填後箱詰めを行う。 A general packaging bag is manufactured into a packaging bag using a printed film, and an outer shape is removed, and various packaging bags are manufactured according to the function and type of the bag. A back-in box is shown in FIG. 1 as an example of a packaging bag. The back-in-box combines the inner layer films 7 and 8 and the outer layer films 6 and 9, the overlapped portion 3 is fixed by heat sealing (thermal welding), the contents 100 are filled from the spout 2, and the cap Do one. Since the back-in box is mainly a business bag, the outer layer film 9 is not printed and is packed in a box after filling.
図2はバックインボックスの製造工程を示す図で、図2(a)は上面図、図2(b)は側面図を示す。図2に示すように、外層上フィルム6と内層上フィルム7、及び外層下フィルム9と内層下フィルム8の原反を重ね合わせ、スパウト穴抜きパンチユニット10で外層上フィルム6と内層上フィルム7に穴を空け、スパウト2と呼ばれる口栓を下から通し、更にフランジ部を熱溶着させ、上記4層のフィルムを重ねた後、横シールユニット13と縦シールユニット14により4辺を熱溶着させる。その後、充填した後に切断できるようにミシン目ユニット15にてミシン目17を入れ、袋毎に断裁せずに連続品の状態で箱16に詰める。尚、符号11はガイドロールであり、符号12は製品ピッチに合わせてピッチ送り搬送するためのニップロールである。 2A and 2B are diagrams showing a manufacturing process of the back-in box, FIG. 2A is a top view, and FIG. 2B is a side view. As shown in FIG. 2, the outer layer upper film 6 and the inner layer upper film 7, and the outer layer lower film 9 and the inner layer lower film 8 are overlapped, and the outer layer upper film 6 and the inner layer upper film 7 are formed by the spout punching punch unit 10. A hole called “Spout 2” is passed from below, and the flange portion is further thermally welded. After the four layers of films are stacked, the four sides are thermally welded by the horizontal seal unit 13 and the vertical seal unit 14. . After that, the perforation unit 15 is put in the perforation unit 15 so that it can be cut after being filled, and is packed in the box 16 in a continuous product state without cutting every bag. Reference numeral 11 denotes a guide roll, and reference numeral 12 denotes a nip roll for pitch-feeding and conveying in accordance with the product pitch.
通常、上記バックインボックス製造工程では、不良検査機を設置しており、検出した不良部の除去及び除去した部分の両端を後工程で継いでいる。不良部の除去及び接合方法を図3に示す。箱詰め後にオフラインにて箱16(図2参照)から袋毎に断裁していない連続品を不良検査機で不良部18が検出された部分につけられた不良位置マーク19まで取りだし(図3(a))、不良部をミシン目17で除去し(図3(b))、更に除去部の先端部と後端部を突き合せて、その上に粘着テープ20を貼り付けて接合している(図3(c))。符号2はスパウトを示す。 Usually, in the back-in-box manufacturing process, a defect inspection machine is installed, and the detected defective part is removed and both ends of the removed part are succeeded in a subsequent process. A method for removing and joining the defective portion is shown in FIG. A continuous product that is not cut for each bag is taken off from the box 16 (see FIG. 2) offline after packing up to the defect position mark 19 attached to the part where the defective part 18 is detected by the defect inspection machine (FIG. 3A). ), The defective portion is removed by the perforation 17 (FIG. 3B), the front end portion and the rear end portion of the removal portion are abutted, and the adhesive tape 20 is adhered and bonded (FIG. 3). 3 (c)). Reference numeral 2 denotes a spout.
従来のバックインボックス製造工程において発生する不良部の除去をオフラインで人手作業により行っているため、製造中の不具合発見や対策が十分に行なわれなく、また不良部の除去や接合作業が人手によって行なわれているため、作業効率が上がらないといった問題があった。 Since the removal of defective parts that occur in the conventional back-in-box manufacturing process is done manually by offline work, it is not possible to sufficiently detect and deal with defects during production, and the removal and joining work of defective parts is done manually. As a result, work efficiency has not been improved.
そこで、本発明は、除去不良、接合作業を自動で行うことが可能な製袋品製造装置を提供することを目的とする。 Therefore, an object of the present invention is to provide a bag manufacturing apparatus that can automatically perform removal failure and joining work.
そこで本発明の請求項1に記載の発明は、
多層フィルム製袋品の製造装置であって、
前記製造装置は、フィルム搬送方向に、熱溶着部と、ミシン目ユニットと、不良マーク検知センサーと、不良部自動除去手段と、接合手段と、を備え
熱溶着部は、多層のフィルムを積層して溶着するもので、
ミシン目ユニットは、前記熱溶着後の袋の連続体を個々の袋に分離するためのミシン目を入れるもので、
不良マーク検知センサーは、不良部に設けられた不良マークを検知するもので、
不良部自動除去手段は、前記不良部が存在する袋を除去するもので、
接合手段は、前記除去された袋の前後の部位を接合するもので、
あることを特徴とする多層フィルム製袋品の製造装置である。
Therefore, the invention described in claim 1 of the present invention is
An apparatus for producing a multilayer film bag product,
The manufacturing apparatus includes a heat welding part, a perforation unit, a defect mark detection sensor, a defective part automatic removal means, and a joining means in the film conveying direction. The heat welding part is a multi-layer film laminated. Which is to be welded
The perforation unit is for inserting perforations for separating the continuous bag of heat-welded bags into individual bags,
The defect mark detection sensor detects the defect mark provided in the defective part.
The defective portion automatic removing means is for removing the bag in which the defective portion exists,
The joining means joins the front and rear parts of the removed bag,
An apparatus for producing a multi-layer film bag product, comprising:
本発明の請求項2に記載の発明は、
前記不良部自動除去手段は、前記ミシン目を検出するミシン目検出部を有し、ミシン目を検出することによって前記不良マーク検知センサーにより検知された不良部が存在する袋を不良部自動除去する位置まで移動する機構を有し、前記ミシン目に沿って不良部の除去を行なうことを特徴とする請求項1に記載の多層フィルム製袋品の製造装置である。
The invention according to claim 2 of the present invention is
The defective portion automatic removal means includes a perforation detection unit that detects the perforation, and automatically detects a defective portion of a bag having a defective portion detected by the defect mark detection sensor by detecting the perforation. The apparatus for producing a multilayer film bag product according to claim 1, further comprising a mechanism that moves to a position, and removing a defective portion along the perforation.
本発明の請求項3に記載の発明は、
前記接合手段は、前記不良部の除去後に、除去前後の部位同士を突き合わせ、粘着テープにより貼り合わせて連続体とすることを特徴とする請求項1または2に記載の多層フィルム製袋品の製造装置である。
The invention according to claim 3 of the present invention is
3. The multilayer film bag product according to claim 1, wherein after the defective portion is removed, the joining means abuts the portions before and after the removal, and is bonded with an adhesive tape to form a continuous body. Device.
本発明の請求項1記載の多層フィルム製袋品の製造装置によれば、熱溶着部によってフィルムが積層された袋の連続体を個々の袋に分離するためのミシン目を入れ、更に不良検査部によって検出された不良部に不良マークを施し、前記不良マークを不良マーク検知センサーで検知し、前記不良部を不良部自動除去手段で除去し、前記除去された不良部の前後の部位を接合手段によって接合することによって、不良部のない袋の連続体とすることが出来る。 According to the apparatus for manufacturing a multilayer film bag product according to claim 1 of the present invention, a perforation for separating the continuous body of the bags on which the film is laminated by the heat welding portion into individual bags is inserted, and further a defect inspection is performed. A defective mark is applied to the defective portion detected by the portion, the defective mark is detected by a defective mark detection sensor, the defective portion is removed by a defective portion automatic removing means, and the parts before and after the removed defective portion are joined By joining by means, it is possible to obtain a continuous bag having no defective portion.
請求項2記載の多層フィルム製袋品の製造装置によれば、前記不良部自動除去手段は、前記ミシン目ユニットにて設けられたミシン目を検出することによって不良部を不良部自動除去する位置まで移動させることが出来、不良部が存在する部位をミシン目の位置で確実に除去することが出来る。 According to the apparatus for manufacturing a multilayer film bag product according to claim 2, the defective part automatic removing means automatically detects the defective part by detecting a perforation provided in the perforation unit. The region where the defective portion exists can be surely removed at the position of the perforation.
請求項3記載の多層フィルム製袋品の製造装置によれば、前記接合手段は、前記不良部の除去後に、除去前後の部位同士を突き合わせ、その突き合わせた部分を粘着テープにより貼り合わせることによって連続体とすることが出来る。 According to the apparatus for producing a multilayered film bag product according to claim 3, the joining means continuously joins the parts before and after the removal after the defective part is removed, and bonds the joined part with an adhesive tape. It can be a body.
以下、図面を参照して本発明について説明する。 The present invention will be described below with reference to the drawings.
図4は本発明の多層フィルム製袋品の製造装置で製造される多層フィルム製袋品の一例としてバックインボックスを示す図である。バックインボックスは外層上フィルム46と内層上フィルム47、及び外層下フィルム49と内層下フィルム48を重ねた部分3aがヒートシール(熱溶着)され、注ぎ口2(スパウト)を熱溶着させた多層フィルムの製袋品で、内容物100を充填した後、段ボール等の外箱に入れられる。 FIG. 4 is a view showing a back-in box as an example of the multilayer film bag-made product manufactured by the multilayer film bag-made product manufacturing apparatus of the present invention. The back-in box is a multilayer in which the outer layer upper film 46 and the inner layer upper film 47, and the portion 3a where the outer layer lower film 49 and the inner layer lower film 48 are overlapped are heat-sealed (heat-welded) and the spout 2 (spout) is heat-welded. A film bag product, which is filled with the contents 100 and then placed in an outer box such as cardboard.
図5に本発明の製袋品製造装置を示す。図5(a)は製袋品製造装置の上流部を示す上面図、図5(b)は側面図を示し、図5(c)は製袋品製造装置の下流部を示す上面図、図5(d)は図5(c)の側面図を示す。 FIG. 5 shows an apparatus for manufacturing a bag product according to the present invention. FIG. 5A is a top view showing an upstream portion of the bag manufacturing apparatus, FIG. 5B is a side view, and FIG. 5C is a top view showing a downstream section of the bag manufacturing apparatus. 5 (d) shows a side view of FIG. 5 (c).
図5に示す本発明の製袋品製造装置は、内層上フィルム47と外層上フィルム46にスパウト(口栓)穴あけパンチ50によりスパウト2の挿入穴を空ける。空いた穴にスパウト2を挿入し熱溶着によりスパウトを固定し、内層下フィルム48と外層下フィルム49と内層上フィルム47と外層上フィルム46とを合わせ、横ヒートシールバー53と縦ヒートシールバー54にて4層のフィルムを袋状に熱溶着を行う。上記4つのフィルムはガイドロール51とニップロール52により、製品ピッチに合わせピッチ送り搬送される。更に、袋の連続体を個々の袋に分離できるようにミシン目ユニット55によりミシン目57を入れ、袋用フィルム58(以下、フィルム58)を箱56に詰め込む。 In the bag manufacturing product manufacturing apparatus of the present invention shown in FIG. 5, an insertion hole for the spout 2 is formed in the inner layer upper film 47 and the outer layer upper film 46 by a spout (plug) hole punch 50. The spout 2 is inserted into the vacant hole and the spout is fixed by heat welding. The inner lower layer film 48, the outer lower layer film 49, the inner upper layer film 47, and the outer upper layer film 46 are combined, and the horizontal heat seal bar 53 and the vertical heat seal bar are combined. At 54, a four-layer film is thermally welded into a bag shape. The four films are fed and conveyed by the guide roll 51 and the nip roll 52 in accordance with the product pitch. Further, a perforation unit 57 is inserted by the perforation unit 55 so that the continuous bag can be separated into individual bags, and a bag film 58 (hereinafter, film 58) is packed in the box 56.
ここではフィルム58は一旦箱56に詰め込んだ後に図5(c)に示す製袋品製造装置の下流部に供給される場合を示しているが、箱56に詰め込まずにインラインで直接製袋品製造装置の下流部に供給しても良い。 Here, the film 58 is once packed in the box 56 and then supplied to the downstream part of the bag manufacturing product manufacturing apparatus shown in FIG. 5C. You may supply to the downstream part of a manufacturing apparatus.
不良部自動除去手段で不良部を自動除去する方法を説明する。図5(c)においてその不良部位を示す不良マーク19を不良マーク検知センサー23で検知した場合、ミシン目不良部位の除去と接合を自動で行う。不良部自動除去手段は不良マーク19を不良マーク検知センサー23で検知した場合、前記不良マーク検知センサーにより検知された不良部が存在する袋を不良部自動除去する位置まで移動する機構を備えている。即ち、不良マーク19が存在する袋を上流不良部位カット位置28と下流不良部位カット位置29の間に来るようにフィルムを搬送する。この場合、ミシン目57をミシン目撮像用画像センサー26で捉え、ミシン目を所定数検出した時点で搬送を停止して不良マーク19が上流不良部位カット位置28と下流不良部位カット位置29の間に来るようにする。所定数は不良マーク検知センサー23と不良を除去する場所との間隔と、フィルム58の袋のピッチ寸法で決められるもので予め設定される。このようにして、不良マーク19が上流不良部位カット位置28と下流不良部位カット位置29の間に搬送された後に、可動式クランプ25と下流側固定クランプ30でフィルム58を固定した状態で不良部位18が存在する1袋分(不良除去部位)59を除去する。尚、符号27は蛇行補正用エッジセンサーであり、これによってフィルム蛇行を防ぐことが出来る。 A method for automatically removing a defective portion by the defective portion automatic removing means will be described. In FIG. 5C, when the defect mark 19 indicating the defect site is detected by the defect mark detection sensor 23, the perforation defect site is automatically removed and joined. When the defective mark 19 is detected by the defective mark detection sensor 23, the defective portion automatic removing means includes a mechanism that moves the bag containing the defective portion detected by the defective mark detection sensor to a position where the defective portion is automatically removed. . That is, the film is conveyed so that the bag in which the defect mark 19 exists is positioned between the upstream defective portion cut position 28 and the downstream defective portion cut position 29. In this case, the perforation 57 is captured by the perforation imaging image sensor 26, and when a predetermined number of perforations are detected, the conveyance is stopped and the defect mark 19 is located between the upstream defective portion cut position 28 and the downstream defective portion cut position 29. To come to. The predetermined number is determined in advance by the distance between the defect mark detection sensor 23 and the place where the defect is removed and the pitch dimension of the bag of the film 58. In this way, after the defective mark 19 is conveyed between the upstream defective portion cut position 28 and the downstream defective portion cut position 29, the defective portion is fixed with the film 58 fixed by the movable clamp 25 and the downstream fixed clamp 30. One bag (defect removal site) 59 in which 18 exists is removed. Reference numeral 27 denotes a meandering correction edge sensor, which can prevent film meandering.
不良除去部位59を除去した後に接合手段で接合する。接合する方法について説明する。上記のように不良部位18が存在する不良除去部位59の1袋分を除去した後、可動式クランプ25でフィルム58を把持したまま可動式クランプ25を下流側の粘着テープ貼付位置29の手前まで矢印25aで示す方向に移動し、粘着テープ貼付位置29で先端と後端を突き合せた後、粘着テープ下台33を上昇させ、回転式粘着テープ上台32によって粘着テープ20を貼り付けてフィルム先端と後端を固定する。 After removing the defective removal part 59, it joins by a joining means. A method of joining will be described. After removing one bag of the defective removal portion 59 where the defective portion 18 is present as described above, the movable clamp 25 is moved to the downstream side of the adhesive tape application position 29 while holding the film 58 with the movable clamp 25. After moving in the direction indicated by the arrow 25a and abutting the front end and the rear end at the adhesive tape application position 29, the adhesive tape lower base 33 is raised, and the adhesive tape 20 is attached by the rotary adhesive tape upper base 32 to Fix the rear end.
図6、図7を用いて不良自動除去及び接合動作を説明する。 The automatic defect removal and bonding operation will be described with reference to FIGS.
不良除去部位59を除去位置61に移動し、可動式クランプ25と下流側固定クランプ30によってフィルム58を把持する(図6(a))。 The defect removal portion 59 is moved to the removal position 61, and the film 58 is gripped by the movable clamp 25 and the downstream side fixed clamp 30 (FIG. 6A).
上流側フィルム断裁下台41−1、下流側フィルム断裁下台41−2を上昇させ上流側フィルム押え上台43−1、下流側フィルム押え上台43−2を下降してフィルム58を固定し、上流側フィルム断裁板42−1、下流側フィルム断裁板42−2を下降して、不良部18を含む不良除去部位59を除去する(図6(b))。 The upstream film cutting lower base 41-1 and the downstream film cutting lower base 41-2 are raised and the upstream film presser upper base 43-1 and the downstream film presser upper base 43-2 are lowered to fix the film 58, and the upstream film The cutting plate 42-1 and the downstream film cutting plate 42-2 are lowered to remove the defective removal portion 59 including the defective portion 18 (FIG. 6B).
不良除去部位58を除去した後、上流側フィルム断裁下台41−1、下流側フィルム断裁下台41−2を下降し、上流側フィルム押え上台43−1、下流側フィルム押え上台43−2及び上流側フィルム断裁板42−1、下流側フィルム断裁板42−2を上昇する(図6(c))。 After removing the defect removal portion 58, the upstream film cutting lower base 41-1 and the downstream film cutting lower base 41-2 are lowered, and the upstream film press upper base 43-1, the downstream film press upper base 43-2, and the upstream side The film cutting plate 42-1 and the downstream film cutting plate 42-2 are raised (FIG. 6C).
可動式クランプ25を粘着テープ貼り位置まで矢印25aの方向に移動し、下流側フィルム断裁下台41−2と下流側フィルム押え上台43−2と下流側フィルム断裁板42−2を矢印41aで示す下流側に移動する(図7(d))。 The movable clamp 25 is moved to the adhesive tape application position in the direction of the arrow 25a, and the downstream side film cutting lower base 41-2, the downstream side film pressing upper base 43-2, and the downstream side film cutting plate 42-2 are indicated by the downstream arrow 41a. (Fig. 7 (d)).
更に粘着テープ下台33を矢印33aで示す方向に上昇してフィルムの先端と後端を突き合せた後、図示しない粘着テープを突き合せた部分に貼り付ける。その後、粘着テープ上台32を矢印32aで示す方向に下降し、粘着テープ面を押しつけて粘着テープを固定する(図7(e))。 Further, the lower base 33 of the adhesive tape is raised in the direction indicated by the arrow 33a so that the leading edge and the trailing edge of the film are abutted, and then the adhesive tape (not shown) is attached to the abutted portion. Thereafter, the adhesive tape upper base 32 is lowered in the direction indicated by the arrow 32a, and the adhesive tape surface is pressed to fix the adhesive tape (FIG. 7E).
可動式クランプ25は把持を解除した後、矢印25bで示す方向に戻る。また、粘着テープ上台32を矢印32bの方向に上昇し、粘着テープ下台33を矢印33bの方向に下降する。また下流側固定クランプ30による把持を解除し、下流側フィルム断裁下台41−2、下流側フィルム断裁板42−2、下流側フィルム断裁押え上台43−2を元の位置に戻す(図7(f))。 The movable clamp 25 returns to the direction indicated by the arrow 25b after releasing the grip. The adhesive tape upper base 32 is raised in the direction of arrow 32b, and the adhesive tape lower base 33 is lowered in the direction of arrow 33b. Further, the gripping by the downstream side fixing clamp 30 is released, and the downstream side film cutting lower base 41-2, the downstream side film cutting plate 42-2, and the downstream side film cutting presser upper base 43-2 are returned to their original positions (FIG. 7 (f )).
図8に粘着テープを突き合せた部分に貼る方法を示す。貼り合わせるフィルム58a、58bに直接、粘着テープ20の先端を貼り付け、粘着押えロール31でテープを固定し(図8(a))、指定の長さに粘着テープ20を巻き出した後、粘着テープカット36でカットする(図8(b))。 FIG. 8 shows a method of attaching the adhesive tape to the abutted portion. The tip of the adhesive tape 20 is directly attached to the films 58a and 58b to be bonded, the tape is fixed with the adhesive press roll 31 (FIG. 8A), the adhesive tape 20 is unwound to a specified length, and then the adhesive Cut with the tape cut 36 (FIG. 8B).
また、図9に粘着テープを突き合せた部分に貼る図8とは別の方法を示す。粘着テープ20を回転式粘着テープ上台32に指定長さに粘着テープカット36で切断後貼り付け、回転式粘着テープ上台32を矢印37で示す方向に回転させた後(図9(a))、フィルムに粘着テープ20を貼る(図9(b))。この場合の粘着テープは粘着面ではない面が回転式粘着テープ上台32で吸着固定され、突き合せた部分に貼られた後に粘着テープの吸着固定が解除される。 Further, FIG. 9 shows a method different from that shown in FIG. After the adhesive tape 20 is cut and pasted to the rotary adhesive tape upper base 32 by the adhesive tape cut 36 to the specified length, the rotary adhesive tape upper base 32 is rotated in the direction indicated by the arrow 37 (FIG. 9A), Adhesive tape 20 is affixed to the film (FIG. 9B). In this case, the surface of the pressure-sensitive adhesive tape that is not the pressure-sensitive adhesive surface is adsorbed and fixed by the rotary pressure-sensitive adhesive tape upper base 32, and after adhering to the abutted portion, the pressure-sensitive adhesive tape is released from being adsorbed and fixed.
上記説明では多層フィルムとして4層の場合を例示したが、これに限定されず6層、8層、それ以上の多層フィルムに適用することが出来る。 In the above description, the case of four layers is exemplified as the multilayer film, but the present invention is not limited to this, and the present invention can be applied to multilayer films of 6, 8, or more layers.
このように本発明の製袋品製造装置によれば、不良部分の除去、及びその後の接合作業を自動で行うことが可能なため、作業効率が向上し、更に不良部分の見逃しを防ぐことが出来るため、品質保証の役割を果たすことが出来る。 As described above, according to the bag manufacturing product manufacturing apparatus of the present invention, it is possible to automatically perform the removal of the defective portion and the subsequent joining operation, thereby improving work efficiency and further preventing the defective portion from being overlooked. Because it can, it can play a role of quality assurance.
1・・・キャップ
2・・・スパウト(口栓)
3、3a・・・ヒートシール(熱溶着)される重ねられた部分
6・・・外層上フィルム
7・・・内層上フィルム
8・・・内層下フィルム
9・・・外層下フィルム
10・・・スパウト(口栓)穴抜きパンチユニット
11・・・ガイドロール
12・・・ニップロール
13・・・横ヒートシールユニット
14・・・縦ヒートシールユニット
15・・・ミシン目ユニット
16・・・箱
17・・・ミシン目
18・・・不良部
19・・・不良マーク
20・・・粘着テープ
21・・・上流側ニップロール
22・・・下流側ニップロール
23・・・不良マーク検知センサー
24・・・上流側固定クランプ
25・・・可動式クランプ
26・・・ミシン目撮像用画像センサー
27・・・蛇行補正用エッジセンサー
28・・・上流側不良部位カット位置
29・・・下流側不良部位カット位置+粘着テープ貼付位置
30・・・下流側固定クランプ
31・・・粘着テープ押えロール
32・・・回転式粘着テープ上台
33・・・粘着テープ下台
34・・・蛇行補正ベース
35・・・蛇行補正ガイド
36・・・粘着テープカット
41−1・・・上流側フィルム断裁下台
41−2・・・下流側フィルム断裁下台
42−1・・・上流側フィルム断裁板
42−2・・・下流側フィルム断裁板
43−1・・・上流側フィルム押え上台
43−2・・・下流側フィルム押え上台
46・・・外層上フィルム
47・・・内層上フィルム
48・・・内層下フィルム
49・・・外層下フィルム
50・・・スパウト(口栓)穴あけパンチ
51・・・ガイドロール
52・・・ニップロール
53・・・横ヒートシールバー
54・・・縦ヒートシールバー
55・・・ミシン目ユニット
56・・・箱
57・・・ミシン目
58・・・袋用フィルム(フィルム)
59・・・1袋分(不良除去部位)
61・・・除去位置
100・・・内容物
1 ... Cap 2 ... Spout
3, 3a: Heat-sealed (heat-sealed) overlapped portion 6: outer layer upper film 7 ... inner layer upper film 8 ... inner layer lower film 9 ... outer layer lower film 10 ... Spout (plug) hole punching unit 11 ... guide roll 12 ... nip roll 13 ... horizontal heat seal unit 14 ... vertical heat seal unit 15 ... perforation unit 16 ... box 17 .... Perforation 18 ... Defective part 19 ... Defective mark 20 ... Adhesive tape 21 ... Upstream nip roll 22 ... Downstream nip roll 23 ... Defective mark detection sensor 24 ... Upstream Fixed clamp 25... Movable clamp 26... Image sensor 27 for perforation imaging... Meandering edge sensor 28. Side defective part cut position + adhesive tape application position 30 ... downstream side fixed clamp 31 ... adhesive tape presser roll 32 ... rotary adhesive tape upper base 33 ... adhesive tape lower base 34 ... meandering correction base 35 ... Meandering correction guide 36 ... Adhesive tape cut 41-1 ... Upstream film cutting base 41-2 ... Downstream film cutting base 42-1 ... Upstream film cutting plate 42-2・ ・ Downstream side film cutting plate 43-1 ... Upstream side film presser base 43-2 ... Downstream side film presser base 46 ... Outer layer upper film 47 ... Inner layer upper film 48 ... Inner layer lower film 49 ... Outer layer lower film 50 ... Spout (plug) drilling punch 51 ... Guide roll 52 ... Nip roll 53 ... Horizontal heat seal bar 54 ... Vertical heat seal Ruber 55 ... perforation unit 56 ... box 57 ... perforations 58 ... bag film (film)
59 ... 1 bag (defect removal site)
61 ... removal position 100 ... contents
Claims (3)
前記製造装置は、フィルム搬送方向に、熱溶着部と、ミシン目ユニットと、不良マーク検知センサーと、不良部自動除去手段と、接合手段と、を備え
熱溶着部は、多層のフィルムを積層して溶着するもので、
ミシン目ユニットは、前記熱溶着後の袋の連続体を個々の袋に分離するためのミシン目を入れるもので、
不良マーク検知センサーは、不良部に設けられた不良マークを検知するもので、
不良部自動除去手段は、前記不良部が存在する袋を除去するもので、
接合手段は、前記除去された袋の前後の部位を接合するもので、
あることを特徴とする多層フィルム製袋品の製造装置。 An apparatus for producing a multilayer film bag product,
The manufacturing apparatus includes a heat welding part, a perforation unit, a defect mark detection sensor, a defective part automatic removal means, and a joining means in the film conveying direction. The heat welding part is a multi-layer film laminated. Which is to be welded
The perforation unit is for inserting perforations for separating the continuous bag of heat-welded bags into individual bags,
The defect mark detection sensor detects the defect mark provided in the defective part.
The defective portion automatic removing means is for removing the bag in which the defective portion exists,
The joining means joins the front and rear parts of the removed bag,
An apparatus for producing a multi-layer film bag product, comprising:
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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JP2014002277A JP2015129011A (en) | 2014-01-09 | 2014-01-09 | Manufacturing device for multilayer film bag product |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2014002277A JP2015129011A (en) | 2014-01-09 | 2014-01-09 | Manufacturing device for multilayer film bag product |
Publications (1)
Publication Number | Publication Date |
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JP2015129011A true JP2015129011A (en) | 2015-07-16 |
Family
ID=53760118
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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JP2014002277A Pending JP2015129011A (en) | 2014-01-09 | 2014-01-09 | Manufacturing device for multilayer film bag product |
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JP (1) | JP2015129011A (en) |
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2014
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