JPH0272031A - Method and apparatus for supplying two groups of piled bags to single packaging position in single packaging device - Google Patents
Method and apparatus for supplying two groups of piled bags to single packaging position in single packaging deviceInfo
- Publication number
- JPH0272031A JPH0272031A JP22353388A JP22353388A JPH0272031A JP H0272031 A JPH0272031 A JP H0272031A JP 22353388 A JP22353388 A JP 22353388A JP 22353388 A JP22353388 A JP 22353388A JP H0272031 A JPH0272031 A JP H0272031A
- Authority
- JP
- Japan
- Prior art keywords
- bags
- packaging
- bag
- groups
- group
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
- 238000004806 packaging method and process Methods 0.000 title claims abstract description 165
- 238000000034 method Methods 0.000 title claims abstract description 27
- 230000007246 mechanism Effects 0.000 claims description 33
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 33
- 241001417527 Pempheridae Species 0.000 claims description 22
- 239000000463 material Substances 0.000 claims description 13
- 238000001514 detection method Methods 0.000 claims description 9
- 238000012545 processing Methods 0.000 abstract description 16
- 238000007789 sealing Methods 0.000 abstract description 7
- 238000004080 punching Methods 0.000 abstract description 3
- 238000013459 approach Methods 0.000 abstract description 2
- 238000012856 packing Methods 0.000 abstract 2
- 238000004804 winding Methods 0.000 description 14
- 210000000988 bone and bone Anatomy 0.000 description 12
- 230000000694 effects Effects 0.000 description 6
- 229920003002 synthetic resin Polymers 0.000 description 4
- 239000000057 synthetic resin Substances 0.000 description 4
- 230000032258 transport Effects 0.000 description 4
- 229920006280 packaging film Polymers 0.000 description 3
- 239000012785 packaging film Substances 0.000 description 3
- 230000036544 posture Effects 0.000 description 3
- 229920001169 thermoplastic Polymers 0.000 description 3
- 239000004416 thermosoftening plastic Substances 0.000 description 3
- 239000004744 fabric Substances 0.000 description 2
- 239000005022 packaging material Substances 0.000 description 2
- 238000012546 transfer Methods 0.000 description 2
- 238000010923 batch production Methods 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 210000000078 claw Anatomy 0.000 description 1
- 238000007599 discharging Methods 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
- 239000000155 melt Substances 0.000 description 1
- 238000012858 packaging process Methods 0.000 description 1
- 230000008569 process Effects 0.000 description 1
- 238000011144 upstream manufacturing Methods 0.000 description 1
- 230000037303 wrinkles Effects 0.000 description 1
Landscapes
- Packaging Of Special Articles (AREA)
Abstract
Description
【発明の詳細な説明】
イ、目 的
(産業上の利用分野)
この発明は一台の製袋機で二条の袋素材帯を供給し、二
袋づつ並列に袋を製造し、それぞれ二箇所に所定枚数づ
つ積み重ねた袋群を各袋群を単位として、これらを−台
の包装装置の一つの包装位置に順次供給する方法及び装
置に関する。[Detailed Description of the Invention] A. Purpose (Field of Industrial Application) This invention supplies two strips of bag material using one bag making machine, manufactures two bags in parallel, and produces two bags each in two locations. The present invention relates to a method and apparatus for sequentially supplying groups of bags stacked in a predetermined number to one packaging position of a packaging device, with each bag group being a unit.
(従来技術)
従来公知の技術としては、本件出願人が先に開発した特
開昭60−77812号特許公開公報が知られている。(Prior Art) As a conventionally known technique, Japanese Patent Laid-Open No. 1987-77812, which was developed by the applicant of the present invention, is known.
この先行技術の概要を説明すれば、二側に製造される袋
群を積み重ねて、水平なテーブル上に。To explain the outline of this prior art, groups of bags manufactured on two sides are stacked on a horizontal table.
これらを並べて、これら袋群を掛合爪によって、左右に
滑らせて順次中央の位置に前記テーブル上を滑らせて移
動し、中央位置のテーブル面に設けたスリットよりこの
袋群を下方に押し込んで包装装置部に送り込んでいる。After arranging these bags, the groups of bags are slid from side to side using the hooking claws, and then slid one after another on the table to the center position, and the groups of bags are pushed downward through a slit provided on the table surface at the center position. It is sent to the packaging equipment department.
またこれを改良した装置を本件出願人は先に開発し、特
願昭6i3−188792号として出願した。この先願
の発明の内容の概要は二つの袋群を別々の袋群受け台に
供給し、この袋受け台上の袋群を順次単一の包装受け台
部に供給して、包装するようにしている。Furthermore, the applicant of the present invention previously developed a device that improved this and filed it as Japanese Patent Application No. Sho 6i3-188792. The outline of the invention of this earlier application is to supply two groups of bags to separate bag group holders, and to sequentially supply the bags on the bag holders to a single packaging holder for packaging. ing.
(発明の解決しようとする課題)
前記の先行技術の装置うち前者のものにおいても一応の
成果は収めているが、テーブル上に供給した袋群をその
テーブル上を左右に滑らせて供給しなければならず、広
幅の袋の時にはテーブル面も広くしなければならず装置
が非常に大型化する。(Problem to be Solved by the Invention) Although the former of the prior art devices described above has achieved some success, it is necessary to feed the bag group fed onto the table by sliding it left and right on the table. Moreover, when using wide bags, the table surface must also be widened, making the device extremely large.
またこれらの袋群を包装装置部に供給する時に、狭いス
リットを通過させる構造であるため、一部が打ち抜かれ
たグロサリーバッグと称せられている袋などは、前記ス
リットを通過するときに、グロサリーバッグの提手部分
が皺になったり、姿勢が乱れ包装が困難乃至不能になる
おそれがあり、この種の袋群の包装には不向きである。In addition, when these bags are fed to the packaging device, they are structured so that they pass through a narrow slit. Therefore, when a bag with a partially punched out part is called a grocery bag, when it passes through the slit, it passes through a narrow slit. This method is unsuitable for packaging groups of bags of this type because the handle portion of the bag may become wrinkled or the bag's posture may be disturbed, making packaging difficult or impossible.
後者の先願のものにおいては、前記欠点は改善されるが
、構造上複雑であり、運動制御装置も複雑となるおそれ
がある。In the latter prior application, the above-mentioned drawbacks are improved, but the structure is complicated, and the motion control device may also be complicated.
そこでこの発明は装置の幅がそれ程広くならず、また前
述のグロサリーバッグであっても容易に一台の包装装置
の位置に二つの袋群を順次1袋群づつ供給出来る装置と
することであり、且つ装置の構造を簡略化することを目
的とする。Therefore, the object of this invention is to provide a device that does not have a very wide width and can easily supply two groups of bags one bag at a time to one packaging device, even for the above-mentioned grocery bags. , and to simplify the structure of the device.
口1発明の構成
(課題を解決しようとする手段)
前記課題を達成するために、この出願の特定発明である
方法発明は並行して二条の袋素材帯を供給し、同時に二
袋づつ袋を製造し、順次隣接する二個所に積み重ね、こ
れら積み重ねられた二つの袋群が、それぞれ所定枚数に
達する毎に、これら袋群を同時に単一の包装装置の単一
の包装位置に供給し、順次一袋群づつ外装フィルムで包
装する方法において、
前記二つの袋群を前記包装装置に供給するときに、一方
の袋群は包装装置の包装位置に直接供給し、他の袋群は
これと同時に前記包装位置に隣接する待機位置に供給し
、
包装位置に供給された袋群を先ず外装フィルムによって
包装し、これを包装位置より搬出し、次に待機位置の袋
群を前記包装位置に供給し、外装フィルムによって包装
し、これを包装位置より搬出する。1. Structure of the invention (means for solving the problem) In order to achieve the above-mentioned problem, the method invention, which is the specified invention of this application, supplies two strips of bag material in parallel and produces two bags at a time. The bag groups are manufactured and stacked in two adjacent locations in sequence, and each time each of these two stacked bag groups reaches a predetermined number, these bag groups are simultaneously supplied to a single packaging position of a single packaging device, and sequentially In the method of packaging each bag group with an exterior film, when the two bag groups are fed to the packaging device, one bag group is directly fed to the packaging position of the packaging device, and the other bag group is fed at the same time. The bags are supplied to a standby position adjacent to the packaging position, and the bags supplied to the packaging position are first wrapped with an exterior film, and then carried out from the packaging position, and then the bags at the standby position are supplied to the packaging position. , packaged with an exterior film, and carried out from the packaging location.
以上の方法を繰り返すことを特徴とする特許積み重ね袋
群を単一の包装装置の単一の包装位置に供給する方法と
する。This method is characterized in that the above method is repeated to supply a group of stacked bags to a single packaging position of a single packaging device.
また前述の二個の積み重ね袋群を単一の包装装置の単一
の包装位置に供給する方法において、製袋された各袋群
に加工を施した後、一方の袋群を前記包装位置に、他方
の袋群を前記待機位置に同時に供給する場合もある。Furthermore, in the method of supplying two groups of stacked bags to a single packaging position of a single packaging device, after processing each bag group that has been made, one bag group is placed at the packaging position. , the other bag group may be simultaneously supplied to the standby position.
また前記課題を達成するために、二個の積み重ね袋群を
単一の包装装置の単一の包装位置に供給する方法におい
て、前記袋群包装位置における前記外装フィルムによる
袋群を包装方法は一枚の熱可塑性合成樹脂フィルム帯に
よってチーブ状に包み、後三辺をヒートシールする方法
であることを特徴とすることが好ましい。In addition, in order to achieve the above object, in a method for supplying two stacked bag groups to a single packaging position of a single packaging device, the packaging method includes a method for supplying a bag group by the outer film at the bag group packaging position. It is preferable that the method is characterized in that it is wrapped in a chive-like shape with a sheet of thermoplastic synthetic resin film and heat-sealed on the back three sides.
前記課題を達成するために、関連発明は、並行して二条
の袋素材帯を供給し、同時に二袋づつ袋を製造し順次隣
接する二個所に積み重ねる製袋装置と、この下流側に連
ねて設けた単一の包装装置と、前記製袋装置によって製
袋されたそれぞそれの袋群の枚数が所定枚数に達する毎
に出力信号を発する検出装置と、この検出信号を入力信
号として、前記二つの袋群を包装装置の所定位置までそ
れぞれ搬送する袋群搬送装置を備えた装置において、
前記包装装置には袋群の搬入方向に長く平面長方形の一
方の袋群を受け、この上で袋群を包装する単一の包装受
け台と、この長辺の隣に幅方向に隣接して、やはり袋群
の搬入方向に長く平面長方形の他の袋群を受ける単一の
補助骨は台が設けてあり、前記補助骨は台は前記包装受
け台外の位置からこの上に完全に重なる位置まで、その
幅方向にかつ往復水平移動自在に水平方向駆動機構と連
設してあり、この受け面には短辺方向に少なくとも二条
の溝が設けてあり、前記包装受け台の前記補助骨は台寄
りの縁のや\内側の上方には前記補助骨は台の受け面の
前記溝に符合する凹凸下縁を持つ起立スィーパ板が設け
てあり、この起立スィーパ抜は前記補助骨は台が前記包
装受け台に重なった時に上方よりその下縁の一部が前記
補助骨は台の溝に嵌まる位置まで下降させ、前記補助骨
は台か包装受け台外まで後退後上昇させる上下方向駆動
機構と連結して設けてあることを特徴とする二個の積み
重ね袋群を単一の包装装置の単一の包装位置に供給する
装置である。In order to achieve the above object, the related invention provides a bag making device that supplies two strips of bag material in parallel, manufactures two bags at a time, and stacks them in two adjacent locations in sequence; a single packaging device provided; a detection device that emits an output signal every time the number of bags made by the bag making device reaches a predetermined number; In a device equipped with a bag group conveying device that transports two groups of bags to predetermined positions of the packaging device, the packaging device receives one group of bags that is long in the direction of carrying in the bag groups and is rectangular in plan, and then the bags are placed on top of the bag group. A single packaging pedestal for packaging a group of bags, and a single auxiliary bone adjacent to this long side in the width direction and also long in the direction in which the bag group is carried in and receiving another bag group of a flat rectangular shape. The auxiliary frame is connected to a horizontal drive mechanism so that the base can be moved horizontally in a reciprocating manner in the width direction from a position outside the packaging holder to a position completely overlapping the packaging holder. The surface is provided with at least two grooves in the direction of the short side, and the auxiliary ribs of the packaging pedestal are located above the edge near the pedestal, and the auxiliary ribs are aligned with the grooves of the receiving surface of the pedestal. An upright sweeper plate is provided with an uneven lower edge, and when the upright sweeper is pulled out, the auxiliary bone is partially inserted into the groove of the table from above when the table overlaps the packaging receiving table. A single packaging device for combining two groups of stacked bags, characterized in that the auxiliary ribs are connected to a vertical drive mechanism that lowers the bags to a fitting position, and raises the auxiliary ribs after retracting to the outside of the packaging tray. This is a device that feeds a single packaging location.
口1発明の作用 装置の発明の作用と共に方法発明を説明する。Function of the invention The method invention will be explained along with the operation of the device invention.
単一の製袋装置に二条の袋素材帯を並列に供給し製袋装
置を運転して、同時に二袋づつ製造し、製袋装置の製品
受け台の二個所に二つの袋群を積み重ねて行き、1:の
枚数を数検出装置で検出し、この値が所定数に達した検
出信号により、袋群搬送装置を作動させて、製品受け台
上の各袋群を同時に、これよりも下流側の包装装置に搬
送する。Two strips of bag material are fed in parallel to a single bag-making device, the bag-making device is operated to produce two bags at a time, and the two groups of bags are stacked at two locations on the product tray of the bag-making device. 1: is detected by the number detection device, and a detection signal when this value reaches a predetermined number activates the bag group conveyance device to simultaneously transport each bag group on the product tray downstream from this. Transfer to the side packaging equipment.
この製袋装置と包装装置の間に袋加工装置を付加し、−
旦袋群に加工を施してから、包装装置に各袋群を送り込
む場合もある。A bag processing device is added between the bag making device and the packaging device, and -
In some cases, each group of bags is sent to a packaging device after being processed.
この時一方の袋群は直接包装位置の包装受け台上に他方
の袋群は前記包装受け台と隣接して設けである補助骨は
台上に各々同時に搬送される。この二つの袋群の搬送が
終了したならば、搬送装置は元の位置に復帰する。At this time, one group of bags is placed on the packaging tray at the direct packaging position, and the other bag group is placed adjacent to the packaging tray, and the auxiliary ribs are conveyed onto the tray at the same time. When the conveyance of these two groups of bags is completed, the conveyance device returns to its original position.
而して先ず包装受け台上の袋群を例えば熱可塑性合成樹
脂製外装フィルムによって包装し、包装が完了したなら
ばこの包装受け台上より包装された袋群を搬出する。First, the group of bags on the packaging pedestal is wrapped with, for example, an exterior film made of thermoplastic synthetic resin, and when the packaging is completed, the packaged bag group is carried out from the packaging pedestal.
この搬出を入力信号として前記補助骨は台を残りの袋群
を載置したまま包装受け台上に水平方向駆動機構によっ
て移動させて停止させ、この袋群の外側の位置で補助骨
は台上に前記起立スィーパ板を前記上下方向駆動機構に
よって下降させて、前記起立スィーパ板の下縁を補助骨
は台の受け面の溝にその一部を嵌合させる。Using this unloading as an input signal, the auxiliary bone is moved onto the packaging tray with the rest of the bags placed on it by a horizontal drive mechanism and stopped. Then, the upright sweeper plate is lowered by the vertical drive mechanism, and the lower edge of the upright sweeper plate is partially fitted into the groove of the receiving surface of the table.
次に前記補助骨は台を水平方向駆動機構によって元の位
置に復帰させるこの復帰動中に、この上の袋群は起立ス
ィーパ板によってその移動が止められているため、補助
受台の移動に伴いその下の包装受け台上に払い出される
。Next, the auxiliary bone returns the table to its original position by the horizontal drive mechanism.During this return movement, the movement of the upper bag group is stopped by the upright sweeper plate, so the movement of the auxiliary pedestal is prevented. The package is then dispensed onto the packaging tray below.
この様にして他方の袋群をも包装受け台上で前記熱可塑
性合成樹脂製外装フィルムによって包装し、この上より
搬出する。In this manner, the other bag group is also wrapped on the packaging tray using the thermoplastic synthetic resin exterior film, and then transported out from above.
この様にして二つの袋群が包装されている間に次の所定
枚数の袋が製袋装置の製品受け台に積み重ねられ、以下
同様の作用を繰り返す。While the two groups of bags are being packaged in this manner, the next predetermined number of bags are stacked on the product tray of the bag making device, and the same operation is repeated thereafter.
(実施例) 次にこの装置発明の代表的な実施例を説明する。(Example) Next, a typical embodiment of this device invention will be described.
図に示すものであって、先ず製袋装[Aは公知の製袋機
と何ら変わるところなく、二条の袋素材帯ド4、F2が
並列して供給でき、これら二条の袋素材fF1.F2を
加工することによって、二袋づつ製袋できるものである
。製袋された袋Bi、B2はこの製袋装[Aの最も下流
側の製品受け台10との二個所に幅方向に並んで順次積
み重ねられる。The bag making machine [A] is no different from a known bag making machine, and can supply two bag material strips fF1 and F2 in parallel, and these two bag material strips fF1. By processing F2, it is possible to make two bags at a time. The manufactured bags Bi and B2 are stacked in sequence in the width direction at two locations, including the product holder 10 on the most downstream side of the bag packaging [A].
この製袋装置Aの下流側には実施例においては袋加工装
置りの一種であるグロサリーバッグの提げ手部分を形成
するための打ち抜き装置15が二組設けてあり、この装
置で袋B□、B2をそれぞれ積み重ねた袋群B、、B4
を一括加工する。更にこのF流側に連ねて包装装置Pが
連結しである。On the downstream side of this bag making device A, there are two sets of punching devices 15, which are a type of bag processing device in this embodiment, for forming handle portions of grocery bags. Bag group B, , B4, each stacked with B2
Batch process. Further, a packaging device P is connected to this F flow side.
包装装置Pの上面には前記製袋装置Aの搬送方向に細長
い平面にみて長方形の包装受け台2oと補助骨は台5o
が幅方向に並べて設けである。On the upper surface of the packaging device P, there is a packaging receiving table 2o which is rectangular when viewed from a plane elongated in the conveyance direction of the bag making device A, and an auxiliary frame table 5o.
are arranged in the width direction.
前述の前記本体機枠60に対し幅方向に移動自在の可動
枠70には前記包装受け台20が装備してあり、この可
動枠70に装備された上下方向駆動機構2またる空気シ
リンダー装置の可動部材22にこの包装受け台20は結
合してあり、空気シリンダー装置21に供給する圧搾空
気を制御する3位置制御弁23によって、その上下方向
のストローク中の2乃至3位置で停止できる様に設けで
ある。この包装受け台20は供給される袋群B3の幅寸
法に応じて若干幅の寸法が変更可能に設けである。A movable frame 70 that is movable in the width direction with respect to the main frame 60 is equipped with the packaging tray 20. This packaging holder 20 is connected to a movable member 22, and can be stopped at the 2nd or 3rd position during its vertical stroke by means of a 3-position control valve 23 that controls the compressed air supplied to the air cylinder device 21. It is a provision. The width of the packaging tray 20 can be changed slightly depending on the width of the bag group B3 to be supplied.
即ち包装受け台20は左右の二つの受け部材20a及び
20aよりなり、それぞれ外側縁には背の低い起立壁2
4a、24bが設けてあり、これら起立壁24a、24
bの高さはこの上に載置する袋群B、及びB4の積み重
ね高さとほぼ符合させである。二つの受け部材20a及
び20aのうち前記補助骨は台50寄りの受け部材20
aは」二下方向駆動機構21の可動部材22に固定され
て、可動枠7oに対して水平方向には移動しないように
設けである。他方の受け部材20bは前記受け部材20
aに対し幅方向に移動調整可能に装備してあり、例えば
セットねじによって任意の位置で固定できるものであり
、受け部材20bを前記受け部材20aに対し、移動す
ることによって、包装受け台20の幅が袋群B、及びB
、の幅に応じて変更できるように装備しである。That is, the packaging receiving stand 20 consists of two receiving members 20a and 20a on the left and right, each of which has a short standing wall 2 on its outer edge.
4a, 24b are provided, and these standing walls 24a, 24
The height of b is approximately the same as the stacked height of bags B and B4 placed thereon. Of the two receiving members 20a and 20a, the auxiliary bone is the receiving member 20 closer to the table 50.
``a'' is fixed to the movable member 22 of the downward drive mechanism 21 so as not to move in the horizontal direction with respect to the movable frame 7o. The other receiving member 20b is the receiving member 20
a, and can be fixed at any position using a set screw, for example. By moving the receiving member 20b relative to the receiving member 20a, the packaging receiving stand 20 can be adjusted. Width is bag group B and B
It is equipped so that it can be changed according to the width.
前記包装受け台20の下流端の一部には後述の包装袋群
B0を搬出するときに、これを掴み易くするための切欠
き部25が設けである。A notch 25 is provided in a part of the downstream end of the packaging tray 20 to make it easier to grasp the packaging bag group B0, which will be described later, when it is carried out.
前述の補助骨は台50は前記包装受け台2oと隣接して
並んだ位置から1本体機枠60に装備しである前記水平
方向駆動機構51の可動部材52と一体となって、前記
包装受け台20と完全に重なる位置まで、その短辺方向
つまり幅方向に水平移動出来る様に装備されている。前
記水平方向駆動機構51の作動はその制御弁53の操作
によって行う。The above-mentioned auxiliary frame 50 is integrated with the movable member 52 of the horizontal drive mechanism 51 installed in the machine frame 60 of the main body from a position adjacent to the packaging tray 2o. It is equipped so that it can be moved horizontally in the short side direction, that is, in the width direction, until it completely overlaps with the table 20. The horizontal drive mechanism 51 is operated by operating a control valve 53 thereof.
また、この補助骨は台50の受け面は短辺方向に畝を持
つ波板状の凹凸面54としてあり、この凹凸の溝深さは
2乃至10IIn程度としてあり、ピッチは支持すべき
袋群B、全長間に少なくとも二個の溝55のあるものが
好ましく、実施例としては10乃至15畝ないし溝数と
し、合成樹脂成形品によって形成した。In addition, the receiving surface of the support bone 50 is a corrugated plate-like uneven surface 54 with ridges in the short side direction, and the depth of the groove of this unevenness is about 2 to 10 IIn, and the pitch is set to the group of bags to be supported. B. It is preferable to have at least two grooves 55 along the entire length, and in an embodiment, the number of ridges or grooves is 10 to 15, and it is made of a synthetic resin molded product.
前述の補助骨は台50の下の本体機枠60には前記袋群
B3、B4を包装する為の包装フィルム帯Tをロール状
に巻いた原反を支持する原反支持装置56が設けである
。The above-mentioned auxiliary frame is provided with a material support device 56 in the main machine frame 60 under the stand 50 for supporting a material obtained by winding a packaging film band T into a roll for wrapping the bag groups B3 and B4. be.
また前記可動枠70の一部には包装受け台2゜の固定量
は部材20aの縁に添って、上下一対のヒートシール顎
30a、30bが圧接雛反自在に装備しである。更に前
記可動枠70の一部には前記補助骨は台50が包装受け
台20と重なったときに上方の待機位置より下降する起
立スィーパ板40が可動枠70に装備した第2上下方向
駆動機構4またる空気圧シリンダー装置の可動部材42
に固定して設けてあり、起立スィーパ板40の位置は前
記包装受け台20の補助骨は台50寄りの縁より若干内
個に位置し、起立スィーパ仮40の下縁44の形状は丁
度前記補助骨は台50の凹凸面54の凹凸形状に符合し
た形状にしてあり、起立スィーパ板4oが前記補助骨は
台50上に下降したときには前記起立スィーパ板40の
下縁44が前記補助骨は台50の受け面の凹凸形状と丁
度嵌合す。第2の上下方向駆動機構4またる空気圧シリ
ンダー装置の作動はこれに供給する圧搾空気を制御する
2位置制御弁43によって行う。前述の製袋装置への製
品受け台10から袋加工装置りを通り包装装置Bの前記
包装受け台20及び補助骨は台50に袋群B、及びB4
を搬送する一連の袋群搬送装置80がこれら各部の上に
わたって設【づてあり、製袋装置への作動回数(製袋数
と同じ)を計数し、所定数に達する毎に出力信号を発す
る検出装に11が設けてあり、この信号を入力信号とし
て、前記搬送装置80は一挙動して、製品受け台10上
の袋群B1、B4を次のステーションである袋加工装!
Dの位置まで搬送し、この袋加工装置りにおいて加工終
了後直ちに次のステーションである包装受け台20及び
補助骨は台50上まで各袋群B3、B4を搬送する。Further, a part of the movable frame 70 is equipped with a pair of upper and lower heat seal jaws 30a, 30b which can be pressed and retracted along the edge of the member 20a at a fixed distance of the packaging receiving table 2°. Further, a part of the movable frame 70 is equipped with a second vertical drive mechanism in which the movable frame 70 is equipped with an upright sweeper plate 40 that descends from an upper standby position when the auxiliary frame 50 overlaps the packaging tray 20. Movable member 42 of a four-straddle pneumatic cylinder device
The position of the upright sweeper plate 40 is such that the auxiliary bone of the packaging receiving stand 20 is located slightly inward from the edge of the stand 50, and the shape of the lower edge 44 of the upright sweeper plate 40 is exactly as described above. The auxiliary bone has a shape that matches the uneven shape of the uneven surface 54 of the table 50, and when the upright sweeper plate 4o is lowered onto the table 50, the lower edge 44 of the upright sweeper plate 40 It exactly fits into the uneven shape of the receiving surface of the stand 50. The operation of the pneumatic cylinder device comprising the second vertical drive mechanism 4 is performed by a two-position control valve 43 that controls the compressed air supplied thereto. The packaging pedestal 20 and auxiliary ribs of the packaging device B pass through the bag processing device from the product pedestal 10 to the bag making device described above, and the bag groups B and B4 are transferred to the pedestal 50.
A series of bag group conveyance devices 80 are installed above each of these parts, and count the number of times the bag making device is operated (same as the number of bags made), and emit an output signal every time a predetermined number is reached. 11 is provided in the detection device, and with this signal as an input signal, the conveying device 80 makes one movement and transfers the groups of bags B1 and B4 on the product tray 10 to the next station, the bag processing device!
Immediately after finishing the processing in this bag processing apparatus, each bag group B3, B4 is transported to the next station, the packaging receiving table 20 and the auxiliary frame 50, to the position D.
この搬送装置80は前述の機能を有するものであれば、
その構造にとくに限定はない。If this conveyance device 80 has the above-mentioned functions,
There are no particular limitations on its structure.
前記包装受け台20上で袋群B3及びB、を順次包装す
る包装装置Pとしても前述の包装位置が単一のものであ
れば特に限定はないが、実施例の装置においては次のよ
うに構成し1いる。There is no particular limitation on the packaging device P that sequentially packages the groups of bags B3 and B on the packaging tray 20 as long as the aforementioned packaging position is a single one, but in the device of the embodiment, the packaging device P can be used as follows. There are 1 configurations.
前記可動枠70には外装フィルム帯Tを原反支持装置5
6の軸線と並行な軸線をもつ巻軸31が前記可動枠70
に包装受け台20の幅よりも大きい寸法包装受け台20
の幅に添って、往復移動自在に設けてあり、先ず包装に
先立ち包装フィルム帯Tを必要な長さ前記巻軸31に巻
取り、包装受け台20が上位位置にあるときに、前記巻
軸3jは上下に離反しているヒートシール類30a、3
obの間を通って、包装受け台20の下側を通りその反
対側に移動し、袋群B、又はB4を載せた状態で包装受
け台20を降下させ、今度はこの上側を通り前記巻軸3
1を元に位置に復帰させ、包装受け台20とその上の袋
群B3又はB4を一括ループ状に包装し、その後前記ヒ
ートシール顎30a。The outer film band T is attached to the movable frame 70 by the original fabric support device 5.
The winding shaft 31 having an axis parallel to the axis of 6 is connected to the movable frame 70.
The dimensions of the packaging tray 20 are larger than the width of the packaging tray 20.
First, prior to packaging, the packaging film strip T is wound onto the winding shaft 31 to a required length, and when the packaging receiving table 20 is in the upper position, the winding shaft 31 is 3j are heat seals 30a and 3 that are separated vertically.
passing between the packaging trays, passing under the packaging tray 20 and moving to the opposite side thereof, lowering the packaging tray 20 with bag group B or B4 placed thereon, and then passing over this top side and moving to the opposite side. Axis 3
1 to its original position, the packaging tray 20 and the bag group B3 or B4 thereon are packaged in a loop shape, and then the heat-sealing jaw 30a.
30bが相圧接して、前記包装フィルム帯Tを溶着溶断
して後チユーブ状の外装フィルムと袋群B3又はB4を
一緒に包装受け台20より引き抜く様構成した包装装置
を用いた。30b are in mutual pressure contact with each other, the packaging film band T is welded and fused, and the tube-shaped exterior film and bag group B3 or B4 are pulled out together from the packaging tray 20.
亦前記ヒートシール顎30a、30bによってチューブ
状にシールされた外装フィルムの一方の開口端をヒート
シールする一対の開ロ部シール顎32a、32bが包装
受け台20の下流側に添ってこの幅方向に長く、つまり
ヒートシール類30a、30bとは直角方向に前記可動
枠70に設けである。In addition, a pair of opening sealing jaws 32a and 32b heat-seal one open end of the outer film sealed in a tube shape by the heat-sealing jaws 30a and 30b along the downstream side of the packaging receiving table 20 in the width direction. In other words, the heat seals 30a and 30b are provided on the movable frame 70 in a direction perpendicular to the heat seals 30a and 30b.
前述の包装受け台20と補助骨は台50が袋群BJ又は
B4を受けるとき5両者の受け面の高さは相互に面一(
第1図参照)にしておくか或は第3図に示す様に包装受
け台20が補助骨は台50の水平移動の邪魔にならず、
後述の袋群B、又はB4の払出時にこれらの姿勢が乱れ
ないよう出来るだけ高低差を少なく設けておいてもこの
発明とじては同一である。When the packaging holder 20 and the auxiliary rib 50 receive the bag group BJ or B4, the heights of their receiving surfaces are flush with each other (5).
(see FIG. 1), or as shown in FIG.
The present invention is the same even if the difference in height is made as small as possible so that the postures of bag group B or B4, which will be described later, are not disturbed when dispensing them.
その地図において、符号57は各空気シリンダー装@2
1.41及び51に圧搾空気を供給するコンプレッサで
あり、空気タンク58及び空気パイプ59を介して各制
御弁23.43及び53に接続しである。In the map, numeral 57 indicates each air cylinder installation @2.
1.41 and 51, and is connected to each control valve 23.43 and 53 via an air tank 58 and an air pipe 59.
(実施例の作用)
先ず供給される袋素材帯F□、F2の幅に合わせて包装
受け台20の受け部材20bを受け部材20aに対して
移動させて、包装受け台20の幅を調整し、セットねじ
などによって両者を固定する。(Operation of the embodiment) First, the width of the packaging tray 20 is adjusted by moving the receiving member 20b of the packaging tray 20 with respect to the receiving member 20a according to the width of the bag material strips F□, F2 to be supplied. , fix both using set screws, etc.
次に搬送されてくる袋群B3が丁度包装受け台20の上
に載置されるように、可動枠70と共に包装受け台20
を幅方向に送りねじ62などを用いて移動調整し、最適
の位置で可動枠70を本体機枠60に対して固定する。The packaging tray 20 is placed together with the movable frame 70 so that the bag group B3 to be conveyed next is placed exactly on the packaging tray 20.
The movable frame 70 is fixed to the main machine frame 60 at an optimal position by adjusting the movement in the width direction using a feed screw 62 or the like.
而して包装受け台20は上位の待機位置とし、補助骨は
台50は包装受け台2oと重ならない並んだ待機位置と
し、これらの位置をヌタート位置とする。この時ヒート
シール顎30a、、30b及び32a、32bは相離反
状態とする。The packaging pedestal 20 is placed in an upper standby position, and the auxiliary frame 50 is placed in a waiting position where it is lined up and does not overlap with the packaging pedestal 2o, and these positions are considered as nutart positions. At this time, the heat seal jaws 30a, 30b and 32a, 32b are in a mutually separated state.
次に製袋装置Aに所期の袋素材帯F工とF2を供給し、
而してこの実施例の全装置を運転すると先ず製袋装置A
によって、同時に袋B□、B2が二袋横に並んで製造さ
れ、製袋装置Aの製品受け台10の二個所にこれら袋B
1、B2は順次積み重ねられ、この枚数がそれぞれ所定
枚数に達すると、検出装置11が出力信号を発し、この
信号を入力信号として、前記搬送装置80が作動して二
つの袋群B1、B4を同時に製品受け台10より次のス
テーションたる袋加工装置りまで搬送し、この部分で各
袋群B3、B4にそれぞれ一括加工が施される。Next, supply the desired bag material band F and F2 to the bag making device A,
Therefore, when all the devices of this embodiment are operated, first the bag making device A is operated.
, two bags B□ and B2 are manufactured side by side at the same time, and these bags B are placed in two places on the product tray 10 of the bag making device A.
1 and B2 are stacked one after another, and when the number of bags reaches a predetermined number, the detection device 11 issues an output signal. Using this signal as an input signal, the conveying device 80 is operated to stack the two groups of bags B1 and B4. At the same time, the bags are transported from the product tray 10 to the next station, a bag processing device, where each group of bags B3 and B4 is subjected to batch processing.
実施例の装置りにおいては、グロサリーバッグとするた
め提手部分の打ち抜き加工が打ち抜き装置15によって
行われる。この加工が施されたならば、直ちにこれら各
袋群B3.B4は前記搬送装置80によって包装装置P
まで搬送され、一方の袋群B、は包装費は台20に、他
方の袋群B、は補助骨は台50の上に各々同時に搬送さ
れる。In the device of the embodiment, the punching device 15 punches out the handle portion to make a grocery bag. Immediately after this processing is performed, each bag group B3. B4 is transferred to the packaging device P by the conveyance device 80.
One group of bags B, the packaging cost, is conveyed to the table 20, and the other bag group B, the auxiliary bones, are conveyed to the table 50 at the same time.
この包装費は台20が上位の待機位置にある間に、前記
巻き軸31に原反支持装置に連なる外装フィルム帯Tを
必要長さ予め巻き取り、これを解きながら、前記上下に
離反しているヒートシール顎30a、30bの間及び包
装費は台20の下側を通して、包装費は台20の反対側
まで前記巻軸31を移動させておく。This packaging cost is calculated by winding up the outer film band T connected to the film support device on the winding shaft 31 in advance to the necessary length while the table 20 is in the upper standby position, and unraveling it to separate it vertically. The winding shaft 31 is passed between the heat-sealing jaws 30a and 30b and the underside of the stand 20, and the wrapping shaft 31 is moved to the opposite side of the stand 20.
次に前記制御弁23を作動させ、上下方向駆動機構21
の可動部材22を下降させ、これと一体の包装費は台2
0はその上に載置した袋群B3と共に前記巻軸31の軌
跡よりも下位まで移動する。Next, the control valve 23 is operated, and the vertical drive mechanism 21
The movable member 22 is lowered, and the packaging cost associated with this is
0 moves to a position lower than the locus of the winding shaft 31 together with the bag group B3 placed thereon.
而して前記巻軸31は再び外装フィルム帯Tを解きなが
ら、前記包装費は台20及び袋群B、の上を通り、更に
離反しているヒートシール顎30a、30bの間を通っ
て元に位置に戻る。Then, while the winding shaft 31 unwinds the outer film band T again, the packaging material passes over the stand 20 and the bag group B, and further passes between the heat sealing jaws 30a and 30b that are separated from each other, and returns to its original state. Return to position.
次に前記ヒートシール顎30a、30bが互いに接近し
前記包装費は台20及び袋群B、をループ状に包装して
いる一側の二枚重ねになっている部分の外装フィルム帯
Tを溶着溶断し、袋群B3を包装費は台20と共にチュ
ーブ状に包装する。Next, the heat-sealing jaws 30a and 30b approach each other, and the packaging material welds and melts the outer film band T of the two-layered portion on one side that wraps the stand 20 and the bag group B in a loop. , the bag group B3 is packaged in a tube shape together with the packaging stand 20.
次に包装費は台20の切欠き部25部分を利用して第二
の搬送装置90によって袋群B、と前記チューブ状の外
装フィルムとを一緒に掴み、下流側に引っ張り、包装費
は台20よりこれらを搬出する。この時袋群B、を包装
している外装フィルムの上流側の開口端部を開口部ヒー
トシーラ32a、32bの間に停止し、この開口部ヒー
トシーラ32a、32bが相圧接して外装フィルムの三
辺をヒートシールし包装袋群B。とじこの装置外に適宜
の搬送手段で搬出される。Next, the packaging bag group B and the tubular exterior film are grabbed together by the second conveying device 90 using the notch 25 of the stand 20 and pulled downstream, and the packaging bag is transferred to the stand 20. These are carried out from 20. At this time, the upstream opening end of the exterior film packaging bag group B is stopped between the opening heat sealers 32a and 32b, and the opening heat sealers 32a and 32b are brought into pressure contact with each other and the three sides of the exterior film Heat-seal packaging bag group B. The paper is transported out of the binding device using an appropriate transport means.
この包装袋群B0の搬出を検出する搬出検出センサ91
が第2の搬送袋@90の近傍に設けてあり、この搬出検
出装置91の出力信号を入力信号として、前記制御弁2
3を作動させ、前記包装袋群B0が搬出されて空になっ
た包装費は台20は補助骨は台50が水平移動しても接
触しない待機位置まで上下方向駆動機構21によって上
昇させてその位置に停止させる。A carry-out detection sensor 91 that detects the carry-out of this packaging bag group B0
is provided in the vicinity of the second transport bag @ 90, and the control valve 2
3, the packaging bag group B0 is carried out and the empty packaging bag is removed.The table 20 is raised by the vertical drive mechanism 21 to a standby position where the auxiliary ribs do not come into contact with each other even if the table 50 moves horizontally. stop in position.
次に水平方向駆動機構51を制御弁53を作動させ、そ
の可動部材52と共に補助骨は台50を待機位置から包
装費は台20の上に重なるようにその上の袋群B、と共
にこの袋群B4の幅方向の移動方向を基準として、その
後端位置が起立スィーパ板4oの位置を通過したところ
まで水平移動させ、この位置を可動部材52のストロー
クの終端として、前記補助骨は台5oを停止させる。Next, the horizontal drive mechanism 51 and the control valve 53 are actuated, and the movable member 52 and the auxiliary frame move the stand 50 from the standby position to the bag group B on which the packaging bag is stacked on the stand 20. With reference to the movement direction of the group B4 in the width direction, the auxiliary bone moves horizontally until the rear end position passes the position of the upright sweeper plate 4o, and with this position as the end of the stroke of the movable member 52, the auxiliary bone moves the base 5o. make it stop.
次に第2上下方向駆動機構41の制御弁43を作動させ
て、その可動部材42と共に起立スィーパ板40を降下
させ、起立スィーパ板40の下縁44は凹凸面54に嵌
合する。つまりこの下縁44の下方への突出部は積み重
ねた袋群B4の最下層の袋よりも下方に突出することに
なる。Next, the control valve 43 of the second vertical drive mechanism 41 is operated to lower the upright sweeper plate 40 together with its movable member 42, and the lower edge 44 of the upright sweeper plate 40 fits into the uneven surface 54. In other words, the downwardly protruding portion of this lower edge 44 protrudes further downwardly than the bottom bag of the stacked bag group B4.
而して、水平方向駆動機構51を逆方向に作動させて前
記補助骨は台50を再び待機位置に後退させると、この
上の袋群B4は前記起立スィーパ板4oによって移動が
阻止されているから、この袋群B4は補助骨は台50の
下側の包装費は台20の上に払い出される(第7図参照
)。When the horizontal drive mechanism 51 is operated in the opposite direction to move the auxiliary bone table 50 back to the standby position again, the upper bag group B4 is prevented from moving by the upright sweeper plate 4o. Therefore, for this bag group B4, the packaging cost on the lower side of the stand 50 is paid out onto the stand 20 (see FIG. 7).
この間に前記巻軸31は前回の時と同様に予め必要長さ
外装フィルム帯Tを巻き取り、これを解きながら、ヒー
トシール顎30a、30bの間及び包装受け台20の下
側を通り、包装受け台20の反対側まで移動させておく
。During this time, the winding shaft 31 previously winds up the required length of the exterior film band T, as in the previous case, and while unwinding it, passes between the heat seal jaws 30a and 30b and under the packaging tray 20, and wraps the film. Move it to the opposite side of the cradle 20.
次に包装受け台20を上下方向駆動機構21によって前
回と同様に下降させ、また第2上下方向駆動機構41に
よって起立スィーパ板40を上方の待機位置に復帰させ
る。Next, the packaging tray 20 is lowered by the vertical drive mechanism 21 in the same way as before, and the second vertical drive mechanism 41 returns the upright sweeper plate 40 to the upper standby position.
次に巻軸31を外装フィルム帯Tを解きながら元の位置
まで復帰させ1袋群B、の時と同様にヒートシール顎3
0a、30b及び開ロ部ヒートシール顎32a、32b
を作動させて外装フィルム帯Tの溶着溶断と一方の開口
部の溶着を同時にし、この袋群B、を包装した包装袋B
。をこの包装受け台20より搬出する。Next, the winding shaft 31 is returned to its original position while unwrapping the outer film band T, and the heat seal jaw 3 is
0a, 30b and open bottom heat seal jaws 32a, 32b
is operated to weld and cut the exterior film band T and weld one opening at the same time, and the packaging bag B is made by packaging this bag group B.
. is carried out from this packaging tray 20.
最後に上下方向駆動機構21により包装受け台20を待
機位置まで復帰させる。Finally, the packaging tray 20 is returned to the standby position by the vertical drive mechanism 21.
これら包装工程の間に製袋装置Aにおいては順次製袋が
継続されており、次の所定枚数製袋される毎に、以下前
述の作用が繰りかえされる。During these packaging steps, the bag making apparatus A continues to make bags one after another, and the above-described operations are repeated every time the next predetermined number of bags are made.
前述の各構成部材の順序動作はシーケンス制御装置又は
コンピータからなる制御部Cより予め定められたプログ
ラムに基づき順次多制御弁23.43及び53に指令さ
れて実行される。The sequential operation of each component described above is executed by sequentially commanding the multi-control valves 23, 43 and 53 based on a predetermined program from a control section C consisting of a sequence control device or a computer.
前述の巻軸31の移動、ヒートシーラ30a、30b並
びに開口部ヒートシーラ32a、32bの作動も前述の
各上下方向又は水平方向駆動機構と同様の往復駆動機構
で行う。また巻軸31の発停は例えばパルスモータで行
い、袋群B3.B4の幅の寸法及び厚みに応じ予め必要
長さをパルスモータにパルス数で指令するようにしてお
く。The movement of the winding shaft 31 and the operation of the heat sealers 30a, 30b and the opening heat sealers 32a, 32b are also performed by a reciprocating drive mechanism similar to the above-mentioned vertical or horizontal drive mechanisms. The winding shaft 31 is started and stopped by, for example, a pulse motor, and the bag group B3. The required length is previously commanded to the pulse motor by the number of pulses according to the width dimension and thickness of B4.
前述の各往復駆動機構は前述の空気シリンダー機構の外
、油圧シリンダー機構、ソレノイド機構、リニアモータ
、その他カム、レバーなどの純機械的なもの、もしくは
前述の各機構を少なくとも2種組合せたものでもこの発
明としては同一である。In addition to the above-mentioned air cylinder mechanism, each of the above-mentioned reciprocating drive mechanisms may include a hydraulic cylinder mechanism, a solenoid mechanism, a linear motor, other purely mechanical mechanisms such as cams and levers, or a combination of at least two of the above-mentioned mechanisms. They are the same for this invention.
ハ2発明の効果
前述のように構成し作用をなす請求項1項の方法発明に
おいては、二つの袋群が同時に単一の包装装置に供給さ
れるときに、一方の袋群は直接袋群を包装する位置に供
給する方法であるら、その場で直ちに包装が出来、他の
袋群のみ包装位置に隣接する待機位置に供給し、次にこ
の待機させていた袋群を包装位置に供給する方法である
から、−旦包装装置部に二つの袋群を供給後の袋群の内
片力のみの袋群を包装位置に移動させるだけでよく、袋
群の搬送方法が簡素となり、後述のようにこの方法を実
施する装置も簡素化される。C.2 Effects of the invention In the method invention of claim 1, which is constructed and operates as described above, when two groups of bags are simultaneously supplied to a single packaging device, one group of bags is directly supplied to the group of bags. If the method is to supply the bags to the packaging position, packaging can be done immediately on the spot, and only other bag groups are supplied to the standby position adjacent to the packaging position, and then this waiting bag group is supplied to the packaging position. This method simplifies the method of conveying the bag groups, as it is only necessary to move the inner bag group to the packaging position after supplying the two bag groups to the packaging device. The apparatus for implementing this method is also simplified.
前記二つの袋群は平らなまN−台の包装装置たる包装受
け台に供給できるから一部に打ち抜きがある袋群であっ
ても、姿勢を崩すことなく、供給できる。Since the two groups of bags can be fed flat to the packaging tray, which is an N-number of packaging devices, even if the bag group has some punches, it can be fed without changing its posture.
請求項2項の装置発明においては、前記の請求項1項の
方法発明が実施出来る外、包装装置に供給後の袋群の一
方はその単一の包装受け台上で直ちに包装出来、他方の
補助受け台上に供給された他方の袋群のみ、その後前記
包装量は台上に移動させるだけで良く、包装する受け台
は一つで良いし、補助受け台も一つで良く、構造が簡素
化され故障の原因も少なく出来、保守管理が容易となる
。In the device invention of claim 2, in addition to being able to carry out the method invention of claim 1, one of the groups of bags after being supplied to the packaging device can be immediately packaged on the single packaging tray, and the other bag can be packed immediately on the single packaging tray. Only the other group of bags fed onto the auxiliary pedestal and then the amount of packaging needs to be moved onto the pedestal, and only one pedestal is required for packaging, and only one auxiliary pedestal is required, and the structure is It is simplified and causes fewer failures, making maintenance management easier.
またシーケンス制御装置やコンピータ制御のプログラム
も簡素化出来全体として、装置のコストが嵩まずこの装
置を用いる加工コストが嵩まない。In addition, the sequence control device and computer control programs can be simplified, and overall, the cost of the device does not increase, and the processing cost using this device does not increase.
前記補助受け台と起立スィーパ板とは前述の通りの構造
及び作用をなすから、補助受け台上に載置された袋群の
包装受け台への払出し効果は確実であり、この上に載置
される袋群の幅の大小に関係なく払出が確実にできる。Since the auxiliary pedestal and the upright sweeper plate have the structure and function as described above, the effect of discharging the group of bags placed on the auxiliary pedestal to the packaging pedestal is reliable, and the bags placed on the auxiliary pedestal are To ensure reliable dispensing regardless of the width of the group of bags being handled.
従って、これら発明においては後工程の包装工程が不完
全や、不能になるおそれはない。Therefore, in these inventions, there is no risk that the subsequent packaging process will be incomplete or impossible.
(実施例固有の効果)
実施例のものにおいては前記のこの出願の各発明の効果
を奏する外1次のような固有の効果を奏する。(Effects Unique to the Embodiments) In addition to the effects of the inventions of this application described above, the embodiments have the following unique effects.
即ち補助受け台50は移動しない包装装置本体機枠60
に所定寸法左右に往復移動出来るように装備してあり、
包装受け台20は本体機枠60に対して左右に位置が調
整自在に装備しである可動枠前70に装備し、この可動
枠70に包装受け台20を構成する一方の受け部材20
a、一対のヒートシール顎30a、30b並びに起立ス
ィーパ板40及びこれを上下する第2の上下方向駆動機
構41などを左右に移動しないように装備しであるから
、袋群B1、B4の幅に応じて、包装受け台20を構成
している一対の受け部材20a、20bを接離調整後、
包装受け台20の幅の中心位置を前工程の装置である袋
加工装置りより供給される袋群B1、B4の中心位置に
合わせる時に、可動枠7o全体を移動しても、前記包装
受け台20を構成する一方の受け部材20a、一対のヒ
ートシール顎30a、30b並びに起立スィーパ板40
及びこれを上下する第2の上下方向駆動機構41などの
相対的な位置関係は変化しないから1袋群B3、B4の
幅の異なるものを供給するときの段取り作業としては、
前記一対の受け部材20a、20bのうちの一方の受け
部材20bの移動と可動枠70の調整のみでよく、取扱
が簡単である。That is, the auxiliary pedestal 50 is attached to the packaging device main frame 60 which does not move.
is equipped so that it can be moved back and forth to the left and right by a predetermined distance.
The packaging tray 20 is installed in front of a movable frame 70 whose position can be freely adjusted left and right with respect to the main machine frame 60, and one receiving member 20 constituting the packaging tray 20 is mounted on this movable frame 70.
a. Since the pair of heat seal jaws 30a and 30b, the upright sweeper plate 40, and the second vertical drive mechanism 41 that moves it up and down are installed so as not to move left and right, the width of the bag groups B1 and B4 is Accordingly, after adjusting the pair of receiving members 20a and 20b constituting the packaging receiving stand 20,
Even if the entire movable frame 7o is moved when aligning the center position of the width of the packaging pedestal 20 with the center position of the bag groups B1 and B4 supplied from the bag processing device, which is a device in the previous process, the packaging pedestal 20 20, one receiving member 20a, a pair of heat seal jaws 30a, 30b, and an upright sweeper plate 40
Since the relative positional relationship of the second vertical drive mechanism 41 that moves this up and down does not change, the setup work when supplying one bag group B3 and B4 with different widths is as follows.
Only the movement of one of the pair of receiving members 20a, 20b and the adjustment of the movable frame 70 are required, and the handling is simple.
その他補助受け台50の凹凸面54は波板状としたから
、袋群B1、B4の最下層の袋との接触面積が極めて少
なく、接触抵抗も僅かで、起立スィーパ板40による前
記袋群B4の払い出し時における抵抗が少なく、しかも
この払出時の補助受け台50の移動方向は前記溝55の
方向と一致しており、払い出し操作は軽快であり、一部
の袋が皺になるおそれもない。In addition, since the uneven surface 54 of the auxiliary pedestal 50 is shaped like a corrugated plate, the contact area with the lowermost bags of the bag groups B1 and B4 is extremely small, and the contact resistance is also slight. There is little resistance when dispensing bags, and the direction of movement of the auxiliary pedestal 50 at the time of dispensing matches the direction of the groove 55, making the dispensing operation light and easy, and there is no fear that some bags will wrinkle. .
その他、製袋装置Aに製袋された袋B工、B2は袋力仁
工装置りで加工を施した後、包装装置Pに袋群B3、B
4として供給される効果を有する。In addition, the bags B3 and B2 made in the bag making device A are processed in the bag making device A, and then transferred to the bag group B3 and B2 in the packaging device P.
It has the effect of being supplied as 4.
図はこの発明に係るものを示すものであり、第1図はこ
の装置発明の代表的な実施例の主要部をなす機構図的正
面図、第2図は第1図の斜視図、第3図乃至第8図は方
法発明の工程を示し、それぞれ包装受け台と補助受け台
及び起立スィーパ板の作動関係を示す正面図、第9図は
装置全体の側面図、対10図は第9図の平面図、第11
図は外装フィルムに包装された袋群の斜視図である。
図中上な符号
A・・・・ 製袋装置 Fl、 F2・・・・袋素材
帯B1.B、・・・・袋 B、、 B4・・・・袋
群C,,、、制御部
D・・・・ 袋加工装置 P・・・・包装装置20・・
・・包装受け台
21・・・・上下方向駆動機構
30a、30b・・・・ヒートシール顎31・・・・巻
軸 40・・・・起立スィーパ板41・・・・第
2上下方向駆動機構
44・・・・下縁 50・・・・補助受け台51
・・・・水平方向駆動機構
54・・・・凹凸面 56・・・・原反支持装置6
0・・・・本体機枠 7o・・・・可動枠80・・・
・搬送装置。
6り
算
ア
暑
嘉
ε
図The figures show things related to this invention, and FIG. 1 is a mechanical front view of the main part of a typical embodiment of this device invention, FIG. 2 is a perspective view of FIG. 1, and FIG. 3 is a perspective view of FIG. Figures 8 to 8 show the steps of the method invention, respectively, a front view showing the operational relationship of the packaging pedestal, auxiliary pedestal, and upright sweeper plate, Fig. 9 a side view of the entire device, and Fig. 10 shown in Fig. 9. Plan view, 11th
The figure is a perspective view of a group of bags wrapped in an exterior film. Upper symbol A in the figure...Bag making device Fl, F2...Bag material band B1. B...Bag B...B4...Bag group C...Control unit D...Bag processing device P...Packaging device 20...
...Packaging tray 21... Vertical drive mechanism 30a, 30b... Heat seal jaw 31... Winding shaft 40... Upright sweeper plate 41... Second vertical drive mechanism 44... Lower edge 50... Auxiliary pedestal 51
... Horizontal drive mechanism 54 ... Uneven surface 56 ... Original fabric support device 6
0... Main machine frame 7o... Movable frame 80...
・Transportation device. 6 Raritan Atsuka ε Figure
Claims (1)
袋を製造し、順次隣接する二個所に積み重ね、これら積
み重ねられた二つの袋群が、それぞれ所定枚数に達する
毎に、同時に単一の包装装置の単一の包装位置に供給し
、順次一袋群づつ外装フィルムで包装する方法において
、 前記二つの袋群を前記包装装置に供給するときに、一方
の袋群は単一の包装装置の単一の包装位置に直接供給し
、他の袋群はこれと同時に前記包装位置に隣接する待機
位置に供給し、 包装位置に供給された袋群を先ず外装フィルムによって
包装し、これを前記包装位置より搬出し、次に待機位置
の袋群を前記包装位置に供給し、外装フィルムによって
包装し、これを前記包装位置より搬出する。 以上の方法を繰り返すことを特徴とする二個の積み重ね
袋群を単一の包装位置の単一の包装位置に供給する方法
。 2)並行して二条の袋素材帯を供給し、同時に二袋づつ
袋を製造し順次隣接する二個所に積み重ねる製袋装置と
、この下流側に連ねて設けた単一の包装装置と、前記製
袋装置によって製袋されたそれぞそれの袋群の枚数が所
定枚数に達する毎に出力信号を発する検出装置と、この
検出信号を入力信号として、前記二つの袋群を包装装置
の所定位置までそれぞれ搬送する袋群搬送装置を備えた
装置において、 前記包装装置には袋群の搬入方向に長く平面長方形の一
方の袋群を受け、この上で袋群を包装する単一の包装受
け台と、この長辺の隣に幅方向に隣接して、やはり袋群
の搬入方向に長く平面長方形の他の袋群を受ける単一の
補助受け台が設けてあり、前記補助受け台は前記包装受
け台外の位置からこの上に完全に重なる位置まで、その
幅方向にかつ往復水平移動自在に水平方向駆動機構と連
設してあり、この受け面には短辺方向に少なくとも二条
の溝が設けてあり、前記包装受け台の前記補助受け台寄
りの縁のやゝ内側の上方には前記補助受け台の受け面の
前記溝に符合する凹凸下縁を持つ起立スイーパ板が設け
てあり、この起立スイーパ板は前記補助受け台が前記包
装受け台に重なつた時に上方よりその下縁の一部が前記
補助受け台の溝に嵌まる位置まで下降させ、前記補助受
け台が包装受け台外まで後退後上昇させる上下方向駆動
機構と連結して設けてあることを特徴とする二個の積み
重ね袋群を単一の包装装置の単一の包装位置に供給する
装置。[Claims] 1) Two strips of bag material are supplied in parallel, two bags are manufactured at the same time, and the bags are stacked in two adjacent locations, and each of these two stacked bag groups has a predetermined number of bags. In this method, each bag group is simultaneously fed to a single packaging position of a single packaging device, and each group of bags is sequentially wrapped with an exterior film each time the two groups of bags are fed to the packaging device. The groups of bags are fed directly to a single packaging position of a single packaging device, and the other groups of bags are simultaneously fed to a standby position adjacent to said packaging position, and the groups of bags fed to the packaging position are first The bag is packaged with an exterior film and carried out from the packaging position, then the bag group at the standby position is supplied to the packaging position, wrapped with the exterior film, and carried out from the packaging position. A method for supplying two groups of stacked bags to a single packaging position, the method comprising repeating the above method. 2) A bag-making device that supplies two strips of bag material in parallel, manufactures two bags at a time, and stacks them in two adjacent locations one after the other, and a single packaging device that is connected downstream of this device; A detection device that emits an output signal every time the number of bags made by each bag group reaches a predetermined number by the bag making device; and a detection device that uses this detection signal as an input signal to move the two bag groups to a predetermined position on the packaging device. In the apparatus, the packaging device is equipped with a single packaging tray that receives one group of bags that is long in the direction in which the bags are carried in and that is rectangular in plan, and on which the groups of bags are packaged. Adjacent to this long side in the width direction, there is provided a single auxiliary holder that receives another group of bags that is also long in the direction in which the bags are carried in and has a flat rectangular shape, and the auxiliary holder is used to hold the bags. It is connected to a horizontal drive mechanism so that it can be moved horizontally in the width direction from a position outside the cradle to a position completely overlapping the cradle, and at least two grooves are formed in the short side direction of the cradle. an upright sweeper plate having a concave and convex lower edge that corresponds to the groove of the receiving surface of the auxiliary holder is provided above the slightly inner edge of the packaging holder near the auxiliary holder; When the auxiliary pedestal overlaps the packaging pedestal, this upright sweeper plate is lowered from above to a position where a part of its lower edge fits into the groove of the auxiliary pedestal, and the auxiliary pedestal is placed on top of the packaging pedestal. A device for supplying two groups of stacked bags to a single packaging position of a single packaging device, characterized in that the device is connected to a vertical drive mechanism that moves the bags backward to the outside and then raises them.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP63223533A JPH08582B2 (en) | 1988-09-08 | 1988-09-08 | A device for feeding a group of two stacked bags to a single packaging position of a single packaging device. |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP63223533A JPH08582B2 (en) | 1988-09-08 | 1988-09-08 | A device for feeding a group of two stacked bags to a single packaging position of a single packaging device. |
Publications (2)
Publication Number | Publication Date |
---|---|
JPH0272031A true JPH0272031A (en) | 1990-03-12 |
JPH08582B2 JPH08582B2 (en) | 1996-01-10 |
Family
ID=16799646
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP63223533A Expired - Lifetime JPH08582B2 (en) | 1988-09-08 | 1988-09-08 | A device for feeding a group of two stacked bags to a single packaging position of a single packaging device. |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPH08582B2 (en) |
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US9289927B2 (en) * | 2005-05-27 | 2016-03-22 | Airbus Operations Gmbh | Reinforcement of cellular materials |
US10586634B2 (en) | 2010-11-03 | 2020-03-10 | Borealis Ag | Polymer composition and a power cable comprising the polymer composition |
Citations (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS6077812A (en) * | 1983-10-05 | 1985-05-02 | 株式会社太洋商会 | Bag packer |
JPS63191709A (en) * | 1987-11-11 | 1988-08-09 | 産業機電株式会社 | Method of packaging bag unit |
-
1988
- 1988-09-08 JP JP63223533A patent/JPH08582B2/en not_active Expired - Lifetime
Patent Citations (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS6077812A (en) * | 1983-10-05 | 1985-05-02 | 株式会社太洋商会 | Bag packer |
JPS63191709A (en) * | 1987-11-11 | 1988-08-09 | 産業機電株式会社 | Method of packaging bag unit |
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US9289927B2 (en) * | 2005-05-27 | 2016-03-22 | Airbus Operations Gmbh | Reinforcement of cellular materials |
US10586634B2 (en) | 2010-11-03 | 2020-03-10 | Borealis Ag | Polymer composition and a power cable comprising the polymer composition |
Also Published As
Publication number | Publication date |
---|---|
JPH08582B2 (en) | 1996-01-10 |
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