JPH0433201Y2 - - Google Patents

Info

Publication number
JPH0433201Y2
JPH0433201Y2 JP1985204400U JP20440085U JPH0433201Y2 JP H0433201 Y2 JPH0433201 Y2 JP H0433201Y2 JP 1985204400 U JP1985204400 U JP 1985204400U JP 20440085 U JP20440085 U JP 20440085U JP H0433201 Y2 JPH0433201 Y2 JP H0433201Y2
Authority
JP
Japan
Prior art keywords
container
film
receiving mold
brush
synthetic resin
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.)
Expired
Application number
JP1985204400U
Other languages
Japanese (ja)
Other versions
JPS62110101U (en
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed filed Critical
Priority to JP1985204400U priority Critical patent/JPH0433201Y2/ja
Publication of JPS62110101U publication Critical patent/JPS62110101U/ja
Application granted granted Critical
Publication of JPH0433201Y2 publication Critical patent/JPH0433201Y2/ja
Expired legal-status Critical Current

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  • Closing Of Containers (AREA)
  • Basic Packing Technique (AREA)
  • Package Closures (AREA)

Description

【考案の詳細な説明】 (産業上の利用分野) 本考案は、圧空乃至真成型による合成樹脂容器
の開口を合成樹脂フイルムで被包し接着剤によつ
て封止する装置に関する。
[Detailed Description of the Invention] (Industrial Application Field) The present invention relates to an apparatus for enveloping the opening of a synthetic resin container by air pressure or true molding with a synthetic resin film and sealing it with an adhesive.

(従来の技術) 従来、圧空乃至真空成型によつて製造された合
成樹脂容器例えば肉用や青果用のトレイ等に食品
等を収納し、これを包装するには、合成樹脂フイ
ルムを全周に被包して底面に重合したフイルム部
分をシールする所謂ラツプ式が一般的であつた。
(Prior art) Conventionally, in order to store and package foods, etc. in synthetic resin containers manufactured by compressed air or vacuum forming, such as trays for meat or fruit and vegetables, a synthetic resin film is wrapped around the entire circumference. The so-called wrap type was common, in which the film was encapsulated and the polymerized film portion was sealed on the bottom surface.

これに対し、極く一部ではあるが、容器の上周
縁の外側折返面を略平坦面とした容器を用い、こ
の外側平坦面に接着剤を塗着しておいて、容器開
口面のみをフイルムで閉塞しつつ該外側平坦面に
該フイルムを接着し、その余の部分を切除するよ
うにした言わば上縁外側面接着式もあつた。
On the other hand, in some cases, containers are used in which the outer folded surface of the upper periphery of the container is a substantially flat surface, and adhesive is applied to this outer flat surface, so that only the opening surface of the container is used. There was also an upper edge outer surface adhesive type in which the film was closed with a film, the film was glued to the outer flat surface, and the remaining portion was cut off.

(考案が解決しようとする問題点) 前記ラツプ式のものは、包装工程が比較的簡便
な反面、開口面以外の容器全周を被包する点で資
材に無駄が多く、被収納物が容器から盛り上がり
或いは突出した状態での被包はラツプとシール時
の引張り加圧によつて往々にしてフイルムの切裂
を生じさせる等の欠点があつた。これに対し上縁
外側面接着式のものは資材節減とフイルムの切裂
防止の点ではよいものの、容器の上周縁の外側折
返面を略平坦面としかつ容器積み重ねの際にこの
面が重合してしまわないようにスタッキングを形
成した容器を用いなければならず、かつまた外側
平坦面に接着剤を塗着するための容器自体のある
程度の強度が要求される等利用できる容器が限定
され、また外側平坦面への接着剤の塗着作業がか
なり煩わしく包装工程を連続ラインに統一でき難
い等の欠点があつた。
(Problems to be solved by the invention) Although the wrap-type wrap type has a relatively simple packaging process, it wastes a lot of material because it covers the entire circumference of the container other than the opening surface, and Encapsulation in a state where it bulges out or protrudes from the surface has the disadvantage that the film often tears due to the tension and pressure applied during wrapping and sealing. On the other hand, the type that adheres to the outer surface of the upper edge is good in terms of saving materials and preventing the film from tearing, but the outer folded surface of the upper edge of the container is a substantially flat surface and this surface overlaps when the containers are stacked. Containers that can be used are limited, such as having to use containers with a stacking structure to prevent them from being damaged, and requiring a certain level of strength for the container itself in order to apply adhesive to the flat outer surface. There were drawbacks such as the work of applying adhesive to the outer flat surface was quite cumbersome and it was difficult to integrate the packaging process into a continuous line.

本考案は、合成樹脂フイルム被包における上記
のような諸欠点を除去し、効率的な接着剤塗着工
程と効率的な容器移動工程を採用することによつ
て包装工程を効率化し、しかも一般に使用されて
いる形態の容器を利用可能にした容器の包装装置
を提供するものである。
The present invention eliminates the above-mentioned drawbacks of synthetic resin film encapsulation, streamlines the packaging process by adopting an efficient adhesive application process and an efficient container moving process, and also improves the efficiency of the packaging process. The present invention provides a container packaging device that makes it possible to use containers in the form in which they are used.

(問題を解決するための手段) 上記目的を達成するため本考案は、容器を一個
づつ受止する受型を昇降自在に設置し、かつこの
受型の底面を貫通した突上杆を昇降自在に配設
し、該受型上方にフイルムロールから巻き延ばし
た合成樹脂フイルムを張設すると共に、該フイル
ムの上側に、受型によつて押上げられた容器の上
周縁にフイルムを押圧させるブラシを配設し、容
器の上周縁が合成樹脂フイルムを介してブラシの
押圧を受けた位置で該フイルムが該容器上縁端外
方で切断される構成を有する装置において、 上記フイルムロールとブラシ間で接着剤塗着用
ローラを合成樹脂フイルム面に接触させ、該ロー
ラは、容器の上周縁の平面形よりも内外方向に若
干幅広な展開形状の接着剤塗着溝をその周面に形
成し、上記受型は容器移動用ラインの一端部に位
置させ、受型と突上杆は、受型が上昇して受型内
の容器が合成樹脂フイルム面を押上げた後に突上
杆が該受型内の容器を上方へ突き出すように連動
させると共に、該突き出し位置に接近して搬出ラ
インの一端部を配設してなる構成を有して容器の
包装装置としたものである。
(Means for Solving the Problem) In order to achieve the above object, the present invention installs a receiving mold that receives containers one by one so that it can be raised and lowered, and a projecting rod that penetrates the bottom of this receiving mold that can be raised and lowered. A brush is disposed above the receiving mold, and a synthetic resin film wound from a film roll is stretched over the receiving mold, and a brush is placed above the film and presses the film against the upper peripheral edge of the container pushed up by the receiving mold. , and the film is cut outside the upper edge of the container at a position where the upper peripheral edge of the container receives pressure from the brush through the synthetic resin film, wherein the film is cut between the film roll and the brush. an adhesive application roller is brought into contact with the surface of the synthetic resin film, and the roller forms an adhesive application groove on its circumferential surface with a developed shape that is slightly wider in the inner and outer directions than the planar shape of the upper periphery of the container; The receiving mold is located at one end of the container moving line. The container packaging device has a structure in which the containers in the mold are moved to project upward, and one end of a delivery line is disposed close to the projecting position.

(実施例) 次に、一実施例として示した図面によつて本考
案を説明する。
(Example) Next, the present invention will be explained with reference to drawings shown as an example.

1は圧空・真空成型による上周縁部に鍔部1a
を有した上面開口の容器、2は該容器1内に収納
された被収納物(容器より突出した状態で第5図
に図示したが、突出しないように収納されていて
もよいことは勿論である)、3は該容器1を移動
するための無端コンベア、4は該容器1を被閉す
るための塩化ビニールまたはポリエチレン等のス
トレッチフイルムで、図示しないフイルムロール
からコンベア3の一端部に配設された包装部6を
通過すにように延伸している。5は該フイルム4
のフイルムロールと包装部6との間に配設された
接着剤塗着部、7は該接着剤塗着部5と包装部6
との間の該包装部に近接してフイルム4下方位置
に配設されたフイルム余熱ヒータである。
1 has a flange 1a on the upper periphery by compressed air/vacuum forming.
2 is a container with an opening on the top surface, and 2 is an object to be stored in the container 1 (although it is shown in FIG. 3 is an endless conveyor for moving the container 1, 4 is a stretch film such as vinyl chloride or polyethylene for covering the container 1, and is arranged at one end of the conveyor 3 from a film roll (not shown). It extends so as to pass through the wrapped packaging section 6. 5 is the film 4
An adhesive application section 7 is disposed between the film roll and the packaging section 6;
This is a film residual heat heater disposed below the film 4 in close proximity to the packaging section between the film 4 and the film 4.

而して接着剤塗着部5は第1図乃至第4図に図
示されている。該接着剤塗着部5は第3図にロー
ラ面を展開状態で示したように、容器1の鍔部1
aの上面に合致しかつこの上面幅(鎖線で図示)
よりも内外方向にそれぞれ若干幅広な例えば内外
各数mm〜1cm前後幅広な幅8cをもって接着剤塗
着溝8bをローラ周面8aに刻設してなる金属製
シリンダ8と周面略平坦なゴムローラ9とを両者
間に挿通されたフイルム4の移動に伴つて自由回
動するように上下に接触並設し、シリンダ8の周
面下部が接着剤に浸漬するように接着剤槽10を
シリンダ8下方に配設し、シリンダ8の周面に当
接して付着した接着剤を掻き落とすためのドクタ
ー11をシリンダ8の一側に配設して形成してな
る。
The adhesive application section 5 is illustrated in FIGS. 1 to 4. The adhesive application section 5 is attached to the flange 1 of the container 1, as shown in FIG. 3 with the roller surface unfolded.
coincides with the top surface of a and the width of this top surface (shown with a chain line)
A metal cylinder 8 has adhesive application grooves 8b cut into the roller circumferential surface 8a with a width 8c that is slightly wider in the inner and outer directions, for example, a few mm to 1 cm wider each in the inner and outer directions, and a rubber roller with a substantially flat circumferential surface. 9 are arranged vertically in contact with each other so as to freely rotate as the film 4 inserted between them moves, and the adhesive tank 10 is connected to the cylinder 8 so that the lower circumferential surface of the cylinder 8 is immersed in the adhesive. It is formed by disposing a doctor blade 11 on one side of the cylinder 8, which is disposed below and scrapes off adhesive adhered to the circumferential surface of the cylinder 8 by coming into contact with it.

接着剤塗着幅即ち糊代に相当する幅8cのゆと
り分は張り合わせの誤差の外に、内方のゆとり分
は主としてフイルムの伸びに対応し、外方のゆと
り分は被収納物が容器から突出する場合にも適用
できるように設定されている。
The adhesive application width, that is, the margin of width 8c corresponding to the glue margin, is not only due to the error in lamination, but also the inner margin mainly corresponds to the elongation of the film, and the outer margin corresponds to the amount of space that the stored item will move from the container. It is set so that it can be applied even in cases where it protrudes.

接着剤は、合成樹脂エマルジョンタイプの接着
剤、粘着剤、ヒートシール剤、及びホットメルト
タイプの接着剤が適用可能である。
As the adhesive, a synthetic resin emulsion type adhesive, a pressure-sensitive adhesive, a heat sealing agent, and a hot melt type adhesive can be used.

包装部6は第1,2図及び第5図に示されてい
る。該包装部6は、コンベア3の回動先端側に該
コンベアから押し出される容器1を受止する油圧
乃至空圧等によつて昇降自在に設定された受型1
2を配設し、該受型12の底面内には受止した容
器を受型から上方に突出すための突上用プレート
13を受型底面を嵌通した突上杆14先端に一体
化して配設し、受型12上方位置でかつ張設され
たフイルム4の直上位置に容器1の鍔部1a全周
をその上面から外面側にかけて受型12の上昇を
受けて相対的に押圧作用するブラシ(毛の他にス
ポンジ体その他の柔軟質体を含む)15を鍔部1
aと平面同形的(相似形的)なリング状に設置
し、上記受型12は受止した容器1の鍔部1aが
その外端まで確実に該ブラシ15による押圧を受
ける位置まで上昇するように設定し、かつその後
突上プレート13が上昇して容器1を受型12上
方でかつブラシ15上方に突き上げるように連係
設定し、また受型12が上昇した位置においてフ
イルム4を容器1の鍔部1a外方で切断するため
の電熱線16を受型12の上外縁部に配設し、該
電熱線16は受型12が上記上昇位置に達した時
にスポツト的に通電加熱されるように設定し、ブ
ラシ15はこれを保持する枠体17を接着材塗着
部5方向にフイルムと平行かつ水平に配設した案
内レール18に移動自在に懸架し、受型12の上
昇位置から少なくとも容器1のフイルム方向の長
さ分以上の距離間を所定ピッチで往復移動し、か
つ受型12及び突上プレート13が上昇中は該受
型12上方に定置し、これらがフイルム4の張設
面よりも下方に降下後に接着剤塗着部5方向に移
動し、移動後に枠体17下方四隅に装着してある
油圧乃至空圧作動式のフイルム挾持腕19によつ
てフイルム4を挟持し、そのままフイルム4を引
張りつつ元の位置に復帰するように連動させて構
成してある。ブラシ15上方に突き上げられた容
器1は一旦その位置で吊架するように保持されて
側方に送り出され、次のラインに移る。
The packaging section 6 is shown in FIGS. 1, 2 and 5. The packaging section 6 has a receiving mold 1 which is set at the rotating tip side of the conveyor 3 to receive the container 1 pushed out from the conveyor and is movable up and down by hydraulic or pneumatic pressure.
2 is disposed in the bottom surface of the receiving mold 12, and a projecting plate 13 for projecting the received container upward from the receiving mold is integrated with the tip of a projecting rod 14 that is fitted through the bottom surface of the receiving mold. The flange 1a of the container 1 is placed at a position above the receiving mold 12 and directly above the stretched film 4, so that the entire periphery of the flange 1a of the container 1 is applied from the upper surface to the outer surface thereof, and as the receiving mold 12 rises, a relative pressing action is applied. A brush 15 (including sponge bodies and other flexible bodies in addition to bristles) is attached to the collar part 1.
The receiving mold 12 is arranged in a ring shape having the same shape (similar shape) in plan as the receiving mold 12 so that the flange 1a of the received container 1 rises to a position where it is reliably pressed to the outer end by the brush 15. , and then the projecting plate 13 is raised to push the container 1 above the receiving mold 12 and above the brush 15. At the position where the receiving mold 12 is raised, the film 4 is pushed up against the flange of the container 1. A heating wire 16 for cutting outside the portion 1a is arranged at the upper outer edge of the mold 12, and the heating wire 16 is heated in spots when the mold 12 reaches the above-mentioned raised position. The frame 17 holding the brush 15 is movably suspended on a guide rail 18 disposed horizontally and parallel to the film in the direction of the adhesive application section 5, and the brush 15 is movably suspended from a guide rail 18 disposed horizontally and parallel to the film, so that the frame 17 holding the brush 15 is movably suspended from the elevated position of the receiving mold 12 to at least the container. While the receiving mold 12 and the raised plate 13 are moving up and down at a predetermined pitch over a distance equal to or longer than the length of the film 1, the receiving mold 12 and the raised plate 13 are fixed above the receiving mold 12, and these are placed on the stretching surface of the film 4. After descending below, the film 4 is moved in the direction of the adhesive application section 5, and after the movement, the film 4 is held by the hydraulically or pneumatically actuated film holding arms 19 mounted on the lower four corners of the frame 17, and as it is. It is constructed so that the film 4 is pulled and returned to its original position in conjunction with each other. The container 1 pushed up above the brush 15 is once held in that position so as to be suspended and sent out to the side, and then transferred to the next line.

上記において、無端コンベア3は単なる平坦板
でもよく、この場合は容器1は順次板上を摺動す
ることとなる。
In the above, the endless conveyor 3 may be a simple flat plate, and in this case, the containers 1 will slide on the plate one after another.

上記装置によれば、コンベア3から受型12に
容器1を受止させる動作時前後に、移動している
ブラシ15の枠体17に装着されたフイルム挾持
腕19がフイルム4を挾持し、同時に枠体17が
元の位置に復帰してフイルム4を所定ピッチ全体
均一に引張ることとなる。こうして復帰したブラ
シ15の下方にはフイルム余熱ヒータ7によつて
通年同一条件に加温調整されたフイルム4が張設
され、かつこのフイルム4下面には接着剤塗着部
5によつてフイルム4が移動するのにともなつて
自動的に接着剤が塗着されており、この接着剤は
該余熱ヒータ7によつて適度に乾燥されている。
この状態において受型12は容器1を受止して上
昇し、容器1の鍔部1aがフイルム4を下面から
押上げてブラシ15に当接し、該ブラシ15がフ
イルム4の接着剤塗着部を鍔部1aに押圧する。
この際被収納物2が容器1から突出していても容
器1をフイルム4下面から押上るのでフイルムは
容器上に程よく張り渡り、かつブラシ15がこの
フイルムを鍔部1aの上面から外側面にかけて押
圧するので該フイルム4は確実に密接着する。ま
た、フイルム4の接着剤は予め鍔部1aの幅より
も内外方向に広い幅8cで塗着されているので被
収納物2の通常の突出程度はこの幅内で吸収で
き、若干の位置ずれも吸収できるので、フイルム
と鍔部との接着不良を生じさせることがない。こ
うしてフイルム被着後鍔部1a外方のフイルム4
は電熱線16に触れて切断され、同時に突上プレ
ート13が上昇してフイルム被着完了の容器1を
ブラシ15上方に押上げ、次のラインに排出す
る。一方、突上プレート13は降下して受型12
の内底面に納まると共に、受型12も降下して元
の下位置に復帰し、次の容器を受止することにな
る。ブラシ15とその枠体17は前記と同様に移
動してその動作を繰り返すことになる。
According to the above device, before and after the operation of receiving the container 1 from the conveyor 3 onto the receiving mold 12, the film clamping arm 19 attached to the frame 17 of the moving brush 15 clamps the film 4, and at the same time The frame 17 returns to its original position and uniformly pulls the film 4 over the entire predetermined pitch. Below the brush 15 which has returned to its original position, a film 4 whose heating is adjusted to the same conditions all year round by the film preheat heater 7 is stretched. As it moves, adhesive is automatically applied, and this adhesive is appropriately dried by the residual heater 7.
In this state, the receiving mold 12 receives the container 1 and rises, and the flange 1a of the container 1 pushes up the film 4 from below and comes into contact with the brush 15, which touches the adhesive application area of the film 4. is pressed against the flange 1a.
At this time, even if the stored object 2 protrudes from the container 1, the container 1 is pushed up from the lower surface of the film 4, so that the film is spread over the container, and the brush 15 presses the film from the upper surface to the outer surface of the flange 1a. Therefore, the film 4 is firmly attached. Furthermore, since the adhesive on the film 4 is applied in advance to a width 8c that is wider in the inner and outer directions than the width of the flange 1a, the normal degree of protrusion of the stored object 2 can be absorbed within this width, and slight positional deviation may occur. Since the film can also be absorbed, there is no possibility of poor adhesion between the film and the flange. In this way, after the film is attached, the film 4 on the outside of the flange 1a
touches the heating wire 16 and is cut, and at the same time the raised plate 13 rises to push up the container 1 with the film attached above the brush 15 and discharge it to the next line. On the other hand, the raised plate 13 is lowered and the receiving mold 12
At the same time, the receiving mold 12 also descends and returns to its original lower position to receive the next container. The brush 15 and its frame 17 move in the same manner as described above and repeat the operation.

上記において、シリンダ8、受型12及びブラ
シ15は容器1の大きさに対応して交換可能に設
置されていることが望ましい。
In the above, it is desirable that the cylinder 8, the receiving mold 12, and the brush 15 are installed so as to be replaceable according to the size of the container 1.

なお、フイルム余熱ヒータは、フイルムの種類
或いは装置環境条件、接着剤の種類によつては設
けなくてもよい。
Note that the film residual heat heater may not be provided depending on the type of film, the environmental conditions of the apparatus, and the type of adhesive.

(考案の効果) このようにして本考案の包装装置は、包装部に
移動する前のフイルム部分に接着剤塗着部を配設
し、その接着剤塗着用のシリンダによつて容器の
鍔部に接着できる接着剤をフイルム下面に直接塗
着しておくようにしてなるものであるので、接着
剤塗着作業を非常に効率化し、かつ受型が容器移
動用ラインの一端部に位置して、容器を受止する
と共に、突き上げの延長位置において、搬出ライ
ンに容器をそのまま載せられるようになつてい
て、包装の連続工程中に自動機構として組み込む
ことができるので全体の包装工程を著しく合理化
することになる。容器は従来使用されている適宜
の上面開口容器が利用可能であり、フイルムはこ
の開口上面を被閉するのみであるので必要最小限
の資材使用で済み、被収納物の容器からの突出の
如何に係わりなく容器上面に適当な張力で張り付
き、容器全体にラップさせるような大きな引張力
はかからないので、フイルムの切裂なしに密封で
き、フイルムの接着剤塗着幅にゆとりをもたせて
あるので、被収納物の突出や若干の位置ずれにも
対応できてフイルムの密封を確実にすることがで
きる。
(Effect of the invention) In this way, the packaging device of the present invention has an adhesive application section disposed in the film portion before moving to the packaging section, and the adhesive application cylinder is used to apply the adhesive to the container flange. Since the adhesive is applied directly to the bottom surface of the film, the adhesive application work is extremely efficient, and the mold is located at one end of the container moving line. In addition to receiving containers, the container can be directly placed on the delivery line at the extended position of the push-up, and can be incorporated as an automatic mechanism during the continuous packaging process, significantly streamlining the entire packaging process. It turns out. As the container, any conventionally used container with an open top can be used, and since the film only covers the top of this opening, the use of the minimum amount of materials is possible, and there is no need to worry about the protrusion of the stored items from the container. It sticks to the top of the container with appropriate tension regardless of the situation, and does not apply a large tensile force that would cause the entire container to wrap, so it can be sealed without tearing the film, and the film has a wide margin for adhesive application. It is possible to cope with the protrusion or slight positional shift of the stored object, and to ensure the sealing of the film.

また、容器にフイルムを被着した後にフイルム
の周囲が切断されるので、切断を熱切断で行う場
合に発生したフイルム成分の異臭が容器内に入
り、収納食品に付着する等の問題を生じさせな
い。
Additionally, since the periphery of the film is cut after the film is attached to the container, problems such as the odor of the film components generated when cutting is done by thermal cutting entering the container and adhering to the stored food will not occur. .

【図面の簡単な説明】[Brief explanation of the drawing]

第1図は本考案の容器用包装装置の略示側面
図、第2図は上記装置の作動状態を示す略示側面
図、第3図は接着剤塗着部のシリンダの側面図と
その周面展開図、第4図はフイルムへの接着剤塗
着状態を示す接着剤塗着部の一部省略斜視略図、
第5図は容器の鍔部へのフイルム被着状態を示す
ブラシ部の部分断面図である。 1……容器、1a……鍔部、2……被収納物、
3……コンベア、4……フイルム、5……接着剤
塗着部、6……包装部、7……フイルム余熱ヒー
タ、8……シリンダ、8a……その周面、8b…
…接着剤塗着溝、9……ゴムローラ、10……接
着剤槽、12……受型、13……突上プレート、
15……ブラシ。
FIG. 1 is a schematic side view of the container packaging device of the present invention, FIG. 2 is a schematic side view showing the operating state of the device, and FIG. 3 is a side view of the cylinder in the adhesive application area and its surroundings. FIG. 4 is a partially omitted perspective view of the adhesive application area showing the state of adhesive application to the film;
FIG. 5 is a partial cross-sectional view of the brush portion showing how the film is adhered to the flange of the container. 1... Container, 1a... Flange, 2... Item to be stored,
3...Conveyor, 4...Film, 5...Adhesive coating section, 6...Packaging section, 7...Film residual heat heater, 8...Cylinder, 8a...Surrounding surface thereof, 8b...
... Adhesive application groove, 9 ... Rubber roller, 10 ... Adhesive tank, 12 ... Receiving mold, 13 ... Overhanging plate,
15...Brush.

Claims (1)

【実用新案登録請求の範囲】 容器を一個づつ受止する受型を昇降自在に設置
し、かつこの受型の底面を貫通した突上杆を昇降
自在に配設し、該受型上方にフイルムロールから
巻き延ばした合成樹脂フイルムを張設すると共
に、該フイルムの上側に、受型によつて押上げら
れた容器の上周縁にフイルムを押圧させるブラシ
を配設し、容器の上周縁が合成樹脂フイルムを介
してブラシの押圧を受けた位置で該フイルムが該
容器上縁端外方で切断される構成を有する装置に
おいて、 上記フイルムロールとブラシ間で接着剤塗着用
ローラを合成樹脂フイルム面に接触させ、該ロー
ラは、容器の上周縁の平面形よりも内外方向に若
干幅広な展開形状の接着剤塗着溝をその周面に形
成し、上記受型は容器移動用ラインの一端部に位
置させ、受型と突上杆は、受型が上昇して受型内
の容器が合成樹脂フイルム面を押上げた後に突上
杆が該受型内の容器を上方へ突き出すように連動
させると共に、該突き出し位置に接近して搬出ラ
インの一端部を配設してなる構成を有する容器の
包装装置。
[Scope of Claim for Utility Model Registration] A receiving mold for receiving containers one by one is installed so as to be movable up and down, and an overhanging rod penetrating the bottom of the receiving mold is disposed so as to be movable up and down, and a film is placed above the receiving mold. A synthetic resin film rolled out from a roll is stretched, and a brush is placed above the film to press the film against the upper periphery of the container pushed up by the mold, so that the upper periphery of the container is made of synthetic resin. In an apparatus having a structure in which the resin film is cut outside the upper edge of the container at a position where the resin film is pressed by a brush, the adhesive application roller is moved between the film roll and the brush to the surface of the synthetic resin film. The roller forms on its circumferential surface an adhesive application groove with a developed shape that is slightly wider in the inner and outer directions than the planar shape of the upper periphery of the container, and the receiving mold is attached to one end of the container moving line. The receiving mold and the projecting rod are interlocked so that after the receiving mold rises and the container in the receiving mold pushes up the surface of the synthetic resin film, the projecting rod pushes the container in the receiving mold upward. What is claimed is: 1. A container packaging device having a configuration in which one end of a carry-out line is disposed close to the ejecting position.
JP1985204400U 1985-12-28 1985-12-28 Expired JPH0433201Y2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP1985204400U JPH0433201Y2 (en) 1985-12-28 1985-12-28

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP1985204400U JPH0433201Y2 (en) 1985-12-28 1985-12-28

Publications (2)

Publication Number Publication Date
JPS62110101U JPS62110101U (en) 1987-07-14
JPH0433201Y2 true JPH0433201Y2 (en) 1992-08-10

Family

ID=31170409

Family Applications (1)

Application Number Title Priority Date Filing Date
JP1985204400U Expired JPH0433201Y2 (en) 1985-12-28 1985-12-28

Country Status (1)

Country Link
JP (1) JPH0433201Y2 (en)

Families Citing this family (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR101379226B1 (en) * 2012-10-19 2014-03-28 이문수 Mold for food packing apparatus and the food packing apparatus including the same

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS6366727A (en) * 1986-09-06 1988-03-25 Hitachi Maxell Ltd Production of magnetic recording medium

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS6366727A (en) * 1986-09-06 1988-03-25 Hitachi Maxell Ltd Production of magnetic recording medium

Also Published As

Publication number Publication date
JPS62110101U (en) 1987-07-14

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