JP2772808B2 - Packaging equipment - Google Patents
Packaging equipmentInfo
- Publication number
- JP2772808B2 JP2772808B2 JP1019854A JP1985489A JP2772808B2 JP 2772808 B2 JP2772808 B2 JP 2772808B2 JP 1019854 A JP1019854 A JP 1019854A JP 1985489 A JP1985489 A JP 1985489A JP 2772808 B2 JP2772808 B2 JP 2772808B2
- Authority
- JP
- Japan
- Prior art keywords
- package
- conveyor
- packaging
- medium
- claws
- 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 - Fee Related
Links
Landscapes
- Intermediate Stations On Conveyors (AREA)
- Attitude Control For Articles On Conveyors (AREA)
Description
【発明の詳細な説明】 ［産業上の利用分野］ 本発明は、プラスチックフィルム、紙等の連続包装媒
体を用いて、カタログ、食品等の各種包装物を順次包装
する包装装置に関する。DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention relates to a packaging apparatus for sequentially packaging various packages such as catalogs and foods using a continuous packaging medium such as a plastic film or paper.
［従来の技術］ 従来、実公昭62−33681号公報に記載の如く、包装物
を包袋の製品と同時に包装するため、連続包装媒体送り
部と、包装物供給源から供給される包装物を連続包装媒
体に供給する包装物搬送部と、包装物搬送部により順次
供給される包装物を連続包装媒体で順次包装して包装体
を形成する包装部とを有して構成される包装装置が提案
されている。[Prior Art] Conventionally, as described in Japanese Utility Model Publication No. 62-33681, a continuous packaging medium feeding unit and a package supplied from a package supply source are used to package the package at the same time as the product of the wrapper. A packaging apparatus configured to include a package transport unit that supplies the continuous packaging medium and a packaging unit that sequentially packages the packages sequentially supplied by the package transport unit with the continuous packaging medium to form a package is provided. Proposed.
上記包装装置において、包装物搬送部は、包装物供給
源と包装部との間に延在され、ある間隔で設けた送り爪
を備えたコンベアと、該コンベアを駆動する駆動源とを
有して構成される。In the packaging device, the package transport unit includes a conveyor having a feed claw extending between the package supply source and the packaging unit and provided at a certain interval, and a drive source for driving the conveyor. It is composed.
［発明が解決しようとする課題］ ところで、上記包装装置の実施に際しては、下記の
要請との制約がある。[Problems to be Solved by the Invention] By the way, when implementing the above-mentioned packaging device, there are restrictions on the following requirements.
連続包装媒体の送り速度は包装部にてこの包装媒体を
シール、カットできる最大速度に設定し包装ラインの生
産性を上げたい。この時、上記連続包装媒体に対して包
装物を供給する包装物搬送部のコンベア駆動速度は、包
装物を連続包装媒体の１つの包装領域内にずれなく確実
に送り込むように、該連続包装媒体の上述の高速化に適
合する略同等速度となるように高速化することを要す
る。We want to increase the productivity of the packaging line by setting the feed rate of the continuous packaging medium to the maximum speed at which the packaging medium can seal and cut this packaging medium. At this time, the conveyor driving speed of the package transporting unit that supplies the package to the continuous packaging medium is set such that the package is fed into the one packaging area of the continuous packaging medium without fail. It is necessary to increase the speed so that the speed becomes substantially equivalent to the above speed increase.
包装物搬送部におけるコンベアの送り爪間隔は、これ
も包装物を連続包装媒体の相違続する各包装領域のそれ
ぞれにずれなく確実に送り込むように、包装物が封入さ
れた包装体の搬送方向長さと略等しく設定されることを
要する。The distance between the feeding claws of the conveyor in the package transport section is the length in the transport direction of the package in which the package is enclosed so that the package is reliably fed into each of the different continuous packaging areas of the continuous packaging medium without any shift. Needs to be set approximately equal to
然るに、従来の包装装置にあっては、上記の制約の
下で、上記の要請によりコンベアの駆動速度を高速化
すると、包装物供給源から送り出される包装物を、高速
移動中のコンベアの比較的短い送り爪間隔内に供給する
ことが困難となる。このことは、包装物搬送部による包
装物の供給トラブルを生じ、結局上記の要請である包
装ラインの生産性向上を阻害することを意味する。However, in the conventional packaging apparatus, under the above-described restrictions, if the driving speed of the conveyor is increased according to the above request, the package delivered from the package supply source can be relatively moved by the conveyor moving at a high speed. It becomes difficult to supply within a short feed claw interval. This means that a problem of supply of the package by the package transport unit occurs, and eventually the improvement of the productivity of the packaging line, which is the above requirement, is hindered.
本発明は、包装物搬送部による包装物の搬送速度を連
続包装媒体の移動速度と略同等としかつ可及的に高速化
可能とする状態下で、包装物供給源から送り出される包
装物を、包装物搬送部を構成するコンベアの送り爪間に
確実に供給可能とし、包装ラインの生産性を向上するこ
とを目的とする。The present invention, under the condition that the transport speed of the package by the package transport unit is substantially equal to the moving speed of the continuous packaging medium and can be as high as possible, the package sent out from the package supply source, An object of the present invention is to improve the productivity of a packaging line by making it possible to surely supply a product between feeding nails of a conveyor constituting a package transport section.
［課題を解決するための手段］ 本発明は、連続包装媒体送り部と、包装物供給源から
供給される包装物を前記連続包装媒体に供給する包装物
搬送部と、この包装物搬送部により順次供給される包装
物を前記連続包装媒体で順次包装して包装体を形成する
包装部とを有して構成される包装装置において、前記包
装物搬送部は、第１と第２の少なくとも２基のコンベア
装置から構成され、前記第１のコンベア装置は前記包装
物供給源の出側に設置され、前記第２のコンベア装置は
前記第１のコンベア装置の下流で前記包装部の入側に設
置され、前記第１のコンベア装置は、複数の第１の送り
爪を備えた第１のコンベアを備え、前記第２のコンベア
装置は、複数の第２の送り爪を備えた第２のコンベアを
備え、前記第２の送り爪の間隔を前記包装体の搬送方向
長さと略等しい間隔とし、前記第１の送り爪の間隔を前
記第２の送り爪の間隔より大とするとともに、前記第１
のコンベアを第２のコンベアより高速で駆動するように
してなることを特徴とする。Means for Solving the Problems The present invention provides a continuous packaging medium feeding section, a package transport section for supplying a package supplied from a package supply source to the continuous packaging medium, and a package transport section. A packaging unit configured to sequentially package the sequentially supplied packages with the continuous packaging medium to form a package, wherein the package transport unit includes at least a first and a second at least a second package. The first conveyor device is installed on the outlet side of the package supply source, and the second conveyor device is located downstream of the first conveyor device on the entrance side of the packaging section. Installed, the first conveyor device comprises a first conveyor having a plurality of first feed claws, and the second conveyor device comprises a second conveyor having a plurality of second feed claws. Wherein the distance between the second feed claws is set to , The distance between the first feed claws is larger than the distance between the second feed claws, and the distance between the first feed claws is larger than the distance between the first feed claws.
Is driven at a higher speed than the second conveyor.
［作用］ 本発明によれは、包装物搬送部を少なくとも第１のコ
ンベア装置と第２のコンベア装置とに分離し、包装物供
給源の出側に設置された第１のコンベアに設けた第１の
送り爪の間隔を、包装部の入側に設置された第２のコン
ベアに設けた第２の送り爪の間隔より大きくしているた
め、包装物供給源からの第１の送り爪間への供給を比較
的ラフな制御で行なうことができる。[Operation] According to the present invention, the package transport unit is separated into at least a first conveyor device and a second conveyor device, and the package transport unit is provided on the first conveyor provided on the outlet side of the package supply source. Since the distance between the first feeding claws from the package supply source is larger than the distance between the second feeding claws provided on the second conveyor provided on the entrance side of the packaging section, the distance between the first feeding claws is larger than that between the first feeding claws. Can be supplied with relatively rough control.
一方、第１の爪間に供給された包装物は、第１のコン
ベアによって高速搬送され、下流に位置する第２のコン
ベアの第２の爪間に供給される。このとき、第１の爪間
隔が第２の爪間隔より大であっても、第１コンベアの方
が第２のコンベアより高速で駆動されるので、包装物は
小さな間隔の第２の爪間に確実に供給される。On the other hand, the package supplied between the first claws is conveyed at a high speed by the first conveyor, and is supplied between the second claws of the second conveyor located downstream. At this time, even if the first claw distance is larger than the second claw distance, the first conveyor is driven at a higher speed than the second conveyer. Is reliably supplied.
従って、本発明によれば、包装物搬送部による包装物
の搬送速度を連続搬送媒体の移動速度と略同等としかつ
可及的に高速可能とする状態下で、包装物供給源から送
り出される包装物を、包装物搬送部を構成するコンベア
の送り爪間に確実に供給可能とし、包装ラインの生産性
を向上させることができる。Therefore, according to the present invention, the package delivered from the package supply source under the condition that the transport speed of the package by the package transport unit is substantially equal to the moving speed of the continuous transport medium and is as high as possible. The product can be reliably supplied between the feeding claws of the conveyor constituting the package transport section, and the productivity of the packaging line can be improved.
［実施例］ 第１図は本発明の第１実施例に係る包装装置を示す模
式図、第２図は包装体を示す模式図である。Embodiment FIG. 1 is a schematic diagram showing a packaging device according to a first embodiment of the present invention, and FIG. 2 is a schematic diagram showing a package.
第１図の包装装置10は、例えば、内面熱接着剤被覆連
続包装フィルム等の連続包装媒体11を連続的に送出する
包装媒体送り部12と、包装物供給源13から供給される包
装物14を包装媒体11に供給する包装物搬送部15と、包装
物搬送部15により順次供給される包装物14を包装媒体11
で順次包装して第２図に示す如くの包装体（例えば封
筒）16を製造する包装部17とを有して構成される。A packaging device 10 shown in FIG. 1 includes, for example, a packaging medium feeding section 12 for continuously feeding a continuous packaging medium 11 such as a continuous packaging film coated with an internal heat adhesive, and a package 14 supplied from a package supply source 13. And a package 14 sequentially supplied by the package transport unit 15 to the packaging medium 11.
And a packaging unit 17 for manufacturing a package (for example, an envelope) 16 as shown in FIG.
包装媒体送り部12は、原反ロール状の包装媒体巻き出
しスプール18から巻き出される包装媒体11をくり出しロ
ーラ19にて連続的に供給する。The wrapping medium feeding unit 12 continuously supplies the wrapping medium 11 unwound from a wrapping medium unwinding spool 18 in the form of a raw material roll by a draw-out roller 19.
包装物供給源13は、この実施例では、13A、13B、13C
…の複数の供給ステーションを包装物搬送部15の搬送ラ
インに沿って配置することにて構成されている。複数の
供給ステーションの用い方としては、［１］例えば各ス
テーションが同一の包装物14を供給し得るようにしてお
き、先ず一番左側とステーションからだけ包装物14が供
給されるようにして、このステーションにおけるストッ
クが無くなったら、隣接のステーションから以後包装物
14が供給されるようにしても良いし、［２］別の例とし
ては、各ステーションからは異なる包装物14が供給され
得るようにしておき、適宜選択されたステーションから
包装物14が供給されるようにしても良いし、［３］更に
別の例としては、１番目のステーションからはという
包装物が供給され、２番目のステーションにてコンベア
上の上にという包装物を積層する状態で供給するよ
うにしても良い。The package source 13 is, in this embodiment, 13A, 13B, 13C
Are arranged along the transport line of the package transport unit 15. As a method of using a plurality of supply stations, [1] for example, each station can supply the same package 14, and first, the package 14 is supplied only from the leftmost station and the station. When the stock at this station is exhausted, the next
14 may be supplied. [2] As another example, a different package 14 may be supplied from each station, and the package 14 is supplied from an appropriately selected station. [3] As still another example, the package is supplied from the first station, and the package is stacked on the conveyor at the second station. You may make it supply.
包装部17は、製袋器20、縦シール装置21、及び横シー
ル兼切断装置22を有して構成される。The packaging unit 17 includes a bag making device 20, a vertical sealing device 21, and a horizontal sealing and cutting device 22.
ここで、製袋器20は、公知の自動包装機で用いられて
いるものであり、包装媒体11の両側を内側に折り込みな
がら、該包装媒体11を筒状に成形する。縦シール装置21
は、製袋器20の下流側に設置され、筒状に成形された包
装媒体11の相対する両側縁部を熱ロールにて縦シールす
る。横シール兼切断装置22は、縦シール装置21の出側に
設置され、包装媒体11の移動速度と同一の周速度で回転
しながら包装媒体11の包装物封入端部をシール金具にて
加熱接着すると同時に、この加熱接着部の中央部をカッ
ターにて切断し、前後の包装体を切り離す。Here, the bag making device 20 is used in a known automatic packaging machine, and forms the packaging medium 11 into a cylindrical shape while folding both sides of the packaging medium 11 inward. Vertical sealing device 21
Is installed on the downstream side of the bag-making device 20, and vertically seals opposite side edges of the cylindrically formed packaging medium 11 with a hot roll. The horizontal sealing and cutting device 22 is installed on the exit side of the vertical sealing device 21 and heats and adheres the package-filled end of the packaging medium 11 with a seal while rotating at the same peripheral speed as the moving speed of the packaging medium 11. At the same time, the central portion of the heat-bonded portion is cut by a cutter to separate the front and rear packages.
包装物搬送部15は、第１と第２の２基のコンベア装置
30、40から構成される。The package transport unit 15 includes a first and a second conveyor device.
Consists of 30, 40.
第１のコンベア装置30は、包装物供給源13の出側に設
置され、包装物14の搬送方向長さＣより十分大きな間隔
Ｂ（例えばＢ＝1.5C）で設けた第１の送り爪31を備えた
第１のコンベア32を有している。又、第１コンベア装置
30は、上記第１コンベア32を包装媒体11の移動速度より
高速で駆動する駆動源100を有している。The first conveyor device 30 is provided on the outlet side of the package supply source 13 and has first feed claws 31 provided at intervals B (for example, B = 1.5C) sufficiently larger than the length C of the package 14 in the transport direction. And a first conveyor 32 provided with Also, the first conveyor device
The driving source 30 drives the first conveyor 32 at a speed higher than the moving speed of the packaging medium 11.
第２のコンベア装置40は、第１のコンベア装置30の下
流で前記包装部17の入側に設置され、包装体16の搬送方
向長さＤと略等しい間隔Ａ（例えばＡ＝Ｄ＋20mm）で設
けた第２の送り爪41を備えた第２のコンベア42を有して
いる。又、第２コンベア装置40は、上記第２のコンベア
42を包装媒体11の移動速度と略等しい速度で駆動する駆
動源100を有している。The second conveyor device 40 is installed downstream of the first conveyor device 30 on the entrance side of the packaging unit 17 and provided at an interval A (for example, A = D + 20 mm) substantially equal to the length D of the package 16 in the transport direction. And a second conveyor 42 having a second feed claw 41. The second conveyor device 40 is provided with the second conveyor
It has a drive source 100 that drives the 42 at a speed substantially equal to the moving speed of the packaging medium 11.
この時、上記駆動源100は、単一であり、第１のコン
ベア32と第２のコンベア42とに兼用である。又、駆動源
100は、包装媒体送り部12のくり出しローラ19の駆動源
としても兼用されている。At this time, the single driving source 100 is used for both the first conveyor 32 and the second conveyor 42. Drive source
100 is also used as a drive source of the drawing roller 19 of the packaging medium feeding unit 12.
但しこの時、包装媒体送り部12のくり出しローラ19、
各コンベア32、42の駆動軸33、43のそれぞれに設けたプ
ーリの直径を相互に調整し、結果として、包装媒体送り
部12、各コンベア32、42の速度状態が相互に前述の関係
となるように設定している。However, at this time, the feeding roller 19 of the packaging medium feeding unit 12,
The diameters of the pulleys provided on each of the drive shafts 33 and 43 of each of the conveyors 32 and 42 are mutually adjusted. As a result, the speed states of the packaging medium feeding unit 12 and each of the conveyors 32 and 42 have the above-described relationship with each other. Is set as follows.
次に、上記第１実施例の作用について説明する。 Next, the operation of the first embodiment will be described.
上記包装装置10にあっては、包装物供給源13の各ステ
ーション13A、13B、13C…から供給される包装物14は、
包装物搬送部15を構成する第１のコンベア装置30におけ
る第１のコンベア32の送り爪31間に供給されて高速で連
続搬送され、第１のコンベア32の搬送端から第２のコン
ベア装置40における第２のコンベア42の送り爪41間に受
け渡される。第２のコンベア42は包装媒体11の移動速度
と略等しい速度で上記包装物14を搬送し、その搬送端か
ら、包装部17の製袋器20にて成形された筒状の包装媒体
11の内部へ投入され、その後縦シール装置21、横シール
兼切断装置22を経て該包装媒体11の内部に封入されるこ
とになる。In the packaging device 10, the package 14 supplied from each station 13A, 13B, 13C of the package supply source 13 is:
The first conveyor 32 of the first conveyor 30 constituting the package conveyor 15 is supplied between the feed claws 31 of the first conveyor 32 and is continuously conveyed at a high speed. From the conveying end of the first conveyor 32, the second conveyor 40 In the second conveyor 42 between the feeding claws 41. The second conveyor 42 conveys the package 14 at a speed substantially equal to the moving speed of the packaging medium 11, and a cylindrical packaging medium formed by the bag making device 20 of the packaging unit 17 from the conveyance end.
It is put into the inside of the packaging medium 11 and then sealed inside the packaging medium 11 through the vertical sealing device 21 and the horizontal sealing and cutting device 22.
上述した包装装置10によれば、次の作用効果がある。 According to the packaging device 10 described above, the following operation and effect can be obtained.
包装物搬送部15を第１のコンベア装置30と第２のコン
ベア装置40とに分離し、包装物供給源13の出側に設置さ
れた第１のコンベア32に設けた第１の送り爪31の間隔
を、包装部17の入側に設置された第２のコンベア42に設
けた第２の送り爪41の間隔より大きくしているため、包
装物供給源からの第１の送り爪31間への供給を比較的ラ
フな制御で行なうことができる。すなわち、包装物供給
源13による第１の送り爪31間への包装物14の供給を容易
に行なえる。The package transport unit 15 is separated into a first conveyor device 30 and a second conveyor device 40, and a first feed claw 31 provided on a first conveyor 32 installed on the exit side of the package supply source 13 Is larger than the distance between the second feed claws 41 provided on the second conveyor 42 installed on the entry side of the packaging unit 17, so that the distance between the first feed claws 31 from the package supply source is reduced. Can be supplied with relatively rough control. That is, the supply of the package 14 between the first feeding claws 31 by the package supply source 13 can be easily performed.
一方、第１の爪31間に供給された包装物14は、第１の
コンベア32によって高速搬送され、下流に位置する第２
のコンベア42の第２の爪41間に供給される。このとき、
第１の爪31の間隔が第２の爪41の間隔より大であって
も、第１コンベア32の方が第２のコンベア42より高速で
駆動されるので、包装物14は小さな間隔の第２の爪41の
間にスムーズにかつ確実に供給することができる。On the other hand, the package 14 supplied between the first claws 31 is conveyed at a high speed by the first conveyor 32 and the second
Between the second claws 41 of the conveyor 42. At this time,
Even if the interval between the first claws 31 is larger than the interval between the second claws 41, the package 14 is driven at a higher speed than the second conveyor 42 because the first conveyor 32 is driven at a higher speed than the second conveyor 42. It can be supplied smoothly and reliably between the two claws 41.
従って、本発明によれば、包装物搬送部15による包装
物14の搬送速度を連続搬送媒体11の移動速度と略同等と
しかつ可及的に高速可能とする状態下で、包装物供給源
13から送り出される包装物14を、包装物搬送部15を構成
するコンベア32の送り爪31間に確実に供給可能とし、包
装ラインの生産性を向上させることができる。Therefore, according to the present invention, the package supply source is controlled under the condition that the transport speed of the package 14 by the package transport unit 15 is substantially equal to the moving speed of the continuous transport medium 11 and can be as high as possible.
The package 14 delivered from the package 13 can be reliably supplied between the feed claws 31 of the conveyor 32 constituting the package transport section 15, and the productivity of the packaging line can be improved.
また上述の実施例では、第１のコンベア32と第２のコ
ンベア42を単一の駆動源100にて駆動するため、第１の
コンベア32から第２のコンベア42への受渡しタイミング
が常に一定となり、この受渡し作業を安定化できる。In the above-described embodiment, since the first conveyor 32 and the second conveyor 42 are driven by the single drive source 100, the transfer timing from the first conveyor 32 to the second conveyor 42 is always constant. , The delivery work can be stabilized.
［発明の効果］ 以上のように本発明によれば、包装物搬送部による包
装物の搬送速度を連続包装媒体の移動速度と略同等とし
かつ可及的に高速化可能とする状態下で、包装物供給源
から送り出される包装物を、包装物搬送部を構成するコ
ンベアの送り爪間に確実に供給可能とし、包装ラインの
生産性を向上することができる。[Effects of the Invention] As described above, according to the present invention, under the condition that the transport speed of the package by the package transport unit is substantially equal to the moving speed of the continuous packaging medium and can be increased as much as possible, The package delivered from the package supply source can be reliably supplied between the feeding claws of the conveyor constituting the package transport section, and the productivity of the packaging line can be improved.
第１図は本発明の第１実施例に係る包装装置を示す模式
図、第２図は包装体を示す模式図である。 10……包装装置、 11……連続包装媒体、 12……包装媒体送り部、 13……包装物供給源、 14……包装物、 15……包装物搬送部、 16……包装体、 30……第１のコンベア装置、 31……第１の送り爪、 32……第１のコンベア、 40……第２のコンベア装置、 41……第２の送り爪、 42……第２のコンベア、 100……駆動源、FIG. 1 is a schematic diagram showing a packaging device according to a first embodiment of the present invention, and FIG. 2 is a schematic diagram showing a package. 10 packaging equipment, 11 continuous packaging media, 12 packaging media feeder, 13 packaging supply source, 14 packaging, 15 packaging transporter, 16 packaging, 30 ... First conveyor device, 31 First feed claw, 32 First conveyor, 40 Second conveyor device, 41 Second feed claw, 42 Second conveyor , 100 ... drive source,
Claims (1)
供給される包装物を前記連続包装媒体に供給する包装物
搬送部と、この包装物搬送部により順次供給される包装
物を前記連続包装媒体で順次包装して包装体を形成する
包装部とを有して構成される包装装置において、 前記包装物搬送部は、第１と第２の少なくとも２基のコ
ンベア装置から構成され、 前記第１のコンベア装置は前記包装物供給源の出側に設
置され、前記第２のコンベア装置は前記第１のコンベア
装置の下流で前記包装部の入側に設置され、 前記第１のコンベア装置は、複数の第１の送り爪を備え
た第１のコンベアを備え、前記第２のコンベア装置は、
複数の第２の送り爪を備えた第２のコンベアを備え、 前記第２の送り爪の間隔を前記包装体の搬送方向長さと
略等しい間隔とし、前記第１の送り爪の間隔を前記第２
の送り爪の間隔より大とするとともに、前記第１のコン
ベアを第２のコンベアより高速で駆動するようにしてな
ることを特徴とする包装装置。1. A continuous packaging medium feeder, a package transporter for supplying a package supplied from a package supply source to the continuous packaging medium, and a package sequentially supplied by the package transporter. A packaging unit configured to include a packaging unit that forms a package by sequentially packaging with a continuous packaging medium, wherein the package conveyance unit includes at least two first and second conveyor devices; The first conveyor device is installed on the outlet side of the package supply source, the second conveyor device is installed downstream of the first conveyor device on the inlet side of the packaging section, and the first conveyor The apparatus includes a first conveyor having a plurality of first feed claws, and the second conveyor apparatus includes:
A second conveyor having a plurality of second feed claws; a distance between the second feed claws being substantially equal to a length of the package in the conveying direction; and a distance between the first feed claws being the first distance. 2
Wherein the first conveyor is driven at a higher speed than the second conveyor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1019854A JP2772808B2 (en) | 1989-01-31 | 1989-01-31 | Packaging equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1019854A JP2772808B2 (en) | 1989-01-31 | 1989-01-31 | Packaging equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH02205527A JPH02205527A (en) | 1990-08-15 |
| JP2772808B2 true JP2772808B2 (en) | 1998-07-09 |
Family
ID=12010820
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP1019854A Expired - Fee Related JP2772808B2 (en) | 1989-01-31 | 1989-01-31 | Packaging equipment |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP2772808B2 (en) |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS526534Y2 (en) * | 1971-03-24 | 1977-02-10 | ||
| JPS5241019Y2 (en) * | 1973-11-19 | 1977-09-16 |
-
1989
- 1989-01-31 JP JP1019854A patent/JP2772808B2/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| JPH02205527A (en) | 1990-08-15 |
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