JP3137881U - Medical wrapping paper container that maintains barcode reading accuracy - Google Patents
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Abstract
【課題】医療用医薬品包装容器の表示面に、レーザーマーカーで印字したＲＳＳコードの読取精度の劣化を防止する。
【解決手段】印刷した表示面にレーザーマーカーを使用して印字すると、該表示面が読みやすく綺麗に仕上がるが、同時に印刷面に加工された樹脂保護膜も傷付けるので、前記印字面が他と直接擦れ合うと印字の形が欠けたり、剥がれたりする弱点がある。従って、表示面を周囲よりも最適の深さに押し下げた凹面に形成し、該凹面に印字することにより印字面が他と直接擦れ合うことがないようにした。
【選択図】図４
Degradation of reading accuracy of an RSS code printed with a laser marker on a display surface of a medical drug packaging container is prevented.
When a printed display surface is printed using a laser marker, the display surface is easy to read and finishes cleanly, but at the same time, the resin protective film processed on the printed surface is damaged, so that the printed surface is directly different from the others. There is a weak point that the shape of the print is missing or peeled off when rubbing. Accordingly, the display surface is formed as a concave surface pushed down to an optimum depth from the surroundings, and printing is performed on the concave surface so that the print surface does not directly rub against the other.
[Selection] Figure 4
Description
本考案は、医療用薬品包装紙器に表示するＲＳＳシンボルもしくはＲＳＳ合成シンボルと呼ばれるバーコードの読取精度の劣化防止に関するものである。 The present invention relates to prevention of deterioration in reading accuracy of a barcode called an RSS symbol or an RSS composite symbol displayed on a medical drug wrapping paper container.
物に含まれる多くの情報を利用すると物の管理がしやすくなるため、該管理手段としてバーコードが使われている。日本におけるバーコードは、１９７２年に食品小売現場のＰＯＳシステム導入テストが始まり、大手電気メーカーが機材とメーカー独自のバーコードの開発を進めた。当時はバーコードを商品に手貼りしなければならならず、普及は進まなかった。 Since a lot of information contained in a thing makes it easy to manage the thing, a bar code is used as the management means. As for barcodes in Japan, a POS system introduction test at a food retail site began in 1972, and a major electric manufacturer developed equipment and manufacturer-specific barcodes. At that time, barcodes had to be pasted on products, and the spread did not progress.
バーコードの標準化と規格化が進み、１９７８年にＪＡＮコードとも呼ばれる流通統一商品シンボルが生まれた。同年ＪＩＳに共通商品コードとして制定され、徐々に業界に浸透して行き、今日に至っている。ＪＡＮコードは、国コードと商品メーカーコードと商品アイテムコードに加えてコードチェック機能を持つバーコードで、商品の見易い場所に印刷表示し、必要に応じて印刷面に樹脂を塗布し保護している。 The standardization and standardization of barcodes have progressed, and in 1978, a unified distribution product symbol called JAN code was born. It was established as a common product code in JIS in the same year, and it gradually penetrated the industry until today. The JAN code is a bar code that has a code check function in addition to the country code, product manufacturer code, and product item code. It is printed and displayed in an easy-to-read location on the product, and the printed surface is coated with resin as needed to protect it. .
多数の商品は、ＪＡＮコードの他に使用期間と製造番号に係わるコードを表示する。然し、厚生労働省医薬食品局から平成１８年９月１５日付で薬食案発第０９１５００１号なる通達があり、該通達で、医療用医薬品は現在の表示から、国際的な流通標準化機関（ＧＳＩ）が定めたＲＳＳコードと日本工業規格Ｘ０５０４に規定するコード１２８による新バーコードに移行するとして実施要領が示されている。 For many products, a code related to the period of use and serial number is displayed in addition to the JAN code. However, there is a notification from the Ministry of Health, Labor and Welfare, Pharmaceutical Foods Bureau, dated September 15, 2006, that there is a drug meal plan No. 091501, from which the ethical drugs are now displayed according to the international distribution standards organization (GSI). The implementation procedure is shown as shifting to a new barcode based on the RSS code defined by JIS and the code 128 defined in the Japanese Industrial Standard X0504.
新バーコードは、調剤包装及び販売包装に対して、商品コードのみを表示する場合はＲＳＳシンボルの「ＲＳＳリミテッド」または「ＲＳＳ−１４スタック」を、商品コードに加えて製造番号又は製造記号及び有効期限を表示する場合はＲＳＳ合成シンボルの「ＲＳＳリミテッド合成シンボルＣＣ−Ａ」または「ＲＳＳ−１４スタック合成シンボルＣＣ−Ａ」を使用し、元梱包装に日本工業規格Ｘ０５０４に規定するコード１２８を使用する。 The new barcode is the RSS symbol “RSS Limited” or “RSS-14 Stack” when only the product code is displayed for dispensing packaging and sales packaging. When displaying the deadline, use the RSS composite symbol “RSS limited composite symbol CC-A” or “RSS-14 stack composite symbol CC-A”, and use the code 128 specified in Japanese Industrial Standard X0504 for the original packaging. To do.
新バーコードへの移行は始まったばかりであり、暫くの間、医療用医薬品包装紙器には、ＪＡＮコードと使用期間と製造番号に関する文字も併記される。表１はＲＳＳコードのサイズを示し、Ｘ値はモジュール幅で一般的にはＸ＝０．２５４ｍｍを使用するので、小さな表示面積の中に多数のコードが記載される。 The transition to the new bar code has only just begun, and for a while the JCP code, the period of use and the serial number will be written on the prescription packaging. Table 1 shows the size of the RSS code. Since the X value uses a module width, generally X = 0.254 mm, a large number of codes are described in a small display area.
予め、商品に割り当てられているＪＡＮコードは、容器を作る際に、容器表面に模様等と同時に印刷し、該印刷面を樹脂膜で覆う等の保護加工を加える。使用期間や製造番号等のコードは容器に商品を入れた後に、レーザーマーカーで所要場所に焼き込むかジェットプリンターによる印刷等の方法で印字するが、印字の対象になる表示面の印字構成によっては、字体が摩擦で変形し判読できなくなることがある。 The JAN code assigned to the product in advance is printed on the surface of the container at the same time as a pattern or the like when the container is made, and a protective process such as covering the printed surface with a resin film is added. The code such as the period of use and serial number is printed by placing the product in the container and then burning it in the required place with a laser marker or printing with a jet printer, but depending on the printing configuration of the display surface to be printed The font may be deformed by friction and become unreadable.
表示面の印字構成を英数字とした時は目視確認が前提になるので、字体が崩れても読み取りに支障を来たしにくいが、表示面の印字構成が小さく複雑なＲＳＳ合成シンボルでは、印字手段がプリンターでは読取不可、レーザーマーカーでも読取に影響がでる。前者に対する対策として、特許文献１に金属缶に有効期間や製造番号を印刷する場合、ネックイン加工した金属缶の胴と蓋板もしくは胴から底に至る間の絞り面への印字を提案し、缶同士の接触から表示面を保護する技術を開示する。
医療現場において、医療用医薬品の識別に起因する取り違い防止問題、医療用医薬品のトレーサビリティを推進する問題等の解決には、ソフト面からのＲＳＳコードによるバーコードの使用が今以上に有益な情報の提供を可能とするが、ハード面からは印字面の保護強化という新たな問題点も呼び起こすことになる。 Use of barcodes with RSS codes from the software side is more useful than ever to solve problems such as misplacement prevention caused by identification of ethical drugs and problems that promote the traceability of ethical drugs in medical settings. However, from the hardware side, a new problem of strengthening the protection of the printing surface will be evoked.
新たな問題点とは、ＲＳＳコードは複数段で構成され、特に合成シンボルはモザイク状の表示が含まれるバーコードを小さな表示面に印字することである。従って、印字手段としてはレーザーマーカーの使用が好ましいが、樹脂で保護された表示面への印字タイミングが、包装紙器に医薬品を収納した後になるため、保護された印刷面が印字で傷つき、移動時の衝撃や振動による擦れで読取精度が低下することである。 A new problem is that the RSS code is composed of a plurality of stages, and in particular, the composite symbol is printed on a small display surface with a barcode including a mosaic display. Therefore, it is preferable to use a laser marker as the printing means. However, since the printing timing on the display surface protected by the resin is after the medicine is stored in the wrapping paper container, the protected printing surface is damaged by the printing. The reading accuracy is reduced by rubbing due to impact or vibration.
紙器パターンに設けたバーコード表示面の印刷面と表示面以外の印刷面は略面一にあるので、彫り込み形のレーザーマーカー印字は好都合にみえるが、印字が小さく弱さもあるため、擦れが読取精度に与える影響が排除できない。当然、盛り上がる形の印刷印字には間違いなく影響がある。従って、表示面に段差を持たすことが考えられるが、紙は金属と違い圧延・研磨・切削・エッチング等の手法が使えない。 The printing surface of the barcode display surface provided on the paper container pattern and the printing surface other than the display surface are almost flush with each other, so the engraved laser marker printing looks convenient, but the printing is small and weak, so the rubbing is read. The effect on accuracy cannot be excluded. Naturally, it has an influence on the printing of the rising form. Therefore, it is conceivable to have a step on the display surface, but unlike metal, methods such as rolling, polishing, cutting and etching cannot be used for paper.
本考案は、印刷と該印刷面を保護する樹脂膜を施した板状の紙材から、所要形状の紙器パターンを型抜きする際、型抜機材に所要形状の凸部もしくは対の凸凹部を付加して、紙器パターン面のバーコード表示相当部分を加圧し、少なくとも０．０８ｍｍの深さの凹形で所要面積の表示面を形成し、型抜きした紙器パターンから紙器を組立てた後、前記表示面に所要のバーコードをレーザーマーカーで印字したバーコードの読取精度を保持した医療用薬品包装紙器である。 In the present invention, when a paper container pattern of a required shape is die-cut from a plate-like paper material on which a printing and a resin film for protecting the printing surface are applied, a convex portion of a required shape or a pair of convex concave portions is provided on the die-cutting equipment. In addition, the bar code display corresponding portion of the paper container pattern surface is pressurized to form a display surface of a required area with a concave shape having a depth of at least 0.08 mm, and after assembling the paper container from the punched paper container pattern, This is a medical chemical wrapping paper container that maintains the reading accuracy of a barcode in which a required barcode is printed on a display surface with a laser marker.
医療用薬品包装紙器に最適深さの凹形表示面を形成し、該表示面にＲＳＳコードを印字した包装紙器を、多数束ねてダンボール箱に格納した梱包を、東京・大阪間の長距離トラック輸送試験に供し、輸送中の包装紙器同士またはダンボール箱内面との接触による表示面への影響を確認した結果、読取精度に劣化のないことを確認した。昇華式サーマルタイプのプリンターでも同様効果を確認した。 A long-distance truck between Tokyo and Osaka that forms a concave display surface with an optimal depth for a medical wrapping paper container and bundles a number of wrapping paper containers with RSS codes printed on the display surface and stores them in a cardboard box. It was subjected to a transportation test, and as a result of confirming the influence on the display surface due to the contact between the wrapping paper containers being transported or the inner surface of the cardboard box, it was confirmed that the reading accuracy was not deteriorated. The same effect was confirmed with a sublimation thermal type printer.
小さな表示部にＲＳＳコードをレーザーマーカーで印字する場合、該表示面を周囲よりも、少なくとも０．０８ｍｍ、好ましくは範囲０．０８〜０．０９ｍｍの深さの凹面形状に成形すると、輸送や取り扱いの際に衝撃や振動を受けても、前記表示面が保護されて読取精度の劣化が阻止できた。但し、用紙坪量が２６０ｇ／m2以下のとき用紙の厚みが不足して、加圧で有効な深さの凹面が得られなかった。用紙坪量が３２０ｇ／m2以上なら好結果を得た。 When printing an RSS code on a small display unit with a laser marker, if the display surface is formed into a concave shape with a depth of at least 0.08 mm, preferably in the range of 0.08 to 0.09 mm, the transportation and handling Even when subjected to an impact or vibration, the display surface was protected and deterioration of reading accuracy could be prevented. However, when the paper basis weight was 260 g / m 2 or less, the thickness of the paper was insufficient, and a concave surface having an effective depth was not obtained by pressing. Good results were obtained when the paper basis weight was 320 g / m 2 or more.
図１は、本考案に基づく展開した紙器パターンである。図２（Ａ．Ｂ）は、図１を組み立てた紙器の外観の斜視図二態である。図３は、ＲＳＳフアミリーにおけるＲＳＳリミテッド合成シンボルＣＣ−Ａによる表示例の拡大図である。 FIG. 1 is a developed paper container pattern based on the present invention. 2A and 2B are two perspective views of the appearance of the paper container assembled with FIG. FIG. 3 is an enlarged view of a display example using the RSS limited composite symbol CC-A in the RSS family.
図１は、板紙上の包装紙器表面に、デザインに基く図柄とＪＡＮコード及び有効期間と製造番号並びにＲＳＳリミテッド合成シンボルＣＣ−Ａを表示するスペース二箇所を墨で黒色に印刷し、該印刷面にアクリル系共重合樹脂を塗布する表面加工を施して保護した後、ＲＳＳリミテッド合成シンボルＣＣ−Ａの表示スペースを加圧して凹まし、相当部分を型抜きした紙器パターンである。 FIG. 1 shows a printed paper surface on a paperboard, printed in black with black in two spaces for displaying a design-based design, a JAN code, a validity period, a serial number, and an RSS limited composite symbol CC-A. This is a paper container pattern in which the display space of the RSS limited composite symbol CC-A is pressed and recessed, and a corresponding portion is cut out after being subjected to surface processing by applying an acrylic copolymer resin to the surface and protecting it.
特定部分を加圧するための突部を機材に装備して型抜きした紙器パターン１を、折り曲げと糊付けで組み立てると、図２の医薬品を充填した注射器の包装紙器２が得られるが、印字手順を除く箱の組み立て手順は、本願考案の主旨に外れるので説明を省略する。 When the paper container pattern 1 which is equipped with a protrusion for pressurizing a specific part and is cut out is assembled by folding and gluing, the packaging paper container 2 of the syringe filled with the pharmaceutical shown in FIG. 2 is obtained. Since the assembly procedure of the box except for it is out of the gist of the present invention, its description is omitted.
図１と図２（Ａ．Ｂ）に示した包装紙器２の三面のコード表示面は、表示面３が紙器表面から−ｄｍｍ凹ました図３のＲＳＳリミテッド合成シンボルＣＣ−Ａ用、表示面４と表示面５が紙器表面と面一で、前者が有効期間と製造番号用、後者が共通商品コード（ＪＡＮコード）用である。表示面３と表示面４の印字のタイミングは包装完了後に続けて行われ、表示面５は板紙の模様印刷時にバーコード自体も印刷されている。 The three code display surfaces of the wrapping paper container 2 shown in FIG. 1 and FIG. 2 (AB) are the display surface 4 for the RSS limited composite symbol CC-A in FIG. The display surface 5 is flush with the surface of the paper container, the former is for the validity period and the production number, and the latter is for the common product code (JAN code). The printing timing of the display surface 3 and the display surface 4 is continued after the packaging is completed, and the barcode itself is printed on the display surface 5 when the pattern of the paperboard is printed.
表示面３は印刷面を周囲面よりｄ＝０．０８ｍｍになるように裏向きに加圧押出して、レーザーマーカーで印字した際、印字部分の樹脂による保護面が失われても、表示面全体が周囲面より沈むので保護を受けることができる。表示面４と表示面５は面一で保護された印刷面を持ち、表示面４もレーザーで彫り込むので、読取精度が劣化する心配はない。 The display surface 3 is press-extruded so that the printed surface is d = 0.08 mm away from the surrounding surface and printed with a laser marker. Since it sinks from the surrounding surface, it can be protected. Since the display surface 4 and the display surface 5 have a printing surface that is flush with each other and the display surface 4 is also engraved with a laser, there is no concern that the reading accuracy will deteriorate.
図に示される三つの表示面は過渡期の処置で、今後、表示面３のＲＳＳコードと表示面５のＪＡＮコードがコード１２８に置き換わる二つの表示面になるが、ＲＳＳコードの読取精度の劣化を心配することはない。 The three display surfaces shown in the figure are transitional measures, and in the future, two display surfaces in which the RSS code on the display surface 3 and the JAN code on the display surface 5 will be replaced with the code 128, but the RSS code reading accuracy deteriorates. Don't worry about it.
本例では、ＲＳＳリミテッド合成シンボルＣＣ−Ａによるバーコードの表示面になる凹面の深さと、該表示面に印字したバーコードのバーコードリーダーによる読取の関係を説明する。 In this example, the relationship between the depth of the concave surface serving as the barcode display surface by the RSS limited composite symbol CC-A and the reading of the barcode printed on the display surface by the barcode reader will be described.
実施例１の凹面の深さｄを決めるために、日本大昭和板紙株式会社製「ＮＥＷウルトラＨ」の坪量の異なる６種類の白ボール紙を使用してテスト品を製作した。図１相当の紙器パターンを製作し、表面に印刷と表面加工を施し、型抜きと同時に表示面となる凹面を加圧し、収納物を格納して図２相当の紙器を複数個組み立てた。同様に、比較のため坪量の異なる２種類の同じ白ボール紙で、表示面を凹面でなく平面とした紙器を製作した。 In order to determine the depth d of the concave surface of Example 1, test pieces were manufactured using six types of white cardboard having different basis weights of “NEW Ultra H” manufactured by Nippon Daishowa Paperboard Co., Ltd. A paper container pattern corresponding to FIG. 1 was produced, and printing and surface processing were performed on the surface, and a concave surface serving as a display surface was pressed simultaneously with die cutting, and a plurality of paper containers corresponding to FIG. Similarly, for comparison, a paper container having two flat white cardboards having different basis weights and having a flat display surface instead of a concave surface was manufactured.
両紙器の表示面は、何れも墨による黒色のベタ印刷を行い、該印刷面をアクリル系共重合樹脂で覆う表面加工を施した。バーコードは、図３に示すＲＳＳリミテッド合成シンボルＣＣ−Ａ（幅約３０ｍｍ×高さ約２０ｍｍサイズ）を、レーザーマーカーで表示面に印字した。表示面の読取精度を簡易評価するために、固定したテスト用紙器の凹面または平面に印字したバーコード面に、テスト用とは別の紙器のバーコード表示面以外の面を上から力を加えて接触させ、往復動作を１回と積算して２０回動かし、読取精度を確認した結果を表２にまとめた。 The display surfaces of both paper containers were black-printed with black ink, and the surface of the printed surface was covered with an acrylic copolymer resin. The barcode was printed on the display surface with an RSS limited composite symbol CC-A (width of about 30 mm × height of about 20 mm) shown in FIG. 3 with a laser marker. In order to easily evaluate the reading accuracy of the display surface, a force is applied from above to the barcode surface printed on the concave or flat surface of the fixed test paper device, other than the barcode display surface of the paper device other than the test device. Table 2 summarizes the results of checking the reading accuracy by integrating the reciprocating operation once and rotating it 20 times.
表２は、加圧した凹面の効果を確かめる試験の結果である。表示面の深さが０．０９ｍｍのときは安全で０．０４ｍｍでは不安全であった。従って、表示面の擦れによる読取精度の劣化防止の限界として、表示面の深さを０．０８ｍｍとした上で、通常の輸送単位にまとめた梱包を、東京・大阪間の長距離トラック輸送実験に提供して、読取精度に不都合のないことを確かめた。尚、少ない用紙坪量では厚みが薄く、加圧しても０．０８ｍｍに達する深さが得られなかった。 Table 2 shows the results of a test to confirm the effect of the pressed concave surface. It was safe when the depth of the display surface was 0.09 mm and unsafe at 0.04 mm. Therefore, as a limit of preventing deterioration of reading accuracy due to rubbing of the display surface, a long-distance truck transportation experiment between Tokyo and Osaka was conducted with the packing packed in a normal transport unit after setting the depth of the display surface to 0.08 mm. And confirmed that there was no inconvenience in reading accuracy. In addition, when the paper basis weight is small, the thickness is thin, and a depth reaching 0.08 mm cannot be obtained even when pressure is applied.
本例では、ＲＳＳコードを表示面に対して、レーザーマーカーで焼き込み印字する方法を説明したが、少なくとも０．０８ｍｍとした表示面に、レーザーマーカーに代えて昇華式サーマルプリンターを使用して印刷印字しても、擦れ傷の発生もなく同様の読取効果が得られた。尚、加圧した凹面は図４のように板紙を表面から裏面方向にエンボスしたような形になる。 In this example, the method of printing the RSS code on the display surface with a laser marker has been described, but printing is performed on a display surface of at least 0.08 mm using a sublimation thermal printer instead of the laser marker. Even after printing, the same reading effect was obtained without the occurrence of scratches. The pressed concave surface is shaped like embossing the paperboard from the front side to the back side as shown in FIG.
ＲＳＳコードのように小さく複雑なバーコードの場合、印字にレーザーマーカーを使用すると彫り込み面が鋭く仕上がり見た目にもよい。従って、印字面を保護する本願の考案は、医療用医薬品包装紙器以外で情報を多量に必要とする分野の商品紙器に十分使用できると考える。 In the case of a small and complex barcode such as an RSS code, if a laser marker is used for printing, the engraved surface may be sharp and finished. Therefore, it is considered that the device of the present application for protecting the printing surface can be sufficiently used for commercial paper containers in fields requiring a large amount of information other than medical drug packaging paper containers.
１ 紙器パターン
２ 包装紙器
３ 表示面
４ 表示面
５ 表示面
DESCRIPTION OF SYMBOLS 1 Paper container pattern 2 Wrapping paper container 3 Display surface 4 Display surface 5 Display surface
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| JP2007007477U JP3137881U (en) | 2007-09-28 | 2007-09-28 | Medical wrapping paper container that maintains barcode reading accuracy |
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| JP2007007477U JP3137881U (en) | 2007-09-28 | 2007-09-28 | Medical wrapping paper container that maintains barcode reading accuracy |
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| JP2012011631A (en) * | 2010-06-30 | 2012-01-19 | Dainippon Printing Co Ltd | Method of manufacturing printed matter using laser light and printed matter |
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| JP2019077459A (en) * | 2017-10-23 | 2019-05-23 | 大日本印刷株式会社 | Manufacturing method of package with display and package with display |
| JP2020026282A (en) * | 2018-08-09 | 2020-02-20 | カンナル印刷株式会社 | Packaging box |
| CN112840346A (en) * | 2018-10-16 | 2021-05-25 | 西医药服务有限公司 | Laser marked medical parts made of elastomer |
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