JP2012093502A - Packaging body with label, and winding label - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a packaging body with a label which can be peeled from an article while cutting an overlap area including a print area from the label in a state in which representation printed in the print area is distinct.SOLUTION: The packaging body with the label includes a label 1 having a base 3 provided successively with a first side area 31 having a print area A where desired representation is printed, an intermediate area 33, and a second side area 32 having a translucent part, and an adhesive part 4 provided on a reverse surface of the base 3, and the article wound with the label 1 so as to form an overlap area 11 by putting the second side area 31 over a top surface of the first side area 31. A pinch margin part 5 which is not adhesive to the article is provided at an edge of the first side area 31, a pair of cutting auxiliary lines 61, 62 are formed so as to cut the overlap area 11 out of the label 1, and a first side part non-adhesive part 31n which is not adhesive to the article is provided on the reverse surface corresponding to a part of the print area A.

Description

  The present invention relates to a package with a label in which a label is wound around a product, and a wound label.

Conventionally, for example, a package with a label in which a label is wound around a medical container such as a vial bottle or a prefilled syringe has been widely used.
The wound label has a base material on which predetermined information such as a trade name, a medicinal ingredient, and a manufacturer name is printed in advance, and an adhesive for applying to the product is applied to the back surface of the base material. ing. In addition, a printing region is provided on the surface of the base material in order to print a desired display immediately before the label is wound around the product. Examples of the desired display include display of specific information of a product that is individually determined according to the manufacturing time or the manufacturing location, such as the date of manufacture, the expiration date, the manufacturing lot, and the manufacturing location. By attaching a wound label on which a unique information display is printed to a medical container, it becomes possible to trace the medicine.

In Patent Document 1, unique information is displayed in the printing area of a winding label in which a printing area is provided in the first side area of the base material and a light transmitting part is provided in the second side area of the base material. After the desired display is printed, a package with a label is disclosed in which a wound label is wound around a container so that the second side region overlaps the surface of the first side region.
As a method of using the label of the package, the first side region or the overlap region composed of the first side region and the second side region provided with the desired indication is separated and stored separately. Is done. For example, for a medical container, a medication history can be easily recorded on a medical chart by separating and pasting the first side region on which the desired display including the unique information display is applied to the medical chart. In addition, even when a disease caused by a drug becomes apparent after several years to several decades, it is possible to trace the drug from the unique information display affixed to the medical chart.

In this regard, the cited document 1 actively discloses that the first side region on which a desired display is printed or the overlapping region including the first side region is separated and reused from the labeled package. It has not been.
Therefore, as a method of separating the overlap region from the labeled package of the cited document 1, it is conceivable to cut using a cutting tool such as a cutter, but generally a cutting auxiliary line is formed on the label base material. Then, the overlap region can be cut without using the cutting tool. A typical example of the auxiliary cutting line is a perforation line.

In Patent Document 2, a winding label is wound around a container so that the second side region overlaps the first side region, and RFID is interposed between the first side region and the second side region. A labeled package is disclosed. Furthermore, the winding margin extends from the upper edge of the first side region of the winding label. A pair of left and right perforations are formed on both sides of the first side region and both sides of the second side region, and the pair of perforations in each region overlap with each other. By overlapping the second side region, the labeled container of the cited document 2 is configured.
Since the container with a label of Patent Document 2 can be cut at a pair of perforation lines by picking and pulling the picking margin part with a finger, the overlap region composed of the first side region and the second side region is separated from the label. While peeled from the product.
The first side portion on which a desired display is printed without using a cutting tool such as a cutter, if the knob margin and the perforation line disclosed in Patent Literature 2 are applied to the labeled package of Patent Literature 1. The overlap region including the region can be separated and peeled off.

However, there is a problem in that the desired display becomes unclear when the overlap area including the first side area on which the desired display is printed is peeled from the product. When the display form of the desired display is an optical reading display such as a two-dimensional code, the information may not be accurately read by a reader if it is unclear.
Further, in the cited document 2, the perforation line formed in the first side region and the perforation line formed in the second side region are aligned. Thus, when each perforation line of the 1st and 2nd side field has overlapped up and down, there is a possibility that a substrate may not be cut neatly along the perforation line.

JP 2008-229926 A JP 2010-91614 A

SUMMARY OF THE INVENTION A first object of the present invention is to provide a labeled package and a wound label that can be peeled off from a product while cutting an overlap region on which the desired display is printed from the label so that the desired display is not blurred. And
It is a second object of the present invention to provide a package with a label and a wrapping label that can easily and surely cut an overlapping region on which a desired display is printed along a cutting auxiliary line.

The present inventors have intensively studied the reason why the desired display printed on the overlap area becomes unclear after peeling the overlap area.
Specifically, since the back surface of the overlap region is affixed to the product via an adhesive, when the knob region is picked and the overlap region is pulled out, the adhesive of this region is located near the knob region. A peeling point (in reality, the peeling point extends linearly) starts to peel off from the surface of the container. As the peeling point advances in the peeling direction of the overlap region, the peeling of the region proceeds. While the peeling is in progress, the base material in the overlap region is pulled outward while being stuck to the product by the adhesive, and thus slightly extends at the peeling point. As this peeling point progresses, the slightly extended portion returns. As described above, the extension and restoration of the base material are repeated with the progress of the peeling point. Since the desired display is composed of a thin ink solidified layer of a predetermined color fixed on the base material, the ink solidified layer also follows the base material and repeats slight expansion and restoration. In the process of restoring the stretched ink solidified layer, it is estimated that a part of it is dropped, and as a result, the desired display becomes unclear. In addition, the desired display may be composed of two or more ink solidified layers, in which case, a part of the outer ink solidified layer is buried in the inner ink solidified layer, or It is estimated that a part of the pigment component of the inner ink solidified layer is mixed with the outer ink solidified layer, and as a result, the desired display becomes unclear.
Under such knowledge, the present inventor has found that the above-mentioned problems can be solved by the following means.

  In the labeled package of the present invention, a first side region having a print region on which a desired display is printed, an intermediate region, and a second side region having a translucent part are integrally provided in this order. A label having a base material, an adhesive portion provided on the back surface of the base material, a surface of the printing region is covered with the light-transmitting portion, and a second side portion is formed on the surface of the first side region. A product around which the label is wound so as to form an overlap region where the regions are overlapped, and a pinch margin is provided at an edge of the first side region, and the back surface of the pinch portion is A non-pick allowance portion that does not adhere to the product, and a pair of auxiliary cutting lines are formed across the pick allowance portion to cut the overlap region from the label, the first side The back side corresponding to a part of the print area of the back side First side non-adhesive portion which does not adhere to provide a labeled package provided Te.

When the package with a label is picked and pulled out, the base material is cut off at the first cutting auxiliary line and the second cutting auxiliary line, and the overlap region can be cut off from the label and peeled off from the container. it can.
In the first side region, the range where the first side non-adhesive portion that is not bonded to the container is provided is hardly stretched by the pulling force of the knob portion and is easily separated from the container. Therefore, the area where the first side non-adhesive part is provided in the process of peeling does not repeat stretching and restoration, but corresponds to the first side non-adhesive part when cutting and peeling the overlap region. It is possible to prevent the display printed in the print area from becoming unclear.

In a preferred labeled package of the present invention, the first side non-adhering part is connected to the knob allowance non-adhering part, and the first side non-adhering part is connected to the knob allowance non-adhering part. There is a portion whose area decreases as the distance increases.
In this preferred package with a label, the first side non-adhesive portion is connected to the knob margin non-adhered portion, so that the peeling resistance at the beginning of picking and pulling the knob margin is reduced, and the overlap region is removed from the container. Can peel.
As the knob portion is further pulled out, the separation point between the first side region and the container advances in a direction away from the knob portion. Since the preferable package with a label has a portion whose area becomes smaller as the first side non-adhered part is separated from the gripping non-adhered part, the boundary line between the first side non-adhered part and the adhesive part is peeled off. It is possible to prevent sudden peeling at the boundary line, which is not substantially orthogonal to the traveling direction of the point.

In a preferred labeled package of the present invention, one of the pair of auxiliary cutting lines is a first auxiliary cutting line formed between the first side region and the intermediate region, and The other of the pair of auxiliary cutting lines is a second auxiliary cutting line formed between the second side region and the intermediate region, and a side edge of the second side region is the first side region. It coincides with or is located near the cut auxiliary line, and the side edge of the first side region coincides with or is located near the second cut auxiliary line.
The preferable package with a label can surely cut the overlap region from the label along the first cut auxiliary line and the second cut auxiliary line, and further, the first cut auxiliary line and the second cut auxiliary line. The overlap region can be easily cut from the label along the auxiliary line.

According to another aspect of the present invention, a wound label is provided.
The wound label includes a base material in which a first side region having a printing region, an intermediate region, and a second side region having a light transmitting portion are integrally connected in this order, and a back surface of the base material. A first cutting auxiliary line is formed between the first side region and the intermediate region, and the second side region and the intermediate region are formed on the base material. A second cutting auxiliary line is formed between them, a knob margin is provided at the edge of the first side region, and the back of the knob margin does not adhere to the product. The first side portion non-adhesive portion that does not adhere to the product is provided on the rear surface corresponding to a part of the printing region among the rear surface of the first side region.
Preferably, an adhesive part is provided in addition to the first non-adhered part of the back surface of the first side part region.

The package with a label of the present invention can cut an overlap region on which a desired display is printed from a label and peel it from a product. After the overlap area is peeled off, the desired display printed on the print area is not blurred, and the display can be read manually and mechanically.
Moreover, the wound label of this invention is suitable as a label which comprises the said package with a label.

The front view of the package body with a label of this invention. The left side view. The principal part expanded sectional view cut | disconnected horizontally by the III-III line of FIG. The principal part expanded sectional view cut | disconnected horizontally by the IV-IV line of FIG. The top view seen from the surface side of the winding label of this invention. The rear view seen from the back side of the winding label. VII-VII line sectional drawing of FIG. Sectional drawing cut | disconnected in the location similar to the VII-VII line of FIG. 5 which shows the modification of the formation method of the adhesion part and non-adhesion part of a winding label. The top view of the winding label which concerns on other embodiment of this invention. The top view of the winding label which concerns on further another embodiment of this invention. It is sectional drawing of the labeled package which concerns on other embodiment of this invention, Comprising: Sectional drawing cut | disconnected in the location similar to the IV-IV line of FIG. The rear view of the winding label which concerns on further another embodiment of this invention.

Hereinafter, the present invention will be specifically described with reference to the drawings.
However, in each figure, the hidden line to indicate the part that is not visible from the outside is indicated by a thin broken line, and in order to distinguish it from this hidden line, the auxiliary cutting line is indicated by a short dotted line, and the auxiliary auxiliary for cutting that is not visible from the outside. A hidden line for indicating a line is represented by a thin and short dotted line. Furthermore, a range in which a print area including the specific print area is provided is indicated by a one-dot chain line.
Note that a desired display and a default display printed or printable in each region are not shown.
Further, in the rear view of the wound label, the range in which the adhesive portion is provided is represented by an infinite number of point sets for convenience.

1 to 4, reference numeral 10 denotes a labeled package having a product 2 and a wound label 1 wound around the product 2.
The wound label 1 is wound around the product 2 with the second side region 32 superimposed on the first side region 31. A double portion where the first side region 31 and the second side region 32 are overlapped is referred to as an overlap region 11.
In the overlap region 11, a desired display printed in the print region A provided in the first side region 31 is covered with a light transmitting portion provided in the second side region 32.
Hereinafter, each component will be specifically described.

<About products>
The package 10 with a label of the present invention is obtained by wrapping around an arbitrary product and attaching the label 1.
The product is not particularly limited as long as the winding label 1 can be attached. Examples of the product include medical containers, cosmetic containers, food containers such as sweets, and containers containing desired items such as beverage containers. In particular, it is preferable to apply the present invention to a product having a display obligation for at least one piece of information selected from the date of manufacture, the expiration date, and the manufacturing location of the product. However, the present invention may be applied to a product that is not obligated to display information such as the date of manufacture.

Here, in the present specification, the desired display refers to a display including information that changes according to the time of manufacture of the product or the manufacturing location. Examples of the desired display include a display including unique information of a product to be manufactured such as a manufacturing date, an expiration date, a manufacturing lot, a manufacturing place, and a product name. The desired display preferably includes a display including at least one piece of information selected from the date of manufacture, the expiration date, and the manufacturing location of the product.
By mounting the winding label 1 on which a desired display is printed on a product, the product can be traced.

The display form of this desired display is a human-readable display made up of characters and symbols so that the content can be understood by humans, and an optically-readable display in which only the machine (reader) can optically read the content. And at least one of the display forms. Typically, the optical reading display includes a bar code and a two-dimensional code.
Examples of the default display include a default information display such as a product name, a medicinal ingredient, and a manufacturer name. In the actual usage example, the contents of the desired display and the default display may partially match. For example, a product name or manufacturer name printed as a default display may be printed in the print area A as a desired display.

When the product is a container containing contents, the container 2 generally includes a bottom portion 21 for placing thereon, a trunk portion 22 integrally formed above the bottom portion 21, and an upper portion of the trunk portion 22. And an opening (not shown) which is a portion surrounded by the upper end of the neck 23 and opens and closes the opening. And a lid portion 24. Hereinafter, although the case where the container 2 is used as a product to which the winding label 1 is attached will be mainly described, the product of the labeled package of the present invention is not limited to the container.
In addition, the container used may be a container that is formed in a shape in which the bottom cannot be placed, a container that does not have a neck, a container that does not have a lid that can be opened and closed, and the like.
When the container 2 is a medical container, specific examples thereof include a vial, a prefilled syringe, a vacuum blood collection tube, and an ampoule. The illustrated example is a vial.

  A container such as a vial has a substantially flat bottom (or a bottom-up type whose center is recessed upward), a substantially cylindrical body integrally formed above the bottom, A neck portion that is integrally formed upward and has a substantially cylindrical shape with a diameter smaller than the diameter of the body portion and that gradually decreases in diameter toward the top, and a portion surrounded by the upper end portion of the neck portion It has a certain opening part and the cover part fitted in order to block | close this opening part. A medicine is enclosed as a content in the storage part of the vial.

  The container 2 is made of, for example, synthetic resin or glass. The medical container is preferably made of a light-transmitting material because it is preferable that the enclosed medicine can be seen through from the outside. However, in the case of enclosing a drug that can be photodegraded, the medical container is preferably formed of a light-shielding material.

<About winding labels>
As shown in FIG. 4 to FIG. 7, the wound label 1 roughly includes a base material 3 constituting the label 1 and an adhesive portion 4 provided on the back surface of the base material 3.
The base material 3 has a first side region 31 having a printing region A, an intermediate region 33, and a second side region 32 having a translucent part, and these are integrally connected in this order. Has been. A translucent part is a part which has translucency.
In addition, a tongue-shaped knob allowance 5 that protrudes upward is extended from the edge of the first side region 31. The knob portion 5 extends upward from the upper edge portion 31T of the first side region 31, and one edge 5a of the knob portion 5 coincides with the side edge 31a of the first side region 31. Yes.
In the figure, the knob margin 5 extends upward from the upper edge portion 31T of the first side region 31. On the contrary, the knob margin 5 has the first side region 31. The lower edge portion 31L may extend downward. When the knob part 5 is extended downward from the lower edge portion 31L of the first side region 31, a first side non-adhesive portion 31n described later is also provided upside down accordingly.

Although the shape of the base material 3 is not specifically limited, Usually, it forms in a planar view substantially rectangular shape. The length of the base material 3 in the horizontal direction (the circumferential direction of the container when wound) and the vertical direction (the direction orthogonal to the horizontal direction in the plane of the base material) are appropriately determined according to the shape of the container 2 to be mounted. Designed.
The wound label 1 of the present invention is an overlap type label in which the second side region 32 is superposed and pasted on the surface of the first side region 31 of the label 1 when wound around the container 2. For this reason, when the label 1 is wound around the container 2, the length of the substrate 3 in the horizontal direction is the same as the surface of the printing region A of the first side region 31 and the light transmitting portion of the second side region 32. It is necessary to design the length so that the second side region 32 overlaps the surface of the first side region 31. Preferably, when the label 1 is wound around the container 2, the lateral length of the substrate 3 coincides with the second cutting auxiliary line 62, which will be described later, on the side edge 31 a of the first side region 31. Alternatively, it is set in such a length that it is located in the vicinity thereof, or the side edge 32a of the second side region 32 coincides with or is located in the vicinity of the first cutting auxiliary line 61 described later. More preferably, when the label 1 is wound around the container 2, the side length 31a of the first side region 31 coincides with a second cutting auxiliary line 62, which will be described later. Alternatively, the length is set such that the side edge 32a of the second side region 32 is located in the vicinity thereof or coincides with or is in the vicinity of a first cutting auxiliary line 61 described later.

Accordingly, the lateral length of the base material 3 is longer than the circumferential length of the body portion 22 of the container 2. However, if the length is too long, the label 1 may be wound twice or more around the container 2, so that the lateral length of the base material 3 is preferably 1.1 times to 2. It is designed to be about 0 times, preferably about 1.1 times to 1.5 times.
The lateral length of the substrate 3 refers to the length from the side edge 31a of the first side region 31 to the side edge 32a of the second side region 32.

  Although the material of the base material 3 is not specifically limited, Since it is necessary to provide a translucent part at least in the 2nd side area | region 32, the sheet | seat containing the synthetic resin sheet which has translucency is preferable. In the present embodiment, a single synthetic resin sheet having translucency is used as the substrate 3. However, the base material 3 can also be comprised by 2 types of sheets. For example, the translucent part of the second side region 32 may be composed of a translucent synthetic resin sheet, and the other region of the substrate 3 may be composed of a non-translucent sheet such as paper or synthetic paper. it can.

Here, in the present specification, the translucency means a property that allows light to pass through. In particular, the translucency in the translucent part means that the translucent part of the second side region 32 is from above. It refers to the property that light can be transmitted so that at least a desired display printed in the print area A can be read by a person and a reader.
A member constituting the light transmitting part (for example, the sheet having the above light transmitting property) may be colorless and transparent, or may be colored and transparent, but is preferably colorless and transparent. The member constituting the light transmitting part includes a base material 3 constituting the label 1 and an adhesive. The colorless and transparent member refers to a member that transmits all visible light, and the colored and transparent member refers to a member that absorbs light having a part of visible light wavelength. In either case of colorless and transparent or colored and transparent, it is possible to recognize a desired display existing on the back surface side of the member as viewed from the front surface side of the member.

The material of the synthetic resin sheet having translucency is not particularly limited, and examples thereof include polyesters such as polyethylene terephthalate, polyolefins such as polypropylene, polystyrenes, polyamides, polyvinyl chloride, and mixed polymers. The synthetic resin sheet may have a single layer structure or a laminated structure of two or more layers. Further, the matte treatment may be applied to the synthetic resin sheet as long as the translucency is not impaired. Matte printing is an example of the matte treatment. Since light is scattered on the surface of the matte synthetic resin sheet, when the optical reading display is printed on the printing area A, the reader can be prevented from reading the display by mistake.
The degree of translucency of the substrate 3 made of a translucent part or a translucent sheet is preferably a haze value of 30% or less. The haze value can be measured by a method according to JIS K 7105.

  The adhesive portion 4 is provided on the back surface of the base material 3 except for the back surface of the knob allowance portion 5 and a first side non-bonding portion 31n described later. Therefore, the back surface of the knob part 5 and the first side non-bonding part 31 n are non-bonding parts that are not bonded to the container 2. In this specification, the non-adhesion part of the knob allowance part 5 is called the knob allowance non-adhesion part 5n.

The adhesive part 4 is a part that adheres to the container 2 in a peelable manner on the surface thereof.
A conventionally well-known method can be employ | adopted for the formation method of the adhesion part 4 and the nonbonding parts 5n and 31n.
One method is, for example, as shown in FIG. 7, in which a pressure-sensitive adhesive 41 is applied to the back surface of the substrate 3 except for the back surface of the knob portion 5 and the portion where the first side non-bonding portion 31 n is to be formed. It is. According to this method, the application portion of the pressure-sensitive adhesive 41 becomes the pressure-sensitive adhesive portion 4, and the non-application portion of the pressure-sensitive adhesive 41 becomes the knob allowance non-bonding portion 5 n and the first side portion non-bonding portion 31 n.
Another method is, for example, as shown in FIG. 8, in which an adhesive 41 is applied to the entire back surface of the substrate 3 including the picking allowance portion 5, and the back surface of the picking allowance portion 5 and the first side non-adhesive portion 31n. In this method, a masking layer 42 for concealing the adhesive force of the pressure-sensitive adhesive 41 is laminated only on the portion to be formed. According to this method, the exposure of the pressure-sensitive adhesive 41 becomes the pressure-sensitive adhesive portion 4, and the portions provided with the masking layer 42 become the knob allowance non-bonding portion 5 n and the first side portion non-bonding portion 31 n.
In general, the latter method is often employed. However, in FIGS. 3 and 4, because the depiction of the layer configuration is simple, the adhesive portion 4 and the non-adhesive portion 5 n, the former method are used. The case where 31n is formed is shown.

The pressure-sensitive adhesive is not particularly limited as long as it can be affixed to an object with adhesive strength, and can be peeled off at the interface between the object and the adhesive and can be reapplied. Examples of the pressure sensitive adhesive include a pressure sensitive pressure sensitive adhesive and a heat sensitive pressure sensitive adhesive. The pressure-sensitive adhesive exhibits adhesiveness at normal temperature and maintains its adhesive strength. From the body surface, an adhesive used for an adhesive tape that can be peeled off and reattached can be exemplified. The heat-sensitive adhesive does not exhibit adhesiveness at room temperature, and develops adhesiveness by heating to a predetermined temperature (for example, about 70 ° C. to 120 ° C.), and the adhesive strength is maintained.
When the second side region 32 is superimposed on the first side region 31, in order to allow a desired display on the print region A of the first side region 31 to be seen through, A translucent adhesive is preferably used, and a colorless and transparent adhesive is preferably used.

  The intermediate region 33 of the substrate 3 is directly attached to the container 2. A predetermined display is printed in the intermediate area 33. This default display is printed in advance in the intermediate region 33 or the like when the label 1 is manufactured, and is printed by a conventionally known printing method such as flexographic printing, letterpress printing, or gravure printing.

A print area A is provided in the first side area 31. The print area A is a portion where a desired display such as characters and symbols can be printed. This desired indication is not printed when the wound label 1 is manufactured, and is printed in the printing region A after the manufacture and before the label 1 is wound around the container 2. Therefore, when the label 1 is manufactured, a desired display is not printed in the print area A, but a default display may be printed in the print area A, leaving a portion for printing the desired display.
The position and area of the printing area A are designed as appropriate. The print area A may be provided in substantially the entire first side area 31 or may be provided in a partial range thereof. Preferably, the printing area A is provided in a range including an edge of the first side area 31 (an edge where the knob part 5 is extended), and more preferably, the printing area A is the first side area. 31 is provided in substantially the whole.

As shown in FIG. 7, a base layer 34 is provided on the surface of the base material 3 corresponding to the range in which the printing area A is provided in order to make the desired display stand out or to apply the ink satisfactorily. preferable. As the underlayer 34, for example, a coating layer in which the coating material is applied in a solid shape; a white ink solidified layer in which white ink is applied in a solid shape, a silver ink solidified layer in which silver ink is applied in a solid shape, etc. And a single color ink solidified layer. In particular, when the desired display includes an optical reading display, reading errors by the reader can be prevented by providing the base layer.
However, the desired display can be directly printed on the surface of the base material 3 depending on the material of the base material 3. Therefore, the surface of the first side region 31 can be directly used as the printing region A without providing the base layer 34 on the surface of the first side region 31.

  The adhesive 41 is not applied to the back surface corresponding to a part of the printing region A among the back surfaces of the first side region 31 (or the masking layer 42 that conceals the adhesive force of the applied adhesive 41 is provided). Formed). Therefore, the back surface corresponding to a part of the printing area A is a non-adhered portion that does not adhere to the container 2. In the present specification, this non-bonded portion is referred to as a first side non-bonded portion 31n.

The first non-adhesive portion 31 n is not provided on the entire back surface of the first side region 31, but is provided on a part of the back surface of the first side region 31. If the entire back surface of the first side region 31 is a non-adhesive portion, the first side region 31 cannot be attached to the container 2 at the beginning of winding the wound label 1 around the container 2, and the container 2 of the label 1 It will be extremely difficult to install.
Therefore, the first side portion non-adhesive portion 31 n is provided on the back surface corresponding to a part of the printing region A among the back surface of the first side region 31. Hereinafter, the printing area corresponding to the range in which the first side non-bonding part 31n is provided (that is, a part of the above-described printing area A) may be referred to as a specific printing area B.

Specifically, the first side non-bonding part 31n is provided continuously to the knob allowance non-adhesive part 5n, and is in the opposite direction (same as the extension direction of the knob allowance part 5 (upward in this embodiment)). (Downward). Further, the first side non-bonding portion 31n has a portion in which the area of the first side non-bonding portion 31n decreases as the distance from the knob allowance non-bonding portion 5n increases.
More specifically, the first side non-adhesive portion 31n is connected to the knob allowance non-adhesive portion 5n, is substantially the same width as the knob allowance portion 5, and is on the first side region 31 side. A substantially rectangular range C in plan view including the upper part of the edge 31a and extending in the direction opposite to the extending direction of the knob allowance 5 and the extending direction of the knob allowance 5 opposite to the extending direction of the knob allowance 5 It consists of a substantially triangular range D in plan view that decreases as it goes in the direction (see FIG. 4).

The second side region 32 is provided with a translucent part having translucency. The translucent part is a part that covers a desired display printed in the print area A when the label 1 is wound around the container 2. The winding label 1 can cover the surface of the printing area A with a light-transmitting part when the product is wound around the product such that the second side area 32 overlaps the surface of the first side area 31.
In this embodiment, since the synthetic resin sheet which has translucency is used as the base material 3, the whole 2nd side part area | region 32 has translucency. It is preferable that characters or designs that impede translucency are not substantially printed on the translucent part.

Further, a pair of auxiliary cutting lines 61 and 62 extending from the upper edge portion 31T of the base material 3 to the lower edge portion 31L are formed in the surface of the base material 3. The auxiliary cutting lines 61 and 62 are lines that extend in the direction of dividing the base material 3 in order to make it easy to cut the base material 3, and are not lines that completely cut the base material 3.
In the present embodiment, a cutting auxiliary line 61 extending in the vertical direction between the first side region 31 and the intermediate region 33, preferably extending in parallel with the vertical direction, is formed. Further, a cutting auxiliary line 62 is formed between the second side region 32 and the intermediate region 33 so as to extend parallel to the vertical direction, and preferably extend parallel to the vertical direction. Hereinafter, the auxiliary cutting line between the first side region 31 and the intermediate region 33 is referred to as a first auxiliary cutting line 61, and the auxiliary cutting line between the second side region 32 and the intermediate region 33 is This is referred to as a second cutting auxiliary line 62.

Examples of the first and second auxiliary cutting lines 61 and 62 include a perforation line and a half-cut line. The base line 3 is easy to cut along the auxiliary cutting line, but the perforation line is preferable.
The perforation line means a line in which through-hole portions penetrating the front and back surfaces of the base material 3 are formed intermittently in one direction like a sewing mark of a sewing needle. Such a perforation line has a non-penetrating portion (a portion not subjected to a penetrating process) between adjacent through-hole portions. Examples of the front view shape of one through hole portion include an elongated straight line shape, a needle hole shape (circular hole or elliptical hole), and the like. The length of the through hole portion of the perforation line is, for example, 0.3 mm to 1.5 mm, and the length of the non-through portion of the perforation line is, for example, 0.3 mm to 1.5 mm.

<About the labeled package and its production method>
Since the process of attaching the wound label 1 to a product to obtain the labeled package 10 is substantially the same as that in JP-A-2008-229926, refer to that publication for details.
However, since the label 1 of the present invention and the label disclosed in the above publication are different, the method for producing the package 10 with a label of the present invention will be described below, focusing on matters specific to the wound label 1 of the present invention. Briefly described.

After the winding label 1 of the present invention is manufactured, it is wound around the body of the container 2. The winding label 1 of the present invention is also provided in the form of a continuous label body in which a plurality of winding labels 1 are usually connected and temporarily pasted on a long release paper, as disclosed in the above publication. The The plurality of winding labels 1 include a first side region 31 in which the printing region A is not printed, a predetermined display-printed intermediate region, and a second side region 32 having a translucent portion.
Then, before winding the wound label 1 around the container 2, a desired display is printed in the print area A of the first side area 31. The display by printing is usually composed of an ink solidified layer formed in the area by fixing the ink in the printing area A.

The content of the desired display printed in the print area A is not particularly limited, but preferably includes a display including at least one information selected from the date of manufacture, the expiration date, and the manufacturing location of the product as described above. . In particular, the display form of the display printed in the specific print region B preferably includes an optical reading display. For example, at least the optical reading display is printed in the specific printing area B, and the human reading display is printed in the printing area A other than the specific printing area.
The optical reading display is a display in which information contents can be mechanically read using a reader, and examples thereof include a barcode and a two-dimensional code. Examples of the two-dimensional code include a stack type code such as an RSS code and a matrix type code such as a QR code.

  According to the present invention, when the overlap region 11 is peeled off, it is possible to prevent the display printed in the specific print region B corresponding to the first side non-bonded portion 31n from becoming unclear. For this reason, by printing the optical reading display in the specific print region B, it is possible to prevent the reader from reading the display or reading the display by mistake.

  The printing method for the printing area A is preferably on-demand for the production of small lot units of products and can be printed clearly, so that an ink jet printer, a thermal transfer ink ribbon printer, a laser printer, or the like is preferably used. .

  Since the desired display includes information that changes in accordance with the manufacture or location of the product, the printing is preferably performed immediately before the label 1 is wound around the container 2. The term “immediately before” usually means any time after the label is manufactured and before the label 1 is wound in the process of manufacturing the product by mechanical manufacturing. For example, (a) a label 1 on which a desired display is printed in a printing area A of the label 1 is loaded in a labeler, and then a product is manufactured by enclosing the contents, and the printed label 1 is added to the product. (B) The label 1 is loaded on the labeler, and the product is manufactured in parallel with the process of printing the desired display in the printing area A, and the product is printed on the product. The printed label 1 may be wound, or (c) after the product is produced by enclosing the contents, the label 1 provided on the downstream side of the production line is used for the printing area A of the label 1 as desired. May be printed and wrapped around the product.

The printed wrapping label 1 is usually attached to the container 2 using a labeler.
First, the adhesion part 4 provided in a part of back surface of the 1st side area | region 31 of the winding label 1 is affixed on the trunk | drum of the container 2, and the container 2 is rotated in the circumferential direction. As a result, the intermediate region 33 of the winding label 1 sticks to the body portion of the container 2, and the adhesive portion 4 provided on the entire back surface of the second side region 32 sticks to the surface of the first side region 31. Stick.

  As shown in FIGS. 1 to 4, the obtained labeled package 10 has the first side region 31 and the intermediate region 33 directly attached to the periphery of the body portion of the container 2 via the adhesive portion 4. The second side region 32 is attached via the adhesive portion 4 so as to cover the entire surface of the first side region 31. Therefore, the overlapped region 11 which is a double base material portion in which the second side region 32 overlaps the first side region 31 is formed in the labeled package 10. However, the first side non-bonding portion 31 n of the back surface of the first side region 31 is not bonded to the container 2.

  Further, since the entire second side region 32 is affixed to the first side region 31 via the adhesive portion 4, the display printed in the print region A of the first side region 31 is displayed on the second side. It can be protected by the partial area 32. Furthermore, since the translucent part of the second side area 32 overlaps the surface of the print area A of the first side area 31, the display printed on the print area A can be seen by a human, and a reader is used. The display can be read.

  In the package 10 with the label, the knob margin portion 5 extended to the upper edge portion 31T of the first side region 31 is not covered with the second side region 32 that is overlapped, and the knob is selected. Since the margin non-bonding portion 5 n is provided, the knob margin portion 5 is not bonded to the container 2. Further, the knob portion 5 is disposed so as to face the neck portion 23 of the container 2. Accordingly, since there is a gap between the end of the knob portion 5 and the neck portion 23 of the container 2, the knob portion 5 can be easily picked.

  In the package 10 with a label, the first cutting auxiliary line 61 and the second cutting auxiliary line 62 are substantially located on both sides of the overlap region 11 at a position where the knob margin 5 is sandwiched. And the side edge 31a of the 1st side part area | region 31 corresponds to the said 2nd auxiliary cutting line 62, or it is located in the vicinity, and the side edge 32a of the 2nd side part area | region 32 is said 1st part for cutting The first side region 31 and the second side region 32 are overlapped with each other so as to coincide with or be close to the auxiliary line 61.

The case where the side edge 31a of the first side region 31 is located in the vicinity of the second cutting auxiliary line 62 is: (a) the side edge 31a of the first side region 31 is the second cutting auxiliary line 62; And the second cutting auxiliary line 62 is not included in the overlap region 11 or (b) the side edge 31a of the first side region 31 is in the vicinity of the second cutting auxiliary line 62 And the second cut auxiliary line 62 is included in the overlap region 11, but any of them may be used. In the case of (b), the first side region 31 slightly overlaps the second cutting auxiliary line 62, but even if it overlaps slightly, there is no problem for cutting the overlap region 11.
However, as shown in (a), the side edge 31a of the first side region 31 is located in the vicinity of the second auxiliary cutting line 62, and the second auxiliary cutting line 62 is included in the overlap region 11. Preferably not.

Similarly, the case where the side edge 32a of the second side region 32 is located in the vicinity of the first cutting auxiliary line 61 is as follows. (C) The side edge 32a of the second side region 32 is used for the first cutting. When it is located in the vicinity of the auxiliary line 61 and the first cutting auxiliary line 61 is not included in the overlap area 11, or (d) the side edge 32a of the second side area 32 is the first cutting auxiliary line One of the cases where the first cut auxiliary line 61 is included in the overlap region 11 is located in the vicinity of 61, but any of them may be used. In the case of (d), the second side region 32 slightly overlaps the first cutting auxiliary line 61, but even if it overlaps slightly, there is no problem in cutting the overlap region 11.
However, as shown in (c), the side edge 32a of the second side region 32 is located in the vicinity of the first cutting auxiliary line 61, and the first cutting auxiliary line 61 is included in the overlap region 11. Preferably not.
In addition, the said vicinity is the space | interval of the side edge 31a of the 1st side part area | region 31, and the 2nd cutting auxiliary line 62, and the space | interval of the side edge 32a of the 2nd side part area | region 32, and the 1st cutting auxiliary line 61, for example. Is 2 mm or less, preferably 1 mm or less.

In the labeled package 10 according to the present invention, when the knob portion 5 is picked and pulled out, the base material 3 is cut at the first cutting auxiliary line 61 and the second cutting auxiliary line 62, and the overlap region 11 is labeled. It can be cut from 1 and peeled off from the container 2.
The first side region 31 is provided with a first side non-bonded portion 31n that is not bonded to the container 2. For this reason, when the picking allowance part 5 is pulled out, the range in which the first side part non-adhesive part 31n not bonded to the container 2 is provided in the first side region 31 is the force that pulls the picking allowance part 5 It hardly stretches between the container 2 and easily leaves the container 2. Accordingly, in the process of peeling, the range in which the first side non-adhesive portion 31n is provided does not repeat expansion and restoration, and is printed in the printing area A corresponding to the first side non-adhesive portion 31n. The display does not become blurred.

Further, since the first side non-bonding portion 31n is connected to the knob margin non-bonding portion 5n, the peeling resistance at the beginning of picking and pulling the knob margin 5 is small, and the overlap region 11 can be easily removed from the container 2. Can peel.
Then, when the picking allowance 5 is pulled out, the separation point between the first side region 31 and the container 2 is away from the picking allowance 5 (in the case of the extending pick allowance 5, this extension Proceed in the opposite direction). When the peeling point reaches the boundary line between the first side portion non-adhesive portion 31n and the adhesive portion 4 in the back surface of the first side region 31, the adhesive portion 4 is affixed to the container 2. It becomes difficult to peel. In this respect, since the first side non-bonding part 31n has a portion whose area decreases as it is separated from the knob allowance non-bonding part 5n, the boundary line between the first side non-bonding part 31n and the adhesive part 4 is peeled off. It is possible to prevent sudden peeling at the boundary line, which is not substantially orthogonal to the traveling direction of the point.

  Moreover, in the said package 10 with a label, the side edge 31a of the 1st side part area | region 31 corresponds or is located in the vicinity of the 2nd auxiliary line 62 for cutting, and the side edge 32a of the 2nd side part area | region 32 is the 1st. The overlap region 11 can be reliably cut from the intermediate region 33 along the first cut auxiliary line 61 and the second cut auxiliary line 62 because the first cut auxiliary line 61 coincides with or is located in the vicinity thereof. it can. Further, since the second side region 32 does not overlap the first cutting auxiliary line 61 and the second cutting auxiliary line 62 does not overlap the first side region 31, the first cutting auxiliary line 61 does not overlap. The overlap region 11 can be easily cut from the intermediate region 33 along the auxiliary line 61 and the second cutting auxiliary line 62.

<Other Embodiments of the Present Invention>
Next, another embodiment of the package with label or the wound label of the present invention will be described. However, in the description of other embodiments below, configurations and effects different from those of the above-described embodiments will be mainly described, and descriptions of configurations and the like similar to those of the above-described embodiments will be omitted, and terms and symbols will be used.

In the winding label 1 of the above embodiment, the one edge 5a of the knob margin 5 coincides with the side edge 31a of the first side region 31, but as shown in FIG. The first side region 31 may be extended upward from the upper edge 31T of the first side region 31 in the middle of the side edge 31a of the first side region 31 and the first auxiliary cutting line 61. In this case, as shown in FIG. 9, the first side non-bonding part 31 n is connected to the knob allowance non-adhering part 5 n and is substantially the same width as the knob allowance part 5 and the knob allowance part 5. It is preferable that it is provided so as to expand in the direction opposite to the extending direction. By providing the first side non-bonding part 31n in this way, the back surface of the side part 31b including the side edge 31a of the first side part region 31 has a strip shape extending from the upper edge part 31T to the lower edge part 31L. Since the adhesive portion 4 is formed, the entire side portion 31 b of the first side region 31 can be attached to the container 2 at the beginning of winding the winding label 1 around the container 2.
However, the first side non-bonding portion 31n is substantially the same width as the width from the side edge 31a of the first side region 31 to the other edge 5b of the knob margin 5 and is opposite to the extending direction of the knob margin 5. It may be provided so as to expand in the direction.

  In addition, as shown in FIG. 10, the knob margin 5 has one edge 5 a located between the side edge 31 a of the first side region 31 and the first cutting auxiliary line 61 and the other side edge 5 b. The upper side 31 </ b> T of the first side region 31 may be extended upward so as to substantially coincide with the one cut auxiliary line 61. Also in this case, for the same reason as the first side non-bonding portion 31n shown in FIG. 9, the first side non-bonding portion 31n is connected to the knob allowance non-bonding portion 5n and the knob allowance portion. It is preferable that it is provided so as to expand in the direction opposite to the extending direction of the knob allowance portion 5 and substantially the same width as the width 5.

In addition, the knob margin 5 is arranged so that one edge 5a of the knob margin 5 substantially coincides with the side edge 31a of the first side region 31 and the other edge 5b substantially coincides with the first cutting auxiliary line 61. The first side region 31 may extend upward from the upper edge portion 31T.
In addition, the first side non-bonding part 31n is substantially the same width as the length from the side edge 31a of the first side part region 31 to the first auxiliary cutting line 61 and the direction opposite to the extending direction of the knob part 5 It may be provided so that it may spread. Even in the case where the first side non-bonding part 31n is provided, the knob margin part 5 has one edge 5a substantially coincident with the side edge 31a of the first side part region 31 and the other side edge 5b. May be extended so as to substantially coincide with the first cutting auxiliary line 61, or may be extended as shown in FIG. 5, FIG. 9, or FIG.

Further, in the labeled package 10 of the above embodiment, the side edge 31a of the first side region 31 is located at or near the second cutting auxiliary line 62 and the side edge 32a of the second side region 32 is located. Is aligned with or near the first cutting auxiliary line 61 and the second side region 32 is superimposed on the first side region 31, but is not limited thereto.
For example, as shown in FIG. 11, the side portion 32 b of the second side region 32 covers the first cut auxiliary line 61 and the second cut auxiliary line 62 is on the side portion 31 b of the first side region 31. The second side region 32 may be overlapped with the first side region 31 so as to be positioned at the same position. In this case, it is preferable to form a third cutting auxiliary line 63 that coincides with the first cutting auxiliary line 61 in the side surface of the second side region 32, and similarly, the first side It is preferable to form a fourth cutting auxiliary line 64 that coincides with the second cutting auxiliary line 62 in the side surface of the partial region 31.

  Further, the side edge 31a of the first side region 31 coincides with or is located near the second cut auxiliary line 62, and the side portion 32b of the second side region 32 covers the first cut auxiliary line 61. As such, the second side region 32 may overlap the first side region 31. Alternatively, the side edge 32 a of the second side region 32 is located at or near the first cut auxiliary line 61 and the second cut auxiliary line 62 is located on the side 31 b of the first side region 31. As such, the second side region 32 may overlap the first side region 31.

  Moreover, in the winding label 1 of the said embodiment, although the adhesion part 4 is provided in the whole back surface of the intermediate | middle area | region 33, for example, as shown in FIG. An adhesive portion 4 may be provided on the back surface. The adhesive part 4 in the intermediate region 33 may be provided in a range in which the intermediate region 33 is not detached from the container 2 after the overlap region 11 is cut off. However, in order to make it easy to cut along the first cutting auxiliary line 61 and the second cutting auxiliary line 62 when the knob margin 5 is pulled out, the adhesive portion 4 in the intermediate region 33 is as shown in FIG. The first cutting auxiliary line 61 and the second cutting auxiliary line 62 are preferably provided at least in a band-like range extending in the vertical direction.

  The labeled package of the present invention can be used for packaging various products such as pharmaceuticals, foods, and cosmetics.

  DESCRIPTION OF SYMBOLS 1 ... Wound label, 2 ... Container (product), 3 ... Base material, 31 ... 1st side part area | region, 31a ... Side edge of 1st side part area | region, 31n ... 1st side part non-bonding part, 32 ... 1st 2 side regions, 32a ... side edge of second side region, 33 ... intermediate region, 4 ... adhesive portion, 5 ... picking margin portion, 5n ... picking margin non-adhesive portion, 61 ... first cutting auxiliary line, 62 ... second auxiliary line for cutting, A ... printing area, B ... specific printing area, 10 ... package with label

Claims (4)

A base material in which a first side region having a print region on which a desired display is printed, an intermediate region, and a second side region having a light transmitting portion are integrally connected in this order; A label having an adhesive portion provided on the back surface;
A product in which the label is wound so as to form an overlap region in which the surface of the print region is covered with the translucent part and the second side region is overlapped with the surface of the first side region. Have
A knob allowance is provided at the edge of the first side region, and the back surface of the knob allowance is a knob allowance non-adhesive part that does not adhere to the product,
In order to cut out the overlap region from the label, a label-attached package in which a pair of auxiliary cutting lines are formed across the knob portion,
A package with a label, characterized in that a first side non-adhesive portion that does not adhere to a product is provided on a back surface corresponding to a part of a printing region of the back surface of the first side region.   The first side non-adhering part is connected to the knob margin non-adhering part, and the first side non-adhering part has a portion whose area decreases as the distance from the knob margin non-adhering part increases. The package with a label according to claim 1.   One of the pair of auxiliary cutting lines is a first auxiliary cutting line formed between the first side region and the intermediate region, and the other of the pair of auxiliary cutting lines Is a second cutting auxiliary line formed between the second side region and the intermediate region, and a side edge of the second side region coincides with or is close to the first cutting auxiliary line. The package with a label according to claim 1 or 2, wherein a side edge of the first side region is located or coincides with or is in the vicinity of the second cutting auxiliary line. A base material in which a first side region having a print region, an intermediate region, and a second side region having a light transmitting portion are integrally connected in this order, and an adhesive portion provided on the back surface of the base material And having
In the base material, a first auxiliary cutting line is formed between the first side region and the intermediate region, and a second auxiliary cutting line is formed between the second side region and the intermediate region. And
A knob allowance is provided at the edge of the first side region, and the back surface of the knob allowance is a knob allowance non-adhesive part that does not adhere to the product,
A winding label, wherein a first side non-adhesive portion that does not adhere to a product is provided on a back surface corresponding to a part of a printing region among the back surface of the first side region.

Images