JP5718158B2 - Label for packaging container and packaging container with label - Google Patents

Description

  The present invention relates to a display label affixed to the outer peripheral surface of a packaging container, and relates to a packaging label suitable for pharmaceutical containers such as eye drops containers and a packaging container with a display label.

  As shown in Patent Document 1, there is one in which a heat-shrinkable display label on which information on contents and the like is wrapped is wrapped around a cap and a trunk portion of a pharmaceutical container such as an eye drop container, and adhered by heat shrinkage. As a result, the virginity of the cap is ensured together with the display of the contents, but in order to separate the cap side area of the display label from the body (main body) side area when used, it is cut along the winding direction of the display label. The cap can be exposed by forming the planned portion, gripping the knob portion formed at the end thereof, and breaking the circumferential portion along the perforation. When the knob portion is heat-shrinked (shrinked) in a state where it floats from the surface of the container, the knob portion shrinks and becomes smaller, the function of the knob portion is diminished, and the appearance also deteriorates. On the other hand, when the heat shrinkage is performed with the back surface of the knob portion adhered to the surface of the container, the knob portion is not easily affected by the heat shrinkage. However, if it does so, it will take time and effort to peel off the knob part from the container, and the pinching operation cannot be performed quickly.

JP 2003-221061 A

  SUMMARY OF THE INVENTION In view of the above circumstances, the present invention provides a display label for a packaging container that has a simple structure but has little deformation of the knob portion due to heat shrinkage and can be easily cut off from the packaging container, and packaging with the display label. To provide a container.

Means for Solving the Problems and Effects of the Invention

  In order to solve the above-described problems, the display label for a packaging container of the present invention is configured so that the cap-side region of the heat-shrinkable display label wound in the circumferential direction across the container body and the cap of the packaging container is separated from the body-side region. In the planned strip-like portion formed in the circumferential direction for separation, the end portion is used as a knob portion for starting cutting of the planned strip-like strip portion, and in order to configure the knob portion in two layers, At least the length of the band to be separated is formed to be longer than the circumferential length of the packaging container so that both ends of the band to be separated are overlapped with each other in the wound state. A protruding outer shape of the knob portion is given to the outer end portion that is located outside, and a separation region that is left with the protruding outer shape is divided to the inner end portion that is located inside. That the segmentation lines are formed, and at least in part of the protruded contour, characterized in that it comprises an adhesive layer for bonding the their projecting profile and disconnect region.

  According to the present invention, the knob portion formed for separating the cap region side portion of the heat-shrinkable display label wound around the container body and the cap of the packaging container in the circumferential direction from the main body region side, Since it has a two-layer structure, even if heat shrinkage acts on the knob, it is difficult to heat shrink (the heat shrink is smaller than other label areas that are not two layers), and the original knob configuration can be secured. It looks good because there is little deformation due to heat shrinkage.

  Further, the protruding outer shape is formed in such a size that the protruding outer shape fits in the separation region when bonded to the two layers on the separation region.

  According to this, when the protruding outer shape of the outer end portion forming the knob portion and the separation region of the inner end portion are bonded to the two layers, the protruding outer shape of the outer end portion fits within the separation region of the inner end portion. In the knob portion, the adhesive layer on the back surface of the protruding outer shape of the outer end portion is not cut off and adhered outside the region, and the knob portion can be easily separated.

In addition, a separation guide portion for separating the planned separation strip from the display label is formed along the planned separation strip, and an adhesive layer for adhering the main assembly region to the container body is provided on the back surface of the main assembly region. In addition, an adhesive layer is formed on the back surface of the cap side region including the planned strip-like portion at a position corresponding to the outer end portion, and adhered to the container body at a position corresponding to the longitudinal direction of the planned strip-like portion. A non-adhesive area is formed.

  According to this, since the adhesive layer is formed on the back surface of the main body side region wound around the container main body, the main body side region of the display label and the container main body can be firmly bonded, and the label of the main body side region There is no such thing as shifting. Moreover, since the adhesive layer is formed in the position corresponding to an outer side edge part in the back surface of the cap side area | region where the scheduled strip | belt-shaped part is included, the part can be firmly fixed with the position corresponding to an inner side edge part. Moreover, since the non-adhesive area | region which does not adhere to a container main body is formed in the position corresponding to the longitudinal direction of the strip-like strip | belt-shaped part, it becomes easy to isolate | separate the strip | belt strip-like part from a container main body. In addition, since the stripping part to be cut is formed with a cutting guide part such as a perforation or a half-cut groove for reducing cutting resistance along the banding part to be cut, only the cap side region from the packaging container body is cleaned. It can be separated.

  In addition, the separation guide portion on the container body side in the planned strip-like portion extends continuously in the winding direction with respect to the container body, while the separation guide portion on the cap side extends in the winding direction with respect to the cap, and then the cap side The direction is changed so as to go to the upper edge of the region, and the upper edge is interrupted so that the cap side region is cut off from the main body side region.

  According to this, two separation guides are formed on the top and bottom, the separation guide on the main body side (lower separation guide) extends continuously in the winding direction, and the separation guide on the cap side (upper After the stripping guide part) extends in the winding direction, the direction is changed toward the upper edge of the cap side region, and the upper edge is interrupted so that the cap side region of the display label is removed at a time. Can do.

  In addition, the packaging container with a display label of the present invention has a packaging container in which the opening of the container body is closed with a cap, and a heat-shrinkable display label wound in the circumferential direction across the container body and the cap. The label is provided with a planned strip-like portion formed in the circumferential direction in order to separate the cap-side region from the main-body-side region, and the planned strip-like strip shape is started to start cutting the planned strip-like portion. The end of the part is a knob part, and at least the length of the planned strip-like part is longer than the circumferential length of the container, so that both ends of the planned strip-like part overlap each other, and the overlapping part is a two-layer knob. The outer end of the two layers of knobs is provided with the protruding outer shape of the knob, and the inner end located on the inner side is pinched together with the protruding outer shape. Dividing lines for dividing is formed to, and at least part of the protruding profile, and their projected outline and disconnect region is characterized in that it is bonded.

  According to this, since the display label in which the knob part of the two-layer structure is formed at the end part of the band-like part to be separated is wrapped around the packaging container, when opening, the knob part is picked and the cap side region The label can be easily separated.

The front view which shows the display label for packaging containers which concerns on this invention. The rear view of FIG. Explanatory drawing at the time of using the display label for packaging containers. Explanatory drawing at the time of using the display label for packaging containers, and the enlarged explanatory drawing of a knob part. The figure which shows the packaging container with the display label for packaging containers. The figure which looked at FIG. 5 from the side. Explanatory drawing which shows a mode that a cap side area | region is separated from the packaging container with a display label for packaging containers. The figure which shows the display label for packaging containers of another form. The figure which shows the display label for packaging containers of another form. The figure which shows the display label for packaging containers of another form. The figure which shows the display label for packaging containers of another form.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is a front view showing a packaging container display label 1 according to the present invention. The packaging container display label 1 (hereinafter also simply referred to as a display label) is a heat-shrinkable display label wound around a packaging container 101 (hereinafter also simply referred to as a container) such as an eye drop container (see FIG. 5). ). The display label 1 is formed with a long circumferential direction so that it can be easily wound around the body portion of the container 101, and the lower side of the display label 1 is in a main body side region Th wound around the container main body 102 of the packaging container 101. Correspondingly, the upper side of the display label 1 corresponds to a cap side region Tk wound around the cap 103 of the packaging container 101. Then, in order to separate the cap side region Tk from the main body side region Th, a band-like portion 2 scheduled to be separated in the circumferential direction is formed. In addition, on the front or back surface of the display label 1, the contents in the packaging container 101, the constituent materials of the display label 1 and the packaging container 101 (the container body 102 and the cap 103), the name of the product sold, the manufacturer, the serial number, and the expiration date Various information Tj indicating such as are printed.

  The band-like part 2 to be cut off is included in the cap side region Tk, and an end part is a knob part 3 to start cutting (see FIG. 5). The knob portion 3 is composed of two layers. As shown in the front view of FIG. 1, a semicircular protruding outer shape 3 a is formed on the outer end portion 4 a located on the outer side when wound around the container 101, and on the inner side when wound on the container 101. The inner end 4b is formed with a separation region 3b at a position corresponding to the protruding outer shape 3a. These projecting outer shapes 3a and the separation region 3b constitute two layers of the knob portion. The protruding outer shape 3a is colored so that it is conspicuous that the portion is the knob portion 3 (the blacked out portion in the figure), but may not be colored. Information indicating that the part is the knob part or an arrow indicating the cutting direction may be provided around the knob part.

  In the cut-off area 3b, an arc-shaped cut 5a corresponding to the tip of the protruding outer shape 3a from the vertical direction to the horizontal direction and a perforation 5b corresponding to a parallel portion of the protruding outer shape 3a in the vertical direction are formed. Functions as a dividing line 5 that divides the separation region 3b that is left with the protruding outer shape 3a.

  In the planned strip-like portion 2, two perforations 6 a and 6 b are formed on the top and bottom in order to separate the planned strip-like portion 2, and these perforations 6 a and 6 b separate and separate the planned strip-like portion 2. It works as a detachment guide 6 that reduces the cutting resistance. Here, the perforation 6b on the container main body 102 side (downward) continuously extends in the winding direction with respect to the container main body 102, and the perforation 6a on the cap 103 side (upper) extends in the winding direction with respect to the cap 103. Thereafter, the direction is changed so as to go to the upper edge 4c of the cap side region Tk, and the upper edge 4c is cut off. Further, a half-cut groove or the like may be provided instead of or along with the perforation.

  Here, the band-like part 2 to be separated is formed so as to be separated into one band when the knob part 3 is picked up (see FIG. 7), but is formed from two parts in plan view. I understand that That is, between the upper edge 4c of the cap side region Tk and the lower edge 4d of the main body side region Th, the display label 1 is separated from the main body side region Th and the cap by the two separation guide portions 6 (perforations 6a, 6b). The cap-side region Tk is further divided into the side region Tk. Further, the cap-side (upper) perforation 6a further causes the lower strip-like strip portion 2a (hereinafter simply referred to as the lower strip-like portion) where the planned strip-like portion 2 is positioned below. And a band-like part 2b to be separated upward (hereinafter also simply referred to as an upper-band part).

  The raw material of the heat-shrinkable display label 1 is not particularly limited. For example, a polyester resin such as polyethylene terephthalate, a styrene resin such as polystyrene, an olefin resin such as polypropylene, or a thermoplastic resin such as vinyl chloride resin. A film containing one kind or a mixture of two or more kinds composed of can be used. Then, the display label 1 is formed by laminating an adhesive layer, a printed layer, a non-adhesive layer, and the like on this film by an existing method.

  FIG. 2 is a diagram showing a rear view of the packaging container display label 1, and in the display label 1, a non-adhesive region where an adhesive layer is not formed is shown by hatching. That is, an adhesive layer 7 a that adheres the main body side region Th to the container main body 102 is formed on the entire back surface of the main body side region Th wound around the container main body 102 of the display label 1. Adhesive layers 7b and 7c are formed on the back surface of the cap-side region Tk including the planned strip-like portion 2 at positions corresponding to the outer end portions 4a. More specifically, an adhesive layer 7b is formed on a portion of the knob portion 3 that corresponds to the back surface of the projecting outer shape 3a, and the strip-shaped portion 2 to be separated is bonded to the container body 102 on the back surface in the longitudinal direction of the lower strip-shaped portion 2a. A non-viscous region 8a is formed, an adhesive layer 7c is formed at a position where it adheres to the lower strip 2a of the upper strip 2b, and a non-adhesive region 8b is formed in the longitudinal direction of other regions. A non-adhesive region is not formed in the region in the vicinity of the two separation guide portions 6 (perforations 6a and 6b) (an adhesive layer is formed), but this is in the vicinity of the separation guide portion 6. This is because the formation of the adhesive layer prevents the perforated region from being displaced from the cap 103 at the time of separation as compared with the case where the adhesive layer is not formed. In addition, the adhesive layer at the perforation part leads to prevention of wrinkles in the perforation area during heat shrinkage. The non-adhesive region may be formed by printing using an existing method such as printing.

  When the display label 1 is used, as shown in FIG. 3, the two ends 4a and 4b of the display label 1 are brought close to each other so as to extend from the display label 1 to the side as shown in FIG. The protruding outer shape 3a is bonded so as to overlap the separation region 3b. In this way, in order to wind the display label 1 around the packaging container 101, the length of the planned strip-like portion 2 must be longer than the circumferential length of the packaging container 101. That is, as shown in FIG. 4, it is possible to form a two-layer structure of the knob portion 3 by the presence of an overlap portion To where the display labels 1 (both ends 4 a and 4 b) overlap each other in the display label 1. I have to. In addition, since the load at the time of separation will become large if the overlap part Too is too long, it is not necessary to form so long, and since an adhesion layer cannot fully be secured if it is too short, it shall be the optimal length according to use. Is good.

  The structure of the knob portion 3 will be described in detail with reference to the enlarged view on the right side of FIG. 4. The projected outer shape 3a of the display label 1 forming the knob portion 3 is projected into the separated region 3b when overlapped with the separated region 3b. It is formed in a size that can accommodate 3a. Since the adhesive layer 7b is formed on the back surface of the protruding outer shape 3a which is the outer end 4a of the display label 1 at a position overlapping the surface of the separation region 3b which is the inner end 4b of the display label 1, both are bonded. Thus, a two-layer structure is formed (see FIG. 2).

  Thus, since the knob part 3 has a two-layer structure, even when a heat shrinkage force acts on the knob part 3, heat contraction is less likely than that of a one-layer structure (compared to other label areas that are not two layers). The heat shrinkage is small), the form of the knob portion 3 can be secured, and the deformation due to the heat shrinkage is small, so that the appearance is good. In other words, it can be prevented from deforming when heat is applied, curling or shrinking of the knob part, and increasing the knob part to reduce deformation, and the appearance of the knob part being deteriorated. Although it is a simple structure, it can be made excellent.

  When the cap side region Tk is separated from the container 101 by gripping the knob portion 3, the incision 5a in the separation region 3b is grasped and then separated from the perforation 5b, but the inner end 4b Since the back surface of the separation region 3b to be formed is non-adhesive to the container 101 (the non-adhesive region 8a is formed), the cap-side region is compared with the case where the adhesive layer is formed on the back surface. There is no need to remove it from Tk, and the knob portion 3 can be easily gripped (see FIG. 2).

  More specifically, when the protruding outer shape 3a of the outer end 4a and the separation region 3b of the inner end 4b forming the knob portion 3 are bonded to two layers, the protruding outer shape 3a of the outer end 4a becomes the inner end. 4b, the adhesive layer 7b on the back surface of the protruding outer shape 3a of the outer end 4a is not adhered to the outside of the separation region 3b. The part 3 can be easily separated.

  Next, FIG. 5 shows a packaging container 100 with a display label for packaging containers (hereinafter also simply referred to as a container with a display label or a container with a label). The labeled container 100 includes a packaging container 101 in which the opening of the container main body 102 is closed with a cap 103, and a heat-shrinkable display label 1 wound in a circumferential direction across the container main body 102 and the cap 103. ing. The display label 1 includes a planned strip-like portion 2 formed in the circumferential direction in order to separate the cap-side region Tk from the main-body-side region Th, and is scheduled to be separated to start cutting the planned strip-like portion 2. An end portion of the belt-like portion 2 is a knob portion 3. Both end portions 4a and 4b of the strip-like portion to be separated overlap (see FIGS. 4 and 5), and the overlapping portion constitutes a two-layer knob portion 3. The main body side region Th is a concept that indicates an area that substantially includes the container main body 102, and does not necessarily include the entire range of the container main body, and the cap side region Tk similarly indicates an area that substantially includes the cap 103. This is a concept and includes a case where a part of the main body side region Th is applied. That is, when the cap side region Tk is removed, the position of the guiding portion 6 can be changed by separating the cap side region Tk within a range where there is no problem in use.

  FIG. 6 is a side view of the labeled container 100 of FIG. As can be seen from FIG. 6, the perforation 6 b in the main body side region Th of the perforations 6 a and 6 b that are the separation guide portions 6 that reduce the cutting resistance along the planned separation portion 2 is wound around the container body 102. The perforation 6a of the cap side region Tk extends in the winding direction with respect to the cap 103 and then changes its direction toward the upper edge 4c of the cap side region Tk so as to divide the upper edge. It extends to.

  A state in which the cap-side region Tk is separated from the labeled container 100 will be described with reference to FIG. As shown in FIG. 7A, when the cap side region Tk is removed from the main body side region Th in the display label 1, the knob portion 3 is picked and directed in the winding direction, and the planned strip-like portion 2 is separated. It should be noted that at the time of separation, it is separated from the lower belt-like portion 2a. Then, when the container 100 with a display label is rotated by 3/4, as shown in FIG. 7B, the lower band-shaped portion 2a is cut out along the circumferential direction of the container 101 in an elongated form. Further, as shown in FIG. 7C, when the display-labeled container 100 is rotated once, the perforation 6a is cut (directed) toward the upper edge 4c. Here, since the non-adhesive region 8a is formed in the longitudinal direction on the back surface of the lower belt-like portion 2a, the separation from the cap side region Tk can be easily performed.

  Then, when the knob portion 3 is further picked from the state of FIG. 7 (c) and the band-like portion 2 to be separated is separated, the state as shown in FIG. 7 (d) is obtained. Only the main body side region Th remains, and the cap 103 can be opened and closed when the container 101 is used. Further, the cap-side region Tk portion is removed because the strip-shaped portion 2 to be separated becomes a single strip shape.

  This is because the lower belt-like portion 2a and the upper belt-like portion 2b are separated from the lower belt-like portion 2a by the adhesive layer 7c formed on the back surface of the outer end portion 4a of the upper belt-like portion 2b located outside. It is because it is comprised so that it may become one strip | belt shape after cutting off by adhere | attaching with the inner side edge part 4b. Further, the protruding outer shape 3a formed on the outer end 4a of the lower belt-like portion 2a is integrated with the peeling region 3b by the adhesive layer 7b on the back surface to form the knob portion 3, and the portion has a two-layer structure. .

  8 to 11 show other forms of the packaging container display label 1. The display label 10 shown in FIG. 8 is divided into two by perforations 16a and 16b, which are separation guide portions 16 that are formed on the upper and lower sides of the lower strip portion 12a in the strip portion 12 where the cap side region Tk is to be separated. Become. That is, when the display label 10 is used, the lower belt-like portion 12a includes a protruding outer shape 13a formed on the outer end portion 14a of the display label 10 and an inner end portion 14b formed so as to correspond to the protruding outer shape 13a. The knob portion 13 formed by adhering to the separation region 13b is picked and separated to be removed in a band shape. A cut 15a and a perforation 15b are formed around the separation region 13b as in the embodiment shown in FIGS. 1 to 4, and these function as a dividing line 15 that separates the separation region 13b. In this case, the upper belt-like portion 12b remains in a ring shape, but this portion may be removed later. In addition, since the lower belt-like portion 12a is formed in a straight line in this way, even if the lower belt-like portion 12a is pulled from the knob portion 13 vigorously, the planned belt-like portion 12 can be separated cleanly. The display label 10 may be a label in which the upper perforation 16a is eliminated.

  Further, the display label 20 shown in FIG. 9 is divided into two by perforations 26a and 26b, which are separation guide portions 26 that are formed on the upper and lower sides of the lower strip portion 22a in the strip portion 22 where the cap side region Tk is to be separated. It will be. Further, the upper belt-like portion 22b is configured so that the central belt-like portion 22c can be easily cut off by two perforations 26c, 26c provided vertically from the central belt-like portion 22c protruding upward. That is, when the display label 20 is used, the lower band portion 22a includes a protruding outer shape 23a formed on the outer end portion 24a of the display label 20 and an inner end portion 24b formed so as to correspond to the protruding outer shape 23a. The knob portion 23 formed by adhering to the separation region 23b is picked and separated to be removed in a band shape. Only a cut line (partition line) 25 is formed around the separation region 23b. By forming such a cut 25, the knob portion 23 comes to rise from the container, so that the knob portion 23 can be easily picked. Even if the upper belt-like portion 22b remains in a ring shape, the cap region Tk can be entirely removed by cutting the central belt-like portion 22c.

  Further, in the display label 30 shown in FIG. 10, the knob portion 33 is formed by the protruding outer shape 33 a formed at the outer end portion 34 a and the separation region 33 b formed at the inner end portion 34 b, or the planned strip-shaped portion 32 is separated. The perforation 36b formed at the lower end of the lower belt-like portion 32a is the same as in the above-described embodiment, but the perforation 36a between the lower belt-like portion 32a and the upper belt-like portion 32b is continuous in the winding direction with respect to the cap. As it extends, it gradually rises toward the upper edge 34c. By such a gentle perforation 36a, it is possible to perform the separation of the planned strip-like portion 32 more smoothly.

  Further, in the display label 40 (showing the label back surface) shown in FIG. 11, the adhesive layer side is indicated by dot hatching, unlike the above embodiment. That is, an adhesive layer 47a in the main body side region Th, an adhesive layer 47b in the protruding outer shape 43a portion, and an adhesive layer 47c in the upper belt-like portion 42b are formed around the outer end portion 44a. Furthermore, adhesive layers 47d and 47e are formed around the separation guide portions 46 (perforations 46a and 46b) formed above and below the lower band portion 42a. Further, non-adhesive regions 48a, 48b, and 48c are formed in the remaining portions of the main body side region Th and the cap side region Tk. As described above, the adhesive layer can be applied by a technique such as printing.

  In the embodiment described above, it is possible to appropriately change the interval and mode of the perforation for each part. Further, a perforation, a cut line, a half cut groove, or the like may be combined to form a separation guide part and a parting line.

  Moreover, in the said Example, although the part except the protrusion external shape 3a of the outer side edge part 4a is comprised by the form which becomes a straight line, it is good also as a form shifted | deviated back and forth on both sides of the protrusion external shape 3a. . That is, in the front view of the display label 1, the cap-side region Tk portion has an outer shape that is bent obliquely above the inner end portion 4b in order to match the container shape. Is to come. Therefore, the outer end 4a is located at a position where the main body side region Th protrudes from the cap side region Tk with the protruding outer shape 3a interposed therebetween. Thus, the external shape of the display label 1 can be changed as appropriate according to the shape of the container.

  As mentioned above, although embodiment of this invention was described, these are only illustrations to the last, and this invention is not limited to these, A various change is possible unless it deviates from the meaning of a claim. .

1 Label for packaging containers (label)
2 Scheduled strips 2a Striped strips (lower strips)
2b The upper strip-like strip (upper strip)
DESCRIPTION OF SYMBOLS 3 Knob part 3a Projection external shape 3b Disconnection area | region 4a Outer edge part 4b Inner edge part 5 Disconnection line 6 Disconnection induction part 100 Packaging container with a display label for packaging containers (container with label)
101 Packaging Container 102 Container Body 103 Cap Th Body Side Area Tk Cap Side Area

Claims (5)

  The heat-shrinkable label that is wrapped in the circumferential direction across the container body and the cap of the packaging container is cut off at the planned strip-like portion formed in the circumferential direction so as to separate the cap-side region from the body-side region. In order to start cutting the planned strip-shaped portion, the end portion is a knob portion, and in order to configure the knob portion in two layers, at least both ends of the planned strip-shaped portion are overlapped in a state of being wound around the container. The length of the band-like part to be separated is formed longer than the circumferential length of the packaging container, and the protruding outer shape of the knob part is formed on the outer end part that is located outside of the two end parts that are expected to overlap. A dividing line is formed at the inner end portion, which is provided and located inside, to divide the separation region that is left together with the protruding outer shape, and at least at the portion of the protruding outer shape. Te, packaging container label, characterized in that it comprises an adhesive layer for bonding the their projecting profile and disconnect region.   The display label for a packaging container according to claim 1, wherein the protruding outer shape is formed to have a size that allows the protruding outer shape to be accommodated in the separation region when bonded to two layers on the separation region. Along the cut-off strip portion, a cut- off guide portion for separating the cut-off strip portion from the display label is formed,
On the back surface of the main body side region, with an adhesive layer that adheres the main body side region to the container main body,
An adhesive layer is formed at a position corresponding to the outer end portion on the back surface of the cap side region including the planned strip-off portion, and the container body is positioned at a position corresponding to the longitudinal direction of the planned strip-off portion. The display label for packaging containers according to claim 1 or 2, wherein a non-adhesive region that does not adhere to the surface is formed.   The separation guide portion on the container body side of the planned strip-like portion extends continuously in the winding direction with respect to the container body, while the separation guide portion on the cap side extends in the winding direction with respect to the cap. 4. The display label for a packaging container according to claim 3, wherein the direction is changed to be directed toward the upper edge of the cap side region, and the upper edge is interrupted so that the cap side region is separated from the main body side region. . A packaging container in which the opening of the container body is closed with a cap, and a heat-shrinkable display label wound in the circumferential direction across the container body and the cap,
The display label includes a planned strip-like portion formed in the circumferential direction in order to separate the cap-side region from the main-body-side region, and in order to start cutting the planned strip-like portion, The end is a knob, and at least the length of the band to be separated is longer than the circumferential length of the container, so that both ends of the band to be separated overlap, and the overlapping part is a two-layer knob The outer end of the two layers of the knob is provided with the protruding outer shape of the knob, and the inner end located on the inner side is separated from the separation region that is left with the protruding outer shape. A packaging container with a display label, wherein a parting line to be formed is formed, and at least a portion of the projecting outer shape is adhered to the projecting outer shape and the separation region.

Images