JP2009067395A - Packaged article - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a packaged article capable of allowing the display on a surface of an object to be packaged to be stored in a packaging case body to be virtually raised. <P>SOLUTION: In the packaged article 10, the object 20 to be packaged is stored in a packaging case body 30, and a three-dimensional pattern forming part 50 is affixed to the packaging case body 30. The three-dimensional pattern forming part 50 is a film body with a pattern part and a lens part being layered thereon, and has a function of forming a virtual image of the pattern part on a virtual image surface of the arbitrarily set depth from design characters 22 as a display part of the object 20 to be tightly attached to a transparent part 32 of the packaging case body 30 by viewing the pattern part through the lens part. Characters of "FUJI-BIJIN" as the design characters 22 of the object 20 are virtually raised before a polka dot pattern 80 as the three-dimensional pattern and visually recognized. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a packaged product, and more particularly, to a packaged product that combines a packaging object with a three-dimensional pattern.

  By making a three-dimensional pattern appear on the packaging case, a novel design is achieved. As a method of making a three-dimensional pattern appear, a method of visually recognizing a pattern through a lens body such as a lenticular lens, a Fresnel lens, or a plano-convex lens, a method of visually recognizing a pattern by combining a mesh and a moire pattern, and the like are known.

  For example, in Patent Document 1, as a packaging container such as a compact disc, a lenticular lens is integrally formed or attached to the surface of a lid plate of a container body, a synthetic printed material is attached to the inner surface of the lid plate, and the lenticular lens is seen through. By doing so, what a synthetic printed matter exhibits a three-dimensional effect is disclosed.

  Further, Patent Document 2 discloses a display in which an optical sheet composed of a lens sheet and a background sheet is arranged by printing a picture on another transparent sheet. Here, if the distance D of the translational symmetry arrangement of the lenses in the lens sheet is different from the distance d of the translational symmetry arrangement of the pattern elements in the background sheet, and if the thickness of the lens is t, the pattern element of the background sheet is It is described that {(D−d) / D} = 1 / r times, and it appears to be a depth of t / r from the surface of the lens sheet, and becomes the background of the pattern of the transparent sheet.

JP-A-6-32388 JP 2001-265274 A

  In this way, by revealing the three-dimensional pattern, the design of the packaging case can be made novel and the product value can be improved. Many of the prior arts that make a pattern appear three-dimensionally, like Patent Document 1, make one type of pattern appear three-dimensionally. Patent Document 2 describes that a background of another pattern is made into a three-dimensional pattern by combining a pattern sunk three-dimensionally with another pattern.

  These prior arts can improve the design of the packaging case itself. If this can be developed and the display of characters and the like on the surface of the packaging object accommodated in the packaging case can be raised, the value of the product as a packaged product will be improved.

  An object of the present invention is to provide a packaged product capable of raising the display of the surface of the packaging object stored in the packaging case body.

  The packaged product according to the present invention has a packaging object including a display part having an arbitrary display pattern on the surface, and at least a part of the transparent part, and the display part of the packaging object adheres to at least a part of the transparent part. 3 on a virtual image plane having a depth arbitrarily set in advance from a display unit disposed in a portion corresponding to the transparent part of the packaging case body and the transparent part of the packaging case body, A three-dimensional pattern forming unit that forms a virtual image of the three-dimensional pattern, and a display unit of the packaging object is raised and visually recognized in front of the three-dimensional pattern.

  The packaged product according to the present invention further includes a heat-shrinkable shrink film provided on the outside of the packaging case body, and the three-dimensional pattern forming portion is interposed between the packaging case body and the shrink film. It is preferable.

  Further, in the packaged product according to the present invention, the three-dimensional pattern forming unit includes a pattern unit formed in the transparent unit of the packaging case body and a lens unit that forms a virtual image of the three-dimensional pattern in cooperation with the pattern unit. It is a film body, Comprising: The lens film body affixed on the transparent part of a packaging case body is preferable.

  Further, the packaged product according to the present invention includes a packaging object including a display unit having an arbitrary display pattern on the surface, a packaging case body having a transparent part at least in part and storing the packaging object, and a packaging case A three-dimensional pattern forming part that forms a virtual image of a three-dimensional pattern on a virtual image surface having a depth arbitrarily set in advance from the transparent part, and is arranged inside the packaging case body. The holding body that holds the packaging object and sets the positional relationship between the virtual image plane of the three-dimensional pattern and the display part by defining the interval between the transparent part of the packaging case body and the display part of the packaging object And.

  In addition, the packaged product according to the present invention has a packaging object including a display part having an arbitrary display pattern on the surface, a pattern part on one side of the base, and a three-dimensional pattern in cooperation with the pattern part on the other side. It is a film body which has a lens part which forms a virtual image of a pattern, Comprising: The three-dimensional pattern formation film body arrange | positioned in the part containing the display part of a packaging target object is provided, It is characterized by the above-mentioned.

  According to at least one of the above-described configurations, the packaged product is stored in the packaging case body, the display portion of the packaging object is in close contact with the transparent portion of the packaging case body, and is arbitrarily set in advance in the transparent portion. A three-dimensional pattern forming unit for forming a virtual image of a three-dimensional pattern is arranged on the virtual image surface having a depth, and the display unit of the packaging object is raised and visually recognized in front of the three-dimensional pattern. In this way, the display of the surface of the packaging object stored in the packaging case body can be raised.

  Further, in the packaged product, a heat-shrinkable shrink film is provided on the outside of the packaging case body, and the three-dimensional pattern forming portion is disposed between the packaging case body and the shrink film. Thereby, arrangement | positioning of a three-dimensional pattern formation part can be performed easily.

  Further, in the packaged product, a pattern part is formed in the transparent part of the packaging case body, and separately from this, a lens film body that forms a virtual image of a three-dimensional pattern in cooperation with the pattern part is prepared. Affixed to the transparent part. Therefore, a common lens film body can be used for various pattern portions, and it becomes easy to increase the types of packaging case bodies, and it becomes easy to select a packaging case body according to the packaging object.

  In the packaged product, the packaging object is stored in the packaging case body via the holding body, and the interval between the transparent part of the packaging case body and the display part of the packaging object is defined. A three-dimensional pattern forming unit that forms a virtual image of a three-dimensional pattern is disposed on a virtual image plane having a depth arbitrarily set in advance in the transparent portion, and the three-dimensional pattern corresponds to the interval defined by the holding body. The display part of the packaging object is raised and visually recognized before and after the pattern.

  Moreover, as for a packaged product, a three-dimensional pattern formation film body is arrange | positioned in the part containing the display part of a packaging target object. Thereby, the display part of a packaging target object protrudes and is visually recognized in front of a three-dimensional pattern, without requiring a packaging case body.

  Embodiments according to the present invention will be described below in detail with reference to the drawings. In the following description, a method of visually recognizing a pattern through a lens body is used to form a three-dimensional pattern. However, other methods such as a method of visually recognizing a pattern by combining a mesh and a moire pattern are used. Also good. In the following description, a plano-convex lens arranged in a translational manner is used to visually recognize a pattern, but a lens body having a structure other than this may be used. For example, a semi-cylindrical lenticular lens may be used. It should be noted that the positional relationship between the lens body and the pattern, that is, the lifting depth, can be designed according to the difference between these optical viewing methods by giving a target virtual image position in advance.

  In the following description, a packaging object having a cylindrical plastic bottle is described. However, this is an example for explanation, and even if it has a shape or material other than this, a character is printed on the surface. Anything that has such a display may be used. For example, the cross section may be elliptical, polygonal, or the like, or may have a spherical outer shape. The material may be glass, metal, wood, paper or the like. In addition, although it is assumed that a design character such as a product name is displayed on the surface of the packaging object, a display other than the character, for example, a design or a pattern may be used. Moreover, a three-dimensional display may be used like embossing.

  In FIG. 1, a packaging object is stored in a packaging case body, and a three-dimensional pattern forming portion is attached to the packaging case body so that characters printed on the surface of the packaging object are raised with respect to the three-dimensional pattern. It is a figure which shows the structure of the packaged product 10 made.

  The packaging object 20 shown in FIG. 1 is a plastic bottle containing lotion. The packaging object 20 is composed of a substantially cylindrical tube portion and a lid portion that is screwed into the head portion, and the lid portion is firmly screwed into the cylinder portion so that lotion is contained inside the tube portion. It becomes a container that keeps it from leaking. In addition, the lid part is provided with a push-type nozzle, and the skin lotion comes out from the tip of the nozzle by an operation of pushing the lid part into the cylinder part.

  The packaging object 20 is made of a plastic material, has a smooth and easy-to-hold shape in consideration of the design, and has a milky white opaque color as a whole. On this milky white surface, design characters 22 indicating the product name are displayed. Although not shown in FIG. 1, matters relating to the display of products such as other component tables, usage, and manufacturers are printed.

  As a container for the packaging object 20, a molded plastic material having an appropriate color can be used. As the plastic material, a material suitable for forming the shape of the container or a material suitable for the contents of the container can be used. As such a plastic material, it is possible to use a polyester resin such as polyethylene terephthalate, a polyolefin resin such as polypropylene or polyethylene, polystyrene, polyvinyl chloride, or the like selected in accordance with the intended use. As a color, in order to enhance the design character 22 and a three-dimensional pattern to be described later, it is preferable that the color is a background color that reflects almost without absorbing external light. In FIG. 1, a milky white opaque color is shown. However, it is sufficient that the light transmittance is within a suitably small value range, for example, a colored or colorless plastic material having a value of about 0% to 30%. It may be an opaque color.

  Although the design character 22 is displayed as “Fuji beautiful woman” in FIG. 1, it may be an eye-catching character or pattern such as a product name, a trademark, or a catch phrase of the packaging object 20. The color of the design character is preferably a conspicuous color with respect to the color of the container that is the packaging object 20. In the above example, when the color of the container is milky white, for example, black is desirable, but of course other colors may be used.

  A packaging case body 30 shown in FIG. 1 is a rectangular parallelepiped box having a function of storing a plastic bottle as a packaging object 20 while holding the plastic bottle so as not to move inside. In FIG. 1, the upper surface side of the rectangular parallelepiped is opened, and the packaging object 20 is stored in the packaging case body 30 in a fairly flat state, and the outer surface of the packaging object 20 is on the inner surface of the packaging case body 30. A state of being arranged in close contact is shown. Since the packaging case body 30 is also a cosmetic box for packaging the packaging object 20, a printed display showing the packaging object 20 that is the content is made on the surface thereof, but the display is omitted in FIG. is there. The packaging case body 30 has a transparent portion 32. In FIG. 1, portions other than the transparent portion 32 are indicated by hatching. For example, the shaded portion may be printed with an opaque color such as blue, orange, white, or a translucent color.

  The transparent portion 32 is provided at a place where the design character 22 is arranged when the packaging object 20 is stored in the packaging case body 30 in a stable holding state. In the example of FIG. 1, along the longitudinal direction of the rectangular parallelepiped box shape, the belt-like portion slightly above the center is a colorless transparent portion 32. Since the transparent part 32 is a part for visually recognizing the design character 22 from the outside of the packaging case body 30, the transparent part 32 is preferably colorless and transparent. Alternatively, it may have a transparent color that enhances the design character 22.

  As such a packaging case body 30, it is possible to use a transparent plastic plate material having an appropriate strength, formed into an appropriate rectangular parallelepiped unfolded shape, folded and assembled to form a box body. it can. For example, a plastic plate material having a plate thickness of about 0.2 mm to about 1 mm, preferably about 0.3 mm to about 0.4 mm, and folded into a rectangular box can be used. As such a plastic material, it is possible to use a polyester resin such as polyethylene terephthalate, a polyolefin resin such as polypropylene or polyethylene, polystyrene, polyvinyl chloride, or the like selected in accordance with the intended use. As described above, the color may be a colorless and transparent color and may be appropriately subjected to colored printing except for the transparent portion 32.

  The three-dimensional pattern forming part 50 provided in the transparent part 32 of the packaging case body 30 is a film having a function of making a pattern appear three-dimensional by viewing the pattern part through the lens part. The configuration will be described in detail later. In FIG. 1, the polka dot pattern 80 is seen from the surface of the packaging case body 30 to the far side, that is, the back side of the design characters 22 arranged on the surface of the packaging object 20. That is, the three-dimensional pattern forming unit 50 is formed on the virtual image surface having a depth arbitrarily set in advance from the design character 22 that is a display unit of the packaging object 20 that is in close contact with the transparent part 32 of the packaging case body 30. It has the function of forming a virtual image. As a result, the characters “Fuji Bijin”, which is the design character 22 of the packaging target object 20, appear in front of the polka dot pattern 80 that is a three-dimensional pattern.

  FIG. 2 is a diagram showing the components of the packaged product 10 separately in a plan view. As shown here, the plan view of the packaging case body 30 is a square frame having four sides made of thin plates. The plan view of the packaging object 20 is shown by a circular cross section. When the three-dimensional pattern forming unit 50 is developed in a plan view, it has a length equal to the length of the three sides of the square frame of the packaging case body 30. That is, when the three-dimensional pattern forming unit 50 is disposed around the packaging case body 30, it has a length that just covers three sides. This length is set in this manner because three sides are sufficient when viewed from the front of the packaging case body 30 in order to make the design character 22 appear with the polka dot pattern 80 in the background in FIG. Is done. Of course, this may be the length of the four sides of the packaging case body 30, and the packaging case body 30 may be covered with the three-dimensional pattern forming portion 50.

  In FIG. 2, in order to explain the dimensional relationship between the packaging object 20 and the packaging case body 30, the shape of the packaging case body 30 is indicated by a broken line so as to overlap the packaging object 20. As can be seen, the circular diameter of the packaging object 20 is set to be larger than the distance between the opposing sides of the square frame of the packaging case body 30, that is, the distance between the opposing sides inside the packaging case body 30. In other words, the packaging case body 30 is a rectangular parallelepiped including a rectangular frame having four sides surrounding the circular cross section of the packaging object 20, and between the opposing sides in the state before the packaging object 20 is stored. Is set to be shorter than the diameter of the circular cross section of the packaging object 20. Thus, when the packaging object 20 is stored in the packaging case body 30, the outer surface of the packaging object 20 is disposed in close contact with the inner surface of the packaging case body 30.

  FIG. 3 is a schematic diagram for explaining the relationship between the virtual image position of the polka dot pattern 80 formed by the three-dimensional pattern forming unit 50 and the position of the design character 22 when the packaging object 20 is stored in the packaging case body 30. It is. Here, a cross-sectional view taken along a horizontal plane, that is, a plane perpendicular to the axial direction of the packaging object 20 in the transparent portion 32 described in FIG. 1 is shown. As described above, since the inner dimension of the packaging case body 30 is smaller than the outer shape of the packaging target object 20, when the packaging target object 20 is accommodated therein, the packaging case body 30 is somewhat deformed in the rectangular frame shape. Thus, the shape is close to the circular cross section of the packaging object 20. Then, as indicated by an arrow in front of the design character 22, when the user views the three-dimensional pattern forming unit 50 with both eyes, the polka dot pattern 80 that is the pattern portion is enlarged, and a virtual image is displayed behind the design character 22. It is formed. As a result, as described above, the characters “Fuji Bijin”, which is the design character 22 of the packaging object 20, emerges in front of the polka dot pattern 80 and is visually recognized in a three-dimensional manner.

  Next, the three-dimensional pattern forming unit 50 will be described. FIG. 4 is a cross-sectional view of the three-dimensional pattern forming unit 50 in the thickness direction. The three-dimensional pattern forming unit 50 is a laminate of a plurality of film layers. The core is the layer of the transparent substrate film 52, and several layers are laminated on both sides thereof. As the transparent substrate film 52, for example, a transparent plastic film having a thickness of about 0.02 mm to about 0.5 mm can be used.

  On one side of the layer of the transparent substrate film 52, the pattern portion 54 is two-dimensionally arranged in a two-dimensional translation with a fixed arrangement pitch using a printing technique, and an appropriate background color such as white is provided thereon. A printed layer is provided. If necessary, another printing portion 56 can be provided so as to overlap with a part of the translational arrangement of the pattern portion 54. Since the printed portion 56 is not a pattern arranged in translation and does not form a three-dimensional pattern, for example, general descriptive characters and planar patterns can be displayed. Here, the pattern portion 54 is a polka dot pattern, and the other printed portions 56 are other appropriate mark patterns or the like. The printing layer 58 including the pattern portion 54 can be an ink layer having a thickness of about 0.2 mm to about 0.4 mm, for example. As for the color, for example, the pattern portion 54 can be transparent light blue, and the print layer 58 can be opaque white.

  An adhesive layer 62 is formed outside the print layer 58. This adhesive layer 62 is used as a fixing means when the three-dimensional pattern forming portion 50 is positioned and disposed on the transparent portion 32 of the packaging case body 30 as described with reference to FIGS. In addition, for ease of handling before the three-dimensional pattern forming unit 50 is attached to the packaging case body, it is preferable to cover the adhesive layer 62 and provide a separator film.

  The lens layer 60 is provided on the other side of the layer of the transparent substrate film 52, that is, on the opposite side of the print layer 58 including the pattern portion 54 with the transparent substrate film 52 interposed therebetween. The lens layer 60 is a plastic lens layer obtained by two-dimensionally translating a plano-convex lens at the same pitch as that of the translational arrangement in the pattern portion 54. The translational arrangement pitch of the lens layer 60 and the translational arrangement pitch of the pattern portion 54 may be different. The lens layer 60 can be obtained by using a UV curable transparent plastic and transferring a concave lens shape formed in a mold called a transfer master by a transfer molding technique. As the transparent plastic material for the lens layer 60, a UV curable transparent resin having a thickness of about 0.3 mm to about 0.5 mm can be used.

  The virtual image position of the pattern portion 54 formed when the pattern portion 54 is viewed through the lens layer 60 is determined by the pitch of the translational arrangement of the pattern portion 54 and the plano-convex lens, the curvature of the plano-convex lens, and the like. When the shape of the plano-convex lens is hemispherical, the curvature of the plano-convex lens is related to the thickness of the lens layer 60, so the virtual image position of the pattern portion 54 is the print pattern of the pattern portion 54 and the lens layer 60. It can be set by the thickness and the arrangement of plano-convex lenses.

  FIG. 5 is an enlarged cross-sectional view of a cross section perpendicular to the axial direction of the packaging object 20 in FIG. 1 and passing through the transparent portion 32. In the following, elements similar to those in FIGS. 1 to 4 are denoted by the same reference numerals, and detailed description thereof is omitted. In FIG. 5, assuming that the user's eyes are on the lower side of the paper, the packaging object 20 passes through the three-dimensional pattern forming unit 50 attached to the packaging case body 30 from the lower side to the upper side of the paper. The situation when looking at is shown.

  Here, the three-dimensional pattern forming unit 50, the packaging case body 30, and the packaging object 20 are arranged from the lower side of the drawing. Although the packaging case body 30 is shown as a single layer of plastic, it may be a multilayer. The packaging object 20 is shown in a form in which the design characters 22 printed on the surface of the plastic layer 24 in the cylindrical portion are in close contact with the inner surface of the packaging case body 30. Moreover, the lotion 26 which is the content accommodated in the cylinder part inside the plastic layer 24 is shown.

  When the user views the pattern portion 54 through the lens layer 60 of the three-dimensional pattern formation portion 50, a virtual image of the pattern portion 54 at the position indicated as A in FIG. 5 is formed on the virtual image surface at the position B. The position of the B virtual image plane is determined by the curvature of the plano-convex lens of the lens layer 60, the distance between the plano-convex lens and the pattern portion 54, the translational arrangement pitch between the plano-convex lens and the pattern portion 54, and the like.

  Here, if the position of B is set so that the position of the design character 22 is a position on the near side of the position of B, in other words, a position between the position of A and the position of B, the position of B The design character 22 is visually recognized by the user before the polka dot pattern 80 on which a virtual image is formed. As a result, the design character of the packaging object 20 is lifted in front of the polka dot pattern 80 and visually recognized. In this way, the design character 22 that is an indication of the surface of the packaging object 20 stored in the packaging case body 30 can be raised in front of the polka dot pattern 80 in the background.

  In the above description, the three-dimensional pattern portion is described as one composite sheet including the pattern portion and the lens layer. However, the pattern portion is printed on the packaging case body, and the lens film body having the lens layer is provided. It is good also as what arrange | positions corresponding to the part of the pattern part of a packaging case body. In the following, elements similar to those in FIGS. 1 to 5 are denoted by the same reference numerals, and detailed description thereof is omitted. In the following, description will be made using the reference numerals in FIGS.

  FIG. 6 is a partial cross-sectional view of the packaged product cut by the same method as in FIG. Here, an example is shown in which the packaging case body 40 has a pattern portion 34 arranged in translation on the surface thereof, and the lens film body 70 is positioned on the pattern portion 34 and attached to the surface of the packaging case body 40. Has been. The lens film body 70 includes a lens layer 60 and an adhesive layer 62. The lens layer 60 includes a plurality of plano-convex lenses arranged in translation at the same pitch as that of the pattern portion 34 in translation. As described above, the translational arrangement pitch of the pattern portion 34 may be different from the translational arrangement pitch of the plano-convex lens. The lens film body 70 is a functional film having a function of forming a virtual image of a three-dimensional pattern in cooperation with the pattern portion 34 by the lens layer 60. Here, the lens layer 60 can be formed by applying the mold called the transfer master to the UV curable resin film. For the adhesive layer 62, an appropriate pressure-sensitive adhesive material can be used.

  Also in the structure of FIG. 6, when the user views the pattern portion 34 through the lens layer 60 of the lens film body 70, the virtual image of the pattern portion 34 at the position indicated by A in FIG. It is formed. And if the position of B is set so that the position of the design character 22 is the position on the near side from the position of B, in other words, the position between the position of A and the position of B, the position of B The design character 22 is visually recognized by the user in front of the polka dot pattern 80 on which the virtual image is formed. As a result, the design character of the packaging object 20 is lifted in front of the polka dot pattern 80 and visually recognized.

  By taking the configuration of FIG. 6, the lens film body 70 can be used in common for a plurality of types of pattern portions 34. Thereby, the common lens film body 70 can be used for various pattern portions 34, and it becomes easy to increase the types of the packaging case body 40, and the selection of the packaging case body 40 according to the packaging object 20 can be made. It becomes easy.

  In the above description, the three-dimensional pattern forming portion or the lens film body is described as using the adhesive layer to arrange the packaging case body. Here, the adhesive layer can be omitted by using a heat-shrinkable shrink film. In the following, the same elements as those in FIGS. 1 to 6 are denoted by the same reference numerals, and detailed description thereof is omitted. In the following, description will be made using the reference numerals in FIGS.

  FIG. 7 is a partial cross-sectional view of the packaged product cut in the same manner as in FIGS. 5 and 6. Here, the adhesive layer 62 of the lens film body 70 described with reference to FIG. 6 is abolished, and only the lens layer 60 is formed, and this is positioned and placed on the surface of the packaging case body 40 on which the pattern portion 34 is printed, The example of the structure which covers the outer side with the shrink film 72 is shown. Here, the shrink film 72 is a film having an anisotropic thermal shrinkage rate, and is a film that shrinks, for example, several tens of percent in one axial direction when heated to an appropriate temperature. Therefore, first, the film body without the adhesive layer is positioned only by the lens layer 60 in accordance with the translational arrangement direction of the pattern portion 34 of the packaging case body 40. Then, it is covered with a shrink film before heat shrinking and heated to an appropriate temperature. Accordingly, the film layer including only the lens layer 60 is firmly fixed to a predetermined position of the packaging case body 40 by the contraction force of the contracted shrink film 72. Thus, the adhesive layer can be omitted by using the shrink film 72.

  In FIG. 7, the pattern portion 34 is printed on the packaging case body 40, but there is a method in which the pattern portion 34 is not printed on the packaging case body 40. In that case, an adhesive layer-less 3D pattern forming unit in which the adhesive layer 62 is omitted in the 3D pattern forming unit 50 described with reference to FIGS. 4 and 6 is used. That is, the three-dimensional pattern forming part without the adhesive layer is placed on the transparent part of the packaging case body, and the top is covered with a shrink film before heat shrinking, and heated to an appropriate temperature. Thereby, the film of the adhesive layer-free three-dimensional pattern forming portion is firmly fixed at a predetermined position of the packaging case body 40 by the shrinkage force of the shrink film that has shrunk. Thus, an adhesive layer can be omitted by using a shrink film.

  In the above description, the inner dimension of the rectangular parallelepiped packaging case body is set to be slightly smaller than the outer shape of the packaging object in order to fix the packaging object so as not to move in the packaging case body. Here, the packaging object is pressed firmly and fixed by deformation of the shape of the plastic rectangular parallelepiped, and no special fixture is used.

  In this way, the packaging object can be fixed using the deformation of the shape of the packaging case body, and the display portion such as the design characters displayed on the surface of the packaging object can be brought into close contact with the transparent portion of the packaging case body. . This method is possible even if the packaging case body is not necessarily a rectangular parallelepiped. FIG. 8 is a diagram illustrating an example in which a packaging case body is a two-sided frame body, a surface facing the two sides is widened to form a storage space, and a packaging object is held and stored therein. In the following, the same elements as those in FIG. 1 are denoted by the same reference numerals, and detailed description thereof is omitted.

  The packaged product 100 shown in FIG. 8 includes the same packaging object 20 as described in FIG. 1 and a packaging case body 102 that accommodates the packaging target object 20. The packaging case body 102 has a shape including a two-sided frame that sandwiches the circular cross section of the packaging object 20, and the length of the side of the two-sided frame when the packaging object 20 is not stored is the packaging. The diameter of the circular cross section of the object is also long. Before the packaging object 20 is stored, it has an envelope shape. By expanding the envelope shape, the packaging object can be stored in the expanded space.

  The packaging case body 102 is made of a transparent plastic material. And when the packaging target object 20 is accommodated, the three-dimensional pattern formation part 50 is attached including the part in which the design character 22 is located. As the three-dimensional pattern forming unit 50, a sheet-like member having the configuration described in FIGS. 4 and 6 and having an adhesive layer on the back surface can be used.

  FIG. 9 is a cross-sectional view cut along the same cut surface as in FIG. 3, and a polka dot pattern 80 formed by the three-dimensional pattern forming unit 50 when the packaging object 20 is stored in the packaging case body 102. It is a schematic diagram explaining the relationship between this virtual image position and the position of the design character 22. FIG. As described above, since the envelope-shaped packaging case body 102 is expanded and the packaging target object 20 is accommodated, the shape of the two-sided frame is somewhat deformed by the elasticity of the packaging case body 102, and the outer shape of the packaging target object 20 is the packaging. The case body 102 is in close contact with the inner surface. Then, as indicated by an arrow in front of the design character 22, when the user views the three-dimensional pattern forming unit 50 with both eyes, the polka dot pattern 80 that is the pattern portion is enlarged, and a virtual image is displayed behind the design character 22. It is formed. As a result, as described above, the characters “Fuji Bijin”, which is the design character 22 of the packaging object 20, emerges in front of the polka dot pattern 80 and is visually recognized in a three-dimensional manner.

  In order to attach the three-dimensional pattern forming unit 50 to the packaging case body 102, several methods described in relation to FIGS. 6 and 7 can be used in addition to the attachment using the adhesive layer. That is, a pattern part can be provided in the packaging case body 102, and a film of a three-dimensional pattern forming part or a lens layer having no adhesive layer can be fixed to the packaging case body 102 using a shrink film.

  In the above, in order to attach the three-dimensional pattern forming part to the packaging case body without using the adhesive layer, the structure of the packaging case body can be devised. In the following, elements similar to those in FIG. 1 are denoted by the same reference numerals, and detailed description thereof is omitted.

  FIG. 10 is a diagram illustrating an example of a packaged product 90 having a packaging case body 92 partially having a double structure and sandwiching a label 96 including the three-dimensional pattern forming unit 50 in the double structure. In the packaged product 90, the packaging case body 92 that accommodates the packaging object 20 includes a box formed of a transparent material and a flap portion 94. The box has the same structure as the packaging case body 30 of FIG. 1, and is entirely formed of, for example, a transparent plastic. The flap portion 94 is a transparent bent member that is attached to the outside of the box body so as to be freely opened and closed. When the flap portion 94 is closed, the flap portion 94 is integrated with the box body to form the direction case body 92.

  When the flap portion 94 of the packaging case body 92 is open, the label 96 is inserted and disposed between the box body and the flap portion 94, and the flap portion 94 is closed so that the label 96 is placed between the box body and the flap portion 94. It is a display label that is sandwiched and held. The label 96 is provided with a three-dimensional pattern forming portion 50 in a portion corresponding to one surface of the packaging case body 92, and a component displayed by normal printing or the like on a portion corresponding to the surface adjacent to the surface is released. A general display unit 98 indicating the origin and the like is provided.

  In this way, by using the flap portion 94 that is integrated with the box of the packaging case body 92, the label 96 is sandwiched so that the packaging case body 92 is general-purpose and only the label 96 is changed depending on the product. Thus, a packaged product 90 corresponding to different packaging objects 20 can be obtained.

  In the above description, the outer shape of the packaging object is described as being in close contact with the inner surface of the packaging case body. Separately from this, by providing a holding body for holding the packaging object in the packaging case body, the structure of the holding body shows the relationship between the position of the design character of the packaging object and the position of the virtual image surface of the three-dimensional pattern, It can be changed according to the dimensions. In the following, the same elements as those in FIG. 1 are denoted by the same reference numerals, and detailed description thereof is omitted.

  FIG. 11 is a diagram showing the components of the packaged product 110 in which a holding body is provided inside the packaging case body to store the packaging object, and is a cross-sectional view cut along the same cutting plane as in FIG. 112, the holding body 114, the packaging object 20, and the three-dimensional pattern forming unit 50 are shown. The packaged product 110 is different from the packaged product 10 described in FIG. 1 except that the cross section of the packaging case body 112 is not a square frame body but a rectangular frame body because the holding body 114 is used. Is the same content.

  The holding body 114 is a plastic frame body that is disposed inside the packaging case body 112 and has a function of fixing the packaging object 20 so as not to move in cooperation with the packaging case body 112. The holding body 114 can hold the packaging object 20 at an arbitrary position inside the packaging case body 112 by devising the shape and dimensions thereof. In the example of FIG. 11, the shape of the packaging case body 112 on the plan view is a rectangular frame body composed of a pair of long sides and a pair of short sides, and the holding body 114 has a length corresponding to the short side. The packaging object 20 is held by three sides having a length, and the holding position of the packaging object 20 is shifted to one side by L corresponding to the difference in length between the long side and the short side. Of course, in addition to this, the packaging object 20 may be held in the center of the packaging case body 112, and the packaging object 20 may be held by shifting the left and right arrangement positions.

  The holding body 114 is formed by using a thin plate of a transparent plastic material, for example, bent so as to form three sides, and further forming a protruding portion 115 having a length L by cutting a part thereof. Can be used. As the transparent plastic material of the holding body 114, the same material as that used for the packaging case body 112 can be used. Note that the holding body 114 is not limited to one formed by bending a thin plate, and may be three-dimensionally formed. Moreover, it is good also as what cut out the part corresponding to the display part of the packaging target object made of paper.

  FIG. 12 is a cross-sectional view cut along the same cut surface as in FIG. 3, and a polka dot pattern 80 formed by the three-dimensional pattern forming unit 50 when the packaging object 20 is stored in the packaging case body 102. It is a schematic diagram explaining the relationship between this virtual image position and the position of the design character 22. FIG. As described above, the holding body 114 is provided inside the packaging case body 112, thereby holding the packaging object 20 while determining the arrangement position. At this time, if the overhanging portion 115 having the length L of the holding body 114 is arranged on the side in which the user sees, the position of the design character 22 of the packaging object 20 is arranged L behind the surface of the packaging case body 112. I can do it. And the three-dimensional pattern formation part 50 is arrange | positioned on the surface of the packaging case body 112 corresponding to the side by which this overhang | projection part 115 is arrange | positioned.

  And the design character 22 of the packaging object 20 can be arranged so that the position of the design character 22 is on the back side by L from the three-dimensional pattern forming unit 50 by facing the overhanging portion 115 side. In this case, compared with the case where the design character demonstrated in FIG. 3 etc. contact | adheres to a packaging case body, the virtual image surface of a pattern part can be arrange | positioned back and forth with respect to a design character.

  For example, as shown in FIG. 12, the position of the polka dot pattern 80 formed by the three-dimensional pattern forming unit 50 can be the front side of the design character 22 when viewed from the user. Accordingly, the design character 22 is visually recognized by the user as if the design character 22 was sunk behind the polka dot pattern 80. In this way, by changing the length L of the overhanging portion 115 of the holding body 114, the positional relationship between the transparent portion of the packaging case body 112 and the design character that is the display portion of the packaging object 20 is defined, and the polka dots The visual relationship between the pattern 80 and the design characters can be changed.

  In order to attach the three-dimensional pattern forming unit 50 to the packaging case body 112, several methods described in relation to FIGS. 6 and 7 can be used in addition to the attachment using the adhesive layer. That is, a pattern part can be provided in the packaging case body 112, and a film of a three-dimensional pattern forming part or a lens layer having no adhesive layer can be fixed to the packaging case body 112 using a shrink film.

  In the above description, the packaged product is described as a packaged object stored in a packaging case body. Here, the packaging case body can be omitted. In the following, the same elements as those in FIG. 1 are denoted by the same reference numerals, and detailed description thereof is omitted.

  FIG. 13 is a diagram illustrating a state of the packaged product 120 in which the three-dimensional pattern forming unit 50 is directly attached to the packaging object 20 without using the packaging case body. FIG. 15 is a cross-sectional view shown by cutting along the same cutting plane as in FIG. 3, and is formed by the three-dimensional pattern forming unit 50 when the three-dimensional pattern forming unit 50 is attached to the packaging object 20. It is a schematic diagram explaining the relationship between the virtual image position of the polka dot pattern and the position of the design character. Here, the three-dimensional pattern forming unit 50 is in close contact with the outer surface of the packaging object 20. Then, as indicated by an arrow in front of the design character 22, when the user views the three-dimensional pattern forming unit 50 with both eyes, the polka dot pattern 80 that is the pattern portion is enlarged, and a virtual image is displayed behind the design character 22. It is formed. As a result, as described above, the characters “Fuji Bijin”, which is the design character 22 of the packaging object 20, emerges in front of the polka dot pattern 80 and is visually recognized in a three-dimensional manner.

  In order to attach the three-dimensional pattern forming unit 50 to the packaging object 20, several methods described in relation to FIGS. 6 and 7 can be used in addition to the sticking using the adhesive layer. That is, a pattern part can be provided in the packaging target object 20, and the film of a three-dimensional pattern formation part or a lens layer which does not have an adhesion layer can also be fixed to the packaging target object 20 using a shrink film.

It is a figure which shows the structure of the packaged goods of embodiment which concerns on this invention. It is a figure which isolate | separates and shows each component of the packaged goods of FIG. It is sectional drawing of the packaged article of FIG. In embodiment which concerns on this invention, it is sectional drawing about the thickness direction of a three-dimensional pattern formation part. It is a partially expanded sectional view of the packaged product of FIG. In embodiment which concerns on this invention, it is a figure which has a pattern part on the surface of a packaging case body, a lens film body is positioned by a pattern part, and shows the example attached to the surface of a packaging case body. In embodiment which concerns on this invention, it is a figure which shows the example which fixes a lens layer using a shrink film. It is a figure which shows the structure of the packaged goods of other embodiment. It is sectional drawing of the packaged article of FIG. It is a figure which shows the package of other embodiment. In another embodiment, it is a figure explaining each component of the packaged goods which have a holding body. It is sectional drawing of the packaged article of FIG. It is a figure which shows the package of another embodiment. It is sectional drawing of the packaged article of FIG.

Explanation of symbols

  10, 90, 100, 110, 120 Packaged goods, 20 Packaging object, 22 Design characters, 24 Plastic layer, 26 Lotion, 30, 40, 92, 102, 112 Packaging case body, 32 Transparent part, 34 Pattern part, 50 3D pattern forming part, 52 Transparent substrate film, 54 Pattern part, 56 Print part, 58 Print layer, 59 Transparent resin, 60 Lens layer, 62 Adhesive layer, 67 Molten resin, 68 Master film for transfer, 70 Lens film body 72 Shrink film, 80 polka dots, 94 flaps, 96 labels, 98 general display, 114 holder, 115 overhang.

Claims (5)

A packaging object including a display unit having an arbitrary display pattern on the surface;
A packaging case body for storing the packaging object so that the display part of the packaging object is in close contact with at least a part of the transparent part, at least in part with a transparent part;
A three-dimensional pattern forming unit that forms a virtual image of a three-dimensional pattern on a virtual image surface having a depth arbitrarily set in advance from a display unit that is disposed in a portion corresponding to the transparent unit of the packaging case body, and that is in close contact with the transparent unit;
A packaged product characterized in that the display part of the packaging object is raised and visually recognized in front of the three-dimensional pattern. In the package according to claim 1,
A heat shrinkable shrink film provided on the outside of the packaging case body,
The three-dimensional pattern forming portion is sandwiched between a packaging case body and a shrink film and disposed. In the package according to claim 1,
The three-dimensional pattern forming part
A pattern portion formed on the transparent portion of the packaging case body;
A film body having a lens portion that forms a virtual image of a three-dimensional pattern in cooperation with the pattern portion, the lens film body being affixed to the transparent portion of the packaging case body;
A packaged product characterized by containing. A packaging object including a display unit having an arbitrary display pattern on the surface;
A packaging case body having a transparent part at least in part and storing a packaging object;
A three-dimensional pattern forming portion that is arranged in a portion corresponding to the transparent portion of the packaging case body and forms a virtual image of a three-dimensional pattern on a virtual image surface having a depth arbitrarily set in advance from the transparent portion;
It is arranged inside the packaging case body, holds the packaging object, regulates the distance between the transparent part of the packaging case body and the display part of the packaging object, and between the virtual image surface of the three-dimensional pattern and the display part. A holding body for setting the positional relationship;
A packaged product characterized by comprising: A packaging object including a display unit having an arbitrary display pattern on the surface;
A film body having a pattern portion on one side of the substrate and a lens portion that forms a virtual image of a three-dimensional pattern in cooperation with the pattern portion on the other side, and is disposed in a portion including the display portion of the packaging object A three-dimensional pattern forming film body,
A packaged product characterized by comprising:

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