KR102015654B1 - The bottle and method of forming a bottle pattern, a film to be used at this time and a manufacturing method thereof - Google Patents

Abstract

The present invention relates to a bottle case which does not damage a pattern, provides three-dimensional effect, and does not threat user′s health, a pattern forming method thereof, a film used for the same, and a manufacturing method thereof. According to the present invention, the pattern forming method comprises a bottle case forming process, an inner case forming process, a film selection process, a patterning film cutting process, a film bonding process, and a product finishing process.

Description

The bottle and method of forming a bottle pattern, a film to be used at this time and a manufacturing method

The present invention relates to a method for forming a bottle container and its pattern, and to a film and an ice-making method thereof, and more particularly, to inscribe various patterns in order to improve the appearance of the bottle container, Instead of drawing, the bottle container is composed of a transparent outer body having a circular groove and an inner body which is integrally combined with the circular groove to contain contents, and when the film having various patterns printed therebetween is inserted between the inner body and the outer body. The present invention relates to a method of forming a bottle container and a pattern thereof, and a film and a method of manufacturing the same.

As the industry develops and the level of consumers increases, bottle containers containing high-quality medicines, cosmetics, foods, etc., have been mobilized in various ways to produce consumers' purchasing power by making them luxurious and excellent in appearance.

However, until now, the container has been printed with letters or patterns on the surface or bottom of the container to satisfy the visual aesthetics.

As such, when printing a pattern or letters on the surface of the container, the printing ink used therein is not only harmful to the human body, but there is a problem that the patterns of printed letters or pictures are erased.

Therefore, in the bottle container and the pattern-drawing method which were invented and practiced until now,

Looking at the other patent documents are as follows.

Patent application No. 10-2008-0061285 (2008.06.27) relates to a multi-tone container, the continuous or cascade color tone gradient coloring of the main resin layer and the left and right tones forming the container body At least in the longitudinal direction and in the spiral direction having a layer or, optionally, independently or subordinately to the above-described main resin layer and a continuous up and down gradient color layer, or optionally independently or subordinately to them. There is provided a multicolored vessel having one transparent layer or monochromatic colored layer or having a continuous or cascaded color gradient layer of different shades, wherein the multicolored vessel according to the invention is the design of the container itself produced by blow molding. The degree of freedom can be remarkably increased, and the demand for the resin itself, which forms the outer appearance of the container, is multicolored to create a beautiful high-quality taste. In addition, after the production of the container itself, it is possible to minimize the separate post-processing surface treatment process such as thermal transfer or printing or coating work using a separate device, and optionally to sell the product when forming a transparent layer or transparent part. It is possible to visually check the contents contained in the container without opening the container and to visually check the degree of consumption. Patent application No. 10-2011-0060029 (June 21, 2011) encapsulates the cap of a container by processing the pattern on the inner surface of the transparent plate in an intaglio and simultaneously attaching and forming a decorative member laminated with a reflective plate on the cap surface of various containers. Patterns can be molded on the surface in a very simple way to improve the manufacturability and the pattern shape of the container cap to improve the productability due to the excellent three-dimensional appearance of the pattern, injection into a transparent material made of synthetic resin material A transparent plate injection molding process of molding and injection molding into a plate-shaped transparent plate attached to a surface of a cap for opening and closing a container; A base layer coating process applied to an opaque or transparent base layer over the entire rear surface of the transparent plate; A pattern forming process of engraving various patterns required on the rear surface of the transparent plate into a recessed pattern groove to form a transparent portion; A reflective plate attaching process of attaching a separate reflective plate to the rear surface of the transparent plate to complete molding of a decorative member; It is configured as a decorative member attaching process for attaching a decorative member to the surface of the cap. Patent application No. 10-2015-0109442 (2015.08.03) forms a printing layer on the lower part of the transparent plate so that the printed layer is not exposed to the outside so that the printed word or picture does not peel off or erase, so that a transparent coating is not necessary. By reducing the manufacturing cost and long-term use, and also by forming a paint layer under the printed layer to make the printed layer more prominent, and when adhering the decorative plate on the lid, the adhesive layer through the transparent plate The present invention relates to a decorative plate formed on a lid of a compact container and to a method for manufacturing the same, the compact cosmetic container including a container body having an open top and containing contents thereof, and a container lid hinged to one side of the container body. The upper surface of the container lid is formed with a decorative plate groove, seated in the decorative plate groove, The decorative plate is included, wherein the decorative plate is a transparent plate base material, a printed layer printed on the bottom of the transparent plate base material, a coating layer coated with a paint on the lower print layer and an adhesive layer coated with an adhesive under the paint layer Characterized in that made. Patent application No. 10-2016-0099223 (2016.08.04) sequentially performs fluorine resin coating composition on the surface of kitchen utensils, such as primer coating, mid coating and top coating The surface coating method that shows the three-dimensional pattern texture, and it is possible to express a variety of colors and three-dimensional pattern texture on the surface of the kitchen utensils by a simple work process, excellent corrosion resistance and abrasion resistance, and the coating film is firmly bound to the surface of the kitchen utensils and easily peeled off Therefore, the original coating performance can be maintained even after long-term use, and the releasability is excellent so that the food does not stick to the coating film during the food cooking process. The injection molding composite container of patent application No. 10-2016-7034452 (October 10, 2008) is obtained by placing a label on an inner wall of a female mold and injection molding the first resin material to obtain the first resin material portion. The mold is encapsulated in the first resin material portion and the mold and injection molded so as to completely enclose the label on the upper surface, and the label is contained in the resin material, and both sides of the label are fused to the resin material. It is characterized by being integrated. Utility Model Registration Application No. 20-2014-0007013 (2014.09.26) forms a transparent discharge plate inside a compact container and forms an information transfer plate printed with letters or patterns on the lower portion of the transparent discharge plate to use ink or pigment. By printing the letters to convey information, it is possible to obtain the advertising effect by writing the company name or brand name, and also to meet the visual aesthetics through pictures or patterns, and to apply cosmetics on the transparent discharge plate when using cosmetics. The present invention relates to a compact cosmetic container for gelled cosmetics having a printed information communication plate which prevents the cosmetic from being contaminated by the ink or pigment used to print the pattern by discharging the ink and prevents the pattern or the text from being erased by the discharged cosmetic. The outer container body is opened and coupled to one side of the outer container body, the top is open and closed, Gel cosmetics consisting of an inner container body coupled to the inside of the outer container body, an inner container cover which is coupled to the inside of the inner container body to cover the upper portion of the inner container body, and a discharge pump installed at the center of the inner container cover In the compact container for, the discharge pump is installed on the top, the discharge plate is formed in the center and the information transfer plate is installed on the lower side of the transparent discharge plate; consisting of, the information transfer plate is a transparent discharge plate Compact container for gel cosmetics provided between the lower part of the upper part and the upper part of the discharge pump and serving as a background of the transparent discharge plate, and a printed information transfer plate consisting of a printing paper sandwiched between the transparent discharge plate and the supporting plate. To provide.

The present invention is coupled to the outside of the inner container and the inner container in direct contact with both the main body and the lid containing the contents of the bottle container to the contents to solve the problem of the method of producing the pattern of the bottle container as described above so far It is divided into transparent outer containers, but the part where the inner container and the outer container combine is formed into a hemispherical shape, and the pattern of the film is made of transparent material by inserting a pattern-drawing film formed with various patterns between the inner container and the outer container. By projecting onto the container, the purpose is to prevent damage to the pattern, to exert a three-dimensional and not to threaten the health of the user.

The present invention is a bottle container molding process for molding the body and the lid with a transparent material to solve the above problems; An inner container forming step of forming the inner container to enter the hemispherical insertion groove of the main body and the lid; A film selection step of selecting a patterned film matching the contents to be contained in the bottle container; A film cutting process for pattern rendering to cut the film into a hemispherical shape when folded; A film bonding process of combining the film so that a pattern is projected on the hemispherical outer surface of the inner container or the hemispherical insertion groove of the main body and the lid to be exposed to the outside; The bottle container is constructed so that the pattern of the film can be seen through the transparent body and the lid to produce the product by combining the inner container into the hemispherical insertion groove of the transparent body and the lid while combining the film. Wherein, the film used to form the bottle container pattern is divided into at least six equal parts of the film printed on one surface of the paper or synthetic resin in a radial position based on the center point R1 {Rx: radius to obtain = R: Reference radius (9 mm) x X: change rate} cut line 32 cut from the starting radius R2 {Rx: desired radius = R: reference radius (15.295 mm) x X: change rate} Form and extend at an angle of 19.2 ° × 1 / n (n is a constant) from the center point 31 so that the cutting line 32 is located at the center, and the outer end radius R3 {Rx: desired radius = R: reference radius (24mm) x X: Change rate} Incision to point 2 (34) From the point 1 (33) where the radius R2 and the cutting line 32 meet, the incision is made in the form of "V" to divide the incision 35 so that the outer end radius R3 {Rx: desired radius = R: reference radius (24 mm) XX: change rate} and an arc-shaped wing 36 where 40.8 ° × 1 / n (n is a constant) angle from the center point 31 are formed to form a hemispherical shape when folded.

In the present invention, the bottle container is divided into both a main body and a lid containing the contents of the inner container and a transparent outer container coupled to the outside of the inner container directly contacting the contents, but the portion of the inner container and the outer container are combined It consists of a hemispherical shape, and inserts a pattern display film that forms various patterns between the inner container and the outer container so that the pattern of the film is projected on the outer container, which is a transparent material, so that various patterns can be selected and produced easily. It is an invention that creates a three-dimensional effect without damaging the user, and creates a new effect does not threaten the health of the user.

1 is a process chart according to the method for forming a pattern display pattern of the bottle container of the present invention.
Figure 2 is an exploded state diagram illustrating the overall configuration of the present invention.
Figure 3 is a process chart according to the film production method for forming a bottle container pattern of the present invention.
Figure 4 is an exemplary view according to the film production process that is the main part of the present invention.
Figure 5 is an illustration of a film configuration state that is the main portion of the present invention.
Figure 6 is an illustration of a film photograph of the present invention.
Figure 7 is an illustration of another configuration of the film which is the main part of the present invention.

Referring to the configuration of the present invention in detail with reference to the accompanying drawings as follows.

In forming the pattern to produce the pattern of the bottle container, as shown in Figure 1, the main body made of a transparent material so that the hemispherical insertion groove 15 having the coupling protrusion 16 formed vertically long on the inner periphery of the inlet is formed therein. A bottle container forming step of forming the lid 11 and the lid 12;

The outer circumferential surface is formed into a hemispherical shape so as to enter the hemispherical insertion groove 15 of the main body 11 and the lid 12 formed in the bottle container forming process to form a flange 25 and to form the inside of the pot to contain the contents An inner container forming step of forming the inner container 20 such that spirals are formed at the inlet side to be coupled to each other;

A film selection process of selecting a patterned film 30 that matches the contents to be contained in the bottle container among a plurality of films 30 having various patterns printed on the surface thereof;

A pattern cutting film cutting process for cutting the film 30 having a pattern printed on the surface selected in the film selection process so as to be hemispherical;

The film 30 cut so as to be hemispherical when folded in the film cutting process is attached to the hemispherical outer surface of the inner container 20 so that the pattern is exposed to the outside or the hemispherical insertion groove 15 of the main body 11 and the lid 12. A film bonding process for combining the pattern inside the transparent body 11 and the lid 12 so as to be exposed to the outside;

In the film bonding process, the inner container 20 is inserted into the hemispherical insertion groove 15 of the transparent body 11 and the lid 12 in a state in which the film 30 is bonded, and formed on the inner circumference of the insertion groove 15. The coupling protrusion 16 is coupled to the fitting groove 26 formed in the flange 25 of the inner container 20 to be forcibly fitted, thereby integrally coupling the inner container 20 to the body 11 and the lid 12, respectively. By the product completion process to complete the product by performing a method of forming a bottle container pattern so that the pattern of the film 30 is transmitted through the main body 11 and the lid 12 of the transparent material appear outside.

The present invention carried out by the above method comprises a main body 11 constituting the bottle container and a lid 12 coupled thereto and sealed as shown in the exploded state illustration of FIG. In the bottle container configured to integrally constitute a separate inner container 20 containing the contents therein and integrally constitute a separate inner container 20 in the lid 12,

A main body 11 and a lid 12 constituting the bottle container made of a transparent material;

A hemispherical insertion groove 15 for inserting a separate inner container 20 containing contents into the body 11 and the lid 12 constituting the bottle container;

A coupling protrusion 16 formed vertically on the inner circumference of the insertion groove 15;

An outer circumferential surface of the inner container 20 is formed into a hemispherical shape so as to enter the hemispherical insertion groove 15 to form a flange 25 and to form a spiral to be coupled to each other at an inlet side formed like a pot to contain contents therein;

A coupling groove (26) formed in the flange (25) such that the coupling protrusion (16) formed at the inner circumference of the insertion groove (15) is forcibly fitted;

A pattern-printing film 30 cut to cover a hemispherical outer circumferential surface of the inner container 20 by printing various patterns on a surface thereof;

The film 30 is wrapped around the hemispherical outer circumferential surface of the inner container and inserted into the insertion groove, so that the bottle container is formed so that the pattern of the film 30 appears through the main body 11 and the lid 12 of the transparent material to appear outside. do.

Looking at the method for producing a film which is the main part of the present invention with reference to Figures 3 to 5, in the film manufacturing method used to form a bottle container pattern,

A film selection process of selecting a patterned film 30 that matches the contents to be contained in the bottle container among a plurality of films 30 having various patterns printed on the surface thereof;

Radial image from the cut start radius R1 (9 mm: diameter 18 mm) to the cut start radius R2 (15.295 mm diameter: 30.59 mm) based on the center point 31 of the film 30 having a pattern printed on the surface selected in the film selection process. A cutting step of dividing into 6 × n portions into pieces;

In the cutting process, the film 30 cut into equal pieces at equal intervals is extended at an angle of 19.2 ° × 1 / n (n is a constant) from the center point 31 so that the cutting line 32 is positioned at the center. Outer radius R3 {Rx: desired radius = R: reference radius (24mm) x X: rate of change} extends outward from point 2 (34), where point where incision starting radius R2 meets cutting line 1 A piercing step 35 for piercing the incision to make a "V" shape from (33);

In the piercing process, the film 30 having the “V” shaped cutout 35 is extended at an angle of 19.2 ° × 1 / n (n is a constant) from the center point 31 so that the cutting line 32 is located at the center. A film used to form a bottle container pattern is prepared by a blanking process in which the outer end radius R3 {Rx: radius to be obtained = R: reference radius (24 mm) x X: change ratio} to obtain a film product.

The film completed by the film manufacturing method used to form the bottle container pattern described above is a film 30 used to form the bottle container pattern as illustrated in Figs.

The film 30 printed on one side of paper or synthetic resin is divided into at least six equal parts by radiographic image based on the center point 31 and the cutting start radius R1 {Rx: desired radius = R: reference radius (9 mm) A cutting line 32 is formed by cutting the cutting line radius R2 {Rx: the desired radius = R: reference radius (15.295 mm) x X: the rate of change} from the (x) X: change rate} and the cut line 32 ) Is extended to an angle of 19.2 ° x 1 / n (n is a constant) from the center point 31 so that the center is at the center, and the outer end radius R3 (Rx: desired radius = R: reference radius (24 mm) x X: change The outer end radius R3 {Rx: by cutting the cut section 35 equally from the point 1 (33) where the incision starting radius R2 and the cutting line 32 meet to the point {}} in contact with the ratio}. Desired radius = R: reference radius (24 mm) x X: rate of change} and arc-shaped wings 36 where 40.8 ° x 1 / n (n is a constant) angle from the center point 31 meet to form and fold them. City hemispherical mod To complete the film used to form the bottle container to form a pattern.

Referring to the embodiment of the present invention as described above.

First, in producing the film used to form the bottle container pattern,

A film selection process of selecting a patterned film 30 that matches the contents to be contained in the bottle container is performed from a plurality of films 30 having various patterns printed on the surface thereof.

Such a process is intended to maximize the advertising effect of the product by matching the pattern of the film to the content and atmosphere to be contained in the bottle container because the pattern and color printed on the surface of the film 30 will vary.

When the film 30 to be used in the film selection process is selected, the cut start radius R1 (9 mm: diameter 18 mm) from the cut start radius R2 (15.295 mm: diameter 30.59 mm) are selected based on the center point 31 of the selected film 30. Cutting by dividing 6 x n equally into the radial image up to;

In the cutting process, the film 30 cut into equal pieces at equal intervals is extended at an angle of 19.2 ° × 1 / n (n is a constant) from the center point 31 so that the cutting line 32 is positioned at the center. {Rx: desired radius = R: reference radius (24 mm: diameter 48 mm) x X: change rate} extends outward from point 2 (34) where point 1 (starting radius R2 meets the cutting line) 33) the piercing section 35 piercing process for making a cut in the "V" type;

Here, the cut start radius R1, the cut start radius R2, and the outer end radius R3 are applied in terms of Rx: radius to be obtained = R: reference radius (radius already determined) × X: change ratio.

In the present invention, the inventors determine the cutting start radius R1 = 9 mm (diameter 18 mm), the cutting start radius R2 = 15.295 mm (30.59 mm), and the outer end radius R3 = 24 mm (diameter 48 mm). However, this dimension will vary depending on the size of the bottle container to be used.

In the piercing process, the film 30 having the “V” shaped cutout 35 is extended at an angle of 19.2 ° × 1 / n (n is a constant) from the center point 31 so that the cutting line 32 is located at the center. A film used to form a bottle container pattern is prepared by a blanking process in which the outer end radius R3 {Rx: radius to be obtained = R: reference radius (24 mm) x X: change ratio} to obtain a film product.

At this time, the angle for determining the dimensions of the "V" -shaped cutout 35 and the blade 36 may be found by an equation of multiplying one-nth by a reference angle already performed.

The film 30, which has completed the film used to form the bottle container pattern by performing the above-described method, has a center point 31 on the film 30, which has a pattern printed on one surface of paper or synthetic resin, as shown in FIGS. Radiation start radius R1 {Rx: desired radius = R: reference radius (9mm) x X: change rate} incision starting radius R2 {Rx: desired radius = R: A cutting line 32 cut to a reference radius (15.295 mm) x X: change rate} is formed, and 19.2 ° x 1 / n (n is n) from the center point 31 so that the cutting line 32 is located at the center. Constant) and the incision starting radius R2 and the cutting line 32 to the point 2 (34) contacting the outer end radius R3 {Rx: desired radius = R: reference radius (24 mm) x X: rate of change} The outer end radius R3 {Rx: desired radius = R: reference radius (24mm) x X: change ratio} The film used to form the bottle container pattern is formed to form an arcuate wing 36 where 40.8 ° x 1 / n (n is a constant) angle from the center point 31 to form a hemispherical shape when folded.

In forming the pattern so that the film used to form the completed bottle container pattern is thus formed on the bottle container to project the pattern of the film to the outside of the container, first, as shown in FIG. A bottle container molding process of molding the main body 11 and the lid 12 with a transparent material is performed so that the hemispherical insertion groove 15 having the coupling protrusion 16 formed thereon is formed therein.

In this case, the main body 11 and the lid 12 are molded to be transparent so that the pattern of the film is projected.

The outer circumferential surface is formed into a hemispherical shape so as to enter the hemispherical insertion groove 15 of the main body 11 and the lid 12 formed in the bottle container forming process to form a flange 25 and to form the inside of the pot to contain the contents An inner container forming process of forming the inner container 20 to form spirals to be coupled to each other at the inlet side is performed.

At this time, the inner container 20 is opaque, so that the contents can not be seen as a mainstream or transparent material may not be largely bound.

Here, since the film selection process and the film cutting process have already been described, the description thereof is omitted.

As such, when the molding of the transparent main body 11, the lid 12, and the inner container 20 is completed, the pattern 30 is cut out on the hemispherical outer surface of the inner container 20 to be cut out to be hemispherical when folded. A film bonding process is performed to attach the substrate 11 to the main body 11 and the lid 12 so that the pattern is transparent to the transparent body 11 and the lid 12 to be exposed to the outside.

At this time, the pattern of the film 30 inserted between the inside of the hemispherical insertion groove 15 of the main body 11 and the lid 12 and the outer circumferential surface of the inner container 20 is projected onto the transparent main body 11 and the lid 12. Make it appear outside.

In the film bonding process, the inner container 20 is inserted into the hemispherical insertion groove 15 of the transparent body 11 and the lid 12 in a state in which the film 30 is bonded, and formed on the inner circumference of the insertion groove 15. The coupling protrusion 16 is coupled to the fitting groove 26 formed in the flange 25 of the inner container 20 to be forcibly fitted, thereby integrally coupling the inner container 20 to the body 11 and the lid 12, respectively. By performing a product completion process to complete the product by performing a method of forming a bottle container pattern so that the pattern of the film 30 is transmitted through the main body 11 and the lid 12 of the transparent material appear outside.

The present invention carried out by the method described above, the main body 11 and the lid 12 constituting the bottle container as a transparent material, as can be seen in the exploded state example of Figure 2, the main body constituting the bottle container ( 11) and the hemispherical insertion groove 15 for inserting a separate inner container 20 containing the contents inside the lid 12 to form a coupling protrusion 16 vertically long in the inner circumference of the insertion groove (15). Form.

The inner container 20 coupled to the hemispherical insertion groove 15 of the main body 11 and the lid 12 is formed in a hemispherical shape so that an outer circumferential surface thereof enters the hemispherical insertion groove 15 to form a flange 25. On the inlet side formed like a pot to contain the contents, helixes are formed to be coupled to each other, and the coupling grooves 26 are formed so that the coupling protrusions 16 formed at the inner circumference of the insertion groove 15 are forcibly fitted to the flange 25. Form.

Various patterns are printed on the surface to cut the hemispherical outer peripheral surface of the inner container 20 and the pattern rendering film 30 wrapped around the hemispherical outer peripheral surface of the inner container and inserted into the insertion groove to make the pattern of the film 30 transparent The bottle container is configured to pass through the main body 11 and the lid 12 of the material and appear outside.

The present invention described above can be usefully used in containers containing cosmetics or pharmaceuticals, and will have great commercial value.

11: main body 12: lid 15: insertion groove
16: engaging protrusion 20: inner container 25: flange
26: coupling groove 30: film 31: center point
32: cutting line 33: point 1 34: point 2
35: incision 36: wings

Claims (4)

The main body 11 constituting the bottle container and the lid 12 coupled to and sealed therein are made of a transparent material, but separate the contents of the body 11 constituting the bottle container and the inside of the lid 12 A hemispherical insertion groove 15 for inserting the inner container 20 is formed, and an outer circumferential surface of the inner container 20 is formed in a hemispherical shape so as to enter the hemispherical insertion groove 15, and a pattern is printed on one surface of paper or synthetic resin. The film 30 is divided into at least six equal parts or more in a radial image based on the center point 31, and is cut out from a cutting start radius R1 {Rx: radius to be obtained = R: reference radius (9 mm) x X ratio of change}. A cutting line 32 is formed by cutting to a starting radius R2 {Rx: desired radius = R: reference radius (15.295 mm) x X: change rate}, and the center point 31 so that the cutting line 32 is located at the center. ) External angle R3 (Rx: desired radius = R: reference radius (24mm) x X: side extending from an angle of 19.2 ° x 1 / n (n is a constant) The outer end radius R3 {Rx: by cutting the cut section 35 equally from the point 1 (33) where the incision starting radius R2 and the cutting line 32 meet to the point {}} in contact with the ratio}. Desired radius = R: reference radius (24 mm) x X: rate of change} and arc-shaped wings 36 where 40.8 ° x 1 / n (n is a constant) angle from the center point 31 meet to form and fold them. The film 30 used to form the bottle container pattern to form a hemispherical shape when the cell is wrapped around the hemispherical outer circumference of the inner container is inserted into the insertion groove so that the pattern of the film 30 is transparent to the main body 11 and the lid ( 12) The bottle container, characterized in that made to pass through and appear to the outside. In the film manufacturing method used to form a bottle container pattern,
A film selection process of selecting a patterned film 30 that matches the contents to be contained in the bottle container among a plurality of films 30 having various patterns printed on the surface thereof;
Radial image from the cut start radius R1 (9 mm: diameter 18 mm) to the cut start radius R2 (15.295 mm diameter: 30.59 mm) based on the center point 31 of the film 30 having a pattern printed on the surface selected in the film selection process. A cutting step of dividing into 6 × n portions into pieces;
In the cutting process, the film 30 cut into equal pieces at equal intervals is extended at an angle of 19.2 ° × 1 / n (n is a constant) from the center point 31 so that the cutting line 32 is positioned at the center. Outer radius R3 {Rx: desired radius = R: reference radius (24mm) x X: rate of change} extends outward from point 2 (34), where point 1 where the incision starting radius R2 meets the cutting line 1 A piercing step 35 for piercing the incision to make a "V" shape from (33);
In the piercing process, the film 30 having the “V” shaped cutout 35 is extended at an angle of 19.2 ° × 1 / n (n is a constant) from the center point 31 so that the cutting line 32 is located at the center. Manufacture the film used to form the bottle container pattern, characterized in that the outer end radius R3 {Rx: the desired radius = R: reference radius (24mm) x X: the rate of change} is made of a blanking process for picking the film product. Way. delete delete

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