JP2011140324A - Holder - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a polygonal holder which stacks and holds a plurality of flanged containers having a flange part, and stably stacks and packages the containers. <P>SOLUTION: In the cardboard-made holder for stacking at least three containers having a flange part with a substantially polygonal top plate having corner parts and peripheral ridges of the same number as that of the flanged containers to be locked, and outer edge hanging pieces continuously provided on the peripheral ridges of the top plate via outer edge holding lines, the top plate has container holding areas of the same number as that of the flanged containers in which the outer edges of each flange part are arranged so as to be inscribed with the peripheral ridges holding the corner parts, and the container holding area has an outer edge locking cutout formed in each outer edge folding line to lock the flange part, each inner edge hanging piece opposite to each corner part and provided via the inner edge folding line provided on the center side of the top plate, and an inner edge locking cutout formed in each inner edge folding line to lock the flange part. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

The present invention relates to a holder for collecting and holding a plurality of flanged containers having flange portions.

As a form for collectively packaging a flanged container having a flange part at the upper end, a form in which only the upper end flange part is supported and packaged is well known. In this packaging format, the holder consisting of the top plate and the hanging pieces on both sides is bent along the folding line between the top plate and the hanging pieces on both sides, and the flange portion of the container is engaged with the notch, so that the flange portion is at the upper end. A state in which a container with a flange having a flange is held by a holder and a plurality of containers are arranged in a row has been widely used.

Further, as a holder that holds only the upper part of the container, collective packaging in which the containers are stacked and packaged in two rows has been proposed (for example, Patent Document 1). Patent Document 1 states that “a paper cup cup holder used to connect a plurality of flanged cup containers arranged in two rows, with a rectangular top surface portion and four lines around it. The top surface part is sized so that the flange protrudes little by little when the cup containers are arranged in two rows. Insertion cuts for inserting the flanges of each cup container are provided side by side in the front-rear direction on the left and right sides of the line, and when the folded piece is folded downward at each folding line, the folded piece is flanged to the cup container. The cup holder is characterized in that it has a shape in which it is locked with a folding notch. ", And when the cup containers are put together in two rows, Cup container flange Insert can be summarized in a simple process that merely bending the bent piece of four sides from in, not only the locked state after the summary, in which bent pieces of strength to play a role of a reinforcement.

However, in the “cup holder” of the invention described in the above-mentioned Patent Document 1, it takes time to hold the flanged cup container by the insertion operation.

Other proposals have been made as a holder for holding only the upper part of the container (for example, Patent Document 2). Patent Document 2 states that “in a transport body that accommodates adjacent rows of articles each having an upper portion having a lip-like portion that protrudes outwardly, two parallel spaced intervals extending in the longitudinal direction of the panel are provided. A support panel having an inner fold line of the strip and two outer fold lines parallel to the inner fold line and spaced outward from the fold line. A downwardly extending outer support section connected along the outer fold line and an inner support extending downward connected to the panel along the inner fold line and tapered toward each other and connected to each other along the central fold line The inner and outer fold lines are interrupted by a slot that protrudes through a part of the protruding lip of each article, and the protrusion of the article lip protrudes into these slots. By colliding with the underside of the part Each of the flaps is provided with a lower surface for supporting an article, and is provided with a reinforcing flap connected to each of the outer support sections along a fold line, and each of the flaps is bent below the cooperating outer support section. The clip-shaped article transport body provided with an unconnected edge portion having a portion in contact with the article to be described in "(Claim 1)" is shown.

However, in the “clip-type article carrier” of the invention described in Patent Document 2 described above, for example, when a single row portion is gripped or when a finger hole is lifted, a force is applied in a direction that disengages at the abutting portion of the article. In order to prevent this, as shown in FIG. 6, it is necessary to bond the reinforcing band 52 to the top panel 12 with the adhesive so as to straddle the wedge-shaped rib section 18. For the above-mentioned bonding, there is a drawback that a reinforcing band-like body, a step of bonding it, an adhesive, and the like are required.

Japanese Patent Laid-Open No. 10-45162

Japanese National Patent Publication No. 8-508962

Accordingly, the present invention is a holder for collecting and holding a plurality of flanged containers having flange portions, and holding the flanged containers in a stable state by a simple operation in a stable manner. It is in providing tools.

In order to solve the above-mentioned problem, the invention according to claim 1 is a paperboard holder that holds and holds at least three flanged containers having flange portions, and the holder is locked. It has a top plate having a substantially polygonal shape having the same number of corners and peripheral edges as the flanged container, and an outer edge hanging piece connected to the peripheral edge of the top board via an outer edge folding line, The top plate includes the same number of container holding regions as the flanged containers disposed so that the outer edges of the flange portions of the flanged containers are inscribed in the peripheral edges sandwiching the corner portions, respectively. The region includes an outer edge locking notch that is formed in each of the outer edge fold lines and locks the flange portion, and an inner fold line provided on the center side of the top plate that faces the respective corner portions. Of each provided And suspended piece, a holder is characterized in that a cutting for inner locking which is formed in each of the inner fold line locking the flange portion. By configuring in this way, at least three or more substantially circular flanged containers are arranged so as to abut on the polygonal top plate, and the outer edge drooping piece and the top plate connected to the top plate are arranged. The flanges of the respective flanged containers can be locked at the three locking incisions by folding the provided inner edge hanging side, and can be easily and firmly held by the holder.

A second aspect of the present invention is the holder according to the first aspect, wherein the number of the flanged containers to be locked to the holder is three, and the top plate has a substantially equilateral triangular shape. The three flanged containers that come into contact with the equilateral triangle top plate are bent at three outer edge hanging pieces and inner edge hanging pieces, respectively, so that the flange portions of the respective flanged containers have three locking cuts. Since it is locked at the recessed portion, it can be easily and firmly held by the holder.

The invention according to claim 3 is the holder according to claim 1, characterized in that the number of the flanged containers to be locked to the holder is four, and the top plate has a substantially square shape. The four flanged containers abutting against the top plate formed in a substantially square shape are bent at the outer edge and the inner edge depending pieces, so that each flanged container has three flanged cut portions for locking. Since it is locked by, it can be easily and firmly held by the holder.

According to a fourth aspect of the present invention, a break line is provided at each intersection of the inner edge fold lines formed on the top plate, which is perpendicular to the outer edge fold line and crosses the outer edge hanging piece. The holder according to any one of items 3 to 3, with the above-described configuration, allows the container to be divided for each container to be held, and the holder part remains for each container even after the division. , It is possible to keep the state with a caution display. In addition, the gathering state can be reduced by dividing, and the storage space can be reduced.

The invention of claim 5 is a paperboard holder that holds six or more flanged containers having a flange portion and multiples of three, and the holder includes three corners and a peripheral edge. A top plate having a substantially equilateral triangle shape, and outer edge hanging pieces respectively connected to the peripheral edge of the top plate via outer edge folding lines, the top plate being an outer edge of the flange portion of the flanged container Each of the corner container holding regions arranged so as to be inscribed in the peripheral edges sandwiching the corners of the substantially equilateral triangle, and at least one flanged container on the peripheral edges between the corner container holding regions. And an edge container holding region arranged so as to inscribe the outer edge of the flange portion, and the outer edge of the flange portion is inscribed in each of the outer edge folding lines in the corner container holding region and the edge portion container holding region. At the position where the flange is engaged. An outer edge locking notch, and an inner edge droop provided via an inner edge folding line provided on the center side of the top plate facing the respective corners and on the center side of the top plate of the edge portion container holding region A flange and a flanged container located in the corner container holding region are provided at two locations on the outer edge. The flanged container is locked by the locking notch and one part of the flange portion is locked by the inner edge locking notch, and the flanged container located in the edge container holding region has one flange part at the outer edge. It is a holding tool that is locked to and held by the inner edge locking notch while being locked to the locking notch, and configured in this way, Abuts the top plate formed in a substantially equilateral triangle shape Since each flanged container is bent at the outer edge and inner edge depending pieces, the flange of each flanged container is locked at the three locking incisions. Moreover, it can be held firmly.

The invention of claim 6 is a paperboard holder that holds and holds an even number of six or more flanged containers having a flange portion, the holder having four corners and a peripheral edge. A substantially rectangular top plate and outer edge hanging pieces connected to the peripheral edge of the top plate via an outer edge folding line, and the top plate has an outer edge of the flange portion of the flanged container as the corner. A corner container holding region disposed so as to be inscribed in each of the peripheral sides sandwiching the portion, and a flange portion of the container with at least one flange on one opposing two sides of the peripheral side between the corner container holding regions Edge container holding area arranged so as to inscribe the outer edge of the outer edge of the peripheral edge of the outer edge folding line of the two opposite sides of the peripheral edge in the corner container holding area and the edge container holding area Said at least three flanged containers The flange portion is drilled at a position where the outer edge of the flange portion is inscribed and a position where the outer edge of the flange portion of the two flanged containers is inscribed at each of the outer edge folding lines on the other two opposite sides of the peripheral edge. And an inner edge folding line provided on the center side of the top plate facing the respective corners and on the center side of the top plate of the edge portion container holding region. An inner edge hanging piece and an inner edge locking notch that is formed in each of the inner edge folding lines and locks the flange portion, and the flanged container located in the corner container holding region has two flange portions. The flange is locked to the outer edge locking notch and one portion of the flange portion is locked to the inner edge locking notch, and the flanged container located in the edge portion container holding region has one flange portion. The outer edge locking cut And the two portions of the flange portion are locked and held by the inner edge locking cuts, and thus configured, the rectangular top plate Six or more even-numbered flanged containers can be latched and held.

The invention according to claim 7 includes: a break line that originates from each intersection of the inner edge folding lines formed on the top plate and is orthogonal to the outer edge folding line and crosses the outer edge hanging piece, and the inner edge folding lines formed on the top plate. 7. The holder according to claim 5, wherein a break line connecting the intersections close to the center of the top plate among the intersections is engraved. In addition to being able to divide every six or even number of containers, the holder portion remains for each container even after the division, so that it is possible to maintain the contents display and the caution display. In addition, the gathering state can be reduced by dividing, and the storage space can be reduced.

The invention according to claim 8 is characterized in that the outer edge locking notch and the inner edge locking notch are substantially bow-shaped bulging in the direction of the outer edge hanging piece and the inner edge hanging piece, respectively. 8. The holder according to claim 1, further comprising a locking projection at a central portion of the outer edge locking notch and the inner edge locking notch. Thus, the locking projection can be brought into contact with the back surface of the flange portion of the flanged container, and the holding can be performed more firmly than the holding by the locking cut.

In the holder according to the present invention, at least three or more substantially circular flanged containers are disposed so as to abut on the polygonal top plate, and the outer edge hanging piece connected to the top plate and the top plate are arranged. By bending the provided inner edge hanging side, it can be easily connected and held, and it is possible to make a collective package excellent in packaging workability and in design. Further, since the flanged container can be connected and held only by the holder without using a separate part, it is economical in terms of material and manufacturing. Furthermore, each flanged container that is connected and held is not accidentally detached because the outer edge of the flange portion is held by three cuts.

The blank top view of the embodiment of the holder concerning the present invention. The perspective view for explanation showing the assembly state of an embodiment similarly. Similarly the principal part for explanation in an assembly state of an embodiment expanded sectional view. (A) The top view of the blank in 2nd embodiment of the holder which concerns on this invention. (B) Reference reduced plan view for six pieces. The perspective view for explanation which shows the assembly state of a second embodiment similarly. The top view of the blank in 3rd embodiment of the holder which concerns on this invention. The perspective view for explanation which shows the assembly state of a third embodiment similarly.

The present invention will be described in detail below with reference to the drawings. In addition, FIG. 1 is a blank plan view of the first embodiment of the holder according to the present invention. FIG. 2 is an explanatory perspective view showing the assembled state of the first embodiment. FIG. 3 is an enlarged cross-sectional view of a main part for explanation in the assembled state of the first embodiment. FIG. 4A is a plan view of a blank in the second embodiment of the holder according to the present invention, and FIG. 4B is a reference reduced plan view for six pieces. FIG. 5 is an explanatory perspective view showing the assembled state of the second embodiment. FIG. 6 is a plan view of a blank in the third embodiment of the holder according to the present invention. FIG. 7 is an explanatory perspective view showing the assembled state of the third embodiment.

In the first embodiment of the holder according to the present invention, three flanged containers Q each having an outward flange portion R on the upper end edge are inscribed in the peripheral edges sandwiching the corner portions of the substantially equilateral triangle shape. As shown in FIG. 1, the paperboard blank P1 has the same number of corners and peripheral edges as the three flanged containers to be locked. The top plate 1 includes an equilateral triangle-shaped top plate 1 and outer edge hanging pieces 2 respectively connected to the three long sides of the peripheral edge of the top plate 1 through outer edge folding lines L1. The top plate 1 is a container with a flange. A container holding region arranged so that the outer edges of the flange portion R of Q are inscribed in the peripheral edges sandwiching the three corners, and the flange holding portion is formed in each of the outer edge folding lines L1; The outer edge locking notches 4 for locking R and the respective corners Each inner edge hanging piece 3 provided via an inner edge folding line L2 provided on the center side of the top plate 1 facing each other, and each inner edge formed in each of the inner edge folding lines L2 to lock the flange portion R The outer edge locking notch and the inner edge locking notch 5 bulge outward from the center of the flanged container Q and center. It is formed in a substantially bow shape with locking protrusions 6 provided on the portions. Each of the locking protrusions 6 is provided with a short notch 7 that goes straight to the end of the protrusion. In addition, a break line L3 that starts from each intersection of the inner edge fold lines L2 and is orthogonal to the respective outer edge fold lines L1 and crosses each of the outer edge hanging pieces 2 is formed. Lines can be broken and flanged containers with retainers can be split.

FIG. 2 is an explanatory perspective view showing an assembled state of the first embodiment of the holder according to the present invention, in which three flanged containers Q are held by the holder P1 ′. The flanged container shown in the embodiment is a container having a substantially circular flange at the upper end, which is selectively molded and manufactured from paper-based, foamed resin-based, and thermoplastic resin-based, and generally has a cup-shaped container body. The contents are filled and stored, and the upper surface of the flange portion at the upper end is thermally bonded with a container lid material. However, the present invention is not limited to this, for example, a metal can having a lid tightening portion It is included. In addition, a winding-up part is the part sealed by winding up an opening part at the peripheral part of a can lid, after filling a metal can etc. with the contents and sealing an opening part with a can lid.
In assembling the embodiment shown in FIG. 2, the flange portion R is arranged so that the outer edge of the flange portion R is inscribed in the peripheral edge that sandwiches the corner portion of the top plate 1, and the upper surface of the flange portion R of the flanged container Q is on the back surface of the blank P1. In the abutted state, the outer edge hanging piece 2 is bent downward using the respective outer edge folding lines L1, and the flange portions R are respectively locked to the outer edge locking cuts 4, and then the respective inner edge folding lines L2 are used. Although the inner edge hanging piece 3 is bent downward and the flange portions R are respectively engaged with the inner edge locking notches 5, although not shown in this figure, the outer edge locking notches 4 are formed at the center of the width. The protruding locking projections 6 are brought into contact with the back surface of the flange portion R to be locked, and the connection and holding of the three flanged containers Q by the paperboard holder P1 ′ is completed. As described above, the three flanged containers Q are firmly connected and held by a simple operation with a holder having a substantially equilateral triangular top plate. It is a holder with excellent display effect. The short notch 7 formed in the locking projection 6 has a small portion of the locking projection 6 so that the locking projection 6 can easily get over the flange portion R by bending the outer edge hanging piece 2 and the inner edge hanging piece 3. It works to be expanded.

FIG. 3 is an enlarged cross-sectional view of the main part for explanation in the assembled state of the first embodiment of the holder according to the present invention, and FIG. 3 (a) is a corner of the top plate on the flanged container Q in FIG. FIG. 3B is an enlarged cross-sectional view taken along the line xx crossing the inner edge locking cut on the flanged container Q1. , Represents the locked state of the flanged container Q. In FIG. 3 (a), on the both sides of the top plate 1, the outer edge hanging piece 2 side formed by the outer edge locking notches 4 formed between the top plate 1 and the outer edge hanging piece 2 is formed. The stop projections 6 are brought into contact with and engaged with the back surface of the flange portion R. Further, as shown in FIG. 3 (b), at the substantially central portion of the top plate 1, there is a gap between the top plate 1 and the inner edge hanging piece 3. The locking protrusion 6 on the inner edge hanging piece 3 side formed by the inner edge locking notch 6 formed in the hole is in contact with the rear surface of the flange portion R to lock the flanged container Q. R is latched and held by the outer edge hanging piece 2 and the inner edge hanging piece 3 of the holder P1 ′ at three places where the circumference is substantially divided into three. At this time, since each latching protrusion 6 is brought into contact with and latched on the back surface of the flange portion R, the thickness of the flange portion R is grasped and latched. The piece 3 is in a state of being pushed down by the flange portion R and exhibits a state in which it is firmly in contact with the body portion of the flanged container Q. In use, the top plate 1 and the outer edge hanging piece 2 can be divided and used for each container by breaking the break line L3 formed by drilling, and can be stored small after a small amount of use. . Also. It is possible to keep the use of the contents and indications of precautions, etc. with the holder for each container.

In the second embodiment of the holder according to the present invention, a flanged container Q having an outward flange portion R on the upper edge is arranged and inscribed so as to be inscribed in a peripheral edge sandwiching each rectangular corner portion. FIG. 4 (a) is a plan view of a blank in the second embodiment of the holder according to the present invention, and FIG. 4 (b) is a reference reduced plan view for six pieces. . The four flanged containers held in the second embodiment are held by a holding tool P2 ′ formed from the blank P2 in a state of 2 rows × 2 rows in which the outer edges of the flange portion R are separated by a predetermined distance. It is what is done. The blank P2 of the second embodiment shown in the drawing has a substantially square top plate 11 having the same number of corners and peripheral edges as the four flanged containers to be locked, and the peripheral edge of the top plate 11 respectively. An outer edge hanging piece 12 that is provided continuously through an outer edge folding line L11, and the top plate 11 has an outer edge of the flange portion R of the flanged container Q sandwiching each corner portion of the substantially square shape. A container holding region disposed so as to be inscribed in the peripheral edge, each container holding region being provided with a respective outer edge locking notch 14 formed in each of the outer edge folding lines L11 and locking the flange portion R; The inner edge hanging line 13 provided through the inner edge folding line L12 provided on the center side of the top plate 11 facing the respective corners and the inner edge folding line L12 are respectively drilled to lock the flange portion R. Inner edge locking cut 15 Each of the outer edge locking notches 14 and the inner edge locking cuts 15 bulge outward from the center of the flanged container Q and has a locking projection 16 at the center. Are formed so as to have a substantially bow shape. . Each of the locking protrusions 16 is provided with a short notch 17 that goes straight to the end of the protrusion. In addition, a break line L13 is formed from each intersection of the inner edge fold lines L12, orthogonal to the respective outer edge fold lines L11 and crossing each of the outer edge hanging pieces 12, and after the holder is formed, the break Lines can be broken and flanged containers with retainers can be split.

FIG. 4B is an enlarged view of the four blanks in FIG. 4A in the left-right direction, and increases the number of flanged containers by one row × 2 and holds six flanged containers. FIG. In the case of holding six pieces, the edge on which the flange portion R of the one row × two flanged containers abuts and is held in the width direction on one opposing peripheral edge of the blank P2 described in FIG. The blank P4 shown in the drawing is connected to the horizontally long top plate 31 and the peripheral edge of the top plate 31 via the outer edge folding line L31. The top plate 31 has an outer edge of the flange portion R of the flanged container Q so that the outer edge of the flange portion R is inscribed in the peripheral edges sandwiching the corner portions of the horizontally long rectangular shape. The corner container holding area arranged and the edge container holding area arranged so that the outer edge of the flange portion R of one flanged container Q is inscribed in the peripheral edge between the corner container holding areas. The corner container holding area and the edge container holding area The outer edge folding line L31 is formed at a position where the flange portion R is inscribed, and the outer edge locking notches 34 for locking the flange portion R, and the top plate facing the respective corner portions. 31 and an inner edge fold line 33 provided via an inner fold line L32 provided on the center side of the top plate 31 of the edge portion container holding region and the inner fold line L32, respectively. An inner edge locking notch 35 for locking the portion R is provided, and six flanged containers can be held. Each flanged container Q located in the corner container holding region has two flange portions R which are locked by the outer edge locking cuts 34 and one flange portion R which is the inner edge locking cut. The flanged container Q, which is locked to the flange 35 and is located in the edge container holding region, is locked at one portion of the flange portion R by the outer edge locking notch 34 and at two locations of the flange portion R. It is locked and connected to the inner edge locking cuts 35. Similarly, the blanks for holding 8 pieces or 10 pieces are formed by enlarging the blanks and increasing the outer edge locking cuts, the inner edge folding line, the inner edge hanging pieces, and the inner edge locking cuts. be able to.

FIG. 5 is an explanatory perspective view showing the assembled state of the second embodiment, and shows a state in which the four flanged containers Q are connected and held by the holder P2 'of the second embodiment. In the figure, a flanged container Q having an outward flange portion R on the upper end edge is disposed so as to be inscribed in the peripheral edges sandwiching each corner of the rectangular top plate, and the outer edge drooping piece 12 is connected to the outer edge folding line. At L11, two portions of the bent flange portion R are locked by outer edge locking notches 14 and 14, and the inner edge hanging piece 13 provided on the central side facing each corner of the top plate 11 is set as an inner edge fold line. By locking one place of the bent flange portion R to the inner edge locking notch 15 at L12, the four flanged containers Q are connected and held by the holder P2 ′. As described above, the collective packaging in a two-row state is excellent in operability because it can be connected and held by a simple operation. FIG. 5 shows the assembled state of the holders P2 ′ for holding the four pieces. However, regarding the formation of the holders using the above-mentioned even number of holding blanks, the holder for holding the six pieces shown in FIG. Also in the blank, the inner edge hanging piece added by the increase of one row is bent by the inner edge hanging piece by bending the inner edge hanging piece. By locking in the recess, it is possible to easily form a stable holding tool. Similarly, in the case of holding eight, the holder can be formed by locking the increased portion. In use, for the top plate 11 and each of the outer edge hanging pieces 12 and 6, the breaking line L13 formed in the top plate 31 and each of the outer edge hanging pieces 32, and for the six pieces, the breaking line L33 is also formed. It can be divided into containers for use by breaking, and can be stored in a small size after a small amount of use. Also. Use of contents and precautions etc. can be attached by the holder for each container.

As shown in FIG. 6, the third embodiment of the holder according to the present invention includes a substantially equilateral triangular top plate 21 having three corners and a peripheral side, and among the peripheral sides of the top plate 21, And the outer edge hanging piece 22 connected to each of the three long sides via an outer edge folding line L21. The top plate 21 has an outer edge of the flange portion R of the flanged container Q at the corner portion of the substantially equilateral triangle shape. A corner container holding region disposed so as to be inscribed in each of the peripheral edges sandwiching the outer periphery, and an outer edge of the flange portion R of the one flanged container Q inscribed in the peripheral edge between the corner container holding areas. The edge portion container holding region is disposed at the corner portion container holding region and the edge portion container holding region, and the flange portion R is formed at a position where the flange portion R is inscribed in each of the outer edge folding lines L21. An outer edge locking notch 24 for locking R; Respective inner edge hanging pieces 23 provided via inner edge folding lines L22 provided on the center side of the top plate 21 facing each corner and on the center side of the top plate 21 in the edge portion container holding region. And the inner edge folding line L22 is provided in each of the inner edge folding lines L22 and the inner edge locking cuts 25 for locking the flange portion R are provided to form six holding blanks. In addition, short cuts 27 that are orthogonal to each other are formed in the locking protrusions 26 at the center of the outer edge locking cuts 24 and the inner edge locking cuts 25. Moreover, from the two outward outward intersections of the inner edge fold lines L22, a break line L23 orthogonal to the outer edge fold line L21 and crossing the outer edge hanging piece 22 respectively, and the top plate 21 side of the inner edge fold lines L22 A break line L24 is formed by piercing and connecting the adjacent intersections.

FIG. 7 is an explanatory perspective view showing the assembled state of the third embodiment. When assembling the embodiment, the top of the blank P3 is placed on the upper surface of the flange portion R at the upper end of the flanged container Q arranged as described above. The back surface of the plate 21 is brought into contact with each other, and the inner edge hanging piece 23 is bent downward using the inner edge folding line L22, whereby the flange portions R of the flanged containers Q are respectively connected to inner edge locking notches 25 (in the drawing, The inner edge hanging piece is locked at one place (9 pieces in total), and then the outer edge hanging piece 22 is bent downward by using the outer edge folding line L21, so that the flange portion R of the flanged container Q is respectively The outer edge locking cuts 24 (three in one side, nine in total in the figure) are locked. The flanges that contact each corner are locked by two outer edge locking cuts and one inner edge locking cut, and the flanges that touch each edge are one outer edge locking cut. It is locked by two inner edge locking cuts. Although not shown in this figure, the locking protrusions 26 of the outer edge locking cuts 24 and the inner edge locking cuts 25 are respectively brought into contact with the back surface of the flange portion R and locked. The connection holding of the six flanged containers Q by the made holder P3 ′ is completed. A simple operation of bending six flanged containers with an outer edge hanging piece and an inner edge hanging piece, each of the flange portions of the flanged container is locked at three locations by an outer edge locking notch and an inner edge locking notch. The six flanged containers can be stably connected and held with a substantially equilateral triangular holder, so that the holder is superior in the display effect at the point of sale than the conventional one-row or two-row holding state. It becomes. In addition, it can divide | segment for every container by the fracture | rupture of the breaking line L23 and L24 formed by drilling and forming the top plate 21 to connect and each outer edge drooping piece 22, and a storage state can be made small after a small amount of use. . Also. Since each container has a holding tool, it is possible to attach display items such as how to use the contents.

P1 Blank P1 'Holder Q Container with flange R Flange part S Container lid 1 Top plate 2 Outer edge hanging piece 3 Inner edge hanging piece 4 Outer edge locking notch 5 Inner edge locking notch 6 Locking protrusion 7 Notch L1 Outer edge fold line L2 Inner edge fold line L3 Break line P2 Blank P2 'Holder 11 Top plate 12 Outer edge hanging piece 13 Inner edge hanging piece 14 Outer edge locking notch 15 Inner edge locking notch 16 Locking protrusion 17 Cutting L11 Outer edge folding line L12 Inner edge fold line L13 Break line P3 Blank P3 'Holder 21 Top plate 22 Outer edge hanging piece 23 Inner edge hanging piece 24 Outer edge locking notch 25 Inner edge locking notch 26 Locking protrusion 27 Notch L21 Outer edge folding line L22 Inner edge folding line L23 Break line P4 Blank 31 Top plate 32 Outer edge hanging piece 33 Inner edge hanging piece 34 Outer edge locking notch 35 Inner edge locking notch 36 Locking protrusion 37 Notch L31 Outer edge fold line 32 inner edge broken line L33 break lines

Claims (8)

A holder made of paperboard that collects and holds at least three flanged containers having flange portions, and the holder has the same number of corners and peripheral edges as the flanged containers to be locked. A top plate having a polygonal shape, and an outer edge hanging piece connected to the peripheral edge of the top plate via an outer edge folding line, the top plate being an outer edge of the flange portion of the flanged container Are provided with the same number of container holding regions as the flanged containers arranged so as to be inscribed in the peripheral edges sandwiching the corner portions, and the container holding regions are formed in each of the outer edge folding lines. Each of the inner edge folding line, the outer edge hanging piece provided via the inner edge folding line provided on the center side of the top plate facing the respective corners, the outer edge locking notch for locking the part Before being drilled Holder, characterized in that a cutting for inner engagement to lock the flange portion. The holder according to claim 1, wherein the number of the flanged containers to be locked to the holder is three, and the top plate has a substantially equilateral triangular shape. The holder according to claim 1, wherein the number of the flanged containers to be locked to the holder is four, and the top plate has a substantially square shape. The break line which cut | disconnected from each intersection of the inner edge folding lines formed in the said top plate at right angles to the said outer edge folding line, and respectively cross | intersects the said outer edge hanging piece was characterized by the above-mentioned. Retaining tool. A holder made of paperboard that holds six or more flanged containers each having a flange portion in a multiple of three, and the holder has a substantially equilateral triangular shape having three corners and a peripheral edge. A top plate and outer edge hanging pieces respectively connected to the peripheral edge of the top plate via an outer edge folding line, and the top plate has an outer edge of the flange portion of the flanged container having the substantially equilateral triangular shape. A corner container holding region arranged so as to be inscribed in each of the peripheral edges sandwiching the corner portion, and an outer edge of the flange portion of at least one flanged container is inscribed in the peripheral edge between the corner container holding regions. And the edge container holding area and the edge container holding area are formed in positions where the outer edge of the flange portion is inscribed in each of the outer edge folding lines. Cutting edge for outer edge locking Each inner edge hanging piece provided via an inner edge folding line provided on the center side of the top plate facing the respective corners and on the center side of the top plate in the edge portion container holding region, and the inner edge An inner edge locking notch that is formed in each of the fold lines and locks the flange portion is provided, and the flanged container located in the corner container holding region has two flange portions at the outer edge locking cut. The flange portion is locked at the inner edge locking notch and the flanged container located in the edge portion container holding region has one flange portion at the outer edge locking notch. The holder is characterized in that the two portions of the flange portion are locked and held by the inner edge locking cuts. A holder made of paperboard that holds and holds an even number of six or more flanged containers having flange portions, the holder having a substantially rectangular top plate having four corners and a peripheral edge; Each of the peripheral edges of the top plate is connected to a peripheral edge of the top plate via an outer edge folding line, and the top plate has an outer edge of the flange portion of the flanged container at a peripheral edge sandwiching the corner portion, respectively. A corner container holding region arranged so as to be inscribed, and an outer edge of the flange portion of at least one flanged container between the corner container holding region and one opposite two sides of the peripheral edge. Edge container holding area, and the corner container holding area and the edge container holding area include the at least three flanges on each of the outer fold lines on one opposite side of the peripheral edge. Outer edge of the flange part of the attached container An outer edge that is drilled at a position where the outer edge of the flange portion of each of the two flanged containers is inscribed in each of the inscribed position and the outer edge fold line on the other two opposite sides of the peripheral edge, and locks the flange portion Locking notches, and inner edge hanging pieces provided via inner edge folding lines provided on the center side of the top plate facing the respective corners and on the center side of the top plate of the edge portion container holding region And an inner edge locking notch which is formed in each of the inner edge folding lines and locks the flange portion, and the flanged container located in the corner container holding region has two flange portions at the outer edge engagement. The flanged portion of the flanged container located in the edge portion container holding region is engaged with the outer edge portion, while the flange portion is engaged with the inner edge engaging notch portion. Locked to the notch Holder, characterized in that the two portions of the flange portion is locked held in the inner locking notch with the. Of the intersections between the inner edge fold lines formed on the top plate, the break lines that originate from the respective intersections of the inner edge fold lines formed on the top plate and are orthogonal to the outer edge fold lines and cross the outer edge hanging pieces, respectively. The holder according to claim 5 or 6, wherein a break line connecting the intersections close to the center of the cut is engraved. The outer edge locking notch and the inner edge locking notch each have a substantially arcuate shape that bulges in the direction of the outer edge hanging piece and the inner edge hanging piece, respectively, and has a locking projection at the center of each width. The holder according to any one of claims 1 to 7.

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