JP6285148B2 - Mount with pedestal - Google Patents

Description

  The present invention relates to a mount with a pedestal, and particularly relates to a mount with a pedestal that is formed from a single blank and includes a pedestal portion on which a product is placed at a lower end portion.

  For example, as a package for displaying small items such as cosmetics and stationery items, the product is attached to a mount made of a thin sheet material made of paper or plastic via an adhesive or a shrink film. In the state where the product is suspended, the product is hung from the hook part and displayed (for example, see Patent Document 1).

  The suspension mount of Patent Document 1 is preferably provided with a cradle (pedestal portion) at the lower end portion of the vertically long rectangular mount body. The cradle is formed by bending a portion of the blank, which is a thin sheet material for forming the mount, which is connected to the mount body into a three-dimensional shape having a substantially square cross-sectional shape, for example. In the hanging mount of Patent Document 1, it is possible to suppress the inclination of the mount when the product is suspended from the hook portion by attaching the product to the mount in a state where the product is placed and supported on the cradle. This makes it possible to improve the display effect at the time of display.

JP-A-11-105921

  In a conventional base with a base having a base for placing a product on the lower end, the blank of the part that is preferably provided continuously below the base of the vertically long rectangular base is folded, for example, vertically forward with respect to the base. Form a face plate, fold vertically downward with respect to the top plate, form a front plate, fold vertically backward with respect to the front plate to form a bottom plate, and further fold vertically upward with respect to the bottom plate. By forming the pedestal, the pedestal can be easily formed as a three-dimensional cradle having a substantially square cross-sectional shape.

  On the other hand, in the case of a conventional mount with a pedestal provided with a pedestal portion on which a product is placed, particularly when the product has a circular or substantially circular front shape or planar shape, a lower edge that curves in an arc shape is provided. Since the product is placed on the pedestal portion in a state of being in point contact with the upper surface plate, the stability is lacking. In addition, when a product is fixed to a rigid pedestal portion having a substantially square cross-sectional shape, it is difficult to sufficiently absorb the impact received by the product, for example, when it is dropped or collided. When the part is made flexible, the pedestal is greatly damaged.

  In the present invention, for example, even when a product has a circular or substantially circular front shape or planar shape and the lower end edge is curved, the lower end edge that is curved is placed on the pedestal portion in a stable state. And providing a mount with a base that can effectively absorb, for example, a shock received by the product at the time of dropping or collision, and a package with a base using the mount with the base. With the goal.

  The present invention is a mount with a pedestal that is formed from a single blank provided with a fold line and a cut line, and includes a pedestal portion on which a product is placed at a lower end portion, and the pedestal portion is a flat mount A top plate connected to one end of the main body via a first fold line, a front plate connected to one end of the top plate via a second fold line, and a first plate on one end of the front plate. A bottom plate connected via a three-fold line, and a back plate connected via a fourth bend line to one end of the bottom plate, and the top plate of the pedestal portion has a pair of sides An intermediate recess that allows the edge of the product to face downward from the upper surface of the side portion is provided in an intermediate portion sandwiched by the upper surface portions, and the intermediate recess is an inner edge of the upper surface of the side portion on both sides. A pair of projecting pieces, each projecting in a cantilever shape from the center toward the center, are bent downward and deformed A mount with a pedestal on which the product is placed on the pedestal portion in a state where the lower end edge of the product is disposed in the intermediate recess and supported on the side upper surface portions on both sides thereof By providing the above, the above object is achieved.

  Further, the present invention is such that a product is packaged on the above-mentioned mount with a base in a state where the lower end edge portion thereof is disposed in the intermediate recess portion of the upper surface plate and is supported by the pair of upper surface portions of the side portions. The above object is achieved by providing a package with a base.

  According to the mount with a pedestal or the package with a pedestal of the present invention, for example, even when the product has a circular or substantially circular front shape or a planar shape and the lower end edge is curved, the lower end edge is curved. The product can be mounted on the pedestal portion in a stable state, and the product can be attached, and for example, the impact received by the product at the time of dropping or collision can be effectively absorbed.

It is a perspective view of the packaging body with a base which attached the goods to the base paper with a base which concerns on preferable one Embodiment of this invention. It is an expanded view of the blank for forming the mount with a base which concerns on preferable one Embodiment of this invention. It is a perspective view which illustrates the process of forming mount with a base from a blank. (A) is the perspective view and A section enlarged view which illustrate the process of forming a base with mount from a blank, and (b) is the expansion perspective view which looked at the A section of (a) from the B direction. It is a perspective view of the compact container attached to the mount with a base which concerns on preferable one Embodiment of this invention.

  As shown in FIG. 1, a mount 10 with a base according to a preferred embodiment of the present invention is a small product 20, for example, a compact product 20 containing cosmetics placed on and mounted on a base 11. The attached product 20 is preferably covered with a shrink film (not shown), so that the package 30 with a base is configured integrally with the product 20. The package 30 with the base is preferably displayed in a state of being suspended from a hook portion for display, for example, via a suspension hole 12a formed in the upper end portion of the mount body 12 of the mount 10. The mount 10 with a base according to the present embodiment can be easily formed by using one blank 13 (see FIG. 2) that is a sheet-like sheet material made of paper or plastic. The mount 10 with the base of the present embodiment has a function of allowing the product 20 to be placed on the base 11 in a stable state even if the product 20 is a compact container (see FIG. 5) having a substantially circular planar shape. For example, it has a function to effectively absorb the impact received by the product 20 at the time of dropping or collision.

  And the mount 10 with a base of this embodiment is provided with bending lines 14a, 14b, 14c, 14d, 14e and cut lines 15a, 15b, 15c, 15d, 15e, 15f, as shown in FIGS. It is a mount for displaying products, which is formed from a single blank 13 and includes a pedestal 11 on which a product 20 is placed at the lower end portion. The pedestal 11 includes an upper surface plate 16 connected to one end side (lower end portion side) of the flat board main body 12 via a first fold line 14a, and a second fold line 14b on one end side of the upper surface plate 16. The front plate 17 connected via the bottom plate 18, the bottom plate 18 connected to the one end side of the front plate 17 via the third fold line 14 c, and the fourth fold line 14 d to the one end side of the bottom plate 18. And a back plate 19 that is continuously provided. The pedestal portion 11 bends the upper surface plate 16 forward or perpendicular to the mount body 12, bends the front plate 17 downward vertically or substantially perpendicular to the upper surface plate 16, and folds the bottom plate 18 to the front plate 17. The front end portion 19a of the back plate 19 is joined to the back surface of the mount body 12 in a state where the back plate 19 is bent vertically or substantially perpendicularly to the rear and the back plate 19 is folded upward vertically or substantially perpendicular to the bottom plate 18. Thus, the pedestal 11 having a substantially square cross-sectional shape when viewed from the side is formed. Further, the upper surface plate 16 of the pedestal portion 11 includes an intermediate recess 16b that allows the edge of the product 20 to face the lower side of the side upper surface portion 16a at an intermediate portion sandwiched between the pair of side upper surface portions 16a. The product 20 is placed on the pedestal 11 in a state where the lower end edge of the product 20 is disposed in the intermediate recess 16b and the product 20 is supported by the side upper surface portions 16a on both sides thereof. .

  Here, in the present specification, the lower direction is a direction from the center of the mount body 12 toward the lower end portion side where the pedestal portion 11 is provided, and the upper direction is an upper end portion opposite to the lower end portion from the center of the mount body 12. It is a direction toward the side. Further, the front is a direction from the back side of the mount main body 12 toward the front side to which the product 20 is attached, and the rear is a direction from the front side to the back side of the mount main body 12.

  Moreover, in this embodiment, the intermediate | middle recessed part 16b is a compact goods 20 from the pair of overhang | projection piece 16c provided in the shape of the cantilever from the inner edge part of a pair of side part upper surface part 16a toward the center side, respectively. It is formed by flexing and deforming downward depending on the weight and the pressing method when the compact product 20 is set on the mount 10 with the base. In addition, the compact goods 20 may be filled with contents such as cosmetics in the interior of the compact container, or the interior of the compact container may be empty and used as a refill container. .

  Further, in the present embodiment, the front plate 17 of the pedestal portion 11 has a width extending in a convex shape above the second fold line 14b in a portion between the pair of side surface upper surface portions 16a of the upper surface plate 16. A stop piece 17a is provided.

  The mount 10 with a base of the present embodiment is formed by using, for example, a single paper blank 13 (see FIG. 2). The blank 13 is easily obtained by, for example, punching and cutting a sheet material made of a thin paper sheet so as to have a predetermined developed shape in which the base 10 with a base having the three-dimensional base 11 is developed. be able to. The blank 13 has a shape-retaining rigidity and elasticity that can easily hold a smoothly curved state without bending even when the side edge is gripped and horizontally extended in a cantilevered manner. Deformability that can be easily bent by force.

  Further, the blank 18 includes bending lines 14a, 14b, 14c, 14d, and 14e made of, for example, half-cut lines, ruled lines, perforations, and cut lines 15a, 15b, 15c, and 15d made of all cut lines. , 15e, 15f are provided at appropriate positions. This makes it possible to easily assemble the base with mount 10 provided with the three-dimensional base 11 using the blank 18.

  In the present embodiment, in the development view of the blank 18 shown in FIG. 2, for example, a lower side (on the one end side) of the vertically long and substantially rectangular mount body 12 having a vertical width of about 168 mm and a horizontal width of about 80 mm. An upper surface plate 16 having a horizontal width similar to that of the mount body 12 is continuously provided with a vertical width of, for example, about 28 mm via the one folding line 14a. Below the upper surface plate 16, a front plate 17 having a horizontal width similar to that of the mount body 12 is continuously provided with a vertical width of about 12 mm, for example, via a second fold line 14b. Below the front plate 17, a bottom plate 18 having a horizontal width similar to that of the mount body 12 is continuously provided with a vertical width of about 28 mm, for example, similar to the top plate 16, via a third fold line 14 c. Below the bottom plate 18, a back plate 19 having a horizontal width similar to that of the mount body 12 is continuously provided with a vertical width of about 28 mm, for example, via a fourth folding line 14d.

  In the present embodiment, the first fold line 14 a between the mount body 12 and the upper surface plate 16 is formed only on the side portions on both sides in the width direction of the mount body 12 and the upper surface plate 16. A first cut line 15a is formed in an intermediate portion between the first folding lines 14a on both sides so as to bite into the upper surface plate 16 side and draw a flat, substantially U-shape. The base end portions on both sides of the first cut line 15a are respectively connected to the inner end portions of the first folding lines 14a on both sides. When the pedestal 11 is assembled, the portion surrounded by the first cut line 15a protrudes downward from the first fold line 14a continuously with the mount body 12 and preferably has a bottom edge at the bottom plate. 18 to form the reinforcing piece 12b (see FIG. 4A).

  Further, in each of the first folding lines 14a on both sides, a small U-shaped second cut line 15b is formed so as to bite into the upper surface plate 16 side so as to be interposed between these intermediate portions. A portion surrounded by the second cut line 15b protrudes downward from the first fold line 14a continuously with the mount body 12 when the pedestal portion 11 is assembled. Form. When the base 11 is assembled, the auxiliary locking piece 12c is arranged so as to overlap the back plate 19 on the outer peripheral edge of a locking hole 19b provided in the back plate 19 to be described later. Reinforcement is made so that a locking piece 18b, which will be described later, does not come off from the locking hole 19b (see FIGS. 4A and 4B).

  In the present embodiment, the second fold line 14 b between the upper surface plate 16 and the front plate 17 is also formed only on the side portions on both sides in the width direction of the upper surface plate 16 and the front plate 17. A third cut line 15c is formed in an intermediate portion between the second folding lines 14b on both sides so as to cut into the upper surface plate 16 and draw a flat, substantially arc shape. The vertical base end portions on both sides of the third cut line 15c are respectively connected to the inner end portions of the second folding lines 14b on both sides. When the pedestal portion 11 is assembled, the portion surrounded by the third cut line 15c protrudes above the second bending line 14b continuously with the front plate 17 so that the above-mentioned width stop piece 17a is Form.

  Moreover, in this embodiment, the part pinched | interposed by the 1st fold line 14a of both sides in the upper surface board 16 and the 2nd fold line 14b of both sides is a pair of side part upper surface part 16a of both sides. . A portion sandwiched between the first cut line 15a and the third cut line 15c in an intermediate portion between the side upper surface portions 16a forms a pair of projecting pieces 16c on both sides. The pair of overhanging pieces 16c is formed by dividing a portion sandwiched between the first cut line 15a and the third cut line 15c by forming a central cutout part 16d, whereby the inner edges of the pair of side upper surface parts 16a on both sides Each part is provided in a state of projecting in a cantilever shape toward the center side.

  In the present embodiment, the third fold line 14 c between the front plate 17 and the bottom plate 18 extends from the side edges on both sides of the bottom plate 18 when the vertical width of the front plate 17 (when the pedestal 11 is assembled). It is formed at a portion between the fourth cut lines 15d on both sides, which is cut to a position separated by a width corresponding to (height). Further, the fourth fold line 14d between the bottom plate 18 and the back plate 19 was cut from the side edges on both sides of the bottom plate 18 to a position separated from the lateral width corresponding to the vertical width of the front plate 17. , Formed on the part between the fifth cut lines 15e on both sides.

  Further, in the present embodiment, the side edge portions on both sides of the bottom plate 18 have a width corresponding to the vertical width of the front plate 17 from the side edge of the bottom plate 18 (height when the pedestal 11 is assembled). Standing fold lines 14e are formed at positions apart from each other. The third fold line 14c and the fourth fold line 14d are separated by the above-described fourth cut line 15d and the fifth cut line 15e from the edges on both sides to the standing fold line 14e. It is in the state. Thereby, the upper and lower ends of the upright folding line 14e are connected to the inner ends of the third folding line 14c and the fourth folding line 14d, respectively. Further, this makes it possible to fold the bottom plate 18 outside the upright folding line 14e as the upright flap piece 18a and to be bent upward through the upright folding line 14e. When the pedestal 11 is assembled, the upright flap pieces 18a on both sides bent perpendicularly or substantially perpendicularly to the bottom plate 18 have upper end surfaces at the lower surfaces of the side upper surface portions 16a of the upper surface plate 16. Are arranged so as to abut each other.

  Furthermore, in the present embodiment, the fifth cut lines 15e on both sides of the fourth fold line 14d are formed on the side of the bottom fold plate 18 by drawing a flat, substantially U-shaped portion on the side of the fold line 14e. While being bitten, it is formed so that the side edge portion of the bottom plate 18 extends in the same straight line as the fourth folding line 14d. As a result, when the pedestal 11 is assembled, the locking pieces 18b projecting toward the back plate 19 are respectively provided at the upper ends of the side plates on the back plate 19 side of the folded upright flap pieces 18a on both sides. It is formed (see FIGS. 4A and 4B). When the pedestal 11 is assembled, the locking pieces 18b are inserted into the locking holes 19b provided in the back plate 19 and are locked along the outer peripheral edge of the locking plate 18b.

  Furthermore, in the present embodiment, the fourth fold line 14d between the fifth cut lines 15e on both sides has a flat U-shaped sixth cut line 15f interposed between these middle portions, It is formed in two places by biting into the bottom plate 18 side.

  In the present embodiment, the back plate 19 connected to the bottom plate 18 is provided with two locking holes 19b having a substantially rectangular opening shape, which are disposed on both sides in the width direction. The locking holes 19b are arranged so that the outer sides of the substantially rectangular opening shape are arranged on the extension of the standing fold line 14e, and from the position where the vertical width of the front plate 17 is separated from the fourth fold line 14d. Is formed so that at least a part thereof is opened upward (downward in a state where the pedestal 11 is assembled). As a result, when the pedestal 11 is assembled, the locking pieces 18b of the upright flap pieces 18a are fitted in the locking holes 19b along the inner peripheral edge of the locking holes 19 respectively. It becomes possible to lock (see FIGS. 4A and 4B).

  In the present embodiment, the back plate 19 is formed so as to have a vertical width longer than the vertical width of the front plate 17. For example, an adhesive is applied to the front end portion 19 a of the back plate 19, which is an area longer than the front plate 17, and can be bonded to the back surface of the mount body 12.

  And the mount 10 with a base of this embodiment is assembled | attached easily so that it may become a three-dimensional shape provided with the base part 11 which mounts the goods 20 in a lower end part using the blank 18 processed and formed as mentioned above. be able to. That is, in this embodiment, for example, as shown in FIG. 3, the bottom plate 18 and the back plate 19 are folded back from the single blank 18 shown in FIG. 2 via the second fold line 14b. Then, by joining the front end portion 19a of the back plate 19 to the back surface of the mount body 12, a two-fold mount 13a that is folded in two is formed. By forming the flat two-fold mount 13a, for example, a large amount of mount can be transported from a mount manufacturing factory to a product or package manufacturing factory without being bulky.

  In order to form the mount 10 with the base from the two-fold mount 13a, the angle between the front plate 17 and the bottom plate 18 is set to the portion of the folded second folding line 14b, for example, in a manufacturing factory for goods or packaging. Push it forward while making it open to approximately 90 °. As a result, the top plate 16 is bent substantially vertically from the mount body 12 with the first fold line 14a as a valley fold line, and the top plate 16 to the front plate 16 is substantially vertically downward with the second fold line 14b as a mountain fold line. The bottom plate 18 is bent substantially vertically from the front plate 17 with the third fold line 14c as a mountain fold line, and the back plate 19 from the bottom plate 18 is substantially vertical with the fourth fold line 14d as a fold line. The pedestal portion 11 having a substantially square cross-sectional shape is easily formed in a state where it is bent into a bent shape (see FIG. 4A).

  In the present embodiment, as shown in FIGS. 4 (a) and 4 (b), the upright flap pieces 18a on both sides of the bottom plate 18 are bent substantially vertically upward through the upright bending lines 14e. Thus, the upper end surface of the upper surface plate 16 is brought into contact with the lower surface of the side upper surface portion 16a. Further, an engaging piece 18b formed at the upper end portion of the side edge of the standing flap piece 18a on the back plate 19 side is inserted into an engaging hole 19b provided in the back plate 19, and the inner peripheral edge on the outer side thereof It latches along each part. As a result, the pedestal portion 11 formed at the lower end portion of the mount 10 with the pedestal is in a locked state, so that a three-dimensional shape having a substantially square cross-sectional shape can be easily held, and the pedestal It becomes possible to support the load from the product 20 placed on the portion 11 in a strong and stable state.

  Further, in the present embodiment, when the pedestal 11 is assembled in a three-dimensional shape, the reinforcing piece 12b that is continuous with the mount body 12 and projects downward from the first fold line 14a is preferably the lower end. A width stop piece 17a that is arranged with its edge in contact with the bottom plate 18 and that is flush with the front plate 17 and projects above the second fold line 14b is preferably Are arranged at intervals corresponding to the thickness of the product 20.

  In the present embodiment, the small product 20 that is placed on the pedestal 11 and attached to the mount 10 with the pedestal is a compact product 20 having a substantially circular planar shape as shown in FIG. The compact product 20 is preferably composed of a container body 21 filled with cosmetics and an opening / closing lid 23 that is pinned to the container body 21 via the rotation connecting portion 22 so as to be openable and closable. The opening / closing lid 23 can be opened by pressing the opening operation portion 24 arranged at a position facing the portion 22 in the radial direction.

  As shown in FIG. 1, the compact product 20 has the opening operation portion 24 disposed at the lower end portion and the rotation coupling portion 22 disposed at the upper end portion so that the bottom portion is aligned with the mount body 12. Thus, it mounts between the mount body 12 and the width stop piece 17a, and is mounted on the mount 10 with the mount by placing it on the upper surface plate 16 of the mount 11. Thus, the pair of projecting pieces 16c provided so as to project from the side upper surface portion 16a of the upper surface plate 16 in a cantilever shape preferably allows the weight of the compact product 20 filled with cosmetics or the compact product 20 to be reduced. Depending on the pressing method when setting the mount 10, it will bend and deform downward. Further, the lower end edge of the compact product 20 faces below the side upper surface portion 16a at the intermediate portion of the upper surface plate 16 sandwiched between the side upper surface portions 16a on both sides by the distal end side portion of the projecting piece 16c that is bent and deformed. An intermediate recess 16b is formed. Further, the compact product 20 is placed on the pedestal portion 11 in a state where the compact product 20 is supported by the pair of side surface upper surface portions 16a on both sides via the protruding pieces 16c.

  Moreover, in this embodiment, the compact goods 20 attached to the mount 10 with a base will be in the state by which the lower end part in which the open | release operation part 24 was arrange | positioned was concealed from the front by the width stop piece 17a. This makes it possible to effectively prevent mischief when the compact product 20 is displayed at the storefront, and to ensure the virginity of the compact product 20.

  The compact product 20 is affixed to the mount body 12 as it is, or preferably is covered with a known shrink film (not shown) affixed to the mount body 12 so as to be integrated with the mount 10 with a base, A package 30 with a base is formed.

  And according to mount 10 with a base and packaging body 30 with a base of this embodiment provided with the above-mentioned composition, the compact goods 20 which are goods have a substantially circular plane shape, and the lower end edge at the time of standing upright Even when the portion is curved, it is possible to mount the compact product 20 by placing the curved lower end edge on the pedestal portion 11 in a stable state. It is possible to effectively absorb the received impact.

  That is, according to the present embodiment, the pedestal portion 11 having a substantially square cross-sectional shape provided at the lower end portion of the mount 10 with the pedestal is such that the upper surface plate 16 has a pair of side surface upper surface portions on both sides. An intermediate recess 16b is provided in the intermediate portion sandwiched by 16a so that the edge of the product 20 faces downward from the side upper surface portion 16a, and the lower end edge of the compact product 20 is disposed in the intermediate recess 16b. The compact product 20 is placed on the pedestal 11 while being supported by the pair of side upper surfaces 16a on both sides.

  Therefore, according to the present embodiment, the compact product 20 placed on the pedestal portion 11 is supported at least at two points by the pair of side surface upper surface portions 16a on both sides of the upper surface plate 16, so that the compact product 20 is compact. Even when the product 20 has a substantially circular planar shape and the lower end edge when being placed vertically is curved, the product 20 is stably placed on the base 11 and attached to the base 10 with the base. It becomes possible.

  Further, according to the present embodiment, the intermediate recess 16b has a pair of overhanging pieces 16c provided in a cantilever shape from the pair of side upper surface portions 16a on both sides toward the center side, and the compact product 20 The pair of overhanging pieces 16c are supported in a state where they can be elastically deformed up and down by contacting the lower edge of the compact product 20 from below. Therefore, by elastically deforming the pair of overhanging pieces 16c, it is possible to effectively absorb the impact received by the compact product 20 at the time of dropping or collision, for example.

  The present invention is not limited to the above-described embodiment, and various modifications can be made. For example, the mount with a pedestal does not necessarily need to include a width stop piece extending above the second fold line and a standing flap piece on the side edge portions on both sides of the bottom plate. In addition, the product placed on the pedestal portion does not necessarily have a circular or substantially circular front shape or a planar shape, and other products such as a substantially elliptical shape, a substantially oval shape, a substantially rectangular shape, or a polygonal shape. Various front shapes and planar shapes may be provided. The product attached to the mount with the base may be a small product such as other cosmetics or stationery other than the compact product containing the cosmetic.

10 Mount with base 11 Base 12 Base body 12a Hanging hole 12b Reinforcement piece 13 Blank 13b Bottom part insertion flap pieces 14a, 14b, 14c, 14d, 14e Folding lines 15a, 15b, 15c, 15d, 15e, 15f Cut line 16 Top plate 16a Side top surface 16b Intermediate recess 16c Overhang piece 17 Front plate 17a Width stop piece 18 Bottom plate 18a Standing flap piece 18b Locking piece 19 Back plate 19a Tip part 19b Locking hole 20 Compact product (small item) )
21 Container body 22 Rotating connecting part 23 Opening / closing lid 24 Opening operation part

Claims (8)

It is a mount with a pedestal provided with a pedestal part, which is formed from one blank provided with a fold line and a cut line, and places a product on the lower end part,
The pedestal portion includes a top plate connected to one end side of the flat board main body via a first fold line, and a front plate connected to one end side of the top plate via a second fold line; A bottom plate connected to one end side of the front plate via a third fold line; and a back plate connected to one end side of the bottom plate via a fourth fold line;
The upper surface plate of the pedestal part is provided with an intermediate recess that allows an edge of the product to face downward from the upper surface part of the side part at an intermediate part sandwiched between a pair of upper surface parts of the side parts,
The intermediate recess is formed by bending and deforming a pair of projecting pieces provided in a cantilever shape from the inner edge of the side upper surface on both sides toward the center, respectively,
A mount with a pedestal on which the product is placed on the pedestal portion in a state where the lower end edge of the product is disposed in the intermediate recess and supported by the upper side portions of the side portions on both sides thereof.   2. The front plate of the pedestal portion includes a width stop piece that extends above the second fold line in a portion between the pair of side surface upper surface portions of the upper surface plate. Mount with pedestal. Standing fold lines are respectively formed on the side edge portions of the bottom plate at positions separated from the side edges by the width corresponding to the height of the front plate, and the third fold line and the The fourth fold line is in a state in which the portions from the edges on both sides to the upright fold line are cut off, and the portion outside the upright fold line is used as the upright flap piece. The upright flap pieces that are bent upward and bent through the upright fold line are arranged so that the upper end surfaces of the upright flap pieces are in contact with the lower surfaces of the side upper surface portions of the upper surface plate , respectively. A mount with a base according to 1 or 2.   The standing flap piece protrudes toward the back plate side from the fourth fold line, and is provided with a locking piece. When the pedestal portion is formed, the locking piece is The mount with a base according to claim 3, which is locked in a locking hole provided on the back plate side.   The mount main body is provided with a locking auxiliary piece protruding from the first fold line toward the upper surface plate, and the locking auxiliary piece is formed when the pedestal portion is formed. The reinforcing hole is disposed at an outer peripheral edge of a portion where the locking piece of the locking hole provided on the back plate side is locked to reinforce the locking piece so as not to come off the locking hole. Mount with pedestal as described.   A state in which the product is placed on the mount with the pedestal according to any one of claims 1 to 5 and the lower end edge portion thereof is disposed in the intermediate recess portion of the upper surface plate and is supported by the pair of upper surface portions of the side portions. Package with pedestal packaged in   The product has a circular or substantially circular front shape or planar shape, and an arc-shaped lower end edge portion is disposed in the intermediate recess and is supported on the side upper surface portions on both sides. Package with pedestal as described. The package with a pedestal according to claim 6 or 7, wherein the commodity placed on the pedestal portion and attached to the mount with the pedestal is covered with a shrink film.

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