JP3141784U - Packaging structure for pans, etc. - Google Patents

Abstract

[PROBLEMS] To achieve easy packaging, efficient use of materials, and realization of robust packaging in mount packaging, which has a simple structure, a small amount of materials used, and low manufacturing costs compared to box packaging. Provide structure.
SOLUTION: A belt-shaped first belt mount 2 and a second belt mount 3 having a length corresponding to the size of an object to be packaged 1 are connected so as to intersect each other at an intermediate portion thereof, and the intersecting portions are connected to each other. Each band mount is wound in the vertical direction on the bottom surface of the packaged object, and the combination connecting portions (for example, the cut grooves 23a and 23b from different sides are formed on the sides) are formed at positions corresponding to the size of the packaged object. The object to be packaged is wrapped in a cross-bowl shape with a band mount using an insertion and meshing connection structure.
[Selection] Figure 5

Description

  The present invention mainly relates to a packaging structure using a mount for pots, pans, tableware, food containers and the like.

  In paper packaging such as pots, frying pans, tableware and the like, mounting packaging has been performed in the past, which has a simple structure, a smaller amount of materials to be used, and a lower manufacturing cost than box packaging.

  The basic structure of this mount packaging is such that a single mount is folded to wrap an article to be packaged as shown in Patent Document 1 (Japanese Utility Model Publication No. 49-23381).

  In addition, when the packaged item is a laminated member, as disclosed in Patent Document 2 (Japanese Utility Model Publication No. 57-80483), the packaged item is placed in addition to the cylindrical outer covering mount (outer peripheral mount). A combination packaging means with an inner mount that supports each unit has been proposed.

  Also known is a packaging structure provided with an end surface packaging portion (folding side piece) covering a cylindrical opening portion of a packaged object on a cylindrical sheet that surrounds the packaged object (peripheral mount forming a cylindrical package). ing. For example, in Patent Document 3 (Japanese Utility Model Publication No. 47-37890), a part of the folded side piece extending from the side surface portion of the outer periphery mount is inserted into the opening of the packaged object, and A structure is disclosed in which the inside and outside of the opening are sandwiched by grooves formed in the mount.

  Similarly, in Patent Document 4 (Japanese Utility Model Laid-Open No. 55-164177), a folding side piece on the side edge of the outer periphery mount is formed in a shape corresponding to the outer shape of the package, and this folding side piece is inward. There is disclosed a mount that is bent into a shape and attached to the outer shape of the package.

Japanese Utility Model Publication No. 49-23381. Japanese Utility Model Publication No. 57-80483. Japanese Utility Model Publication No. 47-37890. Japanese Utility Model Publication No. 55-164177.

  The conventional mount packaging described above basically employs a mount (peripheral mount) that wraps around the packaged object in a cylindrical shape, and suppresses the packaged object at the end surface where the outer mount is opened. It has become a support for folding. For this reason, the folding operation of the folding side piece is complicated, and it cannot be said that the suppression of the article to be packaged at the end face portion is necessarily robust.

  In addition, when the object to be packaged is a laminate, it is not preferable to employ a mount as a packaging support portion as described in Patent Document 2 because a large amount of material (mounting paper) is used.

  Further, when cutting and forming a packaging mount from a single mount, if the folding side piece is greatly extended from the side of the outer periphery mount as described in Patent Document 3, the portion to be cut and discarded becomes large, and the material It is not preferable from the viewpoint of effective use.

  Therefore, the present invention proposes a packaging structure such as a new pan that is easy to wrap and that realizes robust packaging by efficiently using the material of the outer periphery mount (mounting paper).

  The packaging structure of a pan or the like according to the present invention (Claims 1 and 2) is provided with strip-shaped first and second band mounts having a length corresponding to the size of an item to be packaged, and intersects at an intermediate portion between each other. In addition, the crossing portion is positioned on the bottom surface of the package, and each band mount is wound in the vertical direction to form a combination combination connecting portion (for example, different) formed at a position corresponding to the size of the package It is formed by wrapping an item to be packaged in a cross-bowl shape with an interlocking connection structure in which cut grooves from the side are inserted into each other, or a combined connection structure of a cut groove and an insertion piece that does not open on the side. It is a feature.

  Thus, the object to be packaged is packaged so as to be bound by the first and second band mounts intersecting with each other, and the opening end surface portion of one band mount (corresponding to the previous outer mount) is the other It becomes the structure to hold down with the obi mount. The band mount crossing angle is approximately orthogonal for circular pans, etc., but for a packaged object such as an elliptical dish, it intersects with an appropriate angle from the orthogonal angle according to the shape of the packaged object. Link.

  In addition, the packaging structure of a pan or the like according to the present invention (Claim 3) is the packaging structure in one or both of the first belt mount and the second belt mount in the packaging structure described above. A cutting line is formed in which a tongue piece having a folding line at the stacking boundary position of the object is provided, and the tongue piece is inserted into the stacking gap of the package.

  Thus, when packaging an object to be packaged (for example, a pan with a lid) on both belt mounts so as to be bound by the first and second belt mounts that intersect, the stack boundary (for example, the lid on the pan body) As a result, the tongue piece becomes a buffer for the laminate (for example, the pan body and the lid).

  Furthermore, the packaging structure of a pan or the like according to the present invention (Claim 4) is formed by cutting out the first and second band mounts in the form of a rectangular band from a single mount in parallel. When cutting, except for the triangular connecting piece provided on one middle strip in the longitudinal direction, cut in the longitudinal direction, forming the first strip mount and the second strip mount in a partially connected state, and extending the cut line The line is a folding line at the bottom of the connecting piece, the one hypotenuse is the folding line and the other hypotenuse is the cut line, and the connecting piece is provided in the form of an isosceles triangle corresponding to the intersection angle.

  Therefore, both belt mounts are composed of one sheet, and the connecting piece is folded and overlapped with the other belt mount (second belt mount) at the bottom folding line, and the connecting folding curve is folded. One band mount (first band mount) intersects with the other band mount and is overlapped and connected.

  As described above, the configuration of the present invention is to change the combination of the conventional outer periphery mount and the folding side piece and wrap it so as to be bound with two intersecting strip mounts (first and second strip mounts). In this way, it is not necessary to fold the fold-side piece that is continuous with the outer periphery mount, which simplifies the packaging work and reduces the amount of material to be cut and discarded from the specified mount by using a band mount. Effective use is realized.

  Moreover, when the package is a laminate such as a pan with a lid, it is possible to take a countermeasure against buffering by forming a tongue piece on the mount, and it is possible to produce both belt mounts in a connected state with a single mount. Therefore, it is possible to realize the cross connection of both belt mounts with only the folding means without the need for gluing or the like.

  Next, an embodiment of the present invention will be described. FIGS. 1 to 5 show a first embodiment. This embodiment mainly wraps an article composed of a round pan body 12 having a one-handed handle 11 and a lid 13 like a one-handed pan 1. It is adopted in the structure.

  The mount used as the packaging material is a long rectangular cardboard / thin resin plate, which is divided into two in the longitudinal direction and one is used as the first belt mount 2 and the other as the second belt mount 3. The first band mount 2 and the second band mount 3 are divided by a cut line (divided cut line 4a) except for a predetermined range (a connecting portion piece 21 to be described later) in the longitudinal center portion.

  Further, the folding belts 5 and 3 are appropriately provided on both belt mounts 2 and 3, and the rising folding curve 5a is formed with a width corresponding to the bottom diameter of the pan body 12 from the middle portion in the longitudinal direction to the outside. Further, an upper folding curve 5b is provided at a position separated from the rising folding curve 5a by a length corresponding to the height of the pan body 12, and the lid body 13 is provided outside the upper folding curve 5b. The folded folding curve 5c is provided at a position separated by a width corresponding to the thickness of the laminated layers.

  Further, in order to realize a cross-linking structure between the two band mounts 2 and 3, a connecting piece 21 and a sandwiching piece 22 are provided at an intermediate portion between the two band mounts 2 and 3.

  The connecting piece 21 is an isosceles triangle formed on the first band mount 2 with the base folding line 5d formed on the extension of the dividing cut line 4a as a base, and one hypotenuse as a connecting part folding curve 5e. The other hypotenuse is the connecting portion cut line 4b.

  Further, the sandwiching piece 22 is provided in the first band mount 2 at a symmetrical position (the longitudinal direction is left and right) around the connecting piece 21 and corresponding to the width of the second band mount 3. Thus, a U-shaped sandwiched cut line 4c is provided toward the center so that the distance between the left and right base ends coincides with the width of the second band mount 3.

  Further, in the vicinity of both ends of the belt mounts 2 and 3, bundling cut grooves 23 a, 23 b, bundling from different sides of the band mounts 2, 3 are arranged at left and right spacing positions that coincide with the entire length of the package 1. 33a and 33b are formed.

  The packaging structure of the present invention wraps the pan 1 with a single mount having both the band mounts 2 and 3 described above. The bottom folding curve 5d and the connecting portion folding curve 5e are bent to connect the connecting piece 21. Folded and overlapped on the side of the second band mount 3 and simultaneously overlapped with the first band mount 2 and the second band mount 3 at right angles, and the side of the second band mount 3 was inserted into the sandwiched cut line 4c. Then, the belt strips 2 and 3 are cross-connected by being sandwiched by the sandwiching pieces 22. (Figures 2 and 3)

  In particular, in the above-described embodiment, the shape of the connecting piece 21 is an isosceles right triangle and the crossing angle is 90 degrees. Let it be an equilateral triangle.

  Thus, centering on the crossing portion, the pot 1 which is an object to be packaged is placed on the crossing portion (the lid 13 is turned over to the pan body 12 so that the picking of the pan does not get in the way), and the pan 1 The belt mounts 2 and 3 protruding from the outer periphery of the belt are bent along the folding lines 5, and the corresponding cut grooves (23a and 23b, 33a and 33b) are inserted and engaged with each other, and the package 1 is crossed. It is packaged in a headband shape. In place of the cut grooves (23a and 23b, 33a and 33b), a cut groove that does not open on the side is formed at one end of the belt, and a head that is wider than the cut groove and a narrow neck are formed at the other end. You may make it form the insertion side which has, and it may be made to connect by the insertion attachment of an insertion piece to the above-mentioned cut slot, and other suitable connection structures formed in the predetermined part of the band mounts 2 and 3 may be adopted. good.

  6 to 11 show a second embodiment. In the case of the packaging of the one-handed pan 1 shown in the first embodiment, there is no problem if the handle 11 protrudes from between the binding positions of the two band mounts 2 and 3, but in the case of the two-handed pan 1a. Is equipped with a generally U-shaped handle 14 on both sides of the pan body 12, and when wrapping around this handle 14, the width of the belt mount becomes narrow and a robust packaging is realized. Sometimes it is not possible. 2nd embodiment shows embodiment suitable for the packaging of such a two-handed pan 1a.

  Basically, the first belt mount 2a and the second belt mount 3a are provided as in the first embodiment, and the connection piece 21 and the clamping piece 22, as well as the score lines 4 and the folding lines 5, respectively. It is what.

  In particular, the width of the first band mount 2a is formed to be narrow enough to pass through the inner space of the handle 14 of the two-handed pan 1a, and the second band mount 3a is formed wider than the first band mount 2a.

  Further, a tongue-like piece is provided with a U-shaped cut line 4d that protrudes in the central direction with the folding line (upward folding curve 5b) at the boundary position between the pan body 12 and the lid 13 in the first belt mount 2a as the base. 24 is formed.

  Moreover, the narrow groove part 31 which the outer edge protrusion part (the outer edge of the pan main body 12 or the outer edge of the cover body 13) of the two-handed pan (packaged object) 1a fits in the vicinity of the folding curve 5b for the upper folding | turning in the 2nd belt | line mount 3a. To form.

  Thus, similar to the mount of the first embodiment, the two band mounts 2a and 3a are cross-connected (FIG. 7), and the pan body 12 of the two-handed pan 1a as the package is placed on the crossing portion. The band mounts 2a and 3a protruding from the outer periphery of the main body 12 are bent at each folding line 5, and in particular, the first band mount 2a is passed through the inner space of the handle 14 and the tongue 24 is protruded inward of the pan main body 12. (FIG. 8).

  Next, the lid body 13 is turned upside down, the cut grooves 23a and 23b of the first band mount are inserted into each other and meshed, and the package (two-handed pan) 1a is bound and packaged with the first band mount 2a. Then, the second band mount 3a is similarly bundled by inserting the cut grooves 33a and 33b into each other and meshing them. In particular, when bundling and wrapping using the second band mount 3a, the outer edge of the pan body 12 or the outer edge of the lid body 13 is fitted into the narrow groove portion 31.

  Accordingly, the tongue piece 24 is interposed between the pan body 12 and the lid body 13 and acts as a buffer member for the pan body 12 and the lid body 13. Moreover, since the outer edge of the pot main body 12 of the article to be packaged 1 or the outer edge of the lid body 13 is fitted into the narrow groove portion 31, more robust packaging is performed.

  Further, in the second embodiment, the first belt mount that forms a bundle passing through the 14 positions of the handle is formed wide on the reverse side, and the through hole that protrudes the handle 14 outward (the upper side is a folding line). It is also possible to provide a bent piece) and to project the handle outward from the through-hole so that the through-hole-forming piece is a tongue piece.

The top view of the obi mount of 1st embodiment of this invention. Explanatory drawing of the cross connection formation of the same mount (state in the middle of formation). Explanatory drawing of the cross connection formation of the same mount (state after formation). Explanatory drawing of the packaging state (state at the start of packaging). Explanatory drawing of the packaging state (state at the end of packaging). The top view of the obi mount of 2nd embodiment of this invention. Explanatory drawing of the cross connection formation of the same mount (state after formation). Explanatory drawing of the packaging state (state at the start of packaging). Explanatory drawing of the packaging state (in the middle of packaging: state when the lid is assembled). Explanatory drawing of the packaging state (state after lid packaging). Explanatory drawing of the packaging state (state at the end of packaging).

Explanation of symbols

1 Packaged items (one-handed pan)
1a Packaged items (both hands)
11, 14 Handle 12 Pan body 13 Lid 2, 2a First band mount 21 Connecting piece 22 Nipping pieces 23a, 23b, 33a, 33b Cut groove 24 Tongue piece 3, 3a Second band mount 31 Narrow groove 4 Cut Line 4a Divided cut line 4b Connecting part cut line 4c Nipping cut line 4d U-shaped cut line 5 Folding curve 5a Folding folding curve 5b Upper folding curve 5c Bundling folding curve 5d Bottom folding curve 5e Connection Part curve

Claims (8)

  A belt-shaped first belt mount and a second belt mount having a length corresponding to the size of the package are provided, and are connected so as to intersect each other at an intermediate portion, and the intersecting portion is positioned on the bottom surface of the package Each band mount is wound vertically and connected with a mount combination connecting portion formed at a position corresponding to the size of the package, and the package is wrapped with a band mount in a cross-bowl shape. Wrapping structure for pans and so on.   A mating connection structure in which cut-out grooves from different sides formed on a position corresponding to the size of the package are inserted into each other, or a cut-off groove and an insertion piece that does not open on the side. The packaging structure of a pan or the like according to claim 1, wherein the packaging structure is a combined connection structure.   When wrapping a package in a laminated state, a cut line is provided in which a tongue is formed with a folding boundary as a stacking boundary position of the package in one or both of the first band mount and the second band mount, The packaging structure of a pan or the like according to claim 1 or 2, wherein a tongue piece is inserted into a stacking gap of an object to be packaged.   When the first and second strips of rectangular strips are cut out from a single strip in parallel, cut in the longitudinal direction except for the triangular connecting piece provided on one strip in the middle of the longitudinal direction. The first belt mount and the second belt mount are formed in a partially connected state, the extension line of the cut line is a fold curve at the bottom of the connection piece, and one slant side is a fold curve and the other slant side is cut. The packaging structure of a pan or the like according to any one of claims 1 to 3, wherein a connecting piece is provided as a line and isosceles triangles corresponding to the intersection angle.   The packaging structure of a pan or the like according to claim 4, wherein a sandwiching piece for sandwiching the other mount up and down is provided on one of the intermediate portions of the mount that intersects.   6. Any one of Claim 1 thru | or 5 formed in the width | variety which can pass the said inner space at the time of the packaging of the to-be packaged object provided with the protrusion part which has an inner space like the handle of a pot. Packaging structure such as pots.   6. A pot according to any one of claims 1 to 5, wherein, when packaging an object to be packaged having a protruding portion such as a handle of a pot, a protruding hole is formed in the first band mount so that the protruding portion can pass outward. Packaging structure etc.   When packaging an object to be packaged with a protruding edge such as a pot or a food container, a narrow groove part into which the protruding edge is fitted is formed on one or both of the first band mount and the second band mount. A packaging structure such as one of the pans according to 1 to 7.

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