JPH07509429A - bottle packaging containers - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] bottle packaging containers Technical field The present invention provides a bottle packaging container with a structure that prevents the bottles inside from colliding with each other and being damaged. related.

Next day technique Geki U.S. Pat. A packaging container of a type that encloses a container is disclosed. This packaging container is the bottom g! ! s , it has a so-called [false 5 core].

Other prior art related to the present invention is Hounada Patent No. 1,166.211. There is a carton for packaging a beverage container disclosed in US Pat.

Light…Ωconcave The present invention provides a four-sided enclosed bottle packaging container having a top wall, a bottom wall, and a pair of side walls. do. Each OI! The upper part has an inwardly sloping upper part and a lower part below it. Top wall The bottom wall and side walls are connected to each other to cooperatively form a cylindrical structure. Each of the top walls An upper end panel is foldably connected to the edge. Each side of each upper end panel A web structure is foldably connected to the edge. And each web structure is It is also bendably connected to the edge of the adjacent side wall and section. each web structure has a plate needle line. The board needle line is inclined to the upper edge of the side wall adjacent to it. extending downwardly from the corner of the top wall in its vicinity so as to This configuration allows each web structure to The body tightly grips the neck of the bottle placed in the corner of the container near it. Each end of the bottom wall At the edge, the lower end panel is folded and folded for 11 yen. This lower end panel It is fixed in a state where it partially overlaps with the adjacent upper @end panel.

Concave dish O gosu na degogo The fourth factor is a perspective view of the packaging container in an assembled state, and the fifth factor is a perspective view of the packaging container in the middle of assembly. A partially cutaway end view showing the container, Figure 6 is an end view of the packaging container in an assembled state, and Figure 7 12 show modified examples of the packaging container of the present invention, and FIG. 7 shows the package in an assembled state. Fig. 8 is a perspective view showing the packaging container, Fig. 8 is a plan view showing the blank of the packaging container, and Fig. 9 is the packaging. Partially enlarged plane of the top wall of the container and the adjacent container wall viewed from inside the packaging container Figure 10 shows the packaging showing the end panels and web structure reaching the closed position. A perspective view of the container; FIG. 11 is a sectional view of the top wall taken along line 11-11 in FIG. 10; The figure is an end view of the packaging container during assembly.

of In FIG. 1, reference numeral 1 indicates the top wall of the packaging container of the present invention. code 2 The upper side indicated by! Part 4 panel is the top? ! Connect to 1 so that it can be bent freely along fold line 3. The upper end panel 4 on the opposite side is foldably connected to the top wall 1 along the fold line 5. It is continued. 6 (It!I wall upper part towards the inside of the packaging container) It is sloping upwards.

This side wall upper part 6 is foldably connected to the top wall 1 along a fold line 7. The upper part 8 of the side wall on the opposite side is also inclined in the same way, and is folded along the fold line 9 to the top g11. It is connected so that it can be bent freely. The tear piece having the pull tab 11 is separated by the tear line 1o. Formed in the upper part 6 of the side wall, and having a top as shown at 10a and 10b! ! extend into l The tear 11A12 and pull tab 13 on the opposite side of the stretched 0 are 4MM! formed within the upper part 8 12a, a foldable web structure 15 is formed in the upper part 6 of the side wall. A similar web structure 17 is connected along the line 16 so as to be foldable or bendable. It is bendably connected along 18. The web structure 15 is a web panel. It has a web panel 19a and a web panel 19b. These web panels 19a, 19b are bendably connected to each other along the fold line 19, and when assembling the packaging container, In the same way that the web structure 17 is folded in half along the fold line 1i19, the web structure 17 is also folded along the fold line 1i19. It has two web panels 20a and 20b lined up with 20 in between, and is used for assembling a packaging container. When the paper is folded, it is folded in half along fold line a20.

(!!The lower part of the I-wall is indicated by the reference numeral 21. This lower part of the side wall 21 is located along the fold 822. and is bendably connected to the side wall upper part 6. The web structure 23 is the side wall lower part 2 1 along a fold line 24. This web structure 23 has a fracture gland 25 ．． It has 26. These plate needle lines 25 and 26 allow web patterns to be used when assembling packaging containers. These web panels 25a, 26a, 26b are easier to handle. a, 26a, and 26b grip the bottle in the container well, making the bottle less likely to break.

The web structure 27 is bendably connected to the lower side wall 21 along a fold line 28. ing. This web structure 27 is also broken to ensure a tight grip on the bottle within the packaging container. Fold lines 29, 30, 33 are formed.

As shown in FIG. A web structure 17 is also provided.

A needle line 30 of the web structure 15 extends into the web structure 23 and a needle line 32 of the web structure 15 extends into the web structure 23 . It extends along the In other words, the plate needle line 32 is on a straight line with the plate needle line 30. It is located in Similarly, the plate needle line 33 of the web structure 27 is It is arranged in a straight line with the broken line 31 of No. 7. These board needle lines 30.32.3 1.33, the bottles are tightly and safely accommodated within the packaging container.

The side wall portion 1 opposite the side wall portion 21 is indicated at 35 . This side wall lower part 3 5 is bendably connected to the side wall upper part 8 along the fold line 36. Also, the side A web structure 37 is connected to one end of the wall upper part 8 so as to be bendable along the fold line 3. has been done. Furthermore, the web structure 40 is folded at the other end of the upper side wall 8! 1141 It is connected so that it can be bent freely. These web structures 37, 40 are The configuration is similar to that of the web structure 15.17.

A web structure designated by reference numeral 42 is folded along the fold a43 in the lower part of the side wall 35. Connected freely. The configuration of the web structure 42 is the same as the configuration of the web structure 15. It's like that. Web structure A2 is partially connected to web structure 37 by slot 42a. and these web structures 37.42 are separated by a rectangular piece 42b. are connected to each other. On the other hand, the web structure 44 extends along the fold line 45 at the bottom of the side wall. 35 in a bendable manner. The structure of the web structure 44 is the same as that of the above-mentioned web structure. This is similar to the structure 27. Web structure 44 is partially wedged by slot 44a. The web structures 40 and 44 are separated from the web structures 4Q, and these web structures 40 and 44 are rectangular small They are connected to each other by pieces 44b.

The bottom wall 47 of the packaging container is bendably connected to the lower side wall 35 along the fold line 48. A lower end panel 49 is further folded onto the bottom wall 47 along a fold line 50. Connected freely. Moreover, along the fold line 52, the edge on the opposite side of the bottom wall 47 is provided with a A lower end panel 51 is bendably connected. Furthermore, the free end of the bottom wall 47 An adhesive flap 53 is bendably connected along the fold F [1154]. .

To bring the packaging container blank shown in No. 1I2I into the state shown in FIG. 21 to the fold line 22, thereby forming the web structure 23.27. from the position shown in Figure 1 to the position shown in Figure 2.

The blank in the state shown in Fig. 2 is made by applying adhesive to the tM flap 53, then 21. Move the side wall upper part 6, the top IM1 and the side wall upper part 8 further toward you along the fold line 36. By bending it, the state shown in FIG. 3 can be obtained. This bending operation Therefore, web structures 37.40.15.17 are respectively web structures 42.44.2. Superimposed on top of 3.27.

Transform the packaging container from the folded state shown in Figure 3 to the assembled state shown in Figure 4. To do this, lift the top wall 1 away from the bottom wall 47 so that the lower side walls 21.35 Take an almost upright posture against the wall 47. This packaging container has both ends or After loading multiple bottles from one end, the web structure 15.23.17.27.37. 42.40 is folded inward into the container and placed in the closed position as shown in FIG. So then fold the upper end panel 2.4 downwards along the fold line 3.5 and At the same time, fold the lower end panel 49.51 upwardly along the fold line 50.52. . At this time, the adhesive 2a of the upper end panel 2 and the adhesive 4 of the upper end panel 4 a to the free end of the lower end panel 49.51. This allows the A packaging container in the completed state shown in FIG. 4 is obtained. Figure 5 shows the completed container with some parts omitted. This is an end view showing where the break lines 30, 32, 25, and 26 are in the finished container. It clearly indicates how the information will be arranged.

Next, modifications of the packaging container of the present invention shown in FIG. 7 and subsequent figures will be explained. Ma First, starting from the blank shown in FIG. 8, reference numeral 01 is the top wall. hand Some of the cables are designated by 1o2 and also include U-shaped tabs 103.104, 105.10. 6 is the top gl! It is extracted from 101. Upper end panel 107 has fold 510 8 to the top wall 101 and also includes an upper end panel 109 is bendably connected to the top wall 10 along a fold line 110.

The lower part of one side wall is designated by the reference numeral 110. 11 are bendably connected via a fold line 112. The upper side wall 111 is It slopes upward toward the inside of the packaging container, and its upper edge meets the fold 1s113. It is bendably connected to the top wall 101 along the line. However, the upper part of the side wall 111 It does not necessarily have to be inclined inward, but can extend in the same plane as the lower side wall 110. You can stay there.

In such a case, the fold line 112 is omitted, and the top and bottom portions of the side wall become one panel. Ru.

Reference numerals 114 and 115 indicate well-known tear lines extending from n1ll to TR on the side wall. It extends into wall 101 to form a breakout in both walls.

Which alternative web structure includes a first web panel 116 and a triangular second web panel. 118. The first web panel 116 is arranged on the upper side along the fold line ml 17. It is bendably connected to the end panel 107. The second web panel 118 is It is bendably connected to the first Kuep panel 116 along the fold line 119. Ru. The second web panel 118 extends along the fold line 120 at the top of the sidewall adjacent thereto. It is bendably connected to the edge. Fold line 120 is relative to crease line 112 and is arranged almost perpendicular to f1 when the packaging container is assembled.

Sign jj! -122 is the third web panel. This third web panel 122 is bendably connected to the lower side wall 110 via the fold line 1iL123. . The fold line 123 is approximately perpendicular to the fold line 112 and is parallel to the fold line 120. and is arranged vertically when the packaging container is assembled. Also sign 124 is a fourth web panel. This web panel 124 has a triangular shape. , is formed between the fold line 125 and the fold line 126. Fold 1lA125.12 6 gradually move away from each other upward from a point 127 on the crease line 123 It extends like this. The upper ends of these crease lines 125 and 126 are 'F ends of both side edges 119 and 120 of the second web panel 118 adjacent to the flannel, respectively. - Needle. The presence of the cutout area 130 allows the second web panel 118 on either side thereof to and the fourth web panel 124 are moved until they are abutted against each other. Can be done. This allows for easy handling of the web structure during packaging container assembly and bottle loading. Easier to handle. For proper folding, cut out the cutout area as shown. The area 130 may extend partway through the fourth web panel 124 or Fold completely across web panel 124 and/or second web panel 118. It may also extend to the line of sight 126 and/or 120. Clipping area 1 31 also functions similarly to the cutout area 130. The piece or connection 132 is connected to the first and the third Kueb panel 116, 1220, both of which are placed between the 6.122 so that it can be bent freely. This connecting part 132 is used to store bottles. # to make it easier to fold the web panel later, and y for the upper and lower end panels! # Keep the web panels 116, 122 in the closed position during the closing operation? useful for However, if necessary, these connecting parts 132 may be omitted. . In this case, the cutout area 130 takes the form of a notch. Cutout area 13 If 0 does not reach the crease a126, it should especially be called a "notch".

The angle formed by the third web panel 122 and the fourth web panel 124 is It is preferable that the angle of the angle satisfies the following conditions: In the container, a third web panel 122 extends from the lower side wall 110 at right angles into the container. The condition is that it extends to provide a flat and vertical adhesive surface. Of course, this adhesive surface is used when the lower @ part panel 146 is overlapped with the third web panel. . Incidentally, the fourth web panel 124 connects the third web panel 122 to its vicinity. Helps keep it engaged with the body of the bottle.

The web structure located on the opposite side of the container is similar to the web structure described above; First Kuep panel 116, second Kuep panel 118, third Kuep panel 122 and and a fourth Kueb panel 124.

A bottom wall 136 is bent along a fold al135 at the lower edge 135 of the lower side wall 110. Connected freely. This bottom! 136 has multiple holes 137.138.139 ．． 140.141.142 are formed. These holes are used during assembly and loading. It is provided to facilitate the handling of containers. The lower end panel 144 is It is bendably connected to the bottom wall 136 along the eye 11A145, and also has a lower end part. The flannel 146 is bendably connected to the bottom wall 136 along the fold 1i 147. There is.

The remaining sidewall and web structure configurations found in No. 8rA are similar to those previously described. Since it is the same as the other configurations, the explanation will be omitted. the marks applied to these remaining parts. The number used is the same as that used for the side wall of the pond mentioned above.

In order to connect the ends of the blank of FIG. 8 to form a cylindrical structure, a wrap panel is used. 150 is bendably connected to the side wall upper part 111 along the fold line 151. .

This wrap panel 150 has a partial end panel 152 folded along a fold line 155. Connected in a flexible manner. Additionally, there is a crease on the opposite edge of the wrap panel 150. Partial end panels 154 are foldably connected along line 15g. U student The shaped openings 156, 157 are arranged in the position shown in FIG.

From the blank state shown in Figure 8 to the state shown in Figures 7 and 10. To assemble the vessel, first attach the reinforcing panel 158 as shown in stippling in FIG. Apply adhesive to the sea urchin. 8 along the fold line 159. Fold forward and to the right. This allows the reinforcing panel 158 to wrap around the wrap panel 150. Glue to the inner surface of. After that, the side wall upper part 111. 1st Kuep panel 116, rack Align panel 150 and partial end panels 152 and 154 to fold line 112 on the right side of FIG. Fold it towards you and to the left. and a lamp panel 150, a partial end panel 152, apply adhesive to the strip 54, and then attach the side wall upper part 111 and the first web panel. 116, top wall 101, upper end panel 107, 109 at left fold line 11 in FIG. 2 to the front and to the right, and insert the wrap panel 150 inside the handle 102. Glue to the surface. This state is shown in FIG.

After shaping the container into a flat cylinder using the above-mentioned maneuver, it is raised up three-dimensionally and opened at both ends. It is a cylindrical structure with a mouth, and a bottle is loaded into it through openings at both ends or one end. Ru.

The upper and lower end panels are attached with adhesive as shown in stippling in Figure 12. Glued together. During this time, the first to fourth cube panels are also bent to their closed positions. Finally, a completed container as shown in FIG. 7 is obtained.

To remove the bottle inside the container, cut the container wall, for example along tear lines 114, 115. If you need to return the empty bottle after use, return the empty bottle to the container and drain its contents. The container may be used as a carrying device for returning empty bottles.

Continuation of front page (81) Designated countries EP (AT, BE, CH, DE.

DK, ES, FR, GB, GR, IE, IT, LU, MC, NL, PT, SE) , AU, BR, CA, CZ, HU, JP, KR, NZ, PL, SK

Claims (18)

[Claims] 1. It has a top wall, a bottom wall, and a pair of side walls, each side wall having an inwardly sloped top and a bottom wall. the top wall, bottom wall and side walls cooperate to form a cylindrical structure; The top wall has a rectangular shape, and each end thereof has an upper end. The upper end panels are foldably connected with a web structure on each side edge of each upper end panel. The bodies are foldably connected, and each web structure is attached to the upper end of the adjacent side wall. The edges are also foldably connected, and each web structure has a false fold line. The line should be drawn at the corner of the top wall in its vicinity so that it is inclined to the edge of the top of the side wall adjacent to it. so that each web structure is located at a corner of the container near it. Grip the bottle tightly by the neck, and also insert a lower end panel into each edge of the bottom wall. Flexibly connected, each lower end panel connects to the adjacent upper end panel. Bottle packaging containers that are fixed on top of each other. 2. A second web structure is bendably connected to each edge of the lower part of each side wall. The bottle packaging container according to claim 1. 3. each second web structure is separated from the first web structure by a slot; and connected to the first web structure by a rectangular piece. bottle packaging container. 4. Each second web structure is provided with a first false fold line, the first false fold line being the same as the first false fold line. 1. The bottle packaging container according to claim 2, which is arranged in a straight line with the temporary fold line of the web structure. . 5. Claim 2, wherein each lower end panel is adhered to the second web structure adjacent thereto. Bottle packaging container as described. 6. Each second web structure is provided with a second false fold line, and the second false fold line is provided on each side wall. Starting from the upper corner of the bottom and gradually approaching the first temporary fold line in the vicinity of the lower corner, 5. The bottle packaging container according to claim 4, which is elongated. 7. Each second web structure is provided with a third false fold line, the third false fold line being the third false fold line. 2 upwardly from the lower outer corner of the web structure until it reaches the second temporary fold line in its vicinity. The main body of the bottle, which is placed at the corner of the container near it, is tightly held and stable. The bottle packaging container according to claim 6, wherein the bottle packaging container is held in a state. 8. Each first web structure extends from its outer edge toward a corner of its proximate top wall. The bottle packaging container according to claim 1, which can be folded in two along the fold line. 9. A third web panel is bendably connected to the bottom of each side wall and folded inward. each third web panel and its adjacent container corner. A fourth web panel is connected to both of the lower portions of the adjacent side walls, and each fourth web panel has a pair of formed between the fold lines of the extending to the lower edge of the web structure near the navel; and the fourth web panel interact to engage the third web panel with bottles in its vicinity. The bottle packaging container according to claim 1, wherein the bottle packaging container is maintained in a closed state. 10. Each fourth web panel is disposed astride a corner of the packaging container in its vicinity. The bottle packaging container according to claim 9. 11. The lower edge of each second web panel and the upper edge of the fourth web panel adjacent thereto are Claim 9, which is written on an extension of the fold line between the upper part of the side wall and the lower part of the side wall. bottle packaging container. 12. The lower edge of each second web panel and the upper edge of the fourth web panel adjacent thereto are The bottle packaging container according to claim 11, wherein the bottle packaging container is separated by a cut line. 13. In a bottle packaging container that accommodates a plurality of bottle grooves arranged in a straight line, It has a top wall, a bottom wall, and a pair of side walls, each side wall having an upper part and a lower part below. , the top wall, the bottom wall and the side walls are connected to each other to cooperatively form a cylindrical structure. and an upper end panel is foldably connected to each edge of the top wall along the fold line. and the fold line extends between opposite corners of the packaging container and extends between each upper end panel. A first web panel is bendably connected to one side edge of the wall, and one edge of the upper part of each side wall is connected to the first web panel. A second web panel is foldably connected along the fold line, and this second web panel The panel is also foldably connected to the first web panel in its vicinity along the fold line. and the fold lines on both sides of these second web panels move downwardly away from each other. and forming at least a portion of the third edge of the second web panel; The second web panel is then disposed straddling the corner of the container adjacent to the second web panel. Applying an inward force to the neck of the adjacent bottle, a third web panel is attached to one edge of the bottom of each side wall. The third web panel is foldably connected, and this third web panel is folded inwardly to upwardly from a point located on the edge of each third web panel; A fourth web panel is located between a pair of fold lines extending away from each other toward the The fold lines on both sides of these fourth web panels form the lower part of the side wall and the side wall in the vicinity thereof. extends to the vicinity of the crease line between the tops, thus creating an inward force on the body of the bottle in that vicinity. A bottle packaging container characterized by adding. 14. The fourth web panel has the fold lines on both sides thereof and the upper ends of these fold lines. Claim 1: The panel is a substantially triangular panel surrounded by a portion of a line segment connecting the 3. The bottle packaging container described in 3. 15. 15. The remaining portion of the line segment connecting the upper ends is a cut line. bottle packaging container. 16. The intersection of the fold lines on both sides of the fourth web panel is the intersection of the fold lines on both sides of the fourth web panel. located on the fold line between the third web panel adjacent to the third web panel and the lower side wall adjacent to the third web panel; The fourth web panel is located astride a corner of the packaging container in its vicinity. The bottle packaging container according to item 13. 17. Since the cut line has a gap between the edges on both sides, can move until the parts engage each other, thereby causing the third web panel in its vicinity to 16. The bottle packaging container of claim 15, wherein an inward force is applied to the bottle. 18. The upper part of the side wall slopes upwardly and inwardly into the packaging container, and the upper part of each side wall The bottle packaging container according to claim 13, wherein the edge of the container is substantially perpendicular to the lower edge of the upper part of the side wall. .