CN105452114A

CN105452114A - Rigid container

Info

Publication number: CN105452114A
Application number: CN201480044327.7A
Authority: CN
Inventors: M·吉尼; L·迪埃尔方索; S·内格里尼
Original assignee: GD SpA
Current assignee: GD SpA
Priority date: 2013-08-05
Filing date: 2014-08-05
Publication date: 2016-03-30
Anticipated expiration: 2034-08-05
Also published as: US20160167828A1; ITBO20130441A1; CN105452114B; EP3030496B1; WO2015019290A2; WO2015019290A3; EP3030496A2

Abstract

Described is a rigid container for containing articles, preferably solid soap, the container (1) extending along a main axis (1a) and comprising a top wall (2) and a bottom wall (3) lying in respective planes transversal to the main axis (1a), and a front face (4), a rear face (5), which extend from the top wall (2) to the bottom wall (3) and two sides or lateral faces (6) which extend from the top wall (2) to the bottom wall (3); the front face (4) of the container (1) comprises a convex front panel (7) which has a first supporting portion (8), and the rear face (9) of the container (1) comprises a rear panel (10) which has a second supporting portion (11) shaped to mutually match the first supporting portion (8).

Description

Rigid container

Technical field

The present invention relates to a kind of rigid container.

More particularly, " rigid container " refers to the carton box of the article for holding such as such as bar soap or soap bar, but this does not limit the present invention thus.

Background technology

Usually, these carton boxes have the shape of parallelepiped substantially, and this makes it can be used for transporting and is arranged on the shelf in point of sale and warehouse.

But, because the general impression being contained in the article in carton box is provided by the shape of carton box, so market attention concentrates on the container developing the attractive shape with larger consumer appeal constantly.

But the rigid container with special shape has distinct disadvantage with regard to stacking ability.

This is unacceptable viewed from the viewpoint of logistics, because must keep at point of sale container arrangement shelf thereon with the container of the stacking limited amount of neat mode.

Goal of the invention

The object that the present invention has is to provide rigid container as claimed in independent claim 1 to overcome the above-mentioned shortcoming of prior art.

Accompanying drawing explanation

Below with reference to the accompanying drawings describe the present invention, accompanying drawing shows its non-limiting example, in accompanying drawing:

-Fig. 1 is the first schematic isometric that the first embodiment according to rigid container of the present invention being in closure state is shown;

-Fig. 2 is the second schematic isometric of the rigid container that the Fig. 1 being in closure state is shown;

-Fig. 3 is diagrammatic elevation view or the back view of the rigid container of Fig. 1;

-Fig. 4 is the diagrammatic side view of the rigid container of Fig. 1;

-Fig. 5 is the schematic plan view of the rigid container of Fig. 1;

-Fig. 6 is the first schematic isometric that the second embodiment according to rigid container of the present invention being in closure state is shown;

-Fig. 7 is the second schematic isometric of the rigid container that the Fig. 6 being in closure state is shown;

-Fig. 8 is the diagrammatic elevation view of the rigid container of Fig. 6;

-Fig. 9 is the diagrammatic side view of the rigid container of Fig. 6;

-Figure 10 is the schematic plan view of the rigid container of Fig. 6;

-Figure 11 is the first schematic isometric that the 3rd embodiment according to rigid container of the present invention being in closure state is shown;

-Figure 12 is the second schematic isometric of the rigid container that the Figure 11 being in closure state is shown;

-Figure 13 is the diagrammatic elevation view of the rigid container of Figure 11;

-Figure 14 is the diagrammatic side view of the rigid container of Figure 11;

-Figure 15 is the schematic plan view of the rigid container of Figure 11;

-Figure 16 shows the diagrammatic side view of two containers be stacked up according to first, second, and third embodiment respectively to 18;

-Figure 19 shows the schematic plan view of blank respectively to 21, can obtain the container according to first, second, and third embodiment from these blanks;

Detailed description of the invention

Reference numeral 1 represents the rigid container of holding solid article 1b, preferably soap bar.

The rigid container 1 of containing objects extends along spindle axis 1a and comprises and is positioned at transverse at least one roof 2 in the respective planes of spindle axis 1a and diapire 3.More particularly, roof 2 and diapire 3 toward each other, and to be positioned in the plane at a right angle with spindle axis and therefore parallel to each other.

Container 1 also comprises multiple perisporium extending to diapire 3 from roof 2.In this article, term " perisporium " comprises the term " face " and " panel " that are described below in detail.

At least three convexes in perisporium, and in perisporium at least two concave.More particularly, recessed perisporium to be inserted between convex perisporium and to connect convex perisporium.

Further, at least one in convex perisporium has the first support 8, and the wall 9 relative with the first support 8 comprises the second support 11.First and second supports 8,11 are parallel and smooth, or have the profile of the relative shape on the corresponding wall done by it.

First and second supports 8,11 are designed to allow container stack, as described below.

In first, second, and third embodiment of container 1, roof 2 and diapire 3 are limited by corresponding flat panel.

Preferably, container 1 comprises at least one hinged panel, and this few hinged panel is used for open and close container 1, and limits or at least one in roof 2 or diapire 3.

Roof 2 or diapire 3 can limit by least two stacked panels being connected to each other preferably by stickum of each freedom.

Then, container 1 comprises and extends to the front 4 of diapire 3, the back side 5 from roof 2 and extend to two sidepieces or the side 6 of diapire 3 from roof 2.

More particularly, front 4 and the back side 5 comprise front panel 7 and rear panel 10 respectively.

In all embodiments of the invention, at least front panel 7 is convex and has the first support 8.

The back side 5 comprises the rear panel 10 with the second support 11.

Rear panel 10 and front panel 7 are connected to roof 2 and diapire 3 respectively by upper connection side 31 and lower connection side 32.

Advantageously, the first and second supports 8,11 are configured as mutual coupling.

The contoured fit that term used herein " coupling " is meant to the first support 8 does not leave any gap to the profile of the second support 11.

Like this, can by the first support 8 of the second support 11 of the first container 12 being stacked in second container 13 makes the first container 12 be stacked on second container 13.

Advantageously, because the second support 11 of the first container 12 is stacked on the first support 8 of second container 13 incessantly, thus by the first container 12 formed on second container 13 stacking be stable.

Referring to figs. 1 through 5, in the first embodiment of container 1, convex front panel 7 has the first support 8 limited by flat surfaces.

Preferably, smooth support 8 is positioned at the center position on front panel 7, to ensure that container 1 balances when stacking.

It should be noted that convex front panel 7 is defined by the first and second broken lines 14,15, two segment of curve that each freedom of the first and second broken lines 14,15 is inserted with the first linear portion T1 and the second linear portion T2 therebetween respectively limit.Therefore first support 8 is the flat surfaces limited by the first linear portion T1 and the second linear portion T2.

Or rather, the first linear portion T1 of the first broken line 14 is inserted between two segment of curve.

Second linear portion T2 of the second broken line 15 is inserted between two segment of curve.

Each in the segment of curve of the first and second broken lines 14,15 extends from the respective vertices of roof 2 and diapire 3.

In other words, the first and second broken lines 14,15 extend from the respective vertices of roof 2 and diapire 3.

Term " summit " refers to the meeting point between two corresponding edge defining roof 2 and diapire 3 respectively.

The segment of curve of the first and second broken lines 14,15 gives front panel 7 its convex shape, and the first linear portion T1 and the second linear portion T2 limits and define the first smooth support 8.

In the first embodiment of container 1, the back side 5 comprises the convex rear panel 10 with the second smooth support 11.

In the mode identical with front panel 7, convex rear panel 7 is defined by the third and fourth broken line 16,17, two segment of curve that each freedom of third and fourth broken line 16,17 is inserted with the 3rd linear portion T3 and the 4th linear portion T4 therebetween respectively limit, and the 3rd linear portion T3 and the 4th linear portion T4 defines the second smooth support 11.

In other words, the third and fourth broken line 16,17 extends from the respective vertices of roof 2 and diapire 3, and this summit is different from the summit of extending the first and second broken lines 14,15 from it.

Or rather, the corresponding 3rd linear portion T3 of tri linear 16 is inserted between two segment of curve.

The corresponding 4th linear portion T4 of the 4th broken line 17 is inserted between two segment of curve.

Each in the segment of curve of the third and fourth broken line 16,17 extends from the respective vertices of roof 2 and diapire 3.

The segment of curve of the third and fourth broken line 16,17 gives rear panel 10 its convex shape, and the 3rd linear portion T3 and the 4th linear portion T4 limits and define the second smooth support 11.

First support 8 in front 4 is parallel to each other relative to spindle axis 1a respectively and relative with second support 11 at the back side 5.

At least one in two sides 6 of container 1 comprises the convex side panel 18 with at least one support 19.

Preferably, two sides 6 of container 1 comprise the convex side panel 18 of corresponding first and second convex side panel 18, first and second separately and have the third and fourth support 19,20 respectively.

First and second side panels 18 are defined by the 5th and the 6th broken line 23,24 respectively, the each freedom of 5th and the 6th broken line 23,24 is inserted with the 5th linear portion T5 therebetween respectively and the 6th linear portion T6 two segment of curve limit, and the 5th linear portion T5 and the 6th linear portion T6 defines the third and fourth smooth support 19,20 respectively.

Or rather, the corresponding 5th linear portion T5 of the 5th broken line 23 is inserted between two segment of curve.

The corresponding 6th linear portion T6 of the 6th broken line 24 is inserted between two segment of curve.

Each respective vertices from roof 2 and diapire 3 in the segment of curve of the 5th and the 6th broken line 23,24 extends.

In other words, the 5th and the 6th broken line 23,24 of each side panel 18 extends from the respective vertices of roof 2 and diapire 3.

The segment of curve of the 5th and the 6th broken line 23,24 gives side panel 18 its convex shape, and the 5th linear portion T5 and the 6th linear portion T6 limits respectively and define the third and fourth smooth support 19,20.

Third and fourth support 19,20 of side 6 is parallel to each other relative to spindle axis 1a respectively and relative.

Linear portion T1, T2, T3, T4, T5, T6 of corresponding broken line 14,15,16,17,23,24 extend along the direction being parallel to main-shaft axis 1a.

Preferably, linear portion T1, T2, T3, T4, T5, T6 of corresponding broken line 14,15,16,17,23,24 are positioned at from main-shaft axis 1a same distance place.

Container 1 comprises at least one concave face plate 25,26,27,28 connecting continuous print two respective face 4,5,6 each other.

More particularly, in first, second, and third embodiment, front panel 7 is connected to respective side portion or side 6 by the first and second concave face plates 25,26 separately.

In a first embodiment, rear panel 10 is connected to respective side portion or side 6 by the third and fourth concave face plate 27,28 separately.

The recessed connection panel 25,26,27,28 of first, second, third and fourth extends to the respective vertices of diapire 3 from the respective vertices of roof 2.

It should be noted that the first and second recessed connection panels 25,26 respectively by first and the 6th broken line 14,24 and by second and the 6th broken line 15,24 define.

Third and fourth recessed connection panel 27,28 defines by the 3rd and the 5th broken line 16,23 with by the 4th and the 5th broken line 17,23 respectively.

In a second embodiment, with reference to Fig. 6 to 10, the back side 5 of container 1 comprises concave face plate 29 and limits the second support 11 completely.

Or rather, concave face plate 29 extends to an opposite vertexes of locating along lower connection side 32 of diapire 3 from the opposite vertexes along upper connection side 31 location of roof 2.

In a second embodiment, the front 4 of container 1 comprises the convex front panel 7 limiting the first support 8 equally completely.Or rather, front panel 7 is defined by the first and second broken lines 14,15.

Front panel 7 and rear panel 29 therefore parallel to each other and allow by these panels stacked come two or more containers stacking.

First and second broken lines 14,15 are arcs, and extend from the respective vertices of roof 2 and diapire 3.

Different from the first embodiment of container 1, the first and second broken lines 14,15 are without any linear portion.

Therefore, front panel 7 is continual convex surfaces.

In this embodiment, container 1 comprises the first and second concave face plates 25,26 front 4 being connected to respective side portion or side 6.

It should be noted that the 6th broken line 24 defines the first and second recessed connection panels 25,26 respectively together with the first and second broken lines 14,15.

6th broken line 24 is arcs, and extends from the respective vertices of roof 2 and diapire 3.

Different from the first embodiment of container 1, the 6th broken line 24 is without any linear portion.

First and second concave face plates 25,26 extend to the respective vertices of diapire 3 from the respective vertices of roof 2.

In the third embodiment, with reference to Figure 11 to 15, the convex front panel 7 of container 1 has the first smooth support 8.

About front panel 7 and the first and second recessed connection panels 25,26, reader can with reference to the description of the first embodiment to container 1.

Different from the first and second embodiments, the back side 5 of the container 1 in the 3rd embodiment comprises the planar back face plate 10 limiting the second support 11 completely.

Planar back face plate 10 and the first support 8 are toward each other and parallel.

In this embodiment, planar back face plate 10 is connected to side 6 by the corresponding side connection side 29,30 of restriction the 5th broken line.

In this case, each side 6 comprises the convex side panel 18 with at least one corresponding support.Side panel 18 is by the 5th straight broken line 29,30 and defined by the 6th broken line 24.As in a first embodiment, except corresponding 6th linear portion T6, the 6th broken line 24 is arcs.

More particularly, the existence being inserted in the concave face plate 25,26 between front and side defines above-mentioned 6th broken line 24, to make the limit on its limit corresponding to the first concave face plate 25 and/or the second concave face plate 26.

With reference to Figure 16 to 18, the first container 12 is stacked on second container 13, and the second support 11 of the first container 12 mates with the first support 8 of second container 13.

More particularly, with reference to Figure 16, because a container is ideally stacked on another container, so second of the first container 12 the smooth support 11 mates with the first smooth support 8 of second container 13.

With reference to Figure 17, the recessed rear panel 10 being stacked on the first container 12 on second container 13 is completely stacked with the convex front panel 7 of second container 13 and mate.

With reference to Figure 18, because the first and second smooth supports 8,11 are perfect stacked, so the second smooth support 11 of the first container 12 limited by planar back face plate 10 in this case mates with the first smooth support 8 of the front panel 7 of second container 13.

Container 1 overcomes the shortcoming of prior art and brings important advantage.

In fact, container 1 replicates the shape of the article 1b be contained in wherein, to customer's more attractive.

Further, rased panel and being used alternatingly of concave face plate decrease required packing material amount, thus save productive costs.

Figure 19 shows blank 100, is made up the first embodiment of container 1 by folding of this blank.

Rigid container 1 by limit roof 2, diapire 3, front 4, the back side 5 and side 6 Foldable material make.

More particularly, the blank 100 being made up the first embodiment of container 1 of it comprises and limiting transversely in spindle axis, the first, second, third, fourth, the 5th and the 6th broken line 14,15,16,17,23,24 of the corresponding panel 7,10,18,25,26,27,28 that specifically extends perpendicular to the direction of this spindle axis of blank 100 bearing of trend.

Linear portion T1, T2, T3, T4, T5, the T6 of these broken lines for the segment of curve of corresponding broken line 14,15,16,17,23,24 can be observed from Figure 19.

Figure 20 shows blank 100, is made the second embodiment of container 1 by this blank 100 folding.

First, second and the 6th broken line 14,15,24 of this blank 100 define transversely in the spindle axis of blank 100 bearing of trend, the front panel 7 specifically extended perpendicular to the direction of this spindle axis and the first and second concave face plates 25,26.

First, second and the 6th broken line 14,15,24 do not have linear portion.

As observed in fig. 20, transversely in the spindle axis of blank 100 bearing of trend, the side connection side 29,30 that specifically extends perpendicular to the direction of this spindle axis are arcs, to limit the concavity of rear panel 10.

Figure 21 shows blank 100, is made the 3rd embodiment of container 1 by this blank 100 folding.

More particularly, the blank 100 being made up the 3rd embodiment of container 1 of it comprises and limiting transversely in spindle axis, first, second and the 6th broken line 14,15,24 of the corresponding panel 7,25,26 that specifically extend perpendicular to the direction of this spindle axis of blank 100 bearing of trend.

Linear portion T1, T2 and the T6 of these broken lines for the segment of curve of corresponding broken line 14,15,24 can be observed from Figure 19.

As observed in figure 21, the spindle axis transversely extended in blank 100, the side connection side 29,30 that specifically extends perpendicular to the direction of this spindle axis are straight lines, to limit the flatness of rear panel 10.

In its first, second, and third embodiment, blank 100 comprises the first broken line 33 and the second broken line 34, first broken line 33 and the second broken line 34 transversely in the spindle axis of blank 100 bearing of trend, specifically extend perpendicular to the direction of this spindle axis, and will be limited to front panel 7, rear panel 10, connection side up and down 31,32 between roof 2 and diapire 3.

Claims

1. the rigid container (1) of holding solid article, preferably soap, described rigid container (1) extends along spindle axis (1a) and at least comprises:

Roof (2) and diapire (3), described roof (2) and described diapire (3) toward each other and be positioned in the respective planes transverse to described spindle axis (1a),

Front (4) and the back side (5), described front (4) and the described back side (5) extend to described diapire (3) from described roof (2), described front (4) comprises front panel (7) and the described back side (5) comprise rear panel (10), at least described front panel (7) is convex, and

Two sidepieces or side (6), described two sidepieces or side (6) extend to described diapire (3) from described roof (2);

Described container characteristics is, described convex front panel (7) comprises the first support (8), and described rear panel (10) comprises the second support (11); At least described first and second supports (8,11) are configured as mutual coupling;

By described second support (11) of the first container (12) being stacked on described first support (8) of second container (13), described first container (12) can be made to be stacked on described second container (13).

2. rigid container (1) as claimed in claim 1, it is characterized in that, described convex front plate (7) is defined by the first broken line (14) and the second broken line (15), two segment of curve that described first broken line (4) and described second broken line (15) each freedom are inserted with the first linear portion (T1) and the second linear portion (T2) therebetween respectively limit, and described first support (8) is the flat surfaces limited by described first linear portion (T1) and described second linear portion (T2).

3. container as claimed in claim 2, it is characterized in that, described rear panel (10) is convex, and defined by tri linear (16) and the 4th broken line (17), two segment of curve that described tri linear (16) and described 4th broken line (17) each freedom are inserted with the 3rd linear portion (T3) and the 4th linear portion (T4) therebetween respectively limit, and described second support (11) is the flat surfaces limited by described 3rd linear portion (T3) and described 4th linear portion (T3); Described first and second supports (8,11) are parallel to each other and relative.

4. container as claimed any one in claims 1 to 3, it is characterized in that, at least one in described two sidepieces (6) comprises and has at least one corresponding support (19, 20) convex side panel (18), described convex side panel (18) is defined by the first broken line (23) and the second broken line (24), two segment of curve that described first broken line (23) and described second broken line (24) each freedom are inserted with the first linear portion (T1) and the second linear portion (T2) therebetween respectively limit, described first support (8) is the flat surfaces limited by described first linear portion (T1) and described second linear portion (T2).

5. method as claimed in claim 1 or 2, it is characterized in that, described rear panel (10) is smooth, and limits described second support (11) completely; Described first and second supports (8,11) are parallel to each other and relative.

6. container as claimed in claim 5, it is characterized in that, at least one in described two sidepieces (6) comprises the convex side panel (18) with at least one corresponding support, described convex side panel (18) is by corresponding to the side (29 being connected to described planar back face plate (10), 30) the 5th straight broken line (29, 30) and by the 6th broken line (24) define, described 6th broken line (24) is limited by two segment of curve being inserted with the 6th linear portion (T2) therebetween, described first support (8) is by described 5th broken line (29, 30) and the flat surfaces that limits of described 6th linear portion (T6).

7. the container according to any one of claim 1 to 6, is characterized in that, described container comprises at least one concave face plate (25,26,27,28) connecting continuous print two respective face (4,5,6) each other.

8. container as claimed in claim 7, is characterized in that, described concave face plate (25,26,27,28) extends to one of summit of described diapire (4) one of from the summit of described roof (3).

9. container as claimed in claim 1, it is characterized in that, described rear panel (10) is recessed, and limits described second support (11) completely, and described first support (8) is limited by described front panel (7) completely; Described front panel (7) and described rear panel (10) parallel to each other.

10. container as claimed in claim 9, it is characterized in that, described container comprises at least one concave face plate (25,26) described front (4) be connected with one of described sidepiece or side (6).

11. containers as described in claim 9 or 10, it is characterized in that, described concave face plate (25,26) extends to an opposite vertexes of described diapire (3) from an opposite vertexes of described roof (2).