DE4024112A1 - Box folded from sheet for foodstuffs, sweets, glass ampoules etc. - has insert forming part of sheet folded and glued into hollow body - Google Patents

Abstract

The box is folded from a sheet of material and has a trough-type insert with transverse ribs, holding the items apart. The insert is part of the sheet, and has a series of successive surfaces folded and glued to form a hollow body. Cut, stamped or perforated lines are formed in it, to give a frame in the top part enclosing the inner one. The latter is folded or bent along the lines to form the ribs. ADVANTAGE - Simplicity, low cost, and no environmental pollution.

Description

TECHNICAL AREA

The invention relates to a folding box blank for a Folding box and be from such a blank standing folding box for storing food, such as for example chocolates or glass ampoules or other packing parts. The blank or the folding box sit a trough-shaped insert with web-like Cross divisions to separate the packaging the parts.

Food, such as chocolates, must be in their Packing at a sufficient distance from each other as they would otherwise stick together if touched. At glass ampoules to be packaged, as is the case in medicine or Cosmetics industry is required to a very large extent also do not touch the glass ampoules so that they cannot damage each other.

STATE OF THE ART

It is known to use such inserts made of plastic material put. Because of the increasing importance today environmental protection proves the use of art fabric or plastic material but increasingly as per blemish. This is how it usually rots PVC material is not.

From G 89 10 314 an insert is known which is from the environment friendly material, such as B. made of cardboard who that can. This use is in a known manner in order carton, d. H. in a well-known folding box  pushed or inserted. This packaging option includes thus comply with at least two packaging parts, namely first insert part and a second folding box part.

PRESENTATION OF THE INVENTION

The invention is based, based on the task sem prior art packaging ready represent the Nachtei known from the prior art le does not have and which is therefore both environmentally friendly is also particularly economical.

This invention is for the folding of the box Features of claim 1 and for a fold from this Box-made folding box by the Features of claim 11 given.

The folding box and its cutting, just as it is from a standing start known in the art and shown at the beginning, draw is characterized by several features. That's how it is used Part of the folding box blank, the blank more rere, in particular at least five in a row Gende, each turnable surface parts, namely in particular a bottom part, a cover part, a first La part between bottom part and cover part, a second on Base part attached to the tab and a third on the lid Partly attached tab part, such that these parts through Bending and gluing together to form a hollow body can be tet. In addition, are in the cover part Cutting or punching lines and / or rolling or creasing lines and / or perforation lines such that one by one Inner part encircling frame part formed in the cover part becomes. In addition, this inner part contains numbers at least a first area that is in a partial area is designed to be adhesive and in the cutting or punching lines and / or roll or crease lines and / or perforation lines so  are appropriate that by bending parts of this one area the spatial use form with the web-like Cross divisions within the circumferential frame part can be put.

By using cardboard material such a Cutting and thus the form of use at the same time be inexpensively made of a material that the Practically not polluted the environment. In addition, cardboard also easily and without much effort with a label or other colored markings the. For example, instructions for use, color information or the like can be applied directly to the blank. Package insert or the like can pay and order be limited to a minimum, provided that cannot be left out entirely. This allows the Significantly reduce the total cost of packaging. Here it must be taken into account that the cut is already the whole Packaging envelope can represent, because on another order cardboard or any other packaging wrapper can. The blank can be turned over accordingly of its individual parts and putting together its plug-in la as it is in the prior art for folding boxes is known to easily convert to a folding box. At this known from the prior art manufacturing or The process of plugging together is then also spatially che use form with the web-like transverse divisions within of the actual use.

If in the floor area of the actual use on the the part to be packed should rest, crease lines or punk actual impressions are available, for example Ampoules should be packed in a shockproof manner. The Prevent creasing lines or embossing lines or embossing points beyond that easily with a heat melting surface provided foods like chocolates,  Chocolate chips or the like on the cardboard material can glue flat.

The blank can be, for example, from the above written contiguous surface parts exist. It However, it is also possible to cut the cut one by one second tab part additionally attached cap part to ver enlarge. The cap part would then be folded over, d. H. in the spatial condition of the folding box, from above the insert, d. H. the lid part, and so on can protect the parts to be packaged at the top. Like this far a molded on the cap part and in Joint area between the cover part and the first tab part Insert slot is formed, the cap part jamming or latching in the hollow body and thus in attach the box body.

Additional tab parts can also be used for the Turning or folding direction of the cut on the side End faces of the corresponding hollow folding box body, as usual with a folding box.

The spatial shape of the insert can be in the lid partly existing use by the in the execution examples len illustrated cutting or punching lines and / or rolling or crease lines or perforation lines.

By turning them over and gluing them together the cut parts, as in the follow-up version Rungsbeispiele is described in more detail, from the Zu cut a folding box together like it similar already with the folding boxes known in the prior art the case is. The tailoring of the blank to a In principle, folding boxes can be similar to previous ones folding carton blanks. Additional machine  Normal use is practically not necessary.

More details on the training of the various Cutting shapes and the resulting further pre parts of the invention are also in the dependent claims Features listed and the following execution examples.

BRIEF DESCRIPTION OF THE DRAWING

The invention is described below with reference to the drawing illustrated embodiments described in more detail and he purifies. Show it:

Fig. 1 is a perspective view of a first exporting approximate shape of an insert provided with a folding box, HERGÉ from a one-piece blank is assumed

Fig. 2 is a partial perspective view of a second set of form A,

Fig. 3 is a side view of the insert molding in accordance with Fig. 2,

Fig. 4 is a partial perspective view of a third form of proposition A,

Fig. 5 is a side view of the insert molding in accordance with Fig. 4,

Fig. 6 is a plan view of the blank of the folding box according to FIG. 1,

Fig. 7 is a plan view of the partially folded to cut according to Fig. 6,

Fig. 8 is a side view of the blank according to Fig. 7,

Fig. 9 is a view of FIG. 8 placed in rich tetem partial state of the blank,

Fig. 10 is a representation of FIG. 9 in the fully upright state of the blank with embedded ampoules and

Fig. 11 is a side view of the ver to a folding box blank closed to Fig. 10.

WAYS OF CARRYING OUT THE INVENTION

In Fig. 1, a folding box 10 is shown, which consists of the blank 12 , which is opened in Fig. 6 and folded over in the following Figs. 7 to 11 and shown box-shaped to be folded.

The blank 12 and thus also the folding box 10 have a base part 14 and a cover part 16 , which is connected in one piece to the base part 14 via an intermediate first flap part 18 . On the bottom part 14 , the first La part 18 opposite, a second tab part 20 is provided in one piece on the bottom part 14 . In a corresponding manner, a third tab part 22 is integrally connected to the lid part 16 on the lid part 16 , the first tab part 18 opposite ge. On the second tab part 20 , the bottom part 14 opposite, a cap part 24 the IN ANY, on which an insert part 26 is additionally formed in the form of an insert tab. Insert part 26 , cap part 24 , bottom part 14 , cover part 16 and the three tab parts 18 , 20 , 22 lie in series one behind the other.

Laterally - in the illustration according to FIG. 6 - there are left and right plug-in tab parts 28 , 30 and 32 , 34 respectively on the first and second tab parts 18 , 20 . In a similar manner, a left insertion tab part 36 or 38 is also present on the side of the cover part 16 . The latter two plug-in tab parts are separated from one another by a crease line 40 . Also by creasing lines 40 , these insertion tab parts 36 , 38 are separated from the cover part 16 and the other previously mentioned, adjacent cutting parts.

An adhesive layer 42 is present on the underside ( FIG. 6) of the third tab part 22 . By turning - from top to bottom in the illustration of FIG. 6 - the lid part 16 about the first turning axis 44 , which is present in the joint area between the first tab part 18 and the lid part 16 , and then turning the cap part 24 over - in the illustration according to Fig 6 from bottom to top -. about the second envelope axis 46, between the second La rule part 20 and the bottom portion 14 is present, the second tab portion 20 is flat to lie 22 on the underside of the third strap portion. As a result of the adhesive layer 42, the second tab part 20 and the third tab part 22 stick together. By pushing back the cap part 24 - in the illustration according to FIG. 6 downwards - the state 12.1 of the blank 12 shown in FIG. 7 is created.

As will be apparent in more detail from Fig. 8, is located on the bottom portion 14 and the first tab portion 18 the lid part 16 together with the third flap portion 22. Above the third tab part 22 there is the second tab part 20 which is glued to the third tab part 22 via the adhesive layer 42 .

Subsequent mutual displacement of the base part 14 relative to the cover part 16 results in the box shape 12.2 of the section 12 shown in cross section in FIG. 9. By turning the plug-in tab parts 28 , 32 and the plug-in tab part 36 , the state shown in FIG. 9 Darge 12.2 of the blank 12 is closed on its upper side shown in Fig. 7. By turning over the opposite insertion tab parts 30 , 34 and the insertion tab part 38 , the blank 12.2 is also closed on its other - lower in FIG. 7 - end face. The turning over of the inserted flap parts 28 , 30 , 32 , 34 , 36 , 38 corresponds to the well-known turning and tailoring of the blank to its folding box shape, which is very common in folding boxes. In addition, only the lateral mutual displacement of the cover part 16 - in Fig. 8 to the left - rela tively to the bottom part 14 is required in the invention.

Subsequent to the state 12.2 , the blank 12 is obtained in its state 12.3 ( FIG. 10) by turning over and inserting the corresponding insert tab parts. By closing the cap part 24 - clockwise in FIG. 10 - and inserting the insert part 26 into an insertion slot 48 , which is present in the region of the first envelope axis 44 , the cap part 24 can be firmly positioned on the cover part 16 . This state is shown in Fig. 11. The insertion part 26 locks in a known manner in the insertion slot 48 and then lies more or less on the inside of the first tab part 18 . In this confectioning of the blank 12 to its folding box shape 10 , the cover part 16 has folded out of its originally flat shape (FIGS . 7, 8) into a spatial shape ( FIGS. 9 to 11), which will be described in more detail below.

In the cover part 16 is a first cutting line 50 the IN ANY, which runs parallel to the first axis 44 and laterally extends almost to the respective crease line 40 , which separates the cover part 16 from the left or right Einsteck-La part 36 , 38 . A left cutting line 52 and a right cutting line 54 are present perpendicular to this first cutting line 50 . These cutting lines 52 , 54 extend almost to the third tab part 22 or the first tab part 18 . The three cutting lines 50 , 52 , 54 form the shape of a double T in plan. The two upper ends of the cutting lines 52 , 54 in FIG. 6 are connected to one another via a crease line 56 . The lower ends of the cutting lines 52 , 54 are connected to one another via a crease line 58 .

Parallel to the lower crease line 58 is a further crease line 60 , which is only partially formed in the cover part 16 . At the respective section ends of the creases 60 there are cutting lines 62 which are perpendicular to the creasing line 60 and thus also on the creasing line 58 . The cutting lines 62 thus cross the crease line 58 at right angles. At their other free ends, the cutting lines 62 are connected in sections via a crease line 64 . The creasing lines 64 and 60 alternate in such a way that they are each present in alternation. In the illustration of FIG. 6 so that a first area 66 is present below the cutting line 50, which is separated by cutting lines and score lines of a surrounding frame member 68. The frame part 68 adjoins the first tab part 18 and the plug-in tab parts 36 and 38 on the side.

A perforation line 70 is also present in sections above the first area 66 and thus above the crease line 56 . The sections of this perforation line 70 are connected to one another by an upside-down U-shaped cutting line 72 . A second region 74 is thus present in the cover part 16 between the cutting line 50 and the crease line 56 or laterally between the two upper halves of the cutting lines 52 and 54 . This second area 74 is also surrounded by the upper area of the frame part 68 . The frame member 68 thus surrounds the 1st and 2nd area 66, 74 in a frame shape.

Between the cutting line 50 and the sections of the crease line 64 , a partial area 76 is provided, which is provided with an adhesive layer.

When turning the blank 12 into its Darge in Fig. 7 shown state 12.1 , in which the lid part 16 on the Bo d part 14 comes to rest, the first area 66 sticks with its portion 76 to the bottom part 14 . The second loading area 74 , on the other hand, lies loosely on the bottom part 14 . When moving the blank 12.1 into its shape 12.2 , the sub-area 76 and the adjoining other areas of the 1st area 66 cannot slide relative to the bottom part 14 . The area 76 will therefore immediately and firmly positioned on the bottom part 14 come to rest. On the other hand, the area 78 of the frame part 68 immediately adjoining the first turning axis 44 will be present at a distance above half of the bottom part 14 . The mutual Ab was determined by the width of the tab parts 18 and 20 . This level-different position of parts of the cover part 16 is made possible by the cutting lines 62 , the creasing lines 58 , 60 and the perforation line 64 . Consequently, the partial areas 80 delimited on both sides by the perforation line 64 and the crease line 58 , as well as the partial areas 82 delimited on both sides by the crease line 58 and the sections of the crease line 60, are approximately perpendicular to the base part 14 and thus a stepped formation of the 1. Realize area 66 . Dement speaking accordingly, each of the partial areas 80 laterally delimited partial areas 84 lie directly on the base part 14 , while the extension of the partial areas 80 present, each of the partial surfaces 82 laterally delimited partial areas 86 are present level above the base part 14 . This creates a spatial shape of the cover part 16 with web-like transverse divisions. These web-like transverse divisions are formed by the stepped surface parts 80 , 86 .

When the blank is erected from its state 12.1 to its state 12.2 , the region 88 of the frame part 68 which immediately adjoins the third tab part 22 comes to lie above the base part 14 . Due to the creasing line 56 and the cutting lines 52 , 54 on the side, the creasing lines adjoining the creasing line 56 will be 90 of the second area 74 more or less obliquely, so that an oblique connection with the area lying more or less close to the bottom part 92 is made, which is present between the perforation line 70 and the cutting line 50 . The area 92 will therefore more or less rest directly on the base part 14 with the tongue-like surfaces 94 , which are formed by the cutting lines 72, respectively. This presupposes a displacement of the second area 74 from the first area 66 , which is why the second area 74 is not glued to the base part 14 or is otherwise attached to the same.

In the final state, the lid part 16 thus presents itself in an unfolded form, as can be seen in the illustration of FIG. 1 in the folding box 10 shown there. Ampoules 96 , for example, can be stored between the crosspieces formed from the surface parts 86 . The jacket of the respective ampoule 96 then lies laterally against the surface parts 80 standing perpendicularly from the floor. The neck 98 of the ampoule 96 then more or less plunges into the cavities formed in the area of the tongues 94 . Due to the inclined position of the surface parts 90 , the on the pulp can be inserted from above into the cover part 16 , the neck 98 being able to lock into the cavity in the area of each tongue 94 , and the ampoule 96 can thus be stored relatively firmly.

The presence of the cap part 24 is not required for the folding box tel itself; the cap part 24 forms le diglich a cover protection for the ampoules 96 stored, for example. The folding box 10 could also be used without a cap part 24 as a container for ampoules 96 or other objects.

In the illustration according to FIG. 2, the surface part 96 ( FIGS. 1, 6) is provided with an additional crease line 100 . As a result, two sub-areas 86.1 and 86.2 were created. When you bend them up, they will go wrong with each other due to the presence of the Ril line 100 . The area of the crease line 100 will thus come to lie level between the level of the frame part 68 and that of the partial area 76 . As a result, the partial surfaces 86.1 and 86.2 can also serve as lateral support for parts to be stored. In addition to the partial areas, there are 80 additional contact areas for a product to be stored.

In the presentation of Fig. 4 and 5 are the Original Art Chen faces shortened hö henmäßig in the form of partial surfaces 80.1 and for the initial part extended surfaces in the form of partial surfaces 86 86.3 80 formed (Fig. 6). The lack of height or length at partial surface 80.1 relative to partial surface 80 ( FIG. 6) is compensated for by an additional partial surface 86.4 following the partial surface 86.3 . The partial areas 80.1 , 86.3 and 86.4 thus result in the total length resulting from the partial areas 80 and 86 . In this form of training, the partial areas 86.3 come to a moderate overall level between the cover part and the base part, so that the partial areas 86.3 can act as a total line support for an ampoule 96 or some other part of the package.

If the surface part 86.3 in the illustration according to FIG. 4 is made sufficiently long, an additional area, such as the second area 74 in the illustration according to FIG. 6, can be dispensed with entirely. It could then only be a first area 66 , but in an appropriately extensive form.

If in the above of crease or perforation lines the There is talk, so they can be interchangeably pre-cut be there. The special training of the respective bend edging or bending lines will depend on the thickness of the cutting material used.

Claims (11)

1. folding box blank ( 12 ) for a folding box ( 10 ) for storing food such as pralines or, for example, glass ampoules or other parts to be packaged, with a trough-shaped insert ( 66 , 74 ) with web-like transverse divisions for separating the parts to be packaged, characterized in that

• - The insert ( 66 , 74 ) is part of the blank ( 12 ),
• - The blank ( 12 ) has a plurality of surface parts in a row one behind the other, such that these parts can be folded into a hollow body by bending and gluing;
• - Its cover part ( 16 ) has cutting or punching lines and / or a rolling or creasing line and / or perforation lines such that a frame part ( 68 ) surrounding an inner part ( 66 , 74 ) is present in the cover part ( 16 ),
• - This inner part ( 66 , 74 ) is numerically at least one loading area ( 66 ), which is designed to be adhesive in a partial area ( 76 ) and lines in the cutting or punching lines and / or rolling or creasing lines and / or perforation lines are attached in such a way that by bending part of this area ( 66 ) the spatial form of use with the web-like transverse divisions within the surrounding frame part ( 68 ) can be produced.

2. Blank according to claim 1, characterized in that the blank ( 12 ) has at least five row parts hanging in series one behind the other, namely:

• - a bottom part ( 14 ),
• - a cover part ( 16 ),
• - a first tab part ( 18 ) between the bottom part ( 14 ) and the cover part ( 16 ),
• - A second tab part ( 20 ) attached to the bottom part ( 14 ), and
• - A third tab part ( 22 ) which is attached to the cover part ( 16 ).

3. Blank according to claim 2, characterized in that a cap part ( 24 ) is attached to the second tab part ( 20 ). 4. blank according to claim 3, characterized in that

• - On the cap part ( 24 ) an insert part ( 26 ) hangs and
• - In the joint area between the cover part ( 16 ) and the first La part ( 18 ), an insertion slot ( 48 ) is provided so that in the folded state to the hollow body ( 12.2 , 12.3 ) of the blank ( 12 ), the insertion part ( 26 ) in the insertion slot ( 48 ) can be inserted.

5. Blank according to one of claims 1 to 4, characterized in that on tab parts and on the cover or bottom part A plug-in tabs ( 28 , 30 , 32 , 34 , 36 , 38 ) are present so that in the folded state to the hollow body ( 12.2 ) the folded insert tabs close the body on all sides except for the loading area of the cover part ( 16 ). 6. Cutting according to one of claims 1 to 5, characterized in that

• - Adjacent cutting lines ( 62 ), which are present in one loading area ( 66 ), are each formed symmetrically to one another,
• - These cutting lines ( 62 ) do not reach up to the free edge of this one area ( 66 ),
• - This free edge area is at least partially (76) designed to be adhesive.

7. blank according to claim 6, characterized in that these cutting lines ( 62 ) are aligned parallel to each other. 8. Blank according to claim 6 or 7, characterized in that in the folded state to the hollow body ( 12.2 ) of the cut ( 12 ) the free edge region ( 76 ) of a loading area ( 66 ) can be glued to the underlying or overlying bottom part ( 14 ) is formed. 9. Cutting according to one of claims 1 to 8, characterized in that the inner part of the cover part ( 16 ) has a second region ( 74 ) in which cutting and / or punching lines and / or rolling or creasing lines and / or perforation lines are attached so that by bending parts of this area, the spatial form of use with the web-like transverse divisions within the peripheral frame part ( 68 ) can be produced. 10. blank according to claim 9, characterized in that

• the cutting lines do not extend to the free edge area of this second area ( 74 ),
• - Cutting or punching lines ( 72 ) are designed such that tongue-like areas ( 94 ) with in particular a U-shaped free edge are attached to the free edge area.

11. folding box, consisting of a folding box blank ( 12 ) according to any one of claims 1 to 9.