DE202005002942U1 - Packaging for storing objects, in particular for the storage and transport of electronic devices - Google Patents

Abstract

The cardboard packaging (I) to hold a product, and especially for the protection and transport of electronic appliances and components, has a flat section (1) and at least one further flat section (2) so that the product is wholly enclosed. At least one positioning zone (32,33) keeps the product in place within the package. At least one opening zone (21) with a grip tab (213) is integrated into one of the flat sections, within its outline, which can be pulled free by side perforations (211,212) at least partially.

Description

The The invention relates to a package for receiving and transporting of objects, in particular of electronic devices, the packaging being a Floor element and a cover member and formed is that it takes up the object completely and essentially Completely encloses.

For receiving and the transport of various objects, especially objects such as electronic devices and electronic components, packaging in a variety of sizes and design provided. Because such devices often only in minor ones Way differ structurally, it is in known packaging nevertheless necessary, different in this regard Packaging with different sizes and different designs provide. Will such a deployment of a variety of packaging in which the appropriate equipment was added and are not carried out, so there is only one Packaging ready, in which or with which various objects packed with different shapes and designs or to be transported. However, it can happen that objects be given in a packaging for which the packaging much too is great and the articles contained therein are in no way stable in position can be stored in the packaging. This is often the case a mostly but insufficient stabilization of the position of the contained article obtained by filling a filler, which may be cotton wool or plastic chips, for example, is filled. Another alternative, a corresponding item in one Storage stable to store packaging is known in that in simple boxes several separate Styrofoam parts are inserted which are designed in such a way that the devices correspondingly not to be packaged therein can slip.

at there is a disadvantage with all known packages either that no adequate security and firm positioning of the in the packaging contained items can be achieved or in which for stable storage of the contained item a Plural of separate parts is required. It continues often very awkward, objects from packaging with positioning areas, in particular to be taken from the packaging at the point where the object is introduced has been. Often lead the rigid separate positioning areas when pulling out the Item from the packaging to the fact that the positioning areas and / or the object does not jam and another take out or not only very expensive is possible. Usually the packaging has to be destroyed or damaged that it can no longer be used.

Therefore It is an object of the invention to provide a package for receiving and Transporting objects to create which little effort a safe and stable position Storage and transport of various objects allows and ensures easy removal of the packaged item.

These Task is by a package, which features the protection claim 1, solved.

A inventive packaging is for picking up objects educated. In particular, you can in the packaging according to the invention electronic equipment be stored and transported. The packaging has at least two surface elements on, in particular a bottom element and a cover element, and is formed such that the male object of the packaging essentially completely enclosed in the assembled state is. Furthermore, the packaging comprises at least one positioning area in the interior of the package for positioning the article in the packaging. An essential idea of the invention is based that in at least one of the surface elements of the packaging at least one opening area is formed, which is integrated in the surface element and which extends within the dimensions of the surface element, wherein the opening area at least partially separable with the surface element connected is. As a result, a package can be created, which in a simple and safe way, a removal of the in the packaging contained item. About that In addition, the opening area designed such that the dimensions of the package in comparison without such an opening area not changed and the opening area virtually no magnification or another shape of the packaging causes.

It It can also be provided that a plurality of opening areas in a surface element and / or in several surface elements in each case at least one opening area is trained.

It can be provided that the opening region is formed integrally with the surface element, wherein the surface region having the opening element adjacent to a with a further surface element, in particular a side wall, coverable insertion region for insertion of the article angeord in the package is net. It can thereby be achieved that the object can be removed at a position of the packaging which allows a particularly simple removal, for example with regard to the shape of the packaging and / or the shape of the article and / or its nature. In this respect, it can be achieved that objects can be introduced into a suitable place of the packaging during packaging (for example a machine-carried packaging process) and can be removed again at a suitable location for the removal of the packaging can that the surface element in which the opening portion is formed, in terms of area larger, in particular significantly larger than a drawer region through which an object can be inserted into the package is thereby made possible that the article faster and with less effort from the Packaging can be removed. It when the opening portion is formed in a surface element of the package, which has the largest surface compared to the other surface elements of the package or at least an equal area, as the largest surface of the package is particularly advantageous.

It can be provided that the opening area tab-shaped in the surface element, in particular is formed in a lid member of the package. The opening area may have a gripping zone, which is in a first recess the lid member hineinerstreckt and opposite the edge of the lid member set back is. This makes possible, on the one hand the opening area easy to grab and open is, on the other hand, not over the boundaries or edges protruding from the packaging.

In Advantageously, the configuration of the opening area by perforation lines im in the opening area containing surface element characterized. The opening area can range from the first recess of this surface element to the edge of the surface element extend, which is opposite to the recess and which to a first side wall adjoins. It can be provided that the opening area V-shaped is, each one leg of the V-shape with its free ends each to one in the edge adjacent to the first side wall, led trained levels is. The opening area thus extends over the entire extent of the lid member from one edge to a opposite Edge. When opening the opening area thus becomes a relatively large area of the surface element, in particular the cover element, at least partially removed and the item contained in the package can easily be removed.

In Particularly advantageously, the at least one positioning area flexible. This allows both a simple insertion of the object in the packaging as well as a safe and easy positioning be achieved. About that guaranteed this, having items with insignificant differences in shape and size with a single packaging can be safely packed.

In a preferred embodiment is the flexible positioning area in a flexible inner element of Packaging integrated. It can be provided that the inner element and the positioning area in one piece are trained and over a first side wall of the packaging with one of the surface elements are connected, in particular with the first side wall and the surface element integrally formed are. The inner element can be in the assembled state of the packaging inside the packaging at least partially on a surface element abutment and the at least one positioning in the composite Condition of the packaging from the adjacent surface element in the direction of second surface element be oriented. By the inner element at least partially a surface element, in particular a bottom element of the package, is applied, on the one hand achieved be that the interior element requires a minimal amount of space and on the other hand an additional Stabilization of the soil element is made possible. Furthermore it's material-saving way that allows with a single Inner element with the integrated positioning electronic equipment Stable position can be kept in the package. Furthermore is through the one-piece Training of the inner element and in particular the one-piece design with the side wall and optionally additionally with the cover element a low-cost production, which in this regard cost and done quickly can be guaranteed.

Furthermore, it can be provided that the at least one flexible positioning region is integrated into the inner element in such a way that it is arranged in the plane of the inner element, in particular substantially parallel to the adjacent surface element, during insertion of the article into the packaging, and upon further closure of the packaging, in particular when leading a fourth side wall to a trained insertion region, can be positioned in its end position. This leads skilfully to the fact that the positioning is practically flat up to the insertion of the article into the package and is arranged to save space, whereby a simple and low-cost pushing away of the object on the positioning can be achieved in the packaging. On the other hand, the positioning is Area with the further process for closing the packaging practically automatically and compulsorily positionable from the inner element so that it protrudes from the inner element and holds the object positionally stable in its final position.

through the packaging according to the invention can be achieved that objects stored and transported in a simple and low-cost manner can be. Especially for electronic equipment This can be used to create a packaging which is safe Transport without slippage of the device contained in the packaging, causing a damage or destroy of the electronic device can be prevented.

The Inner element may advantageously have a recess, wherein the at least one positioning region is from one side the recess extends in the direction of a first edge. Prefers it is when the at least first positioning range parallel is formed to the first side wall. The first side wall and the at least one positioning area can in this regard an object and this to a change in position in the packaging.

Of the At least one positioning region can advantageously at least be formed in two parts and it can be provided in particular be that the two parts in terms of area equal big and / or are geometrically the same. This allows a variety of design options of the Positioning range and guaranteed in this regard a simple adaptation to different geometries of the in the Packaging items to be picked up.

It can be provided that the two parts of the positioning one piece are trained and over a bending line are movably connected relative to each other. In addition to the embodiment with a flexible material can by the bipartite and the formation of a bending line between the two parts a further flexibility and variability of the inner element and the positioning area be achieved. The possibilities with regard to a diverse Use of the packaging according to the invention can thus be significantly improved again. It can be provided be that the two parts of the positioning in the composite Condition of the package formed at least partially adjacent to each other are. As a result, in the assembled state of a packaging according to the invention, in which an item to be stored is already contained, a significantly improved stabilization can be achieved. Just if an item is already placed in the package, is it desirable that this possible stable position can be kept, which by the quasi double-walled trained positioning in the assembled state of the Packaging is influenced significantly positively, because of its flexibility the juxtaposition of the two parts is reduced.

It can be provided that a second positioning area such is formed so that it is from the first side of the recess opposite Side towards a second, opposite the first edge Edge of the inner element extends. It can be provided that the two positioning regions formed substantially the same size are arranged and symmetrical to an axis of symmetry of the recess are. The recess can for example be designed arcuate segment be. The two positioning areas can extend in one plane and be arranged parallel to the first side wall.

It it can be provided that between a second edge of the cover element and the bottom member is formed a second side wall and at a third edge of the lid member, a third side wall adjacent to the packaging. Furthermore, it can be provided that on the side of the side wall, which is the side of the side wall, the adjacent to the third side of the lid member, opposite, a tab adjacent, which in particular formed as a glue flap is and adapted to connect to the edge of the floor element is, which is opposite to the second side wall. It can also be provided be that a fourth side wall opposite to the first side wall Edge of the inner element adjacent, wherein at the opposite end of the inner element of the fourth side wall a tab-shaped gripping zone is trained. In this regard, can also be provided that on the inner element opposite Edge of the fourth side wall is formed a tab which is designed in particular as a plug-in and in the assembled Condition of the package at a fourth edge of the lid member is plugged into the interior of the package. The packaging can in this regard formed in the assembled state as a square packaging be, which, for example, square-shaped lid and Floor elements and includes four side walls, for example rectangular shaped are.

In addition, it can be provided that a recess is formed such that it extends into the second side wall and the lid member and a further recess is formed such that it extends into the third side wall and the lid member. It is also possible in that the tab on the fourth side wall has lug-shaped formations in each case at the edges adjoining the free edge, which in the assembled state of the packaging respectively engage in one of the recesses formed between the lid element and the second and the third side wall. This makes it possible that in the assembled state of the packaging, the plug-in flap is inserted for closing the package and engages on the formed on the two side walls and the lid member recesses by means of the tab-like formations and thereby additionally can be secured against unwanted or unintentional opening of the package ,

In Advantageously, the packaging of cardboard, paper or a formed other flexible material, in a particularly advantageous manner It can be provided that the packaging is integrally formed and the formed between the adjacent elements of the package margins are designed as bending lines. In this regard, the packaging can also be designed as a carton.

It can be provided that at least portions of the packaging made of a transparent material. So can be provided in that in particular the opening region formed in the cover element is transparent.

It can be further provided that in the case of at least partial one-piece Training of several elements (for example, cover element, first side wall and interior element or even the entire packaging) the bending lines or fold lines formed in each case over their whole length or at least partially have incisions in the material, which allow easier bending. The cuts are advantageous executed in such a way that they do not completely sever the packaging material.

Especially it is preferable if the packaging is an interior element which adjoins at least one side wall of the packaging is trained. In particular, it is advantageous if the inner element one piece is formed with the side wall. In particular, the connection formed with the side wall, which in the assembled state the packaging is opposite the insertion area. The side wall is more advantageous Way adjacent to the opening area having surface element formed, in particular in one piece with this surface element educated. This can be achieved in a simple manner when inserting an item into the packaging, the sidewall and the surface elements, in particular the cover element and the floor element, erected and practically automatically into the corresponding end positions can be brought. A complex assembly of the Packaging prior to insertion of the article is not more required.

It It should be noted that an embodiment of the packaging is also possible, which one as explained above Inner element or as explained above advantageous embodiment of Inner element, optionally with a trained accordingly Positioning, has, but no opening area covers.

Several embodiments The invention will be described below with reference to schematic drawings explained in more detail. It demonstrate:

1 a schematic representation of an integral blank of the packaging according to the invention according to a first embodiment;

2 a schematic representation of an integral blank of the package according to the invention according to a second embodiment;

3a to 3h a perspective view of a process for assembling the package according to the invention according to the first embodiment; and

4a to 4f a perspective view of an operation for assembling the package according to the invention according to the second embodiment.

In 1 a first embodiment of the packaging according to the invention is shown. The illustration shows a two-dimensional one-piece blank of the packaging according to the invention, which is formed in the embodiment of cardboard. The package I has a bottom element 1 , a lid element 2 , an interior element 3 as well as a first sidewall 4 , a second side wall 5 , a third sidewall 6 and a fourth sidewall 7 on. Furthermore, the packaging I comprises a tab 8th , which is formed in the embodiment as a glue flap, and a tab 9 which is formed in the embodiment as a plug-in tab. The floor element 1 is with the cover element 2 over the second side wall 5 connected. The second side wall 5 On the one hand, it borders on the common bending line 15 to the floor element 1 on the one hand and on the other hand on the common bending line 25 to the cover element 2 at. The cover element 2 borders with the second side wall 5 opposite side to the third side wall 6 over the common bending line 26 at. The third side wall 6 furthermore borders with the bending line 26 gegenüberlie bend line 68 to the glue flap 8th at. In the assembled state of the package I is the adhesive flap 8th with the floor element 1 connected. The connection is carried out in such a way that the bending line 68 substantially flush with the edge of the floor element 1 is which of the bend line 15 opposite.

The cover element 2 borders with a bend line 24 to the first side wall 4 at. As in the embodiment according to 1 can be seen, points the bend line 24 a non-linear course. In a symmetrical way are in this bend line 24 Steps are formed, causing the bending line 24 in the region of the cover element 2 extends into it. As further from the representation in 1 can be seen, points the bend line 24 Partial areas, which are incisions in the cardboard material and are characterized by the dashed areas. The cuts are such that the cardboard material is not completely severed.

The first side wall 4 adjoins one of the bending lines 24 opposite bending line 34 to the interior element 3 at. Furthermore, the interior element is adjacent 3 over a bend line 37 to the fourth side wall 7 on, with the fourth side wall 7 over one of the bending lines 37 opposite bending line 79 to the insertion flap 9 borders.

As in the embodiment according to 1 is shown, the cover member 2 an opening area 21 on, which is V-shaped. The opening area 21 has a gripping zone 213 on which is in a recess 22 extends into it. The recess 22 has in the embodiment on a trained in the two-dimensional representation funnel shape. The gripping zone 213 is designed such that it is both easy to grasp, on the other hand, not over the edge zone of the lid member 2 protrudes, which in an imaginary line as a connection over the cup-shaped recess area 22 extends. To easily open the opening area 21 to be able to be, the legs of the V-shaped configuration of the opening area 21 through perforation lines 211 and 212 characterized. The free ends of the V-shaped legs each terminate at one of the steps in the bend line 24 are formed.

Furthermore, from the 1 to recognize that the interior element 3 a substantially centrally located recess 31 having. The recess 31 is formed in the embodiment as an arc segment. Furthermore, the inner element comprises 3 a first positioning area 32 and a second positioning area 33 , The first positioning area 32 has a first part 321 and a second part 322 on. The two parts 321 and 322 are over a bend line 323 connected with each other. Furthermore, the first part 321 of the first positioning area 32 over a bend line 324 limited. In a similar way, the second part 322 over a bend line 325 limited. The first positioning area 32 extends from one end of the recess 31 in parallel arrangement to the first side wall 4 to the free side edge of the inner element 3 , In a corresponding manner, the second positioning region comprises 33 a first part 331 and a second part 332 , The two parts 331 and 332 are over a bend line 333 adjacent to each other. Furthermore, the first part 331 over a bend line 334 and the second part 332 over a bend line 335 limited. The second positioning area 33 is also parallel to the first side wall 4 arranged and extends from the first end opposite the second end of the recess 31 up to a second free edge of the inner element 3 wherein the second free edge is the first free edge of the inner element 3 opposite. The two positioning areas 32 and 33 are in the embodiment according to 1 arranged such that they in the assembled state of the package I substantially perpendicular to the inner element 3 or from the floor element 1 towards the lid element 2 are oriented. Furthermore, the positioning areas 32 and 33 arranged in the assembled state of the package I in a plane. In the embodiment according to 1 are the four parts 321 . 322 and 331 . 332 essentially equally geometrically equal in terms of area and formed the same size.

The fourth side wall 7 has a tab-shaped design 71 on, which in the assembled state of the package I to the recess 22 the lid element 2 borders. By the tab-shaped training 71 over the boundary lines 79 can survive a simple grasping the tab 71 For example, to open the packaging, be enabled. As further from the 1 can be seen, the plug-in flap has 9 tongue-shaped bulges 91 and 92 on opposite sides of the insertion flap 9 on. In the assembled state of the package I grip these tab-shaped bulges 91 and 92 in recesses 52 respectively. 62 one. As in this regard from the 1 can be seen, the recess extends 52 both in the second side wall 5 as well as in the cover element 2 , In a corresponding manner, the recess extends 62 in the lid element 2 and in the third sidewall 6 , As well as out 1 can be seen, the fourth side wall has 7 a width (dimensions of the long sides of the rectangular configuration of the side wall 7 ), which is larger than the width of the lid member 2 between the bending lines 25 and 26 , This can be made possible in the composite Zu the packaging I was the fourth side wall 7 is not pushed into the interior of the package I when closing the package. It should be noted that the embodiment of the package I according to 1 is merely exemplary. In particular, the essential for the invention embodiment of the inner element 3 as well as the positioning areas 32 and 33 in shape, shape and position as well as the opening area 21 only as an example. It is essential that both the interior element 3 as well as the positioning areas 32 . 33 are formed of a flexible material and ensures a positionally stable storage of the item contained in the package I. In addition, can out 1 be recognized that the areal design of the interior element 3 in the assembled state substantially equal to the area of the floor element 1 is. In this regard, it should be noted that in the assembled state, the positioning areas 32 and 33 sticking out of the plane and both the parts 321 and 322 abut each other as well as the parts 331 and 332 are arranged adjacent to each other.

A second embodiment of the packaging according to the invention is shown in FIG 2 shown in a one-piece cut shown in two dimensions. It should be noted that in all figures the same or functionally identical elements are provided with the same reference numerals. In contrast to the embodiment according to 1 is in the in 2 illustrated embodiment of the packaging II, the inner element 3 formed without a recess and without a positioning area. In the embodiment according to 2 is a positioning area 10 over a bend line 109 to the tuck 9 adjacent. In the assembled state of the package II, the positioning range extends 10 between the floor element 1 or the inner element 3 essentially up to the lid element 2 to which the bend line 109 immediately adjacent abuts. As in 2 can be seen, is the positioning area 10 trapezoidal and may in the assembled state of the package II both substantially perpendicularly between the bottom element 1 and the lid member 2 be arranged, as well as in an oblique direction between the bottom element 1 and the lid member 2 be educated. In this regard, the positioning range 10 set in the assembled state of the package II so inclined that, for example, that of the bending line 109 opposite free edge end of the positioning area 10 on the bend line 37 supported. Depending on how the inclination of the positioning area 10 should be designed or depending on whether in a corresponding inclination of the positioning 10 additionally also on the inner element 3 should be arranged supporting, depending on the height (distance between the bending line 109 and the parallel oriented free end of the positioning area 10 ) be formed.

As from the embodiment in 2 can also be seen, the interior element has 3 strap-shaped areas 35 and 36 on. In the assembled state of the package II grab the tab-shaped area 35 in a recess 51 one and the tab-shaped area 36 in a recess 86 one. The recess 51 is between the floor element 1 and the second side wall 5 educated. The recess 86 is between the third sidewall 6 and the glue flap 8th educated. As the 2 shows are the recesses 51 and 52 as well as the recesses 62 and 86 essentially equidistant from the edge regions of the side wall 5 or the side wall 6 educated.

In the 3a to 3h It is shown how an integral blank of the first embodiment of the package according to the invention can be assembled. In 3a is shown that the floor element 1 with the bend line 15 opposite side with the adhesive flap 8th is joined together. Before sticking together are the first sidewall 4 , the interior element 3 as well as the fourth sidewall 7 and the insertion flap 9 over the bend line 24 bent so that they on the inner region of the lid member 2 issue. According to another process is in 3b shown a folding of the package I at the bend lines 25 and 26 takes place, so that a package I is formed, in which the second side wall 5 and the third sidewall 6 substantially perpendicular to the mutually parallel bottom element 1 and the lid member 2 are formed. As further out 3b can be seen, an electronic device is completely inserted into the packaging. In this regard, it should be noted that in the interior element 3 integrated positioning areas 32 and 33 are not yet formed in their final position before insertion of the electronic device in the packaging, and to ensure easy insertion of the electronic device in the packaging, are initially arranged in a plane with the inner member. It is thereby made possible that the electronic device can be easily inserted into the packaging without the positioning areas required for stable positioning being already fixed.

By inserting the electronic device into the package, the first side wall becomes 4 (Not visible) virtually automatically in a substantially vertical position to the cover element 2 and the floor element 1 brought. In this regard, the first sidewall 4 over the bend line 34 bent so that the first side wall 4 essentially the same height as the second and third sidewalls 5 respectively. 6 having. In the fully inserted state of the electronic device has the first side wall 4 an end position due to the step-shaped formation of the bending line 24 opposite the edge regions of the floor element 1 as well as the side walls 5 and 6 and portions of the lid member 2 is set back in the interior of the package I. By folding at the bend line 34 becomes the interior element 3 arranged so that it is on the floor element 1 rests. As in 3b already indicated, by moving the fourth side wall 7 facing portion of the inner element 3 in the direction of the interior of the packaging, a putting on of the positioning areas 32 and 33 reached. As in this regard also in 3c can be seen, is by such a pushing in of the interior 3 or the fourth side wall 7 and the adjacent thereto tab 9 towards the interior of the packaging reaches the two parts 321 and 322 over the bend line 323 of the first positioning area 32 automatically approach each other. In this regard, a bend in a corresponding manner via the bending lines 324 and 325 ( 1 ) such that im in 3d shown final state of the positioning areas 32 and 33 a substantially vertical orientation of the positioning areas 32 and 33 to the lid member 2 and the floor element 1 is trained. It should be noted at this point that forming the second positioning region 33 corresponding to the positioning area 32 by inserting the projecting out of the packaging portion of the inner element 3 as well as the fourth sidewall 7 and the insertion flap 9 he follows.

As in 3d can be seen, in the embodiment shown, the two positioning tabs 32 and 33 indoor 3 spaced from the side walls oriented parallel thereto 4 and 7 educated. As further out 3d can be seen, the inner element is pushed in until the bending line 37 to the edges of the second and third side wall 5 respectively. 6 adjoin flush and the inner element 3 completely contained inside the packaging I and completely on the floor element 1 rests.

In 3e is the state according to 3d shown from a rear view. As can be seen in this regard, the first side wall 4 opposite the edges, which are the side walls 5 and 6 as well as the floor element 1 and dividing the lid member 2 limit, set back in the interior of the packaging. It should be noted that in all 3a to 3e only the essential elements required for the respective packaging state are shown. It should be noted that the explicit embodiment of the package I by 1 is shown. The existing there elements and training are in a corresponding manner in the packaging according to the 3a to 3e contained or arranged, even if they are not visible or not shown in these corresponding figures.

Following on the packing condition according to 3d is in 3f shown that the fourth side wall 7 over the bend line 37 towards the lid element 2 is bent out and in a similar way, the insertion flap 9 over the bend line 79 is bent such that it is in the region of the cover element 2 can be inserted into the interior of the package I. In the fully assembled or folded state, the package I is in 3g shown. The package I is a square box with a substantially square cover element 2 and floor element 1 , How out 3g can be seen, is the opening area 21 in the plane of the cover element 2 educated. The gripping zone 213 is in the recess 22 formed in and opposite the limiting edge of the lid member 2 set back. If the device contained in the packaging I is to be removed, this can be done in a simple and very fast manner by the opening area 21 at least partially from the cover element 2 is disconnected. In this regard, by attacking the gripping zone 213 a pulling up done and the opening area 21 is by separating the perforation lines 211 . 212 from the lid member 2 separated. By the tab-shaped opening area 21 completely from the cover element 2 is disconnected, the lid member 2 separated into two parts, which are separated from each other and over the bending lines 25 respectively. 26 can be flipped up so that the electronic device in the package I can be removed. By attaching the opening area 21 at a boundary surface of the package I (in the embodiment in the lid member 2 ), which is larger in area, in particular significantly larger than a provided for the introduction of the electronic device area (insertion region corresponds in the embodiment shown substantially the surface of the fourth side wall 7 ) can be ensured that by the positioning areas 32 and 33 stable held in the packaging device without much effort, especially without removing the positioning areas 32 and 33 or one over the positioning areas 32 and 33 pulled away device, can be easily removed. It should be noted that it can also be provided that the opening area 21 at least partially designed as an adhesive or insertion tab and only partially from the cover element 2 is separable or is separated and the formation of the package I is designed such that a repeated removal and reinsertion of the packaging in the packaging I contained device can be performed. This may allow the package to not be destroyed upon removal of the contained item and used for further storage and transportation. Due to the flexible design of the positioning areas 32 . 33 In the case of the invention, extraction of the article contained in the packaging can also be effected via the insertion region without destroying the packaging or the article.

In a similar way is in the 4a to 4f shown as the second embodiment of the package II according to 2 can be composed. 4a already shows a state of the packaging, which according to the state 3b of the first embodiment of the package I corresponds.

As in 4a can be seen, are also the pages here 5 and 6 arranged substantially parallel to each other and perpendicularly between the lid member 2 and the floor element 1 oriented. As shown in 4b is the interior element 3 already fully inserted into the interior of the package II and there is a bending of the fourth side wall 7 at the bend line 37 as well as a bending of the insertion flap 9 over the bend line 79 and also a bending of the positioning area 10 over the bend line 109 , The further completion of the package II can be done in two different ways. According to Alternative A, following the packaging state as in 4b the positioning area is shown 10 on the cover element 2 inserted in the packaging II. Furthermore, the final state of the packaging 2 designed such that the plug-in flap 9 is subsequently inserted into the interior of the package II until the fourth side wall 7 is substantially perpendicular between the bottom element 1 and the lid member 2 is oriented. This end position and the assembled state of the package II is in 4d shown. Depending on the bend, the bend line 109 is performed, is the positioning range 10 in an inclined position between the floor element 1 and the lid member 2 oriented. Another alternative B following the condition of the package II according to 4b is in 4e shown. There will be a bending of the positioning area 10 at the bend line 109 carried out in such a way that it is in the direction of the bending line 37 with its free end (the bend line 109 opposite edge region) is oriented. As shown in 4f becomes the insertion flap 9 in the region of the cover element 2 inserted into the interior of the package II. In the final position or in the fully assembled state of the package II according to 4d is the positioning area 10 also in an inclined position from the floor element 1 in the direction of the cover element 2 oriented.

Like from the 1 to 4 can be seen, can be produced by the packaging according to the invention from a one-piece blank produced in a variety of usable packaging. By both an opening portion is integrated into a corresponding surface element of the package and optionally also a positioning portion is integrated in an inner member and / or on a side wall, both the packaging of the object as well as the opening and removal of the object can be performed easily and quickly.

Claims (22)

Packaging for storing objects, in particular for the storage and transport of electronic devices, the packaging comprising a first surface element ( 1 ) and at least one second surface element ( 2 ) and is designed such that the object to be picked up is substantially completely enclosed by the packaging (I, II), and at least one positioning region ( 32 . 33 . 10 ) for positioning the article in the interior of the package (I, II), characterized in that in at least one of the surface elements ( 1 . 2 ) an opening area ( 21 ), which is within the dimensions of the surface element ( 1 . 2 ) and (I, II) at least partially separable with the surface element ( 1 . 2 ) connected is. Packaging according to claim 1, characterized in that the opening area ( 21 ) integral with the surface element ( 1 . 2 ), which forms the opening area ( 21 ) surface element ( 1 . 2 ) adjacent to one with another surface element ( 7 ), in particular a side wall ( 7 ), coverable insertion area for inserting the article into the package (I, II) is arranged. Packaging according to claim 1 or 2, characterized in that the opening area ( 21 ) tab-shaped in the surface element ( 1 . 2 ) is trained. Packaging according to one of the preceding claims, characterized in that the opening area ( 21 ) a gripping zone ( 213 ), which in a first recess ( 22 ) of the surface element ( 1 . 2 ) and opposite the edge of the surface element ( 1 . 2 ) is set back. Packaging according to claim 4, characterized in that the configuration of the opening area ( 21 ) through perforations ( 211 . 212 ) in the area element ( 1 . 2 ), wherein the opening area ( 21 ) from the first recess ( 22 ) in the surface element ( 1 . 2 ) to the edge of the surface element ( 1 . 2 ), which of the recess ( 22 ) and which on a first side wall ( 4 ) adjoins. Packaging according to claim 5, characterized in that the opening area ( 21 ) Is formed V-shaped, wherein each one leg of the V-shape with its free ends in each case to one of in the edge ( 24 ), which on the first side wall ( 4 ) adjacent, trained steps is performed. Packaging according to one of the preceding claims, characterized in that the at least one positioning region ( 32 . 33 . 10 ) is flexible. Packaging according to claim 7, characterized in that the at least one positioning region ( 32 . 33 . 10 ) in a flexibly formed inner element ( 3 ) is integrated. Packaging according to claim 8, characterized in that the inner element ( 3 ) and the positioning area ( 32 . 33 ) are integrally formed and via a first side wall ( 4 ) of the packaging (I, II) with one of the surface elements ( 1 . 2 ), in particular with the first side wall ( 4 ) and the surface element ( 2 ) are integrally formed. Packaging according to claim 8 or 9, characterized in that the inner element ( 3 ) in the assembled state of the package (I, II) inside the package (I, II) at least partially on a surface element ( 1 . 2 ) and the at least one positioning region ( 32 . 33 ) in the assembled state of the package (I, II) from the adjacent surface element ( 1 . 2 ) towards the second surface element ( 1 . 2 ) is oriented. Packaging according to one of claims 8 to 10, characterized in that the at least one flexible positioning region ( 32 . 33 ) in such a way in the inner element ( 3 ) is integrated so that it is in the plane of the inner element when inserting the article into the packaging ( 3 ), in particular substantially parallel to the adjacent surface element ( 1 . 2 ), and upon further closing of the package, in particular when leading a fourth side wall ( 7 ) to a trained insertion area, is positionable in its end position. Packaging according to one of claims 8 to 11, characterized in that the inner element ( 3 ) a recess ( 31 ), wherein the at least one positioning region ( 32 . 33 ) from one side of the recess ( 31 .) Towards a first edge of the inner element ( 3 ) extends, in particular substantially parallel to the first side wall ( 4 ). Packaging according to one of the preceding claims 7 to 12, characterized in that the at least one positioning region ( 32 . 33 ) is formed at least in two parts and the two parts ( 321 . 322 ; 331 . 332 ) are in particular the same size and / or geometrically equal in area. Packaging according to claim 13, characterized in that the two parts ( 321 322 ; 331 . 332 ) of the positioning area ( 32 . 33 ) are integrally formed and a bending line ( 323 . 333 ) are movably connected relative to each other. Packaging according to claim 13 or 14, characterized in that the two parts ( 321 . 322 ; 331 . 332 ) of a positioning area ( 32 . 33 ) in the assembled state of the package (I, II) are formed adjacent to each other. Packaging according to one of claims 7 to 15, characterized in that a second positioning region ( 32 . 33 ) is formed such that it extends from the first side of the recess ( 31 ) opposite side in the direction of a second, the first edge opposite edge of the inner element ( 3 ) and the two positioning areas ( 32 . 33 ) are formed substantially the same and symmetrical to an axis of symmetry of the recess ( 31 ) are arranged. Packaging according to one of the preceding claims, characterized in that the positioning region ( 10 ) to a tab ( 9 ), in particular a plug-in tab, adjacent, in particular in one piece with the tab ( 9 ), wherein the positioning region ( 10 ) is designed as a free end tab-shaped. Packaging according to one of the preceding claims, characterized in that the packaging is angular, in particular a quadrangular base element ( 1 ) and a quadrangular cover element ( 2 ) as well as four side walls ( 4 to 7 ), wherein the cover element ( 2 ) and the floor element ( 1 ) in particular have a square surface and are arranged parallel to each other. Packaging according to claim 18, characterized in that a recess ( 52 ) is formed so that it is in a second side wall ( 5 ) and the cover element ( 2 ) and a further recess ( 62 ) is formed so that it is in the third side wall ( 6 ) and the cover element ( 2 ). Packaging according to claim 17, characterized in that the to a fourth side wall ( 7 ) adjacent tab ( 9 ) in each case at the edges adjacent to the free edge laschenförmige formations ( 91 . 92 ), which in the assembled state of the package (I, II) in each case in one of the between the cover element ( 2 ) and the second ( 5 ) and the third side wall ( 6 ) formed recesses ( 52 . 62 ) intervene. Packaging according to one of the preceding claims, characterized characterized in that the packaging (I, II) of cardboard, paper or the like in one piece is formed and that between adjacent elements of the packaging (I, II) formed edges are designed as bending lines. Packaging according to one of the preceding claims, characterized by an inner element ( 3 ), which on at least one side wall ( 4 . 7 ) of the package (I, II) is formed adjacent, in particular in one piece with the side wall ( 4 . 7 ) is formed, wherein the side wall ( 4 . 7 ), in particular the side wall ( 4 . 7 ) which opposes an insertion area of the package (I, II) for insertion of the article.