DE202017003908U1 - Transport box for professional transporting a tempered and / or shock-sensitive goods, such as refrigerated goods - Google Patents

Abstract

Transport box (10) for the professional transport of tempered and / or shock-sensitive goods (W), such as refrigerated goods, with - a box (20) with an outer side (21), an inner side (22), a hinged or removable cover wall (23), a bottom wall (24), at least one side wall (25) and, by means of the cover wall (23) closable, interior space (26), in which the goods (W) can be placed, - at least one insulating unit (30), the interior (26) is at least partially thermally and / or mechanically isolated from an environment (U), is present, - characterized in that - parallel to the cover wall (23) and / or the bottom wall (24) and / or the side wall (25) at least partially, the box (20) at least one spaced pocket wall (28), that is, the box (20) in this area multi-walled, in particular double-walled, is formed so that at least one intermediate space (27) is present is, the box (20) at least partially limited and - in the space (27), the insulating unit (30) is mounted.

Description

TECHNICAL AREA

The present invention relates to a transport box for the professional transport of tempered and / or shock-sensitive goods, such as refrigerated goods, with a box having an outer side, an inner side, a hinged or removable cover wall, a bottom wall, at least one side wall and a closable by means of the cover wall, Interior, in which the goods can be placed, wherein at least one insulating unit, the interior at least partially thermally and / or mechanically insulated from an environment, is present.

STATE OF THE ART

When shipping temperature-sensitive and / or break- and crush-sensitive goods, two-part transport boxes made of foamed plastics (styrofoam boxes) are widely used. These are usually disposed of in a non-environmentally sound manner after use.

In addition, there are transport boxes which consist essentially of a (cardboard folding) box and one or more separate or linked insulation units, wherein the insulation units are located within the box. The insulation units are arranged around the goods placed in the interior, that the widest possible coverage or a thermal and / or mechanical insulation of the goods during transport to the delivery location is achieved. In the course of growing environmental awareness, the insulation units are often made of recyclable materials and, for example, as a fabric or paper bag, which is filled with sheep's wool, straw or cellulose flakes formed. However, the use of separate insulation units requires a high degree of care in packaging and the insulation units can also slip during transport under high mechanical stress in the interior of the transport box. When unpacking the goods, the recipient must then expose the goods in an additional step and dispose of the Dämmeinheiten and the box under certain circumstances individually, which delays, for example, the goods handling.

PRESENTATION OF THE INVENTION

Based on the cited prior art, the present invention has the object or the technical problem of specifying a transport box that can be supplied completely and in one piece to the wastepaper recycling cycle by the end customer, ie is user-friendly disposable / recyclable, characterized by a simple and economical production, a safe and temperature-stable transport of the goods, so a high mechanical and thermal insulation effect, even at high mechanical and thermal stress, ensures and is easy to assemble.

The transport box according to the invention of the type mentioned is given by the features of claim 1. Advantageous embodiments and further developments are the subject of claims dependent directly or indirectly from the independent claim 1.

The transport box according to the invention is accordingly characterized in that parallel to the lid wall and / or the bottom wall and / or the side wall at least partially the box has at least one spaced pocket wall, that is, the box in this area multi-walled, in particular double-walled, is formed, so at least one intermediate space is present, which limits the box at least partially and in the space the Dämmeinheit is stored.

A further embodiment, which is particularly preferred and ensures economical production and a high degree of insulation effect, is characterized in that the pocket wall is present on the environment side or interior side with respect to the cover wall and / or the bottom wall and / or the side wall.

A particularly advantageous in practice, particularly easy to produce and easily recyclable embodiment of the transport box is characterized in that the box and the insulating unit materially essentially a recyclable waste fraction, especially the waste paper, are assigned and thus disposable without separation of the box and insulation unit are.

To ensure a permanently reliable insulating effect function and a fast construction, an advantageous embodiment variant is characterized in that the insulating unit is inserted, filled, injected or foamed in the intermediate space.

Another embodiment which is advantageous in practice is characterized in that the insulation unit is flaky, granular, flaky, pressed, pillow-like or mat-like.

It has also been found that a variant that is particularly user-friendly recyclable is characterized in that the insulation unit consists of recyclable pulp, or of flakes, fibers, waste cardboard fibers, wood chips or the like.

A further embodiment with a particularly good insulation effect and a simple construction is characterized in that the pocket wall is formed on the cover wall or the bottom wall or the side wall via a first web wall and / or the pocket wall is connected thereto via a second web wall.

Also, it has been found in practice to be particularly advantageous to design the transport box so that a nose wall is formed on the second web wall, which rests against the top wall or the bottom wall or the side wall and the nose wall glued to the same or infected infected exists.

Another advantageous in practice, easy to construct embodiment of the transport box with a high insulation effect is characterized by the fact that the space is completely limited in a closed interior, from all sides, especially on six sides, through the walls of the box.

Another embodiment of the transport box with a particularly simple construction and a high resistance to mechanical influences is characterized in that the box has additional cavity-forming body, which include the pocket wall and the cavity-forming body respectively on the top wall and / or the bottom wall and / or the side wall inside or outside of the environment (outside) in a solid compound, in particular glued, is present.

Another embodiment of the transport box, which is particularly easy to build and has a high insulation effect is characterized in that the cavity-forming body have the gap and in this the Dämmeinheiten are present.

In addition, it has been found in practice to be particularly advantageous to design the transport box in such a way that the cavity-forming bodies each have a closure unit, which is designed in particular as a tab and filling opening or merely as a filling opening, wherein the intermediate space can be closed and opened by means of the closure unit ,

A further embodiment variant of the transport box which is advantageous in practice is characterized in that the nose wall, the second web wall, the pocket wall and the first web wall are formed substantially at right angles to one another in the same order.

It has been found in practice that a particularly simple assembly and a particularly high insulation function of the transport box is present when the first web wall and the second web wall is rectangular and the shortest of its sides has a length of 1 to 10 cm, preferably 1, 5 to 7 cm, and more preferably 2 to 5 cm.

It has also proved to be particularly advantageous that the height of the cavity-forming body or the height of the intermediate space, ie its shortest side, has a length of 1 to 10 cm, preferably 1.5 to 7 cm and particularly preferably 2 to 5 cm.

A particularly high degree of stability of the transport box is achieved in that the box and / or the interior is formed substantially cuboid.

In terms of material, it has also proven to be particularly advantageous to form the box made of cardboard, in particular corrugated cardboard.

Further embodiments and advantages of the invention will become apparent from the features further listed in the claims as well as by the embodiments given below. The features of the claims may be combined in any manner as far as they are not obviously mutually exclusive.

BRIEF DESCRIPTION OF THE DRAWING

The invention and advantageous embodiments and developments thereof are described in more detail below with reference to the examples shown in the drawing and explained. The features to be taken from the description and the drawing can be applied individually according to the invention or to a plurality of them in any desired combination. Show it:

1a Schematic perspective view of a first embodiment of a transport box in the open, ie in the unfolded state of the cover wall, and a placeable in the interior of goods,

1b schematic perspective view of the first embodiment of the transport box in the closed, ie in the closed state of the cover wall with two marked vertical sectional planes V1, V2,

2a Sectional view of the transport box in a first vertical section according to the vertical sectional plane V1 1b .

2 B Sectional view of the transport box in a further vertical section according to the second vertical sectional plane V2 1b .

3a schematic exploded view of a second embodiment of a transport box with a one-piece composite of several parts box with surrounding (ie outside) existing cavity-forming bodies,

3b vertical sectional views of the transport box according to 3a for a used product,

4a -C schematic representation of the carton blank of the box according to the one-piece first embodiment in different folding states,

5a schematic exploded view of a third embodiment of a transport box with a one-piece composite of several parts box with inside existing cavity-forming bodies,

5b vertical sectional views of the sealed transport box according to 5a for a used product,

5c Representation of a cavity-forming body with an open flap-like tab and a filling opening behind it.

WAYS FOR CARRYING OUT THE INVENTION

In 1a is a first embodiment of a transport box 10 with a hinged lid wall 23 and one inside the interior 26 the transport box 10 placeable goods W shown. The top wall 23 is designed to be rotatable about a horizontal axis of rotation Y. The transport box 10 consists on the one hand of a box 20 which is constructed so that spaces between 27 are present and on the other hand from Dämmeinheiten 30 (dotted, drawn inside in the folded box) inside the spaces 27 are stored so that when the cover wall is closed 23 The interior 26 the transport box 10 and thus the goods W is surrounded or enclosed by all six sides.

In 1b is same transport box 10 according to 1a shown in the closed state, with the invisible interior of the on the side walls 25 adjacent lid wall 23 is covered.

In addition, dashed lines show a first vertical sectional plane V1 and a second vertical sectional plane V2.

2a shows a vertical section of the transport box 10 according to the first sectional plane V1, with reference to 1b , continues showing 2 B a second vertical section of the transport box 10 according to the cutting plane V2. You can see a box in both figures 20 containing several Dämmeinheiten 30 has absorbed, reducing the interior space 26 the transport box 10 and thus a product W placed in it is thermally and mechanically shielded from the environment U, ie it is isolated. The box 20 encloses the goods W perfectly, here are the Dämmeinheiten 30 essentially arranged so that each of the six walls for the most part with the volume of the Dämmeinheiten 30 is traversed. In the two cuts shown takes the box 10 each a rectangular outer contour. Between the outside 21 and the inside 22 the box 20 there is a top wall on the top side 23 , underneath a bottom wall 24 and in each case laterally one of the four side walls 25 (The upper side is to be understood as the side which is arranged opposite to the gravity vector Z). Several pocket walls 28 , which run parallel to the other walls, thereby limiting the interior 26 over its entire surface and thus form the inside 22 the transport box 10 out, the outside 21 gets through the top, bottom and side walls 23 . 24 . 25 limited. Furthermore, the pocket wall 28 at one of its ends in each case via a first web wall 29.1 on the top wall 23 , the bottom wall 24 or one of the side walls 25 vertically abkragend formed. At the other end is at the pocket wall 28 a second web wall 29.2 , parallel to the first wall 29.1 aligned, molded. Again to the second wall 29.2 is a nasal wall 29.3 , parallel to the pocket wall 28 extending, formed, with the free end of the nasal wall 29.3 on the bridge wall 29.1 pointing. The nasal wall 29.3 lies flat on the top wall 23 , the bottom wall 24 or on one of the side walls 25 and is glued to this, so that each considered in one of the two sectional planes V1, V2 considered a hook-shaped profile of the pocket wall 28 , including the second wall 29.2 and nasal wall 29.3 results. The nasal wall 29.3 , the second bridge wall 29.2 , the first bridge wall 29.1 the pocket wall 28 and in each case the top wall 23 or the bottom wall 24 or a side wall 25 each delimit a gap 27 , This is rectangular in this embodiment Shape. The Dämmeinheiten 30 are appropriately designed to fill the gap 27 fill to a large extent, so that the highest possible insulation effect, since this is proportional to the thickness of the insulating unit and the degree, or completeness, the enclosure of the interior 22 is dependent. Furthermore, the second web walls 29.2 and the first wall walls 29.1 on the bottom wall 24 and the top wall 23 are connected, with an upwardly facing top wall perpendicular, ie aligned in the direction of the gravity vector Z (see 2a and 2 B ) and the first and second web walls 29.1 . 29.2 facing the side walls 25 are formed horizontally, that is orthogonal to the gravity vector Z, aligned (see 2a and 2 B ).

In 3a is a second embodiment of the transport box 10 shown schematically in an exploded view. In contrast to the example above, the box is 20 composed of several parts in one piece. On the lid wall 23 , the bottom wall 24 and the four side walls 25 each is a void-forming body 40 adhered plan fitting, the at its side of the environment, so opposite the adhesive bond, the pocket wall 28 having. The cavity-forming body 40 is itself formed like a box and has a Dämmeinheit 30 (dotted lines) in a space 27 is stored.

3b shows a vertical centric section through the transport box 10 according to the embodiment of the 3a , A box 20 is present and has analogous to the first embodiment, an outside 21 and an inside 22 , wherein a cover wall 23 , a bottom wall 24 and four side walls 25 the inside 22 define and the interior 26 , in which the product W is located, limit. The outside 21 borders the box 20 opposite the environment U from. On the lid wall 23 , the bottom wall 24 and the side walls 25 each is a cavity-forming body 40 at, wherein this on the opposite, outwardly facing side in each case a pocket wall 28 having. The void-forming bodies 40 each have a space in their interior 27 in which a Dämmeinheit 30 is organically stored.

In 4a is a flat carton blank of the one-piece box 20 according to the 1a . 1b . 2a . 2 B with a top O, a bottom U of a left side L and a right side R shown. On the top side, the folding carton blank has a holding flap in the center 25.1 to the underside of a 90-degree fold line a topmost side wall 25 followed. To the side wall 25 closes on the left side along these almost along the entire side, over a 90-degree fold line, a first web wall 29.1 at. On the left side closes to the first web wall 29.1 along the complete side, over a 90-degree folding line, again a pocket wall 28 at. At the complete left side closes, over a 90-degree fold line, a second web wall 29.2 and on the complete left side, in turn, closes over a 90-degree fold line, a nasal wall 29.3 at. The right side is followed by the topmost side wall along its entire side, over a 90-degree fold line, a first web wall 29.1 at. On the right side closes to the first wall 29.1 along almost the entire side, over a 90-degree fold line, again a pocket wall 28 at. At the complete right side closes, over a 90-degree folding line, a second web wall 29.2 and on the complete right side, in turn, closes over a 90-degree fold line, a nasal wall 29.3 at. Thus, the to the topmost side wall 25 On the left and right sides adjacent walls and fold lines substantially with respect to the uppermost side wall 25 built in mirror image. The underside U is closed to the uppermost side wall 25 a second, second uppermost sidewall 25 over a 90-degree fold line. On the right side, joins these along their complete side, over a 90-degree fold line, a first web wall 29.1 at. On the right side closes to the first wall 29.1 along its complete side, over a 90-degree folding line, again a pocket wall 28 at. At the complete right side closes, over a 90-degree folding line, a second web wall 29.2 and on the complete right side, in turn, closes over a 90-degree fold line, a nasal wall 29.3 at. On the left, the second second upper side wall closes 25 Ganzseitlich a cover wall 23 , over a 90-degree fold line, on. In the bottom U and the top O near area has the top wall 23 on the left side each a projection unit 29.5 with a left side over a 90-degree fold line to this subsequent, foldable by 90 degrees, flap element 29.4 , Between the two flap elements 29.4 running closes to the left side of the cover wall 23 a connected over a 90-degree fold line first web wall 29.1 at. Over the complete left side, in turn, closes over a 90-degree fold line, a pocket wall 28 at and above the complete left side over a 90 degree fold line a second web wall 29.2 and another 90-degree fold line to the left side of the second web wall 29.2 closes a nasal wall 29.3 at. On the second second-highest side wall 25 closes on its side facing the bottom U side a third uppermost side wall 25 over a 90-degree folding line, on its left and right side surface turn Walls are connected via 90-degree folding lines, which vary from the type and arrangement to those of the topmost side wall 25 are identical.

To the third uppermost sidewall 25 closes at those of the underside U side facing a bottom side wall 25 on which left and right side surface turn walls over 90-degree fold lines are connected, the nature and arrangement of which the second uppermost side wall 25 but the left and right sides are reversed.

In essence, thus, the double walledness of the transport box 10 with respect to a wall (side wall, top wall and / or bottom wall) produced by a pocket wall 25 is present, which has at least two connections, for example via a first web wall 29.1 and a second web wall 29.2 , connected to a wall, the pocket wall 25 either over a large area, the respective wall spans running parallel or several Taschenwandungen 25 running parallel to a wall are present, in particular two, which lie next to each other spanning the respective wall. In further embodiments, not shown, also the size, the number and the arrangement of the pocket wall as well as the type of connections on the parallel wall can vary as desired.

When assembling the box 20 For example, each first the first web walls 29.1 , the pocket walls 28 , the second web walls 29.2 and the nasal walls 29.3 90 degrees in the direction of the depth in the direction of the drawn straight folds turned 90 degrees, and the back of the nose wall 29.3 each on the adjacent side walls 25 , the cover wall 24 or the bottom wall 23 brought to the plant and glued. The resulting intermediate folding condition is in 4b shown. Here are the topmost side wall 25 and the third-highest side wall 25 two pocket walls each 28 over first and second web walls 29.1 . 29.2 connected, so that form two cavities, in which the Dämmeinheiten be placed. To the second uppermost sidewall 25 , the top wall 23 , the bottom wall 24 and the bottom side wall 25 is only a pocket wall 28 connected, each spans the entire wall surface, so that only forms a cavity / gap in which one or more Dämmeinheiten can be placed.

Then, as part of the assembly, according to the arrows 4b , all sidewalls 25 along the 90-degree fold lines, which are located between the side walls, merged. Then the retaining flap 25.1 turned 90 degrees and to the back of the bottom side wall 25 glued so that the four side walls 25 together form a stable cohesive tunnel structure. In 4c is the resulting state of the box 20 shown in a lateral view. The bottom wall 24 is with respect to the bottom side wall 25 swiveling upwards (clockwise in the direction of the arrow). The to the bottom wall 24 connected pocket wall 28 is arranged so that it fits perfectly between the four Taschenwandungen 28 , which are connected to the side walls 25, inside the box, is engageable, with the spaces 27 , which are attached to the bottom wall 24 connect from all its six sides to be bounded by a wall. The flap unit 29.4 is along a 90-degree fold line towards the box 20 showing folded. Between the top side wall 25 , the third-highest side wall 25 and the bottom side wall 25 arises when joining the side walls 25 Column between the first side wall 29.1 and a side surface 25 in which the flap units 29.4 be pushed. Thus, the interior 26 the box 20 encased by five sides. In the interior 26 is a product on the initially unfolded cover wall 23 insertable. For this, the transport box 10 with its bottom wall 24 placed on a surface. At the likewise hinged cover wall 23 are also flap units 29.4 molded, which are foldable in such a 90-degree fold line that when folding the lid wall 23 in a clockwise direction in the space between a first web wall 29.1 and a side surface 25 are present, intervene.

During or after assembly of the box 20 can different types of insulation units 30 in the interstices 27 be placed so that a functional transport box 10 results.

In an unillustrated embodiment, the pocket walls are 28 , which over the first web wall 29.1 on the top side wall 25 and the third uppermost sidewall 25 are formed only one side present (or connected), either left side or right side of the side wall, and these in turn close laterally the second web walls 29.2 and to these the nasal walls 23 at. In contrast to the previous embodiment has this pocket wall 28 towards the left or right side approximately the same length as the side wall 25 so that the side walls 25 not from two pocket walls 28 but from a single pocket wall 28 is stretched parallel in the folded state and thus also a single large Dämmeinheit 30 in the formed space 27 can be used. Consequently, in the described embodiment, all side walls 25 , as well as the cover wall 23 and the bottom wall 24 in the folded state of only one continuous pocket wall 27 spans.

In 5a and 5b is a third embodiment of a transport box 10 in an exploded view ( 5a ) and a vertical sectional view ( 5b to see). The box 20 In this embodiment, there are a plurality of void-forming bodies 40 with an inner space 27 and included therein Dämmeinheiten 30 on, with the interior 26 directly over the pocket walls 28 that form part of the cavity-forming body 40 represent, on the inside 22 the box 20 borders. Here are the side walls 25 , the top wall 23 and the bottom wall 24 the outside 21 the box 20 , In the sectional view of 5b In addition, a product W with the corresponding gravity vector Z is shown. The gaps 27 inside the cavity-forming body 40 usually have a thickness (length of the shortest side) of 1 to 10 cm, preferably 1.5 to 7 cm and particularly preferably 2 to 5 cm.

In the embodiment according to the 5a and 5b stand the cavity-forming bodies 40 each not with the side walls 25 , the cover wall 23 or the bottom wall 24 in a fixed connection but are only plugged in available. In a further embodiment, not shown, at least one of the cavity-forming body 40 on one wall (side wall, top wall and / or bottom wall) glued on the inside.

Essential in all embodiments is that the box 20 with the Dämmeinheiten 30 So the complete transport box 10 , "In one piece" - is disposable, that is in one piece to the paper / cardboard recycling circuit can be fed.

In 5c is a single voiding body 40 shown in detail with a height H. This has a hinged flap 31 on one of its side surfaces. Behind this is a filling opening 42 present, by means of which the gap behind it 27 is accessible, being in the space 27 a Dämmeinheit 30 inserted / filled. In general, it is the cavity-forming body 40 itself formed from a one-piece Faltschachtelzuschnitt.

In an unillustrated embodiment, the void-forming body is 40 according to the 5c trained, but has no tab 41 , but only a filling opening 42 on. The cavity-forming body 40 in this embodiment, with the side of the filling opening 42 has ahead of the corresponding wall (side wall, top wall and / or bottom wall) inside or outside attached, in particular glued.

Claims (16)

Pet crate ( 10 ) for the professional transport of tempered and / or shock-sensitive goods (W), such as refrigerated goods, with - a box ( 20 ) with an outside ( 21 ), an inside ( 22 ), a hinged or removable cover wall ( 23 ), a bottom wall ( 24 ), at least one side wall ( 25 ) and one, by means of the cover wall ( 23 ) lockable, interior ( 26 ), in which the goods (W) can be placed, wherein - at least one Dämmeinheit ( 30 ), the interior ( 26 ) is at least partially thermally and / or mechanically isolated from an environment (U), is present, - characterized in that - parallel to the cover wall ( 23 ) and / or the bottom wall ( 24 ) and / or the side wall ( 25 ) at least partially the box ( 20 ) at least one spaced pocket wall ( 28 ), that is the box ( 20 ) is formed in this area multi-walled, in particular double-walled, so that at least one intermediate space ( 27 ) that the box ( 20 ) at least partially limited and - in the interspace ( 27 ) the Dämmeinheit ( 30 ) is stored. Transport box according to claim 1 - characterized in that - the pocket wall ( 28 ) on the environment side or on the interior side with regard to the cover wall ( 23 ) and / or the bottom wall ( 24 ) and / or the side wall ( 25 ) is available. Transport box according to claim 1 or 2 - characterized in that - the box ( 20 ) and the Dämmeinheit ( 30 ) materially essentially a recyclable waste fraction, in particular the waste paper, are assignable and thus without separation of box ( 20 ) and Dämmeinheit ( 30 ) are disposable in one piece. Transport box according to claim 1, 2 or 3 - characterized in that - the Dämmeinheit ( 30 ) in the space ( 27 ) inserted, filled, injected or foamed is present. Transport box according to one or more of the preceding claims, - characterized in that - the insulating unit ( 30 ) is flaky, granular, pressed, pillow-like or mat-like. Transport box according to one or more of the preceding claims, - the insulating unit ( 30 ) consists of recyclable pulp, or of flakes, fibers, waste cardboard fibers, wood chips or the like. Transport box according to one or more of the preceding claims, - the pocket wall ( 28 ) via a first web wall ( 29.1 ) on the top wall ( 23 ) or the bottom wall ( 24 ) or the side wall ( 25 ) is formed and / or the pocket wall ( 28 ) via a second web wall ( 29.2 ) is connected to selbiger. Transport box according to claim 7 - characterized in that - to the second web wall ( 29.2 ) a nasal wall ( 29.3 ) is formed on the top wall ( 23 ) or the bottom wall ( 24 ) or the side wall ( 25 ) and - the nasal wall ( 29.3 ) glued to the same or infected is present. Transport box according to one or more of the preceding claims, - characterized in that - the interspace ( 27 ) with closed interior ( 22 ), from all sides, especially on six sides, through the walls of the box ( 20 ) is completely limited. Transport box according to one or more of the preceding claims, characterized in that - the box ( 20 ) additional void-forming bodies ( 40 ), which the pocket walls ( 28 ) and the void-forming bodies ( 40 ) each on the top wall ( 23 ) and / or the bottom wall ( 24 ) and / or the side wall ( 25 ) on the inside or on the ambient side (outside) in a solid connection, in particular glued, are present. Transport box according to claim 10, - characterized in that - the cavity-forming bodies ( 40 ) the space ( 27 ) and in this the Dämmeinheiten ( 30 ) available. Transport box according to claim 10 or 11, - characterized in that - the cavity-forming bodies ( 40 ) each have a closure unit, in particular as a tab ( 41 ) and filling opening ( 42 ) or merely as a filling opening ( 42 ) is formed, wherein by means of the closure unit of the space ( 27 ) can be closed and opened. Transport box according to claim 8, - characterized in that - the nasal wall ( 29.3 ), the second web wall ( 29.2 ), the pocket wall ( 28 ) and the first web wall ( 29.1 ) are formed substantially at right angles to each other in selbiger order. Transport box according to one or more of the preceding claims, characterized in that - the box ( 20 ) and / or the interior ( 26 ) is formed substantially cuboid. Transport box according to claim 7, - characterized in that - the first web wall 29.1 and the second web wall 29.2 is rectangular and the shortest of its sides has a length of 1 to 10 cm, preferably 1.5 to 7 cm and more preferably 2 to 5 cm. Transport box according to claim 10, - characterized in that - the height (H) of the cavity-forming body ( 40 ) or the height of the gap ( 27 ), ie its shortest side, has a length of 1 to 10 cm, preferably 1.5 to 7 cm and particularly preferably 2 to 5 cm.

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