EP3369671A1 - Transport and sales container for the presentation of goods - Google Patents

Abstract

A sales and transport container for the presentation of goods, with respective pairwise opposed vertical longitudinal and transverse side walls (2, 3, 4, 5), which are connected to at least four each a ground clearance predetermining Eckseitigen support posts (6, 7, 8, 9), wherein a useful space (N) formed in the manner of a lattice table (1) is provided with at least one bottom wall (10) which removes the goods and this can be displaced into different positions of use at least in the unloaded state, characterized in that at least one of the longitudinal and / or Transverse side walls (2, 3, 4, 5) with at least one movable from an upper closed position partial wall (TW, TW ') is provided, such that the upwardly open space (N) in addition by at least one lateral access area (ZB, ZB' ) is reachable.

Description

The invention relates to a sales and transport container for the presentation of goods, which is designed in the form of a lattice table according to the preamble of claim 1.

Containers in the form of mobile lattice tables intended for use in sales rooms are designed both for the transport and for the presentation of goods. This is already in DE 76 28 135 U1 Such a container for receiving goods has been proposed, whose particular formed by partially transparent grid plates side parts define a variable interpretable usable space in which a provided for filing the goods bottom wall part can be introduced. In this case, this bottom wall is provided with lateral support hooks o. The like. Connectors, so that in the region of respective assigned grating structures on the side walls a positive fixing is possible. When using positions corresponding to the grid holes, a change in height for the bottom wall is possible, so that increases in useful space or reductions for different goods can be carried out.

Out DE 28 41 772 A a container provided with closed side walls is proposed, in which respective goods supporting pallet parts can be introduced. Starting from a bottom wall of this container, a spring-loaded lifting device is inserted between the goods supporting pallets and the top of the bottom wall. In an occurring by removing the pallets weight loss on the bottom wall of their automatic vertical displacement is available.

In a concept according to EP 1 511 411 B1 For example, a device for presenting merchandise is defined as a table for self-service shops. In this system, a bottom wall to be taken out of the work space is provided, so that the table can be collapsed thereafter.

Further publications according to DE 20 2005 006 085 U1 . DE 20 2009 006 756 U1 . DE 20 2009 006 757 U1 and DE 20 2010 003 310 U1 are generative concepts of lattice tables for the presentation of goods. In these lattice tables, which are also designed as collapsible constructions, a respective bottom wall can be removed from the interior and integrated into the lattice structure of the side walls by lateral holding components.

A total executed as a removable unit execution of the sales and transport container is in DE 20 2013 009 631 U1 shown, in which case the bottom wall can also be connected via form-fitting support connector with the side panels and additional transverse webs a subdivision of the effective area above allow the bottom wall. A collapsible variant of a lattice table with removable bottom wall is in EP 1 640 281 A1 shown.

The invention is concerned with the problem of designing a sales and transport container designed as a lattice so that with little technical effort a rapid adjustment of the container wall to varying loading and unloading conditions is possible and thereby easier access to the goods for operators and customers is reachable.

The invention solves this problem with a sales and transport container with the features of claim 1. Further advantageous embodiments emerge from the claims 2 to 21.

Starting from a generic sales container in the form of a - especially for sales rooms in supermarkets designed and here to the respective, to be made available for sale range - adjustable lattice table is provided with a view to an improvement according to the invention, that now the working space limiting peripheral container in the area at least one of Longitudinal and / or transverse side walls is formed with a movable partial wall.

This makes it possible, in addition to an open top of the working space which has hitherto been usable by an operator, to displaceable part wall which can be integrated into the frame parts of the wall system, which is usually stable, in the manner of a "Additional input" form and optionally used for variable operating tasks. With this partial wall, if necessary, respective lateral access areas can be opened by stepwise or steplessly assignable useful positions, so that the ease of use in the region above an inner bottom wall of the lattice table is substantially improved. The operating displacement of the partial wall is possible both in a filled with goods useable space as well as in its empty state by simple manual operation. It is also conceivable to provide the manually displaceable partial wall with additional adjusting levers or the like motor drive members so that a "semi-automatic" opening and / or closing displacement can be activated by the operator.

The constructive implementation of the variable access area for the lattice table provides that also several partial walls can be provided in the area of at least one of the longitudinal and / or transverse side walls, so that a multi-unit functional unit which can be set to variable sizes of the respective access area can be used. It is also conceivable to introduce the system between the support posts of a lattice table having more than four side walls, wherein in particular hexagonal or octagonal structures are used.

An advantageous embodiment is directed to the partial wall which can be set to variable access areas extending essentially horizontally over the distance formed between two support posts. It is provided that defines in each case between the support post and the adjacent side edge of the partial wall at least one trained for their adjustment in the vertical direction connection area becomes. In this case, the partial wall in the region of its defined by the distance between the support post length can be designed in particular as a torsion-resistant plate structure, at the edge of the respective connection areas is provided. It is also conceivable that the partial wall is constructed with rod and / or grid areas at least as a partially transparent structure.

A further advantageous solution may result from the fact that the partial wall has an additional "middle" vertical support in the area between the end support posts with the respective retaining connection, and thus the partial wall is "split" in its longitudinal direction.

The design of the variable access area is directed in particular to an improvement in the ease of use, so that a bottom wall of the lattice table located in the upwardly open usable space can be achieved in an improved manner. This bottom wall can in turn be positioned in a position corresponding to the respective free height of the lateral access area. It is particularly provided that the height-adjustable in the useful space bottom wall can be adjusted to the altitude of each located in the open position or closed position part wall and thus optionally the presentation of goods and / orentnahme is improved.

A structural implementation provides that at least the upper partial wall of a multi-unit functional unit can be displaced from an upper closed position into an open position lowered at least in some areas. These Position can be achieved with a stepless or stepped adjusting movement, wherein the respective upper partial wall is guided simultaneously in the two lateral connecting areas.

In adaptation to the dimensions of known lattice tables and their modular construction, it is provided that one of the longitudinal side walls is preferably provided with two displaceable part walls as a functional unit. These two partial walls are dimensioned so that they are lowered down to the area of a lower fixed wall part of the frame assembly. It is provided that in this lowered position, the two partial walls can take a space-saving packing position substantially parallel to each other and thus a relatively large access area is released on the "stacked" part walls. From this packing position, the two partial walls - under appropriate guidance on the support post - can be raised up to the upper closed position and fixed here.

An advantageous design of this wall with opening-closing mechanism is directed to the fact that for the respective partial walls on the opposite support posts by means of respective positive connection parts a double "nested" lowering-stroke guide is constructed. The at least one of the partial walls engages with a respective edge-side support member in a profiled guide groove on the respective support post. It is provided that - starting from this the closed position of the partial wall defining position - the respective support member is held in a first support recess of the profiled guide groove so that under gravity a fixing position for the partial wall is reached. From this support trough out the positively guided support member - when moving the partial wall - be transferred to a Verschiebenutteil the guide. This shift is triggered in particular by an outgoing by the operator stroke movement for adjusting the partial wall.

After displacement of the support member in the Verschiebenutteil an opening movement "aligning" adjustment path is given for these positive guide components, so that the support member can now be introduced along this adjustment in at least a second lower detent recess. This lower detent recess preferably defines a lower open position, in which the support member fixes the partial wall - also under gravity - sufficiently stable.

When using the preferably two movable partitions having functional unit is provided that the partial walls now each engage in a vertical guide by means of their peripheral support members. In order to achieve in this DoppelNut variant, the nested lowering-stroke guide to the shift to the packing position, it is provided that these two guide grooves in the two part walls associated guide construction at least partially horizontally offset from each other in the respective support post.

It is thereby achieved that the guide grooves for the two partial walls can pretend at least partially parallel adjustment paths in the lowering-stroke movement, and thus the parallel packing position for both partial walls is predetermined for a simultaneous lowering movement. When relocating the partial walls in the upper closed position is then a "non-contact" high displacement possible as a result of the spaced guide grooves. It is provided that the two partial walls can be guided simultaneously or successively displaceable, with respective positive and / or non-positive connection parts interact optimally.

In order to achieve an optimal and with few components to realize lowering lowering guide for the two partial walls, it is provided that the two - when opening in pack position can be lowered to behind the fixed wall part - partial walls are connected by at least one driver. It is thereby achieved that, when the vertical closing movement is initiated, the partial wall to be positioned as the lower of the two partial walls is grasped by the upper of the partial walls and thus both partial walls are at least phase-shifted together in their respective upper closed position during the "start-up".

After reaching the upper closed position of the driver remains connected to the lower part wall so that an unwanted lowering movement of the system is avoided and this simultaneously has a secure position. It is also conceivable that the driver can be released from a holding position and then an additional securing member is to be pivoted in this closed position of the functional unit.

When initiating the above-described opening movement in the region of the support member-guide groove complex, the handling concept is designed so that the driver with a holding member detects a counter-member of the lower part of the wall and this is at least until reaching an intermediate position in the area in front of the lower packing position - held in addition to the lateral "sliding" in the groove.

In advantageously simple embodiment, it is provided that as a driver formed from a plant spar on the lower part of the wall and provided on the upper part wall support roller support member-counter member unit is provided, these two parts can meet the above-described driving functions by positive juxtaposition. It is also conceivable that several drivers are integrated into the system in the part walls.

An advantageous embodiment of the partial walls provides that they are designed in the form of lattice walls and thereby engage horizontal struts in retaining profiles on the support post.

Fig. 1

eine perspektivische Gesamtansicht des mit geschlossenen Seitenwänden dargestellten Verkaufs- und Transportbehälters,

Fig. 2

eine Perspektivdarstellung ähnlich Fig. 1 mit einer im Bereich einer Längswand in Öffnungsstellung verlagerten Teilwand,

Fig. 3

eine Perspektivdarstellung ähnlich Fig. 2 mit vollständig geöffnetem Zugangsbereich im Bereich einer der Längsseitenwände,

Fig. 4 und Fig. 5

jeweilige Ansichten der Längsseitenwände gemäß Fig. 2 und 3,

Fig. 6

eine vergrößerte Ausschnittsdarstellung der Längsseitenwand im Bereich zweier Teilwände in Schließstellung an einem der beiden gegenüberliegenden Stützpfosten,

Fig. 7

eine Draufsicht auf die mit zwei Teilwänden versehene Längsseitenwand,

Fig. 8

eine vergrößerte Ausschnittsdarstellung im Verbindungsbereich der Teilwand zum Stützpfosten,

Fig. 9

eine Perspektivdarstellung im Seitenbereich der beiden Teilwände,

Fig. 10

eine teilweise geschnittene Seitenansicht im Bereich der in Fig. 9 dargestellten Verbindungszone,

Fig. 11

eine Schnittdarstellung gemäß einer Linie XI-XI in Fig. 6,

Fig. 12 bis Fig. 14

jeweilige Schnittdarstellungen ähnlich Fig. 11 mit jeweiligen Bewegungsphasen der zwei Teile aufweisenden Seitenwand,

Fig. 15 bis Fig. 17

jeweilige Perspektivdarstellungen eines Gitter-Behälters mit einseitigen Teilwänden in unterschiedlichen Bedienstellungen,

Fig. 18

eine Vorderansicht des Behälters mit geöffneter Teilwand ähnlich Fig. 16, und

Fig. 19

eine Schnittdarstellung gemäß einer Linie X-X in Fig. 18.

Further details and advantages of the invention will become apparent from the following description and the drawing, in which an embodiment of the lattice table is illustrated with movable partial wall in more detail. In the drawing show:

Fig. 1

an overall perspective view of the sale and transport container shown with closed side walls,

Fig. 2

a perspective view similar Fig. 1 with a partial wall displaced in the open position in the region of a longitudinal wall,

Fig. 3

a perspective view similar Fig. 2 with fully opened access area in the area of one of the longitudinal side walls,

4 and FIG. 5

respective views of the longitudinal side walls according to FIGS. 2 and 3 .

Fig. 6

an enlarged sectional view of the longitudinal side wall in the region of two partial walls in the closed position on one of the two opposing support posts,

Fig. 7

a plan view of the provided with two part walls longitudinal side wall,

Fig. 8

an enlarged sectional view in the connecting region of the partial wall to the support post,

Fig. 9

a perspective view in the side region of the two partial walls,

Fig. 10

a partially sectioned side view in the area of Fig. 9 illustrated connection zone,

Fig. 11

a sectional view along a line XI-XI in Fig. 6 .

FIGS. 12 to 14

similar sectional views similar Fig. 11 with respective movement phases of the two-part side wall,

FIGS. 15 to 17

respective perspective views of a lattice container with one-sided part walls in different operating positions,

Fig. 18

a front view of the container with open partial wall similar Fig. 16 , and

Fig. 19

a sectional view along a line XX in Fig. 18 ,

In Fig. 1 is a total of 1 designated sales and transport container for the presentation of goods in supermarkets o. The like. Sales facilities shown. Trained as a lattice table container 1 is provided with respective pairwise opposed vertical longitudinal and transverse side walls 2, 3, 4, 5, which are preferably in the range of corner-side support posts 6, 7, 8, 9 are connected. This constructed in the manner of a lattice container 1 defines a payload space N, in which at least one of the goods not shown in detail removal under cross-bottom wall 10 can be inserted. In generic embodiments of such lattice tables is already provided that the bottom wall 10 moves at least in the unloaded state in different positions of use and in this can be fixed. It is also conceivable that a hexagonal or octagonal grid table (not shown) is constructed with more than the four support post sidewall elements shown.

Such a construction of a lattice table 1 is now according to the invention characterized in that at least one of the longitudinal and / or transverse side walls 2, 3, 4, 5 with at least one of an upper closed position ( Fig. 1 ) movable partial wall TW, TW 'is provided. This concept is directed to the fact that the upwardly open usable space N is now additionally supplemented by at least one lateral access area ZB, ZB '(FIG. Fig. 4, Fig. 5 ) is reachable. From the synopsis of Fig. 1 to Fig. 5 It is clear that in the area of the longitudinal side wall 2, an access height ZH to be overcome during loading or unloading can be made correspondingly variable (ZH ', ZH ", FIG. Fig. 4, Fig. 5 ).

The inventive concept provides that the at least one displaceable partial wall TW, TW 'can be set as a variable functional unit both when filled with goods and when the empty space N is empty. This is the practical use of such containers 1 in a supermarket easy operation even by less trained personnel possible.

Based on the illustrated embodiment of the system, this preferably has a plurality of partial walls TW, TW 'in the region of a longitudinal and / or transverse side wall 2, 3, 4, 5, so that a multi-unit functional unit - which also more than in Fig. 1 to Fig. 14 may have shown partial walls - is formed and the variable sizes of the respective access area ZB, ZB 'can also be adjusted continuously.

From the synopsis of Fig. 2 to Fig. 5 It becomes clear that the at least one partial wall TW, TW 'adjustable on variable access areas ZB, ZB' extends substantially horizontally over the distance 40 formed between two support posts 6, 7. In each case between support posts 6 or 7 and the adjacent side edge 41, 42 or 41 ', 42' of the partial wall TW, TW 'at least one to their adjustment in the vertical direction (arrow 43, Fig. 4 ) formed connecting region 44, 44 '( Fig. 6 ) Are defined.

In the illustrated embodiment, it is clear that the at least one partial wall TW, TW 'in its defined by the distance 40 between the support posts 6, 7 has a torsion-resistant plate structure. It is also conceivable that here a review of the goods improving lattice structure or a transparent disc (not shown) is used.

From the opening diagrams of the system according to Fig. 2 and Fig. 3 it becomes clear that the bottom wall 10 located in the upwardly open usable space N can in turn be positioned in a position corresponding to the respective free height (corresponding to the access height ZH 'or ZH "of the lateral access area ZB, ZB) (BH, FIG. Fig. 3 ). In particular, it is provided that the height-adjustable in the usable space N bottom wall 10 to the altitude of each in the open position or closed position partial wall TW, TW 'is adjusted.

Starting from Fig. 1 clarifies the representation according to Fig. 4 a first displacement possibility in the region of the above-described system, wherein at least the upper partial wall TW of the multi-unit functional unit is moved from an upper closed position (FIG. Fig. 1 ) in an at least partially downwardly lowered opening position ( Fig. 4 ) is relocated. This open position can be reached with a stepless or stepped adjusting movement (arrow 43). It is understood that in this case the partial wall TW is guided in the two lateral connection regions 44.

An optimal design of the system provides that one of the four longitudinal or transverse side walls - namely 2 - with two movable part walls TW and TW '( Fig. 1 ). These two partial walls TW, TW 'can also be lowered into the region of a lower fixed wall part 45 of the frame 46 ( Fig. 3 ). In this lowered position, the two partial walls TW, TW 'essentially parallel to one another in a packing position ( Fig. 12 ). On the basis of this, it is provided that the two partial walls TW, TW 'can then be lifted upwards again in the closed position (with a reverse guide sequence) ( Fig. 13, Fig. 14 ).

Starting from this two-part construction, it is provided that for the respective partial walls TW, TW 'on the opposite support posts 6, 7 with respective positive connection parts 47, 48 (FIG. Fig. 6 ) in the connection areas 44 a nested lowering-stroke guide is formed to a pack position PS ( Fig. 3 ) to reach.

In the following, the construction of these connecting parts 44 will be described with reference to one of the mirror-symmetrically extending edge regions 41, 41 ', 42, 42' of the two partial walls TW, TW '. As a logical consequence, corresponding equivalent component connections are provided in the area of the respective associated support posts 6, 7 and these components are not provided with reference numerals for the sake of clarity.

The constructive implementation of this lowering-stroke guide by the respective connecting parts 47, 48 sees ( Fig. 6 ) that the at least one of the partial walls TW engages with at least one respective edge-side support member 49, 49 ', 49 "in a profiled guide groove 50 on the respective support post 7.

Starting from a position defining the closed position of the partial wall TW according to Fig. 6 It is clear that the respective support member 49 is held in a first support recess 51 of the guide groove 50. From this support trough 51, the support member 49, which is held in a form-fitting manner, can be transferred into a sliding groove part 52 of the guide groove 50.

This first phase of a shift is from a transition of representations of Fig. 14 to Fig. 13 refer to. It is clear that for the support member 49 now an adjustment path VW influencing the continuation of the opening movement (arrow 43 ") is predefined within the guide groove 50 ( Fig. 11 ). Along this adjustment path VW is provided in particular at the lower end that the support member 49 now in at least a second detent recess 53 (FIG. Fig. 13 ) can be inserted laterally. Thus, for the at least one partial wall TW with this second detent recess 53, the at least one "middle" opening position is defined ( Fig. 13 ).

With regard to the illustrated two-part concept of the longitudinal side wall 2 it becomes clear that when using the particular two displaceable partial walls TW, TW 'as a functional unit, these walls in each case a vertical guide groove 50, 50' by means of their substantially identical construction support members 49, 49 ', 49 In this case, it is provided that these two guide grooves 50, 50 'are offset horizontally at least in regions (distance HV, Fig. 12 ) to each other and vertically in the support post 7 (principle illustration according to FIG Fig. 11 ).

This ensures that the guide grooves 50, 50 'for the two partial walls TW, TW' effect the at least partially parallel adjustment paths VW, VW "in the lowering-stroke movement and thus also the parallel packing position PS (FIG. Fig. 12 ) can be achieved when moving the partial walls TW, TW 'in the fully open position. In principle, it is conceivable for the two partial walls TW, TW 'to be displaced simultaneously or successively during this opening or closing movement and thereby guide in the previously described groove regions 50, 50' along the adjustment paths VW, VW ', VW "(FIG. Figure 11 ) he follows.

From the sectional view according to Fig. 11 is in accordance with the representations according to FIGS. 12 to 14 clearly that for producing the "stacked" packing position PS, the upper guide groove 50 is provided below the "middle" detent recess 53 with a functional guide contour 54, said guide contour 54 merges into a base groove 55 of the adjustment path VW 'and thus the above-described packing position PS " behind "the partial wall TW 'and the fixed wall part 45 is achieved with little effort ( Fig. 3 . Fig. 12 ).

Based on this design of the two guide grooves 50 and 50 'results - largely forcibly guided - an integrated movement sequence when closing and opening the two-wall system (arrow 43, 43', 43 ") Fig. 14 the "closed" partial walls TW, TW 'are determined according to the first "partial opening" Fig. 13 to the lower packing position according to Fig. 12 relocated. In the edge-side connecting regions 44, 44 'while the two support member-groove connectors of the corresponding adjustment VW, VW', VW "given.

After reaching this pack position PS in Fig. 12 the system can be restored to the closed position by simple manual operation Fig. 14 be raised (arrow 43.43 '). This is the construction with one out Fig. 10 provided in an enlarged view driver 56. This is arranged so that even when opening the system (starting from Fig. 14 ) to the packing position PS ( Fig. 12 ) - in the position behind the fixed wall part 45 - the two partial walls TW, TW 'can remain connected by the driver 56.

Starting from the packing position PS in Fig. 12 becomes clear that at the initiation of the vertical closing movement (arrow 43), the lower of the partial walls TW 'of the upper of the partial walls TW in the region of the driver 56 (ab Fig. 13 ) and then both partial walls TW, TW 'at least in phases ( Fig. 13 ) to the closed position ( Fig. 14 ) are relocated. In Fig. 10 this investment situation in the area of the driver 56 is shown enlarged.

The detailed representations according to Fig. 10 and FIGS. 12 to 14 make it clear that is provided as a carrier 56 from a support member 57 on the lower part of the wall TW 'and a provided on the upper part of the wall TW support roller unit 58 formed. This two-part embodiment of the driver 56 is designed so that the driver 56 remains in the closed position with the lower of the two partial walls TW '( Fig. 14 ). It is also conceivable that in this closed position, the driver 56 can be released from its holding position (not shown) and an additional fuse element is inserted into the component connection so that with this the system - in addition to the trough-fuse at 51 - can be fixed.

From the transition from Fig. 14 to Fig. 13 It is clear that the driver 56 can detect the lower partial wall TW 'even when the opening movement (downward arrow 43 ") is initiated and the lower partial wall TW' in its guide groove 50 'can be moved into a lower abutment region 59. Fig. 13 ), the upper partial wall TW can be optionally inserted into the lower detent recess 53 (shown in FIG Fig. 13 ), or there is a further movement of the upper partial wall TW along the Leitkontur 54 into the area of the base groove 55. In this phase, the support roller 58 of the driver 56 is released from the plant spar 57 and the in Fig. 12 apparent location of these components is achieved.

In a subsequent displacement of the system parts in the closed position according to Fig. 14 the driver first returns to the abutment position ( Fig. 13 ), so that thereafter optionally the closing position according to Fig. 13 or the full closing position according to Fig. 14 can be achieved. These positions are made by an operator by simple hand movements.

In the illustrations according to FIGS. 15 to 19 a second embodiment of the formed as a lattice table container 1 is shown. The side walls 2, 3, 4, 5 are each designed as a lattice structure. The generally designated 2 side wall is in this case with at least one of an upper closed position ( Fig. 15 ) movable partial wall TWG, TWG 'provided so that the already starting from Fig. 1 previously described system of "movable side walls" in a modified version can also be realized in these lattice walls.

From a synopsis of FIGS. 15 to 17 becomes clear that starting from the closed position in Fig. 15 the upper partial wall TWG can be folded down into an open position ( Fig. 16 ). After reaching this "partial opening position", the structure in the region of the partial wall TWG 'can likewise be achieved such that in a second movement step the opening position in accordance with Fig. 17 is reached.

Starting from this position, the return displacement of the partial walls TWG, TWG 'into the closed position is possible with reversed movement sequence.

For the simple realization of this partial opening system, it is provided that the horizontal struts 60, 60 'provided in the region of the lattice structure are held in a respective profile groove 61, 61', 62, 62 'of the support posts 6, 7 (FIG. Fig. 18 ) are held unlockable or latched. Thus, the lateral access into the interior N of the container 1 is possible with little effort. In effectively simple design is for connecting the partial walls TWG, TWG 'provided to use a positive connection by means of a respective retaining strap 63, 63'. These respective holding or connecting positions are in connection with the respective profile grooves 61, 61 'in Fig. 19 shown.

Claims (21)

Sales and transport container for the presentation of goods, with respective pairwise opposite vertical longitudinal and transverse side walls (2, 3, 4, 5), which are connected to at least four each a ground clearance predetermining corner-side support posts (6, 7, 8, 9), wherein a in the manner of a lattice table (1) formed useful space (N) with at least one of the goods removal under cross bottom wall (10) is provided and this at least in the unloaded state in different positions of use is displaced, characterized in that at least one of the longitudinal and / or transverse side walls (2, 3, 4, 5) is provided with at least one movable from an upper closed position partial wall (TW, TW '), such that the upwardly open space (N) additionally by at least one lateral access area (ZB, ZB') is reachable. Sales and transport container according to claim 1, characterized in that the at least one displaceable partial wall (TW, TW ') is adjustable as a variable functional unit both in goods filled with empty and in the empty space (N). Sales and transport container according to claim 1, characterized in that a plurality of partial walls (TW, TW ') in the region of a longitudinal and / or transverse side wall (2, 3, 4, 5) a multi-unit and variable sizes of the respective access area (ZB , ZB ') form adjustable functional unit. Sales and transport container according to one of claims 1 to 3, characterized in that the variable access areas (ZB, ZB ') adjustable partial wall (TW, TW') substantially horizontally over the distance between two support posts (6, 7) formed (40) extends and in each case between support posts (6, 7) and adjacent side edge (41, 42) of the partial wall (TW, TW ') at least one of their adjustment in the vertical direction (arrow 43, 43', 43 ") trained connection area (44, 44 ') is defined. Sales and transport container according to claim 4, characterized in that the at least one partial wall (TW, TW ') in its by the distance (40) between the support posts (6, 7) defined length has a torsionally rigid plate structure. Sales and transport container according to one of claims 1 to 5, characterized in that the upwardly open usable space (N) located bottom wall (10) in turn in a position corresponding to the respective free height of the lateral access area (ZB, ZB ') position positionable is. Sales and transport container according to claim 6, characterized in that in the useful space (N) height-adjustable bottom wall (10) to the altitude of each located in the open position or closed position partial wall (TW, TW ') is adaptable. Sales and transport container according to one of claims 1 to 7, characterized in that at least the upper partial wall (TW) of a multi-membered functional unit to be moved from an upper closed position into an at least partially lowered down opening position, this with a stepless or stepped adjusting movement can be reached while the partial wall (TW) in the two lateral connection areas (44, 44 ') is guided. Sales and transport container according to one of claims 1 to 8, characterized in that one of the longitudinal side walls (2) with two displaceable part walls (TW, TW ') is provided as the functional unit, both partial walls (TW, TW') into the area a lower fixed wall portion (45) are lowered, in this lowered position, the two partial walls (TW, TW ') substantially parallel to each other occupy a packing position (PS) and from this the two partial walls (TW, TW') in the closed position can be raised upwards (Arrow 43). Sales and transport container according to claim 9, characterized in that for the respective partial walls (TW, TW ') on the opposite support posts with respective positive and / or force-fitting connection parts (47, 48) a nested lowering-stroke guide is formed. Sales and transport container according to claim 9 or 10, characterized in that the at least one of the partial walls (TW) engages with a respective edge-side support member (49) in a profiled guide groove (50) on the respective support post (7), starting from one of the Closed position of the partial wall (TW) defining Position the respective support member (49) in a first support recess (51) of the guide groove (50) is held out of this, the form-fitting held support member (49) in a Verschiebenutteil the guide groove (50) can be transferred, so that the opening movement ausrichtender adjustment ( VW) is specified and along this the support member (49) in at least one second detent recess (53) can be inserted, such that with the detent recess (53), the at least one central opening position is defined. Sales and transport container according to one of claims 9 to 11, characterized in that when using the particular two movable partial walls (TW, TW ') in each case a vertical guide groove (50, 50') by means of their support members (49 ', 49 " engage), these two guide grooves (50, 50 ') at least partially horizontally offset from each other in the support post (7) extend (distance HV). Sales and transport container according to one of claims 9 to 11, characterized in that the guide grooves (50, 50 ') for the two partial walls (TW, TW') at least partially parallel adjustment paths (VW ', VW ") in the lowering Lift movement (arrow 43, 43 ', 43 ") cause and thus the parallel packing position (PS) can be reached when opening. Sales and transport container according to one of claims 9 to 13, characterized in that the two partial walls (TW, TW ') are displaceable simultaneously or successively. Sales and transport container according to one of claims 9 to 14, characterized in that the two when opening in pack position (PS) to behind the fixed-wall part (45) lowerable part walls (TW, TW ') are connected by at least one driver (56), such that upon initiation of the vertical closing movement (43), the lower of the partial walls (TW ') of the upper of the partial walls (TW) can be detected and thus both partial walls (TW, TW') at least in phases are displaced together into the closed position. Sales and transport container according to claim 15, characterized in that the driver (56) remains in the closed position with the lower part walls (TW ') remains connected. Sales and transport container according to claim 15, characterized in that the driver (56) is releasable from its holding position. Sales and transport container according to one of claims 15 to 17, characterized in that the driver (56) detects the lower partial wall (TW) even at the initiation of the opening movement (43 ") and until reaching an intermediate position before the lower packing position (PS) holds. Sales and transport container according to one of claims 15 to 18, characterized in that as a driver (56) from a plant spar (57) on the lower partial wall (TW ') and one provided on the upper partial wall (TW) support roller (58) formed unit is provided. Sales and transport container according to one of claims 15 to 19, characterized in that a plurality of the drivers (56) between the two part walls (TW, TW ') are provided. Sales and transport container according to one of claims 1 to 4, characterized in that the at least one partial wall (2) is formed as a grid structure whose horizontal struts (60, 60 ') in a respective profile groove (61, 61', 62, 62 ') of the support posts (6, 7) are held latched and unlocked and between the part walls (TWG, TWG') a retaining loop (63, 63 ') is provided.

Images