ES2775795T3 - Sales and transport container for the presentation of goods - Google Patents

Abstract

Sales and transport container for the presentation of goods, with respective longitudinal and transverse side walls (2, 3, 4, 5) opposite vertical in pairs, which are connected with at least four support posts (6, 7, 8, 9 ) from the corner side, respectively predetermining a bottom distance, where a useful space (N) formed as a grid table (1) is provided with at least one bottom wall (10) that wraps underneath for easy removal of the goods and this can be moved to different positions of use at least in the unloaded state, where at least one of the longitudinal and / or transverse side walls (2, 3, 4, 5) is provided with at least one partial wall (TW, TW ') movable from an upper closing position, so that the upwardly open useful space (N) can additionally be reached through at least one lateral access region (ZB, ZB'), characterized in that a of the longitudinal side walls ends (2) is provided with two movable partial walls (TW, TW '), both partial walls (TW, TW') can be lowered to the region of a lower fixed wall part (45), in this lowered position the two walls Partials (TW, TW ') adopt a packing position (PS) essentially parallel to each other and from this the two partial walls (TW, TW') can be raised upwards (43) to the closed position.

Description

DESCRIPTION

Sales and transport container for the presentation of goods

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

The containers intended for use in sales spaces in the form of mesh tables are designed for both transport and presentation of goods. For this, document DE 7628 135 U1 has already proposed such a container for receiving goods, the side parts of which, in particular, formed by region-transparent mesh plates, limit a variably designed useful space, in which it is possible to insert a piece of bottom wall intended for the storage of goods. In this connection, this bottom wall is provided with lateral support hooks or similar connectors, so that in the region of the respective associated grid structures on the side walls, a form-fitting locking is possible. In the case of use of defined positions according to the grid holes, a change in height is possible for the bottom wall, so that consequently increases or decreases of the useful space can be made for the different goods.

Document DE 2841 772 A proposes a container provided with closed side walls, into which corresponding parts of pallets that support the goods can be inserted. Starting from a bottom wall of this container, between the pallets that support the goods and the upper side of the bottom wall a spring loaded lifting device is inserted. In the case of a weight reduction produced by the removal of the pallets on the back wall, its automatic height movement can be used.

In a concept according to EP 1511 411 B1 a device for the presentation of goods is defined as a table for self-service stores. In this system, a bottom wall is provided to be removed from the useful space, so that the table can then be folded down.

From other publications according to DE 202005006085 U1, DE 202009006756 U1, DE 202009006757 U1 and DE 20 2010 003 310 U1 it is possible to deduce generic concepts of grid tables for the presentation of goods. In these grid tables - also made as folding constructions - a respective bottom wall can be removed from the interior space and integrated into the grid structure of the side walls by means of lateral clamping components.

An embodiment realized as a whole as a removable unit of the sales and transport container is shown in the document DE 202013 009631 U1, where here the bottom wall can also be connected through the support connectors in drag with the side parts and the additional transverse struts make it possible to subdivide the useful area above the bottom wall. The folding variant of a grid table with removable bottom wall is shown in EP 1640281 A1.

From EP 2712 786 A2 a rolling container is known, the front wall of which in fig. 1-3 has a partial wall, movable from an upper closed position, shown in FIG. 1, so that an upwardly open useful space can be reached further via a side access region. A useful space configured as a grid table with a bottom wall consisting of a grid, which can be moved to at least different consumption positions in the unloaded state, is represented in FIG. 8.

The invention addresses the problem of configuring a sales and transport container configured as a grid table, so that with little technical cost a rapid adaptation of the container wall to the loading and extraction conditions and in this respect for the operators is possible. and customers can achieve easy access to goods.

The invention achieves this objective with the sales and transport container with the characteristics of claim 1. Other advantageous configurations appear from claims 2 to 20.

Starting from a generic sales container in the form of a grid table, conceived in particular for sales spaces in supermarkets and adaptable here the respective classification of goods to be provided for sale by clearance, is planned, with a view to an improvement according to the invention, that now its inner space-limiting peripheral container wall is configured in the region of at least one of the longitudinal and / or transverse side walls with a displaceable partial wall.

Consequently, it is now possible, in addition to an upper side of the useful space open and usable up to now by an operator, to configure the movable partial walls, integrable into the frame parts of the stable wall system, usually in the manner of a "door entry". access »and optionally use them for variable operational tasks. Thanks to these partial walls, respective lateral access regions can be opened in case of need - by means of predetermined useful positions in a stepwise or continuous manner, so that consequently operating comfort is substantially improved in the region above a wall of the wall. interior background of the grid table. The operative displacement of the part walls is possible in this respect both with a useful space filled with goods, and also in their empty state through simple manual operation. It is also conceivable to provide the manually movable part walls with additional adjusting levers or similar motor-drive members, so that a "partially automatic" opening and / or closing movement can be activated by the user.

The constructive implementation of the variable access region for the grid table provides that several partial walls are provided in the region of at least one of the longitudinal and / or transverse side walls, so that a functional unit of various members and adjustable to varying sizes of the respective access region. It is also conceivable to introduce the system between the support posts of a grid table having more than four side walls, where hexagonal or octagonal structures are used in particular.

An advantageous embodiment is directed so that the adjustable side walls in the variable access regions extend essentially horizontally over the distance formed between two support posts. In this connection it is provided that respectively between the supporting posts and the adjacent lateral edge of the partial walls at least one connecting region is defined, configured for adjustment in the vertical direction. In this connection, the partial walls can be made in the region of their length defined by the distance between the support posts, in particular as a torsionally rigid plate structure, in which the respective edge-side regions are provided. Connection. Furthermore, it is conceivable that the partial walls are constructed at least as a partially transparent structure with bar and / or grid regions.

Another advantageous solution can be produced in that the partial walls have an additional "central" vertical support in the region between the supporting posts on the end side with respective clamping connection and consequently the partial walls are "divided" in their longitudinal direction.

The configuration of the variable access region is aimed in particular at an improvement in operating comfort, so that a bottom wall of the grid table located in the upwardly open useful space can be better reached. This bottom wall can be positioned, on its side, in a location corresponding to the respective free height of the lateral access region. In this connection, provision is made in particular that the height-adjustable bottom wall in the useful space can be adapted to the height location of the partial walls respectively located in the open position or closed position and consequently the presentation is optionally improved. and / or taking of goods.

One constructive implementation provides that the partial walls of a multi-member functional unit can be moved from an upper closed position to a downwardly lowered open position at least in regions. This position can be reached with a stepped or stepless adjustment movement, where the partial walls are guided simultaneously in the two lateral connection regions.

Adapting to the dimensions of known grid tables and their modular structure, it is foreseen that one of the two longitudinal side walls is provided with two movable partial walls. These two partial walls are dimensioned in such a way that they are loadably guided into the region of a fixed wall part of the frame assembly. In this regard, it is provided that in this lowered position the two part walls can adopt a packing position, saving space essentially in parallel one after the other and consequently a comparably large access region is released on the "stacked" part walls. From this packing position, the two part walls can be raised and fixed here - under corresponding guidance on the support posts - to the upper closing position.

An advantageous configuration of this wall with the opening-closing mechanism is directed so that for the respective partial walls on the opposite support posts a double "nested" lowering and lifting guide is constructed by means of respective connecting parts in trailing of shape. The at least one of the partial walls engages in this connection in a profiled guide groove in the respective support post by means of a respective edge-side support member. In this regard, it is envisaged that - starting from this location that defines the closing position of the partial wall - the respective support member is held in a first support cavity, so that under the effect of gravity force is reached a fixed position for the partial wall. Outside this support cavity, the form-driven guided support member can be transferred - during movement of the partial wall - to a sliding groove portion of the guide groove. This displacement is triggered in particular by a lifting movement that starts from the operator to adjust the partial wall.

After the displacement of the support member to the sliding groove part, an adjustment path "guiding" the opening movement is predetermined for the guide components in form-drive, so that the support member can now be inserted along along this regulation path in at least one second lower retention cavity. This lower retention cavity preferably defines a lower opening position, in which the support member fixes the partial wall - also under the effect of gravity - in a sufficiently stable manner.

When using the functional unit which preferably has two displaceable part walls, it is provided that the part walls now engage each other in a vertical guide groove by means of their support members on the edge side. In this double-groove variant, in order to reach the nested lowering and lifting guide until the displacement to the packing position, it is provided that these two guide grooves run at least through regions horizontally offset from each other on the respective support posts in the case of the two partial walls of the associated guide construction.

In this respect, it is achieved that the guide grooves for the two partial walls can predetermine two parallel adjustment paths at least in regions in the lowering and lifting movement and therefore the packing position in parallel for both partial walls is predetermined in the case of simultaneous downward movement. During the return of the part walls to the upper closed position, a "contactless" height shift is then possible due to the spaced guide grooves. In this connection, it is provided that the two part walls can be guided in a displaceable manner simultaneously or in succession, whereby the respective connecting parts in form-engaging and / or force-engaging cooperate optimally.

In order to achieve an optimal lowering and lifting guide and to realize with few components for the two partial walls, it is foreseen that the two partial walls - which can be lowered during opening to the packing position up to behind the fixed wall part - are connected by at least a dragger. In this regard, it is achieved that, during the start of the vertical closing movement, the wall to be positioned as the bottom of the two partial walls is gripped by the top of the two partial walls and, consequently, during the "ascent" of both partial walls they move at least in phases together to their respective upper closed position.

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

During the initiation of the opening movement described above in the region of the complex of support member and guide groove, the manipulation concept is implemented in such a way that the driver grasps with a holding member a counter member of the lower partial wall and this is held consequently at least until reaching an intermediate location in the region in front of the lower packing location, in addition to the lateral "slide" in the groove.

In an advantageously simple embodiment, provision is made for a clamping member and counter member unit to be provided as a driver, consisting of a support beam on the lower partial wall and a bearing roller provided on the upper partial wall, where these two parts can satisfy these two drag functions described above by mutual contact in form drag. Furthermore, it is conceivable that in the region of the partial walls a number of drivers are integrated into the system.

An advantageous embodiment of the partial walls provides that they are designed in the form of grid walls and in this case engage the horizontal struts in clamping profiles on the support posts.

Other particularities and advantages of the invention are deduced from the following description and from the drawing in which an example of embodiment of the grid table with movable side walls is illustrated in more detail. In the drawing they show:

Fig. 1: a global perspective view of the sales and transport container represented with the side walls closed,

Fig. 2: a perspective representation similar to fig. 1 with a partial wall displaced in the region of a longitudinal wall to the open position,

Fig. 3: a perspective representation similar to fig. 2 with fully open access region in the region of one of the longitudinal side walls,

Fig. 4 and fig. 5: respective views of the longitudinal side walls according to figs. 2 and 3,

Fig. 6: a representation of an enlarged fragment of the longitudinal side wall in the region of two side walls in the closed position on one of the two opposite support posts,

Fig. 7: a plan view of the longitudinal side wall provided with two partial walls,

Fig. 8: a representation of an enlarged fragment in the connection region of the partial wall with respect to the support post,

Fig. 9: a perspective representation in the lateral region of the two partial walls,

Fig. 10: a partially cutaway side view in the region of the connection zone shown in fig. 9,

Fig. 11: a sectional representation along a line XI-XI in fig. 6,

Fig. 12 to 14: respective sectional representations similar to fig. 11 with respective phases of movement of the side wall that has two parts,

Fig. 15 to fig. 17: respective perspective representations of a mesh container with one-sided partial walls in different handling positions,

Fig. 18: a front view of the container with an open partial wall similar to fig. 16, and

Fig. 19: a sectional representation along a line X-X in fig. 18.

In fig. 1 represents a designated sales and transport container in conjunction with 1 for the presentation of goods in supermarkets or similar sales establishments. The container 1 configured as a grid table is provided with respective longitudinal and transverse side walls 2, 3, 4, 5 opposing vertical in pairs, which are connected in the region of the support posts 6, 7, 8, 9 on the side of corner. This container 1, constructed in the manner of a grid table, defines in this regard a useful space N, into which at least one bottom wall 10 can be inserted, wrapping underneath for easy removal of the goods not shown. In the generic embodiments of grid tables of this type, it is already provided that the bottom wall 10 can be moved at least in the unloaded state to different positions of use and fixed in these. It is also conceivable that with more than the four supporting post-side wall elements a hexagonal or octagonal grid table (not shown) is constructed.

Such a construction of a grid table 1 is designed such that at least one of the longitudinal and / or transverse side walls 2, 3, 4, 5 is provided with two partial walls TW, TW movable from a closed position top (fig. 1). This concept is directed so that the upwardly open useful space N can now additionally be reached through at least one lateral access region ZB, ZB '(fig. 4, fig. 5). From the joint observation of figs. 1 to fig. 5 it is clarified that, in this regard, an access height ZH to be exceeded during loading or extraction can be correspondingly variable in the region of the longitudinal side wall 2 (ZH ', ZH' ', fig. 4, fig. . 5).

In this connection, the inventive concept provides that the two movable part walls TW, TW can be set as variable functional unit both with useful space N filled with goods, and also with empty useful space. Therefore, in the practical use of containers 1 of this type in the supermarket, simple handling is possible also by poorly trained personnel.

Starting from the represented embodiment of the system, it has several partial walls TW, TW 'in the region of a longitudinal and / or transverse side wall 2, 3, 4, 5, so that a functional unit of several members is formed - which it can also have more than the partial walls represented in figs. 1 to fig. 14- and the variable sizes of the respective access region ZB, ZB 'can also be continuously adjusted.

From the joint observation of figs. 2 to fig. 5 it is clarified that the two partial walls TW, TW adjustable in variable access regions ZB, ZB 'extend essentially horizontally over the distance 40 formed between two support posts 6, 7. In this respect, respectively between posts 6 or 7 and the adjacent lateral edge 41, 42 or 41 ', 42' of the partial wall TW, TW 'defines at least one connecting region 44, 44' (fig. 6) configured for its regulation in the vertical direction (arrow 43 , fig. 4).

In the embodiment shown, it is clarified that the two partial walls TW, TW 'have a torsionally rigid plate structure in their length defined by the distance 40 between the support posts 6, 7. It is also conceivable that here a structure of grid that improves the vision of the goods or a transparent plate (not shown).

From the opening representations of the system according to fig. 2 and fig. 3 it is clarified that the bottom wall 10 located in the useful space N open upwards can be positioned (BH, fig. 3), on its side, in a location that corresponds to the respective free height (varying according to the height access ZH 'or ZH' ') from the access region ZB, ZB'. In this connection, provision is made in particular for the height-adjustable bottom wall 10 in the useful space N to adapt to the height location of the respective partial wall TW, TW located in the open position or closed position.

Starting from fig. 1, the representation according to FIG. 4 clarifies a first possibility of displacement in the region of the system described above, where at least the upper partial wall TW of the functional unit of several limbs are displaced from an upper closed position (fig. 1) to a lowered downward opening position at least by regions (fig. 4). This open position can be reached with a stepped or stepless adjusting movement (arrow 43). It is understood that, in this regard, the partial wall TW is guided in the two lateral connecting regions 44.

An optimal system design foresees that one of the four longitudinal or transverse side walls - viz. 2- is provided with two movable partial walls TW and TW (fig. 1). These two partial walls TW and 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 and TW 'can be positioned essentially parallel to each other in a packing position (fig. 12). On this basis, provision is made that the two partial walls TW and TW can then be raised upwards again - in reverse guiding order - to the closed position (fig. 13, fig. 14).

Starting from this two-part construction, it is foreseen that for the respective partial walls TW and TW on the opposite support posts 6, 7 a nested lowering and lifting guide is formed with respective connection parts 47, 48 (fig. 6) in shape drag in connection regions 44, in order to reach a packing location PS (FIG. 3).

Next, the configuration of these connecting parts 44 is described each time with reference to one of the edge regions 41, 41 ', 42, 42' which runs with mirror symmetry of the two partial walls TW and TW. As a logical consequence it follows that the corresponding equal effect component connections are provided in the region of the associated supporting posts 6, 7 respectively and these components are not again provided with the references to improve clarity.

The constructive implementation of this lowering and lifting guide by the respective connection parts 47, 48 provides (fig. 6) that the at least one of the partial walls TW engages with at least one respective support member 49, 49 ', 49 '' on the edge side into a profiled guide groove 50 in the respective support post 7.

Starting from a location that defines the closing position of the partial wall TW according to fig. 6 it is clarified that the respective support member 49 is held in a first support cavity 51 of the guide groove 50. Outside of this support cavity 51, the support member 49 is held here in a drag manner so that it can be transferred to a sliding groove portion 52 of the guiding groove 50.

This first phase of a displacement can be deduced from a transition of the representations of FIG. 14 to fig.

13. In this regard, it is clarified that for the support member 49 an adjustment path VW is now predetermined, which influences the continuation of the opening movement (arrow 43 '') within the guide groove 50 (fig. 11) . Along this adjustment path VW, provision is made in particular at the lower end that the support member 49 can now be inserted laterally into at least one second retaining cavity 53 (FIG. 13). Consequently, for the at least one partial wall TW with this second retention cavity 53 the at least one "central opening position" is defined (FIG. 13). Observing the depicted two-part concept of the longitudinal side wall 2, it becomes clear that, by applying the two movable partial walls TW and TW 'as a functional unit, these walls engage respectively in a vertical guide groove 50, 50' by means of their support members 49, 49 ', 49' 'substantially identical in construction (now shown on one side). In this connection, it is provided that these two guide grooves 50, 50 'run at least in regions horizontally offset (distance HV, fig. 12) relative to each other and vertically on the support post 7 (principle representation according to fig. . eleven).

As a result, the guide grooves 50, 50 'for the two partial walls TW and TW' cause the regulation paths VW, VW 'parallel at least in sections during the lowering and lifting movement and can therefore also be reached. the parallel packing position PS (fig. 12) by moving the partial walls TW and TW 'to the full opening position. In principle, it is conceivable that the two partial walls TW and TW 'move simultaneously or successively during this opening or closing movement and in this respect the guidance is carried out in the slot regions 50, 50' described above along the paths of regulation VW, VW ', VW' (fig. 11).

From the sectional representation according to FIG. 11, when viewed together with the representations according to FIG. 12 to fig. 14 it is clarified that for the production of the "stacked" packaging position PS, the upper guide groove 50 is provided below the "middle" retaining cavity 53 with a functional conductive contour 54, where this conductive contour 54 becomes a base groove 55 of the adjustment path VW and consequently the packing position PS described above "behind" the partial wall TW 'and the fixed wall part 45 is reached with little effort (fig. 3, fig. 12).

Starting from this design of the two guide grooves 50 and 50 ', a development of integrated movement occurs during the closing or opening of the two-wall system (arrow 43, 43', 43 ''), with largely forced guidance. Starting from fig. 14, the "closed" partial walls TW and TW 'move above the first "partial opening" according to FIG. 13 to the lower packing position according to fig. 12. In the connection regions 44, 44 'on the edge side, the corresponding adjustment path VW, VW', VW ”is predetermined at the two support member connectors and grooves.

After reaching this packing position in fig. 12, the system can be raised back to the closed position according to fig. 14 by simple manual operation (arrow 43, 43 '). To this end, the construction is provided with a driver 56 visible in the enlarged representation of FIG. 10. This is arranged so that even during the opening of 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 and TW by the driver 56.

Starting from the packing position PS in fig. 12 it is clarified that during the start of the vertical closing movement (arrow 43) the lower part of the partial walls TW 'is grasped by the upper part of the partial walls TW in the region of the driver 56 (from fig. 13) and then the two partial walls TW and TW 'move at least in stages together (fig. 13) to the closed position (fig. 14). In fig. 10, this bearing position in the region of the driver 56 is shown enlarged.

The detailed representations according to FIG. 10 and fig. 12 to fig. 14 clarify in this connection that a unit consisting of a support beam 57 on the lower part wall TW and a bearing roller 58 provided on the upper part wall TW is provided as the driver 56. This second two-part embodiment of the driver 56 is designed so that the driver 56 is connected in the closed position with the lower of the two wall portions TW (fig. 14). Furthermore, it is conceivable that in this closed position the driver 56 can be released from its fixing position (not shown) and an additional securing element is inserted into the component connection, so that with this the system can be fixed, in addition to securing in the cavity with 51.

From the transition of fig. 14 to fig. 13 it is clarified that the driver 56 also grips the lower partial wall TW 'also during the introduction of the opening movement (downward arrow 43' ') and the lower partial wall TW can be moved in its guide groove 50' to a region lower support 59. In this situation (fig. 13), the upper partial wall TW can optionally be inserted into the lower retention cavity 53 (shown in fig. 13), or a posterior movement of the upper partial wall TW along the conductive contour 54 to the region of the base groove 55. At this stage, the carrier roller 58 of the driver 56 is also released from the support beam 57 and the location visible in FIG. 12 of these components.

In a subsequent movement of the parts of the system to the closed position according to FIG. 14, the driver 56 first reaches the support position (FIG. 13) again, so that the closed position according to FIG. 13 or the complete closed position according to fig. 14. These positions are carried out by an operator using simple manual movements.

In the representations according to FIGS. 15 to fig. 19 shows a second embodiment of the container 1 configured as a grid table. In this case, the side walls 2, 3, 4, 5 are respectively designed as a mesh structure. The side wall designated in conjunction with 2 is provided in this respect with two partial walls TWG, TWG 'movable from an upper closing position (fig. 15), so that the system already described above starting from fig. 1 of the "movable side walls" can also be implemented in the modified embodiment on these grating walls.

From a joint observation of figs. 15 to fig. 17 it is clarified that, starting from the closed position in fig.

15, the upper partial wall TWG can be lowered into an open position (fig. 16). After reaching this partially open position, the structure can also be released in the region of the partial wall TWG ', so that in a second movement step the open position according to FIG. 17.

Starting from this location, with the development of the reverse movement, it is possible to return the partial walls TWG, TWG 'to the closed position.

For the simple implementation of this partial opening system, provision is made for the horizontal struts 60, 60 'provided in the region of the grid structure to be detachably or hook -ably fastened in a respective profile groove 61, 61', 62, 62 'of the support posts 6, 7 (fig. 18). Consequently, with a small effort, lateral access to the interior space N of the container 1 is made possible. In the simple embodiment, it is indeed provided in this respect for the connection of the partial walls TWG, TWG 'to use a form-fitting connection by means of of a respective clamping loop 63, 63 '. These respective clamping or connecting positions are represented in relation to the respective profile grooves 61,61 'in FIG. 19.

Claims (20)

1. Sales and transport container for the presentation of goods, with respective longitudinal and transverse side walls (2, 3, 4, 5) opposite vertical in pairs, which are connected with at least four support posts (6, 7, 8 , 9) on the corner side, respectively predetermining a bottom distance, where a useful space (N) formed as a grid table (1) is provided with at least one bottom wall (10) that wraps underneath for easy removal of the goods and this can be moved to different positions of use at least in the unloaded state, where at least one of the longitudinal and / or transverse side walls (2, 3, 4, 5) is provided with at least one partial wall (TW, TW) movable from an upper closing position, so that the upwardly open useful space (N) can additionally be reached via at least one lateral access region (ZB, ZB '), characterized because one of the longitudinal side walls (2) is provided with two movable part walls (TW, TW), both part walls (TW, TW) can be lowered to the region of a lower fixed wall part (45), in this lowered position the two partial walls (TW, TW) adopt a packing position (PS) essentially parallel to each other and from this the two partial walls (TW, TW) can be raised upwards (43) to the closed position. Sales and transport container according to claim 1, characterized in that the two movable partial walls (TW, TW ') can be adjusted both with the useful space (N) filled with goods, and also with the empty useful space. Sales and transport container according to claim 1, characterized in that several partial walls (TW, TW ') form in the region of a longitudinal side wall (2) a functional unit with several members and adjustable to variable sizes of the respective access region (ZB, ZB '). Sales and transport container according to any one of claims 1 to 3, characterized in that the adjustable partial walls (TW, TW) in the access regions (ZB, ZB ') extend essentially horizontally over the distance (40) formed between two support posts (6, 7) and, in this respect, respectively between the support posts (6, 7) and adjacent lateral edge (41, 42) of the partial walls (TW, TW) at least one region is defined connector (44, 44 ') configured for adjustment in the vertical direction (43, 43', 43 ''). Sales and transport container according to claim 4, characterized in that the two partial walls (TW, TW ') have a torsionally rigid plate structure along their length defined by the distance (40) between the support posts (6, 7). Sales and transport container according to any of claims 1 to 5, characterized in that the bottom wall (10) located in the useful space (N) open upwards can be positioned, on its side, in a location corresponding to the respective free height of the lateral access region (ZB, ZB '). Sales and transport container according to claim 6, characterized in that the bottom wall (10) adjustable in height in the useful space (N) can be adapted to the height locations of the partial walls (TW, TW ') located respectively in the open position or closed position. Sales and transport container according to any one of claims 1 to 7, characterized in that the partial walls (TW, TW) can be moved respectively from a higher closing position to an opening position lowered at least by regions downwards, this It can be achieved with a stepless or stepped adjusting movement and, in this respect, the partial walls (TW, T w) are guided in the two lateral connecting regions (44, 44 '). Sales and transport container according to any one of Claims 1 to 8, characterized in that for the respective partial walls (TW, TW ') a nested lifting and lowering guide with respective connecting pieces is formed on the opposite support posts ( 47, 48) in form drag and / or force drag. Sales and transport container according to any one of Claims 1 to 9, characterized in that the at least one of the partial walls (TW) engages with a respective support member (49) on the edge side in a profiled guide groove ( 50) on the respective support post (7), in this regard, starting from a location that defines the closing position of the side wall (TW), the respective support member (49) is held in a first support cavity (51) of the guide groove (50), outside of this the support member (49) clamped so that it can be transferred to a sliding groove part of the guide groove (50), so that a adjustment path (VW) that guides the opening movement and along this the support member (49) can be inserted into at least one second retention cavity (53), so that with the retention cavity (53) the at least one central opening position is defined. Sales and transport container according to any one of claims 1 to 10, characterized in that the two movable partial walls (TW, TW) engage in respectively a vertical guide groove (50, 50 ') by means of its support members (49 ', 49''), where these two guide grooves (50, 50') run at least through regions horizontally offset from each other in the support post (7) (distance HV). Sales and transport container according to any one of claims 1 to 10, characterized in that the guide grooves (50, 50 ') for the two partial walls (TW, TW') cause the adjustment paths (VW, VW ') parallel at least in regions during the lowering and lifting movement (43, 43 ', 43'') and consequently the parallel packing position (PS) can be reached during opening. 13. Sales and transport container according to any of claims 1 to 12, characterized in that the two partial walls (TW, TW ') can be moved simultaneously or successively. Sales and transport container according to any one of claims 1 to 13, characterized in that the two partial walls (TW, TW ') that can be lowered during opening to the packing position (PS) to behind the fixed wall part (45 ) are connected through at least one driver (56), so that during a start of the vertical closing movement (43) the lower of the partial walls (TW ') can be grasped by the upper of the partial walls (TW ) and consequently the two partial walls (TW, TW) can be moved at least in stages together to the closed position. Sales and transport container according to claim 14, characterized in that the driver (56) remains connected in the closed position with the lower one of the partial walls (TW). A sales and transport container according to claim 14, characterized in that the driver (56) can be released from its holding position. 17. Sales and transport container according to any of claims 14 to 16, characterized in that the driver (56) grips the lower partial wall (TW) also during the start of the opening movement (43 '') and holds it until reaching a intermediate location in front of lower packing location (PS). Sales and transport container according to any one of claims 14 to 17, characterized in that a unit formed by a support beam (57) on the lower partial wall (TW ') and a bearing roller ( 58) provided in the upper partial wall (TW). Sales and transport container according to any one of claims 14 to 18, characterized in that several of the drivers (56) are provided between the two partial walls (TW, TW). Sales and transport container according to any one of claims 1 to 19, characterized in that the two partial walls (TWG, TWG ') are configured as a grid structure, the horizontal struts (60, 60') of which are hooked. and detachable in a respective profile slot (61, 61 ', 62, 62') of the support posts (6, 7) and a clamping loop (63, 63 ') is provided between the partial walls (TWG, TWG ').