EP3369348B1 - Transport and sales container for the presentation of goods - Google Patents

Description

The invention relates to a sales and transport container for the presentation of goods, which is designed in the form of a grid 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, the side parts of which, in particular, formed by partially transparent grid plates, delimit a usable space which can be variably designed and into which a bottom wall part provided for storing the goods can be introduced. This bottom wall is provided with lateral support hooks or similar connectors, so that a form-fitting attachment is possible in the area of the respective associated grid structures on the side walls. When using positions defined in accordance with the grid holes, a change in height for the bottom wall is possible, so that the usable space can be enlarged or reduced for different goods.

Out DE 28 41 772 A a container provided with closed side walls is proposed, in which the respective pallet parts supporting the goods can be introduced. Starting from a bottom wall of this container, a spring-loaded lifting device is inserted between the pallets that support the goods and the top of the bottom wall. If there is a decrease in weight on the bottom wall when the pallets are removed, their automatic height shift can be used.

With a concept according to EP 1 511 411 B1 a device for the presentation of goods is defined as a table for self-service shops. In this system, a base wall that can be removed from the usable space is provided so that the table can then be collapsed.

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 generic concepts of lattice tables for the presentation of goods can be found. With these lattice tables - 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 means of lateral retaining components.

A version of the sales and transport container designed as a detachable unit is shown in DE 20 2013 009 631 U1 shown, whereby here the bottom wall can also be connected to the side parts via form-fitting support connectors and additional transverse webs a subdivision of the usable area above allow the bottom wall. A collapsible variant of a grid table with a removable bottom wall is shown in EP 1 640 281 A1 shown.

Out EP 0 349 398 A1 a sales and transport container is known, which creates an automatic regulation of the height of the grid table with the help of vertical compression springs in the support posts. The patent document U.S. 2,717,085 A also discloses such a sales and transport container.

The invention is concerned with the problem of designing a sales and transport container designed as a lattice table in such a way that the interior of the container can be quickly adapted to goods of different sizes or weights with little technical effort and, with easier access conditions for operators and customers, damage-proof Support of the goods is achieved.

The invention solves this problem with a sales and transport container with the features of claim 1. Further advantageous embodiments emerge from claims 2 to 9.

Starting from a generic sales container in the form of a lattice table, it is provided to improve it according to the invention that the at least one bottom wall that can be integrated into the usable space can now be connected to at least one displaceably accommodating adjusting device. It is thus - in addition to an installation position for the bottom wall that could previously be predetermined by an operator as a fixed use position - now possible to insert into the The system is designed in such a way that the bottom wall connected to the adjusting device can be operated by hand, by foot and / or by means of at least one adjusting element. With different variants of the actuations, an optimal operation of the functionally extended transport container for the installation site is possible.

The concept of the bottom wall that can be displaced with an adjusting device is aimed at ensuring that variable access and use positions can be specified for goods to be supported on them, at least in the area of an open upper side of the usable space. This is particularly indicated when goods of different sizes or items of great weight are to be handled.

For this purpose, the system can also be expanded in that at least one of the side walls delimiting the usable space can be moved into an open position. In this way, lateral access conditions for the lattice table can also be achieved so that the lowest possible lifting heights are specified for easier handling of the goods when loading and / or unloading the usable space. It is conceivable that at least one of the side walls is formed from at least two partial walls, at least one of which can be shifted into an open position. By lowering the sub-areas accordingly, side openings of different sizes can be produced, and in this area the bottom wall can be positioned with the adjusting device at the optimal operating height.

Based on the basic structure of the usable space in the grid table, it is provided that the floor wall forming a usable area parallel to the horizontal floor plane at the installation site can be adjusted to different heights within the usable space by means of the adjusting device. It is also conceivable that, by means of the adjusting device, the bottom wall can be displaced beyond the upper opening edge of the grid table and a lowering movement can be initiated into the usable space.

In an advantageous embodiment, it is provided that the bottom wall is held tiltable in the area of the adjusting device. This ensures that the goods accessible to the customer at least from the top of the open usable space can be presented on a usable surface that is inclined at least in some areas, thus defining a removal-friendly access position. Proceeding from this, the adjusting device is designed in such a way that the bottom wall, which at least partially extends horizontally or in a tilted position of use, can be moved in a stepped or stepless manner.

The bottom wall that can be connected to the adjusting device can be designed with separate partial areas in such a way that a multi-part usable area is created. The at least two partial areas can also be shifted individually by means of the at least one adjusting device.

Based on the different sizes of the lattice tables and the usable spaces available with them, it is conceivable that the bottom wall also has more than two partial areas may have. In each case, variants are provided in which an actuating device is assigned to each sub-area of the bottom wall. In this way, for example, two adjusting devices reaching under a useful partial area on the upper side can be introduced into a side wall structure of the grid table.

A second embodiment of the lattice table according to the invention with the possibility of adjustment in the area of the bottom wall provides that it has an adjusting device which is provided with at least one adjusting member which engages directly on the bottom wall. The general concept provides that the actuator can be held in the area of the container wall and / or the support post.

In an expedient embodiment of this directly acting actuator it is provided that an energy storage device in the form of a spring or the like is provided as the actuator in the area of at least two of the corner support posts. An advantageously simple design of this spring energy store is aimed at integrating a pretensionable compression spring into the system of support posts. This construction, which can be integrated in a plurality of the support posts in a vertical installation position, can interact at the upper end of the compression spring with a guide pinion which, in turn, is to be connected to a rack provided in the support post. A counterforce generated by the prestressable compression spring can thus be stored. This can be deflected into a lifting movement in a defined manner as a lifting force that can be used variably - in particular depending on the weight load generated by the goods in the area of the bottom wall.

Fig. 1

eine perspektivische Gesamtansicht des mit einer als Gitterteil ausgebildeten Bodenwandung versehenen Verkaufs- und Transportbehälters,

Fig. 2

eine perspektivische Ausschnittsdarstellung im Bereich der Bodenwandung, die mit einer randseitige Federspeicher aufweisenden Stellvorrichtung versehen ist,

Fig. 3

eine perspektivische Ausschnittsdarstellung der Bodenwandung ähnlich Fig. 2, wobei im Bereich einer eckseitigen Abstützung ein Zahngetriebe mit Ritzel und Zahnstange vorgesehen ist,

Fig. 4

eine Draufsicht der mit der direkten Stellvorrichtung versehenen Bodenwandung gemäß Fig. 3,

Fig. 5 bis Fig. 8

jeweilige vergrößerte Ausschnittsdarstellungen der Eckpfosten mit innen liegenden Zahnstange-Ritzel-Abstützungen gemäß Fig. 3,

Fig. 9

eine perspektivische Seitenansicht des Gittertisches ohne Seitenwände mit nicht erfindungsgemäßer innen liegender Stellvorrichtung gemäß einer Linie IX-IX in Fig. 1,

Fig. 10

eine Seitenansicht gemäß einer Linie X-X in Fig. 1 mit nicht erfindungsgemäßer nnen liegender Stellvorrichtung,

Fig. 11

eine perspektivische Einzeldarstellung der im Gittertisch gemäß Fig. 9 befindlichen nicht erfindungsgemäßen Stellvorrichtung in manuell bedienbarer Ausführung,

Fig. 12 bis Fig. 17

jeweilige Seitenansichten unterschiedlicher nicht erfindungsgemäßen Ausführungen und Bedienstellungen im Bereich der Stellvorrichtung und der kippbaren Bodenwandung gemäß Fig. 11,

Fig. 18

eine perspektivische Einzeldarstellung der nicht erfindungsgemäßen Stellvorrichtung gemäß Fig. 11 mit integriertem Feder-Dämpfer-System,

Fig. 19

eine perspektivische Einzeldarstellung ähnlich Fig. 18 mit zwei Antriebs-Zylindern im Bereich der Stellvorrichtung,

Fig. 20 und Fig. 21

jeweilige nicht erfindungsgemäße Darstellungen ähnlich Fig. 9 und Fig. 10 mit einer zusätzlichen Hubfeder im Bereich der beiden Stellvorrichtungen der geteilten Bodenwandung,

Fig. 22 bis Fig. 25

eine nicht erfindungsgemäße Ausführung des Stützsystems ähnlich Fig. 5 bis Fig. 8 mit nur einem Führungsritzel, und

Fig. 26 bis Fig. 28

eine nicht erfindungsgemäße Ausführung der bodenseitigen Stellvorrichtung ähnlich Fig. 18 mit Fußstellhebel an einem Gasdruckdämpfer.

Further details and advantages of the invention emerge from the following description and the drawing, in which several exemplary embodiments of the grid table with a displaceable bottom wall are illustrated in more detail. In the drawing show:

Fig. 1

a perspective overall view of the sales and transport container provided with a bottom wall designed as a grid part,

Fig. 2

a perspective detail view in the area of the bottom wall, which is provided with an adjusting device having a spring accumulator at the edge,

Fig. 3

a perspective detail view similar to the bottom wall Fig. 2 In the area of a corner support, a toothed gear with pinion and rack is provided,

Fig. 4

a top view of the bottom wall provided with the direct adjusting device according to FIG Fig. 3 ,

FIGS. 5 to 8

respective enlarged detail views of the corner posts with internal rack and pinion supports according to FIG Fig. 3 ,

Fig. 9

a perspective side view of the lattice table without side walls with not according to the invention internal adjusting device according to a line IX-IX in Fig. 1 ,

Fig. 10

a side view according to a line XX in Fig. 1 with internal adjusting device not according to the invention,

Fig. 11

a perspective individual representation in the grid table according to Fig. 9 located adjusting device not according to the invention in a manually operated version,

FIGS. 12 to 17

respective side views of different embodiments and operating positions not according to the invention in the area of the adjusting device and the tiltable bottom wall according to FIG Fig. 11 ,

Fig. 18

a perspective individual representation of the adjusting device not according to the invention according to Fig. 11 with integrated spring-damper system,

Fig. 19

a perspective individual representation similar Fig. 18 with two drive cylinders in the area of the adjusting device,

Figures 20 and 21

respective representations not according to the invention similar Figures 9 and 10 with an additional lifting spring in the area of the two adjusting devices of the divided bottom wall,

FIGS. 22 to 25

a non-inventive embodiment of the support system similar FIGS. 5 to 8 with only one guide pinion, and

Figs. 26 to 28

a non-inventive embodiment of the bottom adjusting device similar Fig. 18 with foot lever on a gas pressure damper.

In Fig. 1 is a total of 1 designated sales and transport container for the presentation of goods in supermarkets o. Similar sales facilities. The container is provided with respective pairs of opposite vertical longitudinal and transverse side walls 2, 3, 4, 5, which are preferably connected in the area of corner support posts 6, 7, 8, 9. This container, constructed in the manner of a lattice table 1, defines a usable space N, into which at least one bottom wall 10 can be introduced, which can be placed under the goods, which are not shown in detail, so that they can be removed. In generic designs of such lattice tables, it is already provided that the bottom wall 10 can be displaced and fixed in various positions of use, at least in the unloaded state. Proceeding from this, the concept of the container construction according to the invention provides that the bottom wall 10 now has at least one adjusting device 11 ( Fig. 2 ) can be connected.

The construction is designed in such a way that the bottom wall 10 connected to the adjusting device 11 optionally by hand, by foot and / or by means of at least of an actuator 12 ( Fig. 13 ) is relocatable. The concept of a bottom wall 10 that can be displaced by means of the adjusting device 11 is aimed at allowing variable access and use positions to be specified for goods to be supported, at least in the area of an open top 13 of the usable space N.

In the representations according to FIGS. 2 to 8 a lifting system that can be used directly on the bottom wall 10 is illustrated as the basis of the actuating principle according to the invention. This is based on a concept in which the actuating device 11, which can be connected to the bottom wall, interacts with a plurality of actuators SG, which act directly on the bottom wall 10. These actuators SG are in the area of at least one support post 7, 8 ( Fig. 3, Fig. 4 ) held

In Fig. 2 a schematic diagram is shown, the system having one of the actuators SG, which act as an actuating device 11, in the respective corner regions of the bottom wall 10. In an expedient embodiment, at least in the area of actuating elements SG that work in pairs, respective compression springs 14 are provided as energy storage devices, which in a vertical preloading direction according to arrow D Fig. 2 ) can be pretensioned in such a way that the actuators SG as a whole have an “internal pretensioning force” and thus the bottom wall 10 can be acted upon.

In an embodiment according to FIGS. 3 to 8 this installation position of the bottom wall 10 is shown in connection with the actuators SG having a respective compression spring 14. It is provided that in the area of the actuator SG an upper guide pinion 15 and a brake pinion 16 which can be pivotably connected to the bottom wall 10 cooperate (arrow A, A '; Fig. 6 ). These two pinions 15 and 16 can engage in a respective profiling of two parallel racks 17, 17 'so that in the installation position according to FIG Fig. 5 a braking effect and thus fixing the bottom wall 10 by means of a displaceable locking bolt RB is achieved.

When running an in Fig. 6 The illustrated tilting movement by an angle A, the brake pinion 16 and the locking bolt RB are released from their connection position in the area of the rack 17, 17 '. The brake pinion 16 arrives at a distance parallel to the upper pinion 15 in the meshing position on the rack 17, 17 '. This simultaneously releases the previously braked pretensioning force in the area of the compression spring 14, so that the bottom wall 10 can be displaced in the vertical direction according to arrow B. In the event that a counterforce C is applied to the bottom wall 10 by a weight and / or the manual force of an operator, the system can be shifted in the lowering direction according to arrow B ', the compression spring 14 being pretensioned (arrow D, Fig. 2 ).

By shifting the bottom wall 10 back in the direction of arrow A ', the brake pinion 16 and the locking bolt RB are again fixed in their braking position on the rack 17, 17'. From the representations according to FIGS. 7 and 8 the engagement conditions in the area of the two pinions 15 and 16 in connection with the two racks 17 and 17 'are illustrated in more detail. With these embodiments according to FIGS. 2 to 8 a direct support of the bottom wall 10 on structural parts of the lattice table 1, which is only shown schematically, becomes clear.

A similar construction is in FIGS. 22 to 25 shown as an embodiment not according to the invention for the direct adjustment of the bottom wall 10. This setting of the system (arrow B), which can be carried out by hand, is possible here in that the two parallel C-profiles CP ( Fig. 22 ) a rack profile 17 "each ( Fig. 25 ) is provided. Tilting according to arrow A ( Fig. 6 ), so that in the inclined position unlocking the retaining bolt HB from the plug-in openings SG, the displacement of the base 10 in the direction of arrow B is possible. An expediently roller-shaped system part AG is guided in the C-profile CP so that a user-friendly guided displacement of the base 10 is possible and the pinion 16 can roll in a defined manner in the rack 17 ″.

Another embodiment of the bottom wall-adjusting device combination, not according to the invention, provides that preferably one - from the schematic representations in FIGS. 9 to 18 more evident - scissor arm lifter 18 is used as an adjusting device 11. It is clear from this embodiment that the bottom wall 10, which at least in some areas forms a usable area E parallel to the horizontal H - in an installation room - by means of the adjusting device 11 in different heights F, F '( Fig. 16, Fig. 17 ) can be determined within the usable space N.

A synopsis of Figures 12 and 13 shows that the bottom wall 10 is held tiltable in the upper region of the adjusting device 11. This achieves that the goods (not shown) that are openly accessible at least on the upper side 13 of the usable space N can be presented on a usable surface E 'which is inclined at least in some areas. In this variant of the tilting movement according to arrow KB, the bottom wall 10 can be pivoted about a support point SP, for which the use of an actuating element 12, which is effective here independently of the actuating device 11, is conceivable. In the upper tilt position according to Fig. 13 Fixing of the bottom wall 10 in the area of the actuator 12 or by means of a mechanical lock (not shown) is conceivable.

For the overall concept of the lattice table system 1, it is provided that the bottom wall 10, which runs horizontally or takes up tilted positions of use at least in regions, can be combined with variable positioning systems. These are constructed in such a way that a stepped or stepless relocation and positioning of the components is conceivable.

Based on a sectioned representation of the container in Fig. 9 - here without side walls 2, 3 - it becomes clear that the bottom wall 10 can also have a multi-part usable area E. At least two sub-areas T and T 'are shown here ( Fig. 9 ), these being individually displaceable by means of at least one respective adjusting device 11. It is also conceivable that the two partial areas T, T 'have a common adjusting device (not shown).

In an advantageous embodiment, the above-described system of bottom wall 10 and adjusting device 11 is structurally simple and optimally designed for use executable as a self-sufficient unit BE. Based on the in Fig. 1 illustrated compact integration of the assemblies in the wall-post construction of a lattice table 1 is in its wall structure also an independent modular unit BE - according to Fig. 11 , Fig. 18 , Fig. 19 - applicable.

It is conceivable that the self-sufficient unit BE even without surrounding assemblies ( Fig. 9 , Fig. 20 ) is set in a position of use lying directly on the floor H of an installation room R (not shown). An application is thus conceivable in which grid tables known per se can be converted by the self-sufficient structural unit BE and thus the displaceable bottom wall 10 can also be integrated into existing systems.

The optimal implementation of this unit BE and a basic structure according to Fig. 11 provides that the bottom wall 10 located on the adjusting device 11 can be fixed as a functional assembly - instead of a direct floor support - on the components BR, BR 'of the known lattice table 1 in a frame-side connecting position. This concept with a frame-integrated adjusting device 11 is illustrated in FIG FIGS. 11 to 21 described in more detail in detailed variants.

Based on the in Fig. 11 The construction shown with the scissor arm lifter 18 embodied as an adjusting device 11 makes it clear that this is provided with at least two scissor arms 20, 21 connected by a central support joint 19. In a known design of such systems, it is also provided here that the scissor arms 20, 21 by means of a known fixed bearing-floating bearing support with fixed bearings 22, 22 'and floating bearings 23, 23' different spread positions can be conveyed and thus a change in the respective height positions F, F 'of the at the upper ends of the scissor arms 20, 21 located bottom wall 10 can be reached ( Figures 9, 10 ).

In Fig. 11 The non-inventive design of the scissor arm lifter becomes clear, this having a respective partial scissor arm lifter 18 on the parallel side edges 25, 25 'of the bottom wall 10, such that the bottom wall 10 is parallel to the floor by means of paired opposing scissor arms 20, 20' and 21, 21 ' is displaceable (arrow FF; Fig. 19 ).

The structural implementation of this system for the displaceable bottom wall 10 provides that the respective floating bearings 23, 23 'of the scissor arms 20, 20' and 21, 21 'on the one hand in the area of a lower frame 26 by means of a connecting strut 28 engaging in a locking guide 27 in different Spread positions can be determined ( FIGS. 14 to 17 ; Altitude F, F '). For this purpose it is provided that, on the other hand, in the area of the upper bottom wall 10, a longitudinal groove 29, 29 'forming the floating bearing 24, 24' of the respective scissor arm 20, 20 'acts as a longitudinal guide.

The further design of these assemblies provides that the scissor arm lifter 18 provided as an adjusting device 11 with one of the upper ends of the scissor arm pairs in the area of the upper floating bearings 24, 24 'and below the bottom wall 10 the fixed bearing 22 ″, 22 ′ ″ is provided. This makes it possible for the lifting and / or tilting adjustment of the base wall 10 on this support frame 30 by means of the at least one actuator 12 ( Fig. 13 ) can be realized.

In Figures 14 and 15 the engagement conditions in the area of the floating bearings 23, 24 (23 ', 24') are illustrated, whereby a combination of the adjustable position of one scissor arm 20 in the longitudinal groove 29 'with the other scissor arm 21 engaging in the area of the locking guide 27 can be used for this purpose , the bottom wall 10 in an inclination position KB 'forming the support plane E "( Fig. 14 ) to relocate.

To support the above-described adjusting and tilting movements F, F ', KB, KB', which can be carried out in particular by hand, further assemblies are conceivable in the area of the lower rack frame 26. In addition to the use of different positioning positions in the area of the locking guide 27 ( FIGS. 14 to 17 ) is an additional assembly in the form of a damper 31 ( Fig. 18 ) conceivable. It is provided that outer spring parts 32 are integrated into this system, with which the respective support position can be fixed in the area of the locking guide 27, 27 '( Fig. 12, Fig. 13 ).

To release this form-fitting fixation at 27, 27 ', at least one footrest 33 with retaining hook 33' and return spring 33 "is integrated in the frame 26. A connection between the two locking guides 27 and 27 'is established by means of a bracket VB ( Fig. 18 ).

In the embodiment not according to the invention Fig. 19 is - instead of the locking guide 27, Fig. 11 - A lower guide groove 34, 34 'is provided for the lower connecting strut 28 in the area of the floating bearing. This system is provided with two cylinders 35, 36 (movement arrow Z) held on the lower frame 26. With these cylinders 35, 36 provided as actuating units, the stepless adjustment in the area of the scissor arms 20, 20 ', 21, 21' can be triggered (arrow FF), so that the base wall 10 is moved into an intended position of use by a motor.

In Figures 20 and 21 a further addition to the system 1 described above is shown with the two parallel pairs of scissor arms of the lifter 18 (similar to FIG Figures 9 and 10 ). Additional lifting springs 37 are arranged below the bottom wall 10 cooperating with the scissor arm lift adjusting devices. With these (essentially with the embodiments shown according to FIGS. 9 to 19 comparable) scissor arm system largely automatically after application of a pretension - for example by a weight lying on it according to arrow C '- are moved (arrow D'), so that an effective lifting support (arrow FF ') is integrated in the grid table 1 when goods are removed .

An optimal loading and unloading position for the grid table 1 with a displaceable bottom wall 10 can be achieved in that at least one of the side walls delimiting the usable space N (here: wall 2, Fig. 1 ) can be moved into an open position is, so that by lowering the upper partial wall TW, the bottom wall 10 located in a "low position" can be reached and the access height ZH to be overcome during loading or removal can be kept low (ZH ', ZH ").

In Figs. 26 to 28 is a: not according to the invention embodiment of the unit BE similar Fig. 18 with the locking adjustment in the area of the footrest 33 ( Fig. 18 ) shown. This system has a central gas pressure spring 38 which interacts with the actuating system on the bottom. The footrest 33 is connected to the two spring-loaded latching supports 40, 40 'via a cross tube 39. When the footrest 33 is actuated, unlocking takes place in the area of a profile groove 41 in that the cross bar 42 of the scissor arm support is in the position shown in FIG Fig. 28 got. A displacement to the next of the profile grooves 41 is thus possible in the direction of the arrow RS.

This operating mechanism in the area of the latching carrier 40 is each provided with a pivot-controlled longitudinal strut 43 which has control legs 44, 45 at the end, the guide pins 46, 47 of which engage in a respective groove arc 48, 49. The scissor arm 21, which has a support roller 50, is held in a hollow profile support 51, so that a particularly simple height adjustment of the structural unit BE is possible.

Claims (9)

1. Sales and transport container for the presentation of goods, with respective vertical longitudinal and transverse side walls (2, 3, 4, 5) in opposing pairs which are connected in the region of corner-side support posts (6, 7, 8, 9) such that the container constructed as a mesh table (1) has a usage space (N), into which is introduced at least one base (10) reaching beneath it for easy removal of the goods and said base at least in the unloaded state is positionable into different positions of use, wherein the base (10) is connected to at least one adjusting device (11) receiving it in a displaceable manner, wherein the adjusting device (11) connected to the base (10) is provided with at least one adjusting member (SG) engaging directly on the base (10), wherein in the region of the support posts (6, 7, 8, 9) in each case one adjusting member (SG) comprising an energy storing mechanism is provided and wherein a pre-loadable spring (14) is provided as the energy storing mechanism, characterised in that the spring (14) has in a vertical installation position an upper guide pinion (15) and a brake pinion (16) such that these pinions (15, 16) are connectable to a respective rack (17, 17') provided in the support post (6, 7, 8, 9) and a guided lifting movement (arrow B, B') for the base (10) can thus be triggered and braked.
2. Sales and transport container according to claim 1, characterised in that the base (10) connected to the adjusting device (11) is movable by hand, by foot and/or by means of at least one assembly (SG, 12) activatable as an adjusting body.
3. Sales and transport container according to claim 1 or 2, characterised in that variable positions of access and of use are predefinable by means of the movable base (10) for goods that are to be supported at least in the region of an open upper side (13) of the usage space (N).
4. Sales and transport container according to any one of claims 1 to 3, characterised in that the base (10) forming at least in sections a usage surface (E) parallel to the horizontal (H) in an installation space (R) is fixable in different height positions (F, F') inside the usage space (N) by means of the adjusting device (11).
5. Sales and transport container according to any one of claims 1 to 4, characterised in that the base (10) is held so as to be tiltable in the region of the adjusting device (11) such that the goods reachable at least from the upper side (13) of the open usage space (N) are presentable on a usage surface (E', E'') positioned obliquely at least in sections.
6. Sales and transport container according to any one of claims 1 to 5, characterised in that the base (10) adopting positions of use that at least in sections run or are tilted parallel to the horizontal (H) is movable in a stepped or continuous manner.
7. Sales and transport container according to any one of claims 1 to 6, characterised in that the base (10) has a multi-part usage surface and the at least two partial regions (T, T') are movable individually by means of the at least one adjusting device (11).
8. Sales and transport container according to any one of claims 1 to 7, characterised in that at least one of the side walls (2, 3, 4, 5) bordering the usage space (N) is movable into an open position.
9. Sales and transport container according to claim 8, characterised in that at least one of the side walls (2, 3, 4, 5) is formed by at least two partial walls (TW, TW') of which at least one is movable into an open position.

Images