EP3836818A1

EP3836818A1 - Pressing device for applying a compressive force to products of a product display device, shelf unit and product display device

Info

Publication number: EP3836818A1
Application number: EP19762309.3A
Authority: EP
Inventors: Rickard Nilsson
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-08-17
Filing date: 2019-08-19
Publication date: 2021-06-23
Also published as: DE112019004135A5; US11903497B2; US20210321792A1; DE102018120136A1; WO2020035116A1

Abstract

The invention relates to a pressing device (1; 1'; 1'') for applying a compressive force (F) to products (400) of a product display device (200). The pressing device (1; 1'; 1'') comprises a pressing part (2) for transferring the compressive force (F) to the products (400). The pressing device (1; 1'; 1'') also comprises a mass body (M1; M2), which has a predefined mass, in order to apply a defined weight force, which brings about the compressive force (F). Furthermore, the pressing device (1; 1'; 1'') comprises a support part (6; 6'; 6''; 6'''), which supports the mass body (M1; M2) and which is designed to be movably connected to an inclined surface (40) supporting the products (400) in order to allow movement of the pressing device (1; 1'; 1''; 1''') along the inclined surface (40). The invention also relates to an assembly, comprising: a shelf element (50; 50'), which has a supporting surface (55) for products (400); and a pressing device (1; 1'; 1'') for applying a compressive force (F) to the products (400). The invention further relates to a shelf unit (100; 100'; 100''), to a product display device (200), to a use of a dimensionally stable transport and/or storage container, to a use of a pourable and/or flowable material, to a use of a construction material containing cement, to a method for producing a pressing device (1'''), and to an extruded plastic profiled element for producing the support part (6; 6'; 6''; 6''') of a pressing device (1; 1'; 1''; 1''').

Description

Pushing device for exerting a compressive force against goods of a goods presentation device, shelf unit and

Commodity display device

The invention relates to a pressing device for exerting a compressive force against goods

Commodity display device. The invention further relates to a shelf unit and a

Product presentation device.

In goods presentation devices, such as shelves, goods of the same type are often placed one behind the other on shelves. In order to avoid gaps in the row when one or more of the goods are removed, the row of goods is usually between a goods stop and one, a pressure force

exercising pushing device clamped. The goods stopper is usually arranged in the front area of the shelf and held there, whereas the pushing device can be moved along the shelf and presses on the goods in the back row. If one or more of the goods are now removed from the row, for example because a customer wants to buy the one or more goods, the resulting gap in the row is replaced by a

The goods lying behind slide down closed. The

Slipping takes place automatically due to the of the

Pressing device exerted pressure. A possible design of the pressing device uses the dead weight to generate the pressure force. For this purpose, the shelf is to be arranged in an inclined position, for example by placing the front end of the shelf with that provided there

The goods stop is lower than the rear end with the pushing device provided there. One after this

Design principle constructed pushing device is described in DE 10 2014 101 755 A1. This pushing device uses the dead weight of a running body, which on the

Shelf rolls off to over the pushing device

Cause goods to slip. The pressing device is placed on the shelf and is kept in a track, for example, by goods separators, which are arranged laterally to the goods placed in a row.

It is an object of the invention, at least one

to provide alternative construction of a pressing device of the type mentioned. Furthermore, a shelf unit and a goods presentation device are to be proposed which are suitable for using such a pressing device.

The object is achieved with a pushing device which has the features of claim 1. Furthermore, an arrangement with the features of

Claim 27, a shelf unit with the features of claim 32, a product presentation device with the

Features of claim 34, use with the features of claim 36, use with the features of

Claim 37, a use with the features of

Claim 38, a manufacturing method with the features of claim 39 and a plastic profile with the features of Claim 40 proposed. Advantageous embodiments and / or refinements and / or aspects of the invention result from the subclaims, the following

Description and the figures.

A basic pushing device for exercising

Pressure force against goods of a goods presentation device includes, for example, a pressing part for transferring the

Pressure force on the goods. Furthermore, the pressing device comprises a mass body, which has a predetermined mass, in order to exert a defined weight, by means of which the pressure force is brought about.

In one embodiment, the pressing device comprises a carrier part which carries the mass body and / or the pressing part and which is set up with a carrier part which carries the goods

To be connected movably inclined surface to allow movement of the pressing device, in particular the pressing part and / or the mass body, along the inclined surface.

For example, this gives the carrier part one

Multiple function too. On the one hand, it performs a carrier function with regard to the mass body and / or the pressing part. On the other hand, the carrier part serves to perform a connection function with respect to the inclined surface, the carrier part allowing a movable connection with the inclined surface or with a component having the inclined surface. Due to the movable connection is a via the support member

Created from the own weight of the

Pressing device, in particular from the weight force caused by the mass body, a pressure force on the goods

exercise. In a further embodiment it is provided that the mass body has a base body or from it

is formed and the base body is provided with at least one cavity in which a predetermined amount of

pourable and / or flowable material is filled to generate one or the defined weight. As a result, a measure is taken to be able to bring the weight of the mass body to the desired target value in a simple manner. By using the pourable or free-flowing material, a dosage with regard to the

quantity to be filled favors. The pourable and / or flowable material is to be understood in particular as a material which is pourable and / or flowable at least at the time of filling into the cavity.

For example, the material filled into the cavity of the base body is sand-like. Alternatively, it can be provided that the material filled into the cavity of the base body is a liquid. The filled in can also

Material contain or consist of a liquid and sand. The filled material can be such a material that is commercially available and / or is available in relatively large quantities and is therefore, for example, relatively inexpensive. This is the case, for example, if the material is or has quartz sand or tap water.

According to one embodiment, the base body comprises a filling opening which forms an inlet into the cavity. This favors the filling and / or emptying of the cavity of the base body. For example, the pourable opening is a refill of the pourable and / or flowable material as well as, for example, a later removal, for example, of a subset of the pourable and / or flowable material. This makes it possible to adjust the weight of the base body or of the mass body to another value by refilling or removing a certain amount of the pourable and / or flowable material. In particular, the filling opening is arranged in an upper area of the base body. This counteracts leakage of the material in the erected state of the pressing device on the inclined surface.

For example, the filling opening is arranged opposite the carrier part on the base body.

In order to prevent the material from escaping through the filling opening, a cover element is provided according to one embodiment, by means of which the filling opening is closed or can be closed. For example, that is

Cover element mounted on the fill opening and preferably completely closes the fill opening. The cover element can be a screw cap. Correspondingly, the

Filling opening, in particular the edge of the filling opening is designed as a screw edge. The cover element can also be a clamping cover. In a corresponding manner, the filling opening, in particular the edge of the filling opening, is designed as a clamping edge. The cover element can consist of a metal or can have metal. The cover element can also have or consist of a plastic.

It can be provided that the cavity is a

Sealing has to hold the filled material in the cavity, in particular to fix it in the cavity. Any redistribution of the material in the cavity can be counteracted. The seal can be a sealing layer, which is placed on the material, and thereby results in a final layer over the filled material. For example, the sealing layer is a wax layer.

According to one embodiment, it is provided that the base body is a preferably dimensionally stable container, in particular a commercially available container. This makes the pressing device inexpensive to manufacture

favored, since containers already used for other uses can be used. Such a container can be a bottle, a can, a bucket or a canister. The container can be closed or with a

Closure. The closure can be made of metal or have metal. The closure can also have or consist of plastic. For example, the base body is one

Transport packaging or a transport container for

low-viscosity filling goods, such as colors.

According to a further or another embodiment, the mass body has a preferably original base body which is formed, for example, from a solidified concrete material or has such a material. In particular, the predetermined mass of the concrete material

To achieve mass body, in particular adjust to generate the defined weight. In particular, the solidified concrete material is hardened concrete material. The concrete material favors the mass body to be produced in a technically simple manner and inexpensively. In the present description, a material is referred to as “concrete material”

understand which comprises at least one binder and at least one additive and has been mixed, for example with the addition of liquid, together with the at least one binder and the at least one additive. In particular, the concrete material is

largely dried or completely dried out

Material. The concrete material can be a concrete which is used, for example, as a building material for erecting buildings or buildings.

In particular, it is provided that the concrete material comprises a cement and an aggregate. For example, the cement serves as a binder and the aggregate as an additive. For example, the aggregate is a sand-like material, such as quartz sand. The cement and / or aggregate are mass products that are used in large quantities in the construction sector and are therefore available at low cost.

It is furthermore particularly provided that the cement is present in a quantity ratio between 1: 2 and 1: 4 over the aggregate. For example, the quantity ratio is 1: 3 or essentially 1: 3. When specifying the

Quantity ratio, the first number refers to the proportion of cement and the second number to the proportion of aggregate in the quantity. Have practical trials

shown that the concrete material, which is such

The quantitative ratio of the cement to the aggregate has the requirements regarding strength and long-term durability also met when used on shelves in refrigerated or deep-freeze areas.

According to a further embodiment, the base body is surface-treated in order to prevent moisture or other foreign substances from entering. It's through that

Surface treatment to achieve that the body is hydrophobic on its surface or a hydrophobic

Has protective layer, for example by a

Sealing can be achieved.

It can also be provided that the mass body has an impregnation partially or completely surrounding the base body, by means of which penetration of moisture or other foreign substances into the base body is prevented and the surface of the base body remains open to diffusion. Because the surface of the base body remains open to diffusion, any residual moisture can still escape to the surroundings, for example if the base body is manufactured by means of primary molds, for example using the concrete material described above. At the same time, the impregnation counteracts mold formation, since the surface can be hydrophobic, for example, due to the impregnation.

Possible impregnating materials are, for example, impregnations containing silicate. It has been shown that such impregnations have favorable properties in order to achieve the intended effect on the surface of the base body. The impregnation can be done by dipping and / or

Spraying can be applied to the base body. The surface treatment can give the base body pigmentation. This makes it possible for the base body to have a color design which differs from the original color of the base body.

A further embodiment consists in that the carrier part is fastened to the base body. For example, the carrier part is attached to the base body by gluing. A double-sided adhesive tape can be used for this. This measure also aims to be able to implement the pressing device as inexpensively as possible. For example, the carrier part has a contact surface, via which the carrier part on the base body, in particular the bottom of the base body,

is attached.

For example, an adhesive is used. For example, the contact surface and a counter-contact surface of the

Mass body and / or the base body formed as an adhesive surface and above that by means of the adhesive

Carrier part and the mass body and / or the base body attached to each other. For example, the adhesive is a one-component plastic adhesive. This measure also aims in the direction of an inexpensive and in particular

To enable a permanently durable connection between the carrier part and the base body.

The carrier part can be a plastic part, in particular consist of a plastic or plastic material or have a plastic or a plastic material.

For example, the carrier part is made in one piece, in particular from one piece, and / or is formed in one piece. In principle, the carrier part can also be molded onto the base body.

In a further embodiment, the carrier part is set up to carry out a translatory movement along the inclined surface. This is a form of movement

realized, which can be implemented in a technically simple manner. For example, the translatory movement can be achieved by sliding the carrier part against the inclined surface, in particular on the inclined surface.

A possible embodiment is therefore that

Carrier part has a sliding surface to on the

Sloping surface to be moved by sliding or to promote sliding on the inclined surface. For this purpose, the carrier part preferably contains a material with favorable sliding properties or consists of such a material. For example, the carrier part is formed from polytetrafluoroethylene (PTFE) or has PTFE. It has also proven to be beneficial

exposed if the carrier part made of a polyethylene

(PE), in particular a high density polyethylene (PE-HD) or has such a material. In addition to the favorable sliding properties, the carrier part also has high stability.

The carrier part can also be on an attachment side

have arranged local surveys to the above that

Place the carrier part on the inclined surface, in particular to slide it on the inclined surface. The free ends of the elevations can form the sliding surface described above. For example, the local surveys are done

Wave crest of a wavy surface structure educated. Additionally or alternatively, the elevations can be formed by ribs or the like. For example, the ribs are elongated and extend with their longitudinal extension in the direction of the movement of the carrier part with respect to the inclined surface.

In one possible embodiment, the carrier part comprises a slide or is formed by a slide in order to form a linear guide with a profile rail having the inclined surface. For example, the slide has at least one, preferably two mutually spaced guide surfaces for lateral guidance of the profile rail.

For example, the guide surfaces are against each other

opposite legs of the carriage are formed.

For example, there is a between the guide surfaces

Sliding surface, in particular the one described above

Arranged sliding surface over which the carriage can slide on the inclined surface. Furthermore, a securing surface can be provided, for example, on at least one of the legs in order to secure the slide against detachment from the profile rail in the direction orthogonal to the inclined surface, in particular against lifting off from the inclined surface. For example, the at least one securing surface is the one

Profile rail encompassing material section formed.

In a further embodiment, the pressing part is formed on the base body, in particular molded onto the base body. This makes it easy to manufacture

Pressing part favors, since the pressing part is provided by the base body. For example, the pressing part is formed by a wall section of the mass body or of the base body. The base body can be angular in cross-section, for example polygonal, in particular square.

In principle, the base body can also be round in cross section, in particular circular or oval.

For example, the base body is in the direction of it

Longitudinal extension cylindrical and / or conical. If the basic body to accommodate the above

serves bulk material and / or flowable material described, the base body can consist of plastic or metal or have such a material. For example, the base body is made of stainless steel or aluminum or tinplate or has such a material.

According to a further embodiment, the mass body has a height and the carrier part has a length, the height and the length should be in a certain ratio to one another in order to achieve a favorable force transmission to the goods. It has been found that a ratio of length to height should be in a range between 1 to 1.2 to 1 to 3, depending on the size of the goods

appropriate ratio value is to be used. Due to the length of the support part relative to the height of the mass body, the

Counteracted pushing device on the profile rail.

Below the height of the mass body is in particular

Extent of the mass body to be understood from its end facing the carrier part to its opposite upper end. The length of the carrier part is in particular the extent of the carrier part in the direction of movement

To understand pushing device. One aspect of the invention relates to an arrangement with a shelf element having a placement surface for goods and with a pressing device for exerting a compressive force against the goods. The pressing device can be one of the embodiments described above

Act pushing device. In this case, the contact surface is the inclined surface described above, so the contact surface is brought into an inclined position.

Alternatively, the pressing device can also be such a pressing device, the one produced

Compressive force is independent of its own weight and therefore does not require an inclined contact surface. to

Generating a compressive force acting on the goods, this pressing device uses at least one elastically deformable

Deformation element, which is set up to release stored energy as a compressive force on the goods by elastic deformation. For example, the deformation element is a mechanical, in particular metallic spring element, the restoring force of which forms the compressive force on the goods.

The arrangement provides that

Shelf element is designed as a profile rail and

is set up, based on the longitudinal extent of the

Shelf element, the goods in a row

to be placed one behind the other on the mounting surface, and that the shelf element seen in cross section, a

Includes top side and an underside, wherein the top side is assigned the attachment surface and the underside in the region of at least one of the longitudinal ends of the

Shelf element is assigned a web, which is in Longitudinal direction of the shelf element extends to be inserted into at least one insertion receptacle of a shelf frame. With the arrangement it is also

provided that the pressing device a pressing part for

Transfer of the compressive force to the goods and comprises a support part carrying the pressing part, which is movably connected to the shelf element in order to allow movement of the pressing part and the base body along the mounting surface.

Such an arrangement favors a modular construction of a shelf unit for a goods presentation device, such as a shelf, in particular the assembly of the individual modules. The shelf element comes with one

Double function too. On the one hand, it serves to enable the goods to be placed on their placement surface, one after the other in a row. On the other hand, it serves as a carrier for the pressing device. A simple assembly of this shelf element is advantageous because it has an insertion section through the web and thus through simple

Plug in to be assembled.

In the case of the shelf element it can be provided that the underside of each has a web in the area of one of the longitudinal ends, which web extends in the longitudinal direction of the

Shelf element extends to at least one

To be inserted into a shelf frame. Furthermore, it can be provided that the webs are present as a section of a common, continuous web. This reinforces the floor element against transverse to

Forces or forces acting in the longitudinal direction of the base element

Lateral forces reached. According to one embodiment, viewed in cross-section, the shelf element has legs which project laterally outwards from the at least one web and which serve as lateral guide surfaces with which counter-guide surfaces of the carrier part of the pressing device correspond and in this way a linear guide is formed. That’s it

enables the pressing part of the pressing device in

To move the longitudinal extension of the shelf element guided to cause the goods to slide. In this way there is a possible tilting of the pushing device

counteracted if the pressing part moves in the course of a sliding process of the goods.

It can further be provided that the carrier part of the pressing device has at least one securing surface which interacts with the underside of the shelf element and a safeguard against movement of the pressing member transversely to the mounting surface of the shelf element, i.e. against lifting of the pressing part from the mounting surface of the shelf element to back up. This takes a measure to

Pushing device on the shelf element, in particular in the installed state of the shelf element on the

Shelf frame, keep captive. In order to move the pressing part of the pressing device in the longitudinal direction of the shelf element and against movement transverse to the

To secure the contact surface, it is provided, for example, that the legs of the shelf element protruding laterally from the web are encompassed by the carrier part of the pressing device to form the linear guide.

In one possible embodiment, it is provided that the carrier part of the pressing device is designed as a slide is or has a carriage which with the

Shelf element that forms the linear guide. For example, the slide has at least two spaced-apart guide surfaces for lateral guidance for the profile rail. For example, the free ends of the legs each form the lateral guide surface for the profile rail.

It makes sense that seen in cross section that

Shelf element is T-shaped, that is a T-profile, and the at least one web is a leg of the

Shelf element forms. This measure aims to implement the shelf element in a technically simple manner. For example, the T-profile is an isosceles T-profile. This is to be understood in particular to mean that the at least one web divides the area of the contact surface into two legs that are of equal size or essentially the same size. In principle, the shelf element can also be a profile which is L-shaped in cross section. For example, one of the legs of the L-profile then forms the at least one web and the other leg has the mounting surface.

It also makes sense that the shelf element is a metal part and in particular is made from an extruded part. For example, the shelf element

Aluminum or an aluminum alloy or consists of. Alternatively, the shelf element can also be a molded plastic part produced by extrusion. Alternatively, the shelf element can also be a hybrid component, which is made of plastic and has, for example, a metallic reinforcement pad. According to a further aspect of the invention, a shelf unit for a goods presentation device is provided. The shelf unit comprises a shelf frame with a front frame part, a rear frame part and at least one, preferably two side frame parts, which are preferably connected to form a ring structure, the front frame part and / or the rear frame part having at least one, preferably several or a plurality of Has plug-in receptacles. The

Shelf unit further comprises at least one, preferably several or a plurality of shelf elements which have a placement surface for goods and are assigned on the one hand to the front frame part and on the other hand to the rear frame part. Furthermore, the shelf unit comprises at least one, preferably several or a plurality of pressing devices for exerting a compressive force against the goods.

The shelf unit contains at least one of the

Shelf elements and at least one of the pushing devices in an arrangement of the type described above and are designed accordingly. It is also provided that the at least one shelf element with its

at least one web in one of the insertion receptacles of the

Shelf frame is inserted.

The shelf unit combines several functions in a common system. For example, the

Shelf unit enables goods to slide into one of the shelf elements if there is a gap due to the removal of one or more goods arose. For this purpose, the shelf unit has the at least one pushing device. The shelf unit also specifies an embodiment for a modular system structure.

According to one embodiment, a goods stopper is assigned to the front frame part, which serves as a front stop for the row with the goods. In addition, between

adjacent floor elements a goods separator can be arranged, which serves as a lateral boundary for the row with the goods. The goods separator can be assigned with its longitudinal ends on the one hand to the front frame part and on the other hand to the rear frame part and one of the

Longitudinal ends can be inserted in one of the receptacles

be plugged in. For example, the goods separator with both longitudinal ends in one of each

Plug-in receptacles are inserted, the one plug-in receptacle being provided on the front frame part and the other plug-in receptacle on the rear frame part.

According to another aspect of the finding is a

Goods presentation device provided. The

Goods presentation device comprises at least one

Embodiment and / or configuration of the above

described pressing device and / or at least one

Embodiment and / or configuration of the above

described arrangement and / or at least one

Embodiment and / or configuration of the above

described shelf unit. It can be provided that in the case of the goods presentation device the placement surface for the goods is an inclined surface which is present in an inclined position, for example the inclined surface described above. Another aspect of the invention relates to at least one use. According to one embodiment, use is made of a dimensionally stable transport and / or storage container, for example from the chemical industry, which is used as the base body of the pressing device described above. For example, it is

dimensionally stable transport and / or storage container around a container for paints.

According to a further embodiment, the use of a pourable and / or flowable material for

Use as filler material of the base body of the pressing device described above is provided. The material is, for example, a sand, in particular quartz sand, or a liquid, such as water, in particular tap water.

According to a further embodiment, the use of a cement-containing building material for the production of the

Urformed basic body of those described above

Press device provided.

According to a further aspect of the invention, a method for producing a pressing device is provided, comprising the following steps:

a) Providing the basic body of the above

described pressing device negative imaging mold;

b) pouring a liquid concrete material into the

mold; c) drying the concrete material, at least until a dimensionally stable blank is obtained;

d) separating the blank from the mold;

e) impregnation of the blank by means of a

Impregnation agent, through which penetration of moisture or other foreign substances into the blank is prevented and furthermore the surface of the blank remains open to diffusion.

In this way, it is possible to produce the original shaped body described above in a technically simple and inexpensive manner.

According to a further development, it is provided that the blank is ground on its contact side with the carrier part before or after impregnation in order to favor the prerequisite for good adhesion when the carrier part is glued to the base body.

According to a further aspect of the invention, a

extruded plastic profile for the production of the

Carrier part of the pressing device described above is provided. The plastic profile has a plate-shaped upper part, which on opposite sides have mutually angular material sections, through which a slot-shaped passage is formed, around a

To form plug-in receptacle for a shelf element.

Such a plastic profile can be cut to a predetermined length, which can be used as a carrier part in the pressing device described above. For example, the plastic profile consists of a PE-HD or a PE or a PTFE or has such a material.

Further details and features of the invention result from the following description of at least one

Embodiment with reference to the drawing.

Show it:

Fig. 1 a possible embodiment of a

Goods presentation device with a shelf element for placing goods and a pressing device for exerting a pressure force against the goods in a perspective view,

Fig. 2 shows a further embodiment of a pushing device and a shelf element in a perspective view,

Figures 3 and 4

yet another embodiment of a

Push device in different

perspective representations,

5 shows a possible embodiment of a carrier part for the pressing devices of FIGS. 1, 2 and 3 in a perspective view,

Fig. 6 shows the carrier part of Figure 5 in one

Sectional view Fig. 7 another possible embodiment of a

Carrier part for the pressing devices of Figures 1, 2 and 3 in a perspective view,

Fig. 8 the carrier part of FIG. 7 in one

Sectional view

Fig. 9 a possible embodiment of a

Shelf unit with several shelf elements and associated pushing devices in a perspective view,

Fig. 10, the shelf unit of Figure 9 in a

Sectional view from one side,

11 shows the shelf unit according to FIG. 9 as

Detail in the area of one of the pressing devices in a perspective view from above,

12 the shelf unit according to FIG. 9 as

Detail in the area of one of the pressing devices in a perspective view from below,

Figures 13 and 14

yet another embodiment of a

Pushing device in different perspective views,

15 shows a further possible embodiment of a

Carrier part for the pressing devices of Figures 1, 2, 3 and 13 in a perspective view and 16 shows the carrier part of FIG. 15 in a

Sectional view.

Figure 1 shows - in a schematic representation and in a detail - a possible embodiment of a

Goods presentation device 200, in particular of a shelf or shelf system. The product presentation device 200 comprises a front side 210 and a rear side 220 and a shelf unit 100 arranged between them

Shelf unit 100 is designed to carry several or a large number of goods 400, which are shown by way of example in FIG. 1.

The goods presentation device 200 preferably has at least one, preferably a plurality of vertical supports 230 to which the goods presentation device 200 is attached. For example, the vertical supports 230 are at one end, for example over a foot part, on one

Footprint 300, for example of a subsurface or floor. The vertical supports 230 are preferably connected to one another via cross struts 240.

The shelf unit 100 preferably comprises one

Shelf frame 60. Shelf frame 60 has

for example a front frame part 61, a rear one

Frame part 62 and at least one, preferably two side frame parts 63, the frame parts 61, 62, 63 being connected to form a ring structure. The front frame part 61 of the front side 210 and the rear frame part 62 of the rear side 220 are preferred

Goods presentation device 200 assigned or facing.

In the figure 1 are due to the representation in one Detail of only one side frame part 63 and only two of the vertical supports 230 visible.

The front frame part 61 and / or the rear frame part 62 preferably has at least one, in particular several or a plurality of insertion receptacles 65, 66. The

Plug-in receptacles 65, 66 are, for example, slit-shaped, the longitudinal extent of the slit-shaped plug-in receptacles 65, 66 being parallel or essentially

runs parallel to the lateral frame parts 63, 64. The insertion receptacles 65, 66 are used to attach

Functional parts of the shelf unit 100, which are described in more detail below by way of example.

As can be seen in Figure 1, they are there

shown goods 400 placed on a contact surface 55 of a shelf element 50. This is preferred

Shelf element 55 elongated. The shelf element 50 is preferably connected, in particular fastened, with its longitudinal ends 56.1, 56.2 (FIG. 2) on the one hand to the front frame part 61 and on the other hand to the rear frame part 62.

For example, the contact surface 55 in one

Be arranged obliquely. The contact surface 55 then forms an inclined surface 40. The inclined surface 40 is of this type

aligned, the front frame part 61 is lower than the rear frame part 62, so that the inclined surface 40 extends obliquely downwards in the direction of the front frame part 61. For example, the skew is

To reach contact surface 55 that the entire Shelf unit 100 is brought into an inclined position and is mounted on the vertical supports 230 in this inclined position.

The goods 400 are preferably in a row

placed one behind the other on the placement surface 55 and preferably the row with the goods 400 in

Longitudinal direction of the shelf element 50. In order to prevent the foremost goods 410 from falling out in the row, a goods stopper 70 is preferably assigned to the front frame part 61, which is formed, for example, by a strip standing upwards from the front frame part 61.

The inclination of the contact surface 55 and the arrangement of the goods 400 in one row makes it possible for the remaining goods 400 to slip when one or more of the goods 400 are removed, so that a gap created by the removed goods is closed again in the row. In order to support and / or trigger this slipping, one is preferred

Press device 1 provided. For example, the pressing device 1 presses against the rearmost goods 420 of the row and thus exerts a compressive force F against the goods 400. For this purpose, the pressing device 1 uses its own weight, which due to the inclined position of the contact surface 55

Has force component that is directed parallel or substantially parallel to the contact surface 55 and thus forms the pressure force F. The pushing device 1 is preferably connected to the shelf element 50 such that the

Pressing device 1 at least in the longitudinal direction of the

Shelf element 50 can be moved freely, so that the pushing device 1 with the goods sliding down

can move. In the embodiment of FIG. 1, the goods 400 are between one of the side frame parts 63 and one

Goods separator 80 arranged, which serve the lateral limitation for the row with the goods 400. The goods separator 80 can be designed as a bracket. The is preferred

Goods separator 80 with its longitudinal ends 81.1, 81.2 on the one hand connected to the front frame part 61 and on the other hand to the rear frame part 62, in particular fastened. The longitudinal ends 81.1, 81.2 are preferably inserted into one of the insertion receptacle 65 of the front frame part 61 and / or into one of the insertion receptacle 66 of the rear frame part 62.

Figure 2 shows a possible embodiment of a

Pushing device 1 'and a possible embodiment of a shelf element 50'. The pressing device 1 'and that

Shelf element 50 'are for example in the

Shelf unit 100 of the goods presentation device 200 according to FIG. 1 can be used. Components of the pressing device 1 'and / or the shelf element 50' of FIG. 2, which are identical or functionally identical to the pressing device 1 and / or the shelf element 50 of FIG. 1, are provided with the same reference numerals. In this respect, reference is made to the description of the pushing device 1 or the shelf element 50 according to FIG. 1.

The pressing device 1 'preferably comprises a pressing part 2 for transmitting the pressure force F to the goods 400 (FIG. 1). Preferably, the pressing device 1 'further comprises one

Mass body Ml, which has a predetermined mass to exert a defined weight, through which the Pressure force F is effected. For this purpose, the mass body M1 can have a base body 3 with at least one cavity 4, which can be seen in the partial section in FIG.

A predetermined amount of a pourable and / or flowable material 5, such as, is preferably in the cavity 4

for example sand, filled around the one defined

To generate weight. The base body 3 preferably has a filling opening 7 which has an inlet into the

Cavity 4 forms. A cover element 8 is also preferably provided in order to close the filler opening 7.

For example, the cavity 4 also has one

Seal 9 on to the filled material in the

Hold cavity 4.

The pressing device 1 'furthermore comprises a carrier part 6 which carries the pressing part 2 and the base body 3. The carrier part 6 is designed to be movably connected to the shelf element 50' in order to move the pressing part 2 and the base body 3 along the mounting surface 55 Allow shelf element 50 '. Preferably form that

Carrier part 6 and the shelf element 50 'a linear guide in order to move the bracket part 6 on the shelf element 50' along the mounting surface 55. For example, the carrier part 3 is designed as a slide 11 or has a slide 11.

It is preferably provided that the pressing part 2 is formed by a wall section 10 of the base body 3. For example, the base body 3 has a pressure surface for transmitting the pressure force F. For example, the

Base body 3 is a dimensionally stable container. The dimensionally stable container can be a commercially available transport and / or storage containers act, which is used for example for storing and / or transporting liquids and / or bulk goods. The container is preferably square, for example square, in cross section, the filling opening 7 and the associated cover element 8 preferably being located at its upper end.

The shelf element 50 'is preferably a profile rail 52. For example, the shelf element 50' is a metal part and, for example, made from an extruded part.

The shelf element 50 ′ is preferably an aluminum part and consists of aluminum or an aluminum alloy or has aluminum or an aluminum alloy. The shelf element 50 'is preferably set up, based on its longitudinal extent, to place goods in a row one behind the other on its placement surface 55.

Viewed in cross section, the shelf element 50 ′ has an upper side 53 and a lower side 54, the upper surface 53 being assigned the mounting surface 55 and the lower side 54 in the region of at least one of the longitudinal ends 56.1,

56.2, preferably in the area of the respective longitudinal end 56.1, 56.2, a web 57.1 or 57.2 is assigned, which extends in the longitudinal direction of the shelf element 50 '. The respective web 57.1 or 57.2 is preferably formed as a section of a common, for example continuous web 57. The web 57 forms at the longitudinal ends 56.1, 56.2 of the shelf element 50 'an insertion section, via which the shelf element 50' in one of the insertion receptacles 65 and / or in one of the insertion receptacle 66 of the

Shelf frame 60 can be inserted. The contact surface 55 is preferably formed by two legs 58.1, 58.2 projecting laterally outwards from the web 57. The web 57 preferably forms a further leg 58.3 of the shelf element 50 '. For example, the shelf element 50 'is T-shaped in cross section. The contact surface 55 preferably has favorable sliding or

Slipping properties in order to promote a sliding or sliding of the carrier part 6 of the pressing device 1 'on the mounting surface 55 of the shelf element 50'. For this purpose, the contact surface 55 can be formed on a slip layer 59, which as a coating on the top 53 of the

Shelf element 50 'is applied.

Figures 3 and 4 show another possible

Embodiment of a pushing device 1 ″, which can be used in the shelf unit 100 of the goods presentation device 200 according to FIG. 1. Components of the

Pressing device 1 ″, which are identical or functionally identical to the pressing device 1 of FIG. 1 and / or the pressing device 1 ′ of FIG. 2, are provided with the same reference symbols. In this respect, the description of the

Press device 1 or the press device 1 'referenced.

In the pressing device 1 ″, the base body 3 is formed by a metallic container. The container is, for example, a commercially available transport and / or storage container for paints or the like

Liquids. For example, the container is made of tinplate or has tinplate. The container is preferably cylindrical and has an im on its top

Essentially horizontal front end portion, in which a filling opening 7 'is introduced to the to pour pourable and / or flowable material 5. The filling opening 7 'can be closed or closed with a corresponding cover element 8'.

At its lower end, the container has a carrier part 6 'which carries the container. The support part 6 ', like the support part 6 of the pressing device 1' according to FIG. 2, is designed to be movably connected to the mounting surface 55 of the shelf element 50 'in order to move the

Allow pressing part 2 and the base body 3 along the contact surface 55.

Figures 5 and 6 show the carrier part 6 'in

perspective view (Figure 5) and in one

Sectional view (Figure 6). The carrier part 6 'preferably has a connection surface or

Contact surface 24 on which the connection to the

Base body 3 is manufactured or is manufactured. For this purpose, the base body 3 preferably has a mating contact surface 28 (FIG. 4). The contact surface 24 is preferably designed as an adhesive flange in order to attach the carrier part 6 to the base body 3 by means of adhesive, for example by means of a double-sided one

Tape to attach. Basically, the

Contact surface 24 can also be connected to the base body 3 by means of other connection techniques.

The underside of the carrier part 6 'is preferably one

Assigned side 20, which faces the mounting surface 55 of the shelf element 50 'in the assembled state of the support part 6'. Preferably, the carrier part 6 'on the

Aufsetzseite 20 on a plurality of local elevations 21 to the support member 6 'on the placement surface 55 of the Place or support shelf element 50. Due to the local elevations 21, the sliding surface with the

Contact surface 55 is reduced and thus any sliding of the carrier part 6 'on the contact surface 55 of the

Shelf element 50 'favored. The elevations 21 can be formed in that the

Surface has a waveform 22. The elevations 21 are then each formed by the wave crests or troughs of the waveform 22. The waveform 22 can be part of a sliding coating in order to promote the sliding properties of the surface.

FIGS. 7 and 8 show a possible embodiment of a carrier part 6 ″, which may be present in the pressing device 1 ″ of FIGS. 3 and 4. In contrast to the carrier part 6 'of FIGS. 5 and 6, the carrier part 6 ″ are the same

Elevations 21 on the attachment side 20 are formed by a plurality of ribs 23 arranged in a distributed manner. The ribs 23 preferably extend with their longitudinal extension in the direction of movement of the carrier part 6 ″ on or on the shelf element 50 ′ if there is a slipping due to the removal of goods.

In the carrier parts 6 'and 6' ', guide surfaces 14, 15, which are spaced apart from one another, are preferably provided in order to cooperate with counter-guide surfaces of the shelf element 50' to form the linear guide. The guide surfaces 14, 15 are preferably arranged transversely to the attachment side 20, in particular perpendicular to the attachment side 20.

For example, the guide surfaces 14, 15 are each formed from the underside laterally projecting material sections 18, 19. For example, the material sections 18, 19 are each arranged on legs 12, 13, which of the

Stand contact body 2_4 having base body 29 laterally outwards. The guide surfaces 14, 15 are preferably arranged at a distance from one another in order to accommodate the shelf element 50 'therebetween. For example, the counter-guide surfaces used by the shelf element 50 'are formed by end faces of the shelf element 50' which are arranged transversely to the mounting surface 55 and extend with a longitudinal extension in the longitudinal direction of the shelf element 50 '.

The carrier part 6 'or 6' 'is preferably also secured against being lifted up by the shelf element 50'. For this purpose, securing surfaces 16, 17 can be provided, which are arranged at a distance from a sliding surface 27 of the carrier part 6 and parallel thereto or essentially parallel to it. The securing surfaces 16, 17 are preferably formed on the material sections 18, 19. For this purpose, the material sections 18, 19 are preferably each designed such that they grip around the free ends of the legs 58.1, 58.2 in the installed state of the carrier part 6 'or 6' 'on the shelf element 50', in particular form an insertion receptacle 30. The assembly of the

Pressing device 1 'on the shelf element 50' takes place in such a way that the carrier part 6 'or

6 '', from one end 56.1 or 56.2 of the

Shelf element 50 'starting in the direction of

Longitudinal extension of the shelf element 50 'is pushed.

The embodiment of the carrier part 6 'or 6' 'described above with its guide surfaces 14, 15 and

Material sections 18, 19 can also in the carrier part 6 Figure 2 can be realized. The embodiment of the carrier part 6 ′ or 6 ″ described above can also be used with its

Securing surfaces 16, 17 can be realized in the carrier part 6 of Figure 2.

In contrast to the carrier part 6 'of FIGS. 5 and 6, the carrier part 6 of the pressing device 1' according to FIG. 2 shows an embodiment which comprises two parts 25, 26 spaced apart from one another, between which the

Shelf element 50 'can be introduced. For example, each of the parts 25, 26 is connected to the base body 3 via a contact surface provided on the upper side, for example by means of adhesive. In the built-in

The state of the pressing device 1 'on the shelf element 50' preferably lies on each of the parts 25, 26 on the mounting surface 55, for example in the area between the parts 25, 26 the underside of the base body 3 being at a distance from the mounting surface 55. For example, a free space is provided between the underside of the base body 3 and the mounting surface 55.

FIG. 9 shows a shelf unit 100 ″ which can be installed in the goods presentation device 200 of FIG. 1. The shelf unit 100 ″ has the shelf frame 60 already described above with the front frame part 61, the rear frame part 62, the side frame parts 63, the front frame part 61 and the rear one

Frame part 62 a variety of those already above

have described insertion receptacles 65, 66.

In the case of the shelf unit 100 ″, a hinge element 68 or 69 can be provided on the side frame parts 63 be mounted. The hinge element 68 or 69 can be a

Be telescopic hinge so that the shelf unit 100 ″ can be pushed out from an installation position into a refill position. The shelf frame 60 can opposite the

Hinge elements 68, 69 are brought into an inclined position. For this purpose, a mechanism can be provided by the respective lateral frame part 63 and the associated hinge element 68, 69 in order to effect an inclined position in a stepped or stepped manner in different inclined positions.

A plurality of the shelf elements 50 ′ already described above are provided in the shelf unit 100 ″, which are spaced apart from one another between the

Lateral frame parts 63 are arranged and are supported on the one hand on the front frame part 61 and on the other hand on the rear frame part 62, preferably with their respective web 57 in one of the insertion receptacles 65, 66 of the front frame part 61 or rear frame part 62

are plugged in.

The pressing device 1 ″ of FIGS. 3 and 4 already described above is on the respective shelf element 50 ′ or on at least some of the shelf elements 50 ′

intended. Additionally or alternatively, the

Pressing devices 1 and / or 1 'may be provided there.

In addition or alternatively, the shelf elements 50 can also be provided there. The pushing devices 1 ″ in the area of the rear end of the shelf unit 100 ″, that is to say in the area of the rear frame part 62, are shown as examples. When the contact surfaces 55 are inclined

Shelf elements 1 '' would push the devices 1 '' automatically slide forward from this rear position.

A is preferably on the front frame part 61

Stopper, for example in the manner of the above

described goods stopper 70 provided. The goods stopper between the side frame parts 63 is preferred

running continuously. A function bar 71 can also be provided on the front frame part, which can be used, for example, as a carrier for price tags. A product separator 80 'is provided between each adjacent shelf element, which

for example is flat, in particular can be formed from a flat profile or sheet metal part. Those are preferred

Goods separator 80 'ends in one of the insertion receptacles 65 and / or in one of the insertion receptacles 66 of the front

Frame part 61 or the rear frame part 62 inserted.

Defined slides for goods are formed by the goods separators 80 'and the lateral frame parts 63. There, the goods can be placed one behind the other in a row on the respectively provided contact surface of the at least one shelf element 50 '. The goods are then located between the goods stop 70 and the associated pushing device 1 ″. In principle, it can also be provided that there is more than one shelf element 50 'between the goods separators 80'. For example, at least two such shelf elements 50 '

be provided.

Figure 10 shows the arrangement and configuration of the

Shelf frame 100 'in a side view, one of the lateral frame parts 63 with the associated hinge element 68 is omitted. FIGS. 11 and 12 each show a section in the area of one of the pressing devices 1 ″, which is connected to the associated shelf element 50 ′, for example at least one of the pressing devices 1 ″ being arranged on the associated shelf element 50 ′ to form the linear guide described above , in particular is held.

Figures 13 and 14 show another possible one

Embodiment of a pushing device 1 '' 'which can be used in the shelf unit 100 of the goods presentation device 200 according to FIG. 1. Components of the

Pressing device 1 ″ ″, which is identical to or with the pressing device 1 of FIG. 1 and / or the pressing device 1 ′ of FIG. 2 and / or the pressing device 1 ″ of FIG

are functionally the same, have the same reference numerals

Mistake. In this respect, the description of the

Pressing device 1 or the pressing device 1 'or the

Press device 1 '' referenced.

The pressing device 1 '' 'of Figures 13 and 14

differs from the pressing device 1 or the

Pressing device 1 'or the pressing device 1' 'inter alia in that a mass body M2 is provided which has a base body 3' '', the base body 3 '' 'preferably being produced by primary shaping. For this purpose, the base body 3 '' 'is preferably formed from a solidified concrete material or has such a material. The concrete material preferably comprises a cement and a

Aggregate, such as quartz sand. The cement is preferred over the aggregate in one Quantity ratio between 1: 2 and 1: 4 provided.

For example, the ratio is about 1: 3, so one part of the cement versus three parts of the

Aggregates are present.

In order to protect the base body 3 '' 'from mold growth, the base body 3' '' is preferably surface-treated. For this purpose, an impregnation partially or completely surrounding the base body is preferably provided, on the one hand preventing moisture or other foreign substances from penetrating into the base body 3 ″ ″ and on the other hand that

Surface of the base body 3 '' 'remains open to diffusion. Due to the diffusion-open design of the surface

ensures that any residual moisture in the concrete material from the manufacturing process can still dry.

The mass body M2 or the base body 3 '' 'is preferably designed as a hexahedron. For example, the mass body M2 or the base body 3 '' 'has a cube shape or one

elongated cube shape in which the four face each other

opposite base sides are rectangular.

The mutually opposite base sides have a height H, which extends from the underside, that is to say the side with the mating contact surface 28, to a free upper end

extend. The height H preferably has a ratio between 1 to 1.2 and 1 to 3 compared to the length L of the support part 6 '' ', the length L relating to the extent of the support part 6' '' in the direction of movement of the pressing device 1 '' ' (Figure 14).

For example, in the case of a cube-shaped base body 3 ''', the ratio between the length L and the height H is 1 to 1.5. The ratio between the length L and the height H is preferred for the mass body M2 with a rectangular shape

opposite sides at 1 to 2.

Figures 15 and 16 show the carrier part 6 '' 'of the

Pressing device 1 '' 'of FIG. 14 on its own. In the carrier part 6 ″ ″, in contrast to the carrier part 6 ′ and the carrier part 6 ″, the base body 29 is without raised portions

Contact area formed. In the carrier part 6 ″ ″, the contact surface 24 is on the upper side of the base body 29

formed, which is preferably located continuously in one plane. The carrier part 6 '' 'is preferably a sliding surface 27' which runs in a straight line or essentially in a straight line. The carrier part 6 '' 'is preferably an integrally molded plastic part. This is preferred

Carrier part 6 '' 'is formed at least in the area of the sliding surface 27' by a sliding material or has a sliding material. For example, such a material is a PE-HD.

With those mentioned in the present description

Basic parameters for the areas include, in particular, the basic parameters themselves for the respective area. Any individual values contained therein are also included in the named areas.

In the present description, reference to a certain aspect or a certain

Embodiment or a particular design that a particular feature or property associated with that particular aspect or particular

Embodiment or the respective configuration is described, at least included there, but not necessarily must be included in all aspects or embodiments or refinements of the invention. It is expressly pointed out that any combination of the various features and / or structures and / or properties described in relation to the invention are encompassed by the invention, unless this is expressly or clearly contradicted by the context.

The use of individual or all examples or an exemplary expression in the text is only intended to illuminate the invention and does not place any restriction

with respect to the scope of the invention unless otherwise stated. Also there is no expression or

To understand the wording of the description in such a way that it is an element not claimed but essential for the practice of the invention.

B e z u g s z e i c h e n l i s t e

1 pushing device

1 'pushing device

1 '' pushing device

1 '' 'pushing device

2 press part

3 basic bodies

3 '' 'basic body

4 cavity

5 material

6 support part

6 'carrier part

6 '' carrier part

6 '' 'support part

7 filling opening

7 'filling opening

8 cover element

8 'cover element

9 sealing

10 wall section

11 sledges

12 legs

13 legs

14 guide surface

15 guide surface

16 security area

17 securing area

18 material section

19 material section

20 attachment side 21 surveys

22 waveform

23 ribs

24 contact surface

25 part

26 part

27 sliding surface

27 'sliding surface

28 counter sliding surface

29 base body

30 insertion receptacle

40 sloping surface

50 shelf element 50 'shelf element

52 profile rail

53 top

54 underside

55 contact surface

56.1 end

56.2 end

57 bridge

57.1 footbridge

57.2 bridge

58.1 thigh

58.2 thighs

58.3 thigh

59 slip layer

60 shelf frames

61 front frame part 62 rear frame part

63 side frame parts

65 plug-in receptacles

66 plug-in receptacles

67 hinge element

68 hinge element

70 goods stoppers

71 Toolbar

80 goods separators

80 'goods separator

81.1 end

81.2 end

100 shelf unit

100 'shelf unit

100 '' shelf unit

200 goods display device

210 front

220 back

230 vertical supports

240 cross struts

300 footprint

400 goods

410 foremost goods

420 rearmost goods

F pressure force Ml mass body M2 mass body H height

L length

Claims

P a t e n t a n s r u c h e

1.Pressing device (1; 1 '; 1' '; 1' '') for exercising one

Pressure force (F) against goods (400) one

A merchandise display device (200) comprising a

Press part (2) for transmitting the pressure force (F) to the goods, and a mass body (Ml; M2), which has a predetermined mass by a defined

To exert weight force by which the compressive force (F) is effected, and further comprising a carrier part (6; 6 '; 6' '; 6' '') carrying the mass body (Ml; M2), which is set up with one of the goods (400) supporting inclined surface (40) to be movably connected to allow movement of the pressing device (1; 1 '; 1' '; 1' '') along the inclined surface (40).

2. Press device according to claim 1, wherein the mass body (Ml) has a base body (3) with at least one cavity (4) in which a predetermined amount of a pourable and / or flowable material (5)

is filled in to the defined weight

produce .

3. Press device according to claim 2, wherein in the

Cavity (4) of the base body (3) filled material (5) is sand-like.

4. Press device according to claim 2, wherein in the

Cavity (4) of the base body (3) filled material is a liquid.

5. Pressing device according to one of claims 2 to 4, wherein the base body (3) comprises a filling opening (7; 7 '), which forms an inlet into the cavity (4).

6. Pressing device according to claim 5, wherein a cover element (8; 8 ') is provided to close the filling opening (7; 7').

7. Pressing device according to one of claims 2 to 6, wherein the cavity (4) has a seal (9) to hold the filled material (5) in the cavity (4).

8. Pressing device according to one of claims 2 to 7, wherein the base body (3) is a dimensionally stable container and in particular consists of plastic or metal or has such a material.

9. Press device according to claim 2, wherein the mass body (M2) has a shaped base body (3 '' ') which is formed from a solidified concrete material or has such a material.

10. Press device according to claim 9, wherein the concrete material comprises a cement and an aggregate, in particular a quartz sand.

11. Press device according to claim 10, wherein the cement

compared to the aggregate in a quantity ratio between 1: 2 and 1: 4.

12. Press device according to one of claims 9 to 11, wherein the base body (3 ''') is surface-treated to a Prevent the ingress of moisture or other foreign substances.

13. Pressing device according to one of claims 9 to 12, wherein the mass body (M2) has an impregnation which partially or completely surrounds the base body (3 '' '), through which penetration of moisture or other foreign substances into the base body (3' '') ) is prevented and also the surface of the base body (3 '' ')

remains open to diffusion.

14. Press device according to claim 13, wherein the impregnation contains silicate.

15. Pressing device according to one of the preceding claims, wherein the carrier part (6; 6 '; 6' '; 6' '') is set up, a translational along the inclined surface (40)

Perform movement.

16. Pressing device according to one of the preceding claims, wherein the carrier part (6; 6 '; 6' '; 6' '') has a sliding surface (27) which is set up on the

Sliding surface (40) to slide.

17. Pressing device according to one of the preceding claims, wherein the carrier part (6 '; 6' ') comprises local elevations (21) arranged on a mounting side (20), in order to place the carrier part (6) on the inclined surface (40).

18. Pressing device according to one of the preceding claims, wherein the carrier part (6; 6 ';6'';6''') comprises a carriage (11) to with the inclined surface (40) having profile rail (52) to form a linear guide.

19. Press device according to claim 18, wherein the carriage

(11) at least one, preferably two to each other

spaced guide surfaces (14, 15) for lateral

Guide of the profile rail (52) includes.

20. Press device according to claim 18 or 19, wherein the

Carriage (11) has at least one securing surface (16; 17) in order to prevent the carriage (11) from becoming detached from the profile rail (52) in the direction orthogonal to the

Secure inclined surface (40).

21. Press device according to one of the preceding claims, wherein the carrier part (6; 6 '; 6' '; 6' '') is attached to the base body (3; 3 '' ').

22. Pressing device according to one of the preceding claims, wherein the carrier part (6; 6 '; 6' '; 6' '') has a contact surface (24) and the mass body (Ml; M2) and / or the base body (3; 3 ' '') have a counter-contact surface (28) which is designed as an adhesive surface and above which the carrier part (6; 6 '; 6' '; 6' '') and the

Mass body (Ml; M2) and / or the base body (3; 3 '' ') are attached to each other.

23. Press device according to claim 22, wherein the adhesive is a one-component plastic adhesive.

24. Pressing device according to one of the preceding claims, wherein the carrier part (6; 6 ';6'';6''') in one piece is molded plastic part, which consists of a plastic material, in particular a PEHD, or has such a material.

25. Pressing device according to one of the preceding claims, wherein the pressing part (2) on the mass body (Ml; M2) is formed, in particular by a

Wall section (10) of the mass body (Ml; M2) is formed.

26. Pressing device according to one of the preceding claims, wherein the mass body (Ml; M2) has a height (H) and the carrier part (6; 6 '; 6' '; 6' '') have a length (L), the length (L) and the height (H) lie in a ratio between 1 to 1.2 and 1 to 3, the height (H) the extent of the mass body (Ml; M2) from its the support part (6; 6 '; 6 ''; 6 '' ') facing end up to its opposite end and the length (L) the extension of the carrier part (6; 6'; 6 ''; 6 '' ') in

Direction of movement of the pushing device (1; 1 '; 1' '; 1' '').

27. Arrangement with a placement surface (55) for goods

(400) having shelf element (50; 50 ') and with a pushing device (1; 1'; 1 ''; 1 '' ') for exerting a compressive force (F) against the goods,

wherein the shelf element (50; 50 ') as

Profile rail (52) is designed and set up, based on the longitudinal extension of the shelf element (50; 50 ') the goods (400) in a row

one behind the other on the contact surface (55)

put on, and the shelf element (50; 50 ') in Seen cross-section, comprises an upper side (53) and an underside (54), with the upper side (53) being assigned the attachment surface (55) and the underside (54) in the region of at least one of the longitudinal ends (56.1, 56.2) of the shelf element ( 50) is assigned a web (57.1; 57.2) which extends in the longitudinal direction of the

Shelf element (50) extends to be inserted into at least one insertion receptacle (65; 66) of a shelf frame (60),

and wherein the pressing device (1; 1 '; 1' '; 1' '') has a pressing part (2) for transmitting the pressure force (F) to the goods (400) and a carrier part (6; 6) carrying the pressing part (2) '; 6' '), which is movably connected to the shelf element (50; 50') in order to permit movement of the pressing part (2) along the mounting surface (55).

28. The arrangement according to claim 27, wherein viewed in cross section, the shelf element (50; 50 ') from the at least one web (57.1; 57.2) laterally outwardly projecting legs (58.1, 58.2), which from the carrier part (6) Pressing device (1; 1 '; 1' '; 1' '') are encompassed to form a linear guide, around the pressing part (2) of the pressing device (1; 1 '; 1' '; 1' '') in the longitudinal direction of the shelf element (50; 50 ') to move and secure against moving transversely to the contact surface (55).

29. Arrangement according to claim 27 or 28, seen in cross section, the shelf element (50 ') is T-shaped and the at least one web (57.1; 57.2) one

Forms leg (58.3) of the shelf element (50 ').

30. Arrangement according to one of claims 27 to 29, wherein the shelf element (50; 50 ') is a metal part and

is made in particular from an extruded part.

31. Arrangement according to one of claims 27 to 30, wherein the pressing device (1; 1 '; 1' '; 1' '') according to one of the

Claims 1 to 26 is formed.

32. Shelf unit (100; 100 '; 100' ') comprising

a shelf frame (60) with a front frame part (61), a rear frame part (62) and at least one, preferably two side frames

Frame parts (63), which form a

Ring structure are connected, wherein the front frame part (61) and / or the rear frame part (62) at least one, preferably several or a plurality of

Has insertion receptacles (65, 66);

at least one, preferably several or one

A large number of shelf elements (50; 50 ') which have a placement surface (55) for goods (400) and on the one side are assigned to the front frame part (61) and on the other side to the rear frame part (62);

at least one, preferably several or one

A plurality of pushing devices (1; 1 '; 1' ') for exerting a pressure force (F) against the goods;

wherein at least one of the shelf elements (50;

50 ') and at least one of the pushing devices (1; 1'; 1 ''; 1 ''') are present in an arrangement according to one of claims 27 to 31 and are designed accordingly and the at least one shelf element (50; 50') is included the web (57.1; 57.2) in one of the insertion receptacles (65, 66) of the shelf frame (60) is inserted.

33. Shelf unit according to claim 32, characterized in that the front frame part (61) is assigned a goods stopper (70), which serves as a front stop for the row with the goods (400), and a goods separator (80; 80) between adjacent shelf elements ') is arranged, which serves as a lateral boundary for the row with the goods (400), the goods separator (80; 80') with its longitudinal ends (81.1, 81.2) on the one hand the front frame part (61) and on the other hand the rear frame part (62) is assigned and one of the longitudinal ends (81.1, 81.2) is inserted into one of the insertion receptacles (65, 66).

34. Goods presentation device (200), comprising at least one pushing device (1; 1 '; 1' '; 1' '') according to one of Claims 1 to 26 and / or at least one arrangement according to one of Claims 27 to 31 and / or at least a shelf unit (100; 100 '; 100' ') according to claim 32 or 33.

35. goods presentation device according to claim 34, characterized in that the placement surface (55) for the goods (400) is an inclined surface (40) present in an inclined position.

36. Use of a dimensionally stable transport and / or

Storage container as a base body (3) one

Pushing device (1; 1 ';1'') according to one of claims 1 to 8.

37. Use of a pourable and / or flowable

Material for use as filling material (5) of the

Base body (3) of a pressing device (1; 1 '; 1' ') according to one of claims 1 to 8.

38. Use of a cementitious building material for

Production of the base body (3 '' ') of a pressing device (1' '') according to one of Claims 9 to 14.

39. A method for producing a pressing device (1 '' ') according to one of claims 9 to 14, comprising the following steps: a) providing one of the base body (3' '')

Pressing device (1 '' ') negative imaging mold; b) pouring a liquid concrete material into the

mold;

c) drying the concrete material until a dimensionally stable

Blank is present;

d) separating the blank from the mold;

e) impregnation of the blank by means of a

40. Extruded plastic profile for the production of the

Carrier part (6; 6 '; 6' '; 6' '') of a pushing device (1; 1 '; 1' '; 1' '') according to one of Claims 1 to 26,

comprising a plate-shaped top with

angled opposite sides to each other

Sections of material through which a slit-shaped Passage is formed to form an insertion receptacle (30) for a shelf element (50; 50 ').