EP3199066A1 - Modular system of a merchandising display - Google Patents

Abstract

The invention relates to a construction kit of a goods presentation system comprising at least one goods slide guide rail oriented in a longitudinal direction and at least one goods separator. The goods slide guide rail has on its longitudinally oriented longitudinal side at least one receiving groove limiting overreach. The goods separator has at least one spring bar which can be mounted in the receiving groove. With the present invention, a goods presentation system is created, which can be flexibly adapted to the goods and thus improves the shelf utilization.

Description

The invention relates to a construction kit of a goods presentation system comprising at least one goods slide guide rail oriented in a longitudinal direction and at least one goods separator.

From the DE 10 2013 104 045 A1 a goods presentation system is known in which the goods separators are fastened by means of holders to a crossbeam and carry a number of supports with goods slides.

The DE 20 2015 105 469 U1 discloses a merchandise display system in which a fabric feeder and a divider are juxtaposed on a shelf.

The present invention has for its object to adapt the goods presentation system flexible to the goods and thus to improve the shelf utilization.

This problem is solved with the features of the main claim. For this purpose, the goods slide guide rail on its longitudinally oriented longitudinal side on at least one receiving groove limiting overreach. The goods separator has at least one spring bar which can be mounted in the receiving groove.

Figur 1:

Warenpräsentationssystem;

Figur 2:

Querschnitt des Warenpräsentationssystems;

Figur 3:

Baukasten eines Warenpräsentationssystems mit Warenschieber-Führungsschiene, Warentrenner und Auflagestreifen;

Figur 4:

Unteransicht von Figur 3;

Figur 5:

Isometrische Teilansicht einer Warenschieber-Führungsschiene;

Figur 6:

Isometrische Teilansicht eines Warentrenner;

Figur 7:

Schnittdarstellung des Warentrenners;

Figur 8:

Isometrische Unteransicht eines Auflagestreifen;

Figur 9:

Isometrische Draufsicht eines Auflagestreifens;

Figur 10:

Führungsanker;

Figur 11:

Endstück.

Further details of the invention will become apparent from the dependent claims and the following description of schematically illustrated embodiments.

FIG. 1:

Product display system;

FIG. 2:

Cross section of the goods presentation system;

FIG. 3:

Building set of a goods presentation system with goods slide guide rail, goods separator and support strips;

FIG. 4:

Bottom view of FIG. 3 ;

FIG. 5:

Isometric partial view of a goods slide guide rail;

FIG. 6:

Isometric partial view of a goods separator;

FIG. 7:

Sectional view of the goods separator;

FIG. 8:

Isometric bottom view of a support strip;

FIG. 9:

Isometric top view of a support strip;

FIG. 10:

The guide anchor;

FIG. 11:

Tail.

The FIG. 1 shows a goods presentation system (10). This is built like a box. It comprises a goods slide guide rail (11) whose longitudinal direction (15) is aligned, for example, transversely to a shelf (1). Along this goods slide guide rail (11) is a goods slide (91) of an example lockable standby position in a conveying direction (95) in the direction of a guide anchor (32) adjustable. The goods slide (91) is loaded, for example by means of a tension spring (92) in the design of a scroll spring (92). The one end of this scroll spring (92) is mounted in the product pusher (91), for example on a rotary damper and the other end is fixed to the guide anchor (32). The goods slide guide rail (11), for example, by means of the guide anchor (32) on a T-shaped shelf rail (2), for example, temporarily fixed. This shelf rail (2) is attached to the front edge (3) of the shelf (1). The goods slide guide rail (11) can additionally be guided or temporarily fixed with an end piece (41) in the region of the shelf (1) facing away from the customer. The end piece (41), cf. FIG. 11 , has insertion elements (42) for insertion into the goods slide guide rail (11) and an adapter (43), for example, is slidably mounted on a rail (1) fixed rail.

The guide anchor (32) is in the embodiment part of a front stop (31). This front stop (31) has a front plate (33), which is movable from an operating position (34) to an end position. The FIG. 1 shows the front panel (33) in the operating position (34), in which he stands, for example, normal to the shelf (1). In this operating position (34) the front shield (33) locks, for example by means of a wedge gear, the position of the front stop (31) relative to the shelf rail (2). From the stable operating position (34) of the front plate (33) is raised, for example, in a labile intermediate position and pivoted out of this in an end position. The pivot axis is in this case, for example, normal to the longitudinal direction (15) and parallel to the support surfaces (12) of the goods slide guide rail (11). In the end position, the front plate (33), for example, rest on the guide anchor (32) and / or on the goods slide guide rail (11). But it is also conceivable that the front plate (33) in the end position with the plane of the goods slide guide rail (11) an angle of eg 15 degrees, 20 degrees, 30 degrees, etc. includes. This angle can be fixed or adjustable. Also pivoting of the front plate (33) forward - ie in the direction of the operator or customer - is conceivable.

In addition to the goods slide guide rail (11), two adjacent support strips (51, 61) are arranged on the shelf (1), cf. FIG. 2 , These identically formed support strips (51, 61) are parallel to the goods slide guide rail (11). For example, they are displaceable in the longitudinal direction (15) of the goods slide guide rail (11) relative to this. At the goods slide guide rail (11) stops may be provided to limit the displacement. In the direction normal to the longitudinal direction (15) and normal to the support surfaces (12) certain carrying plane of the goods slide guide rail (11) oriented transverse direction they are held on the goods slide guide rail (11).

Laterally on the longitudinal side of the goods slide guide rail (11) and on the outer compensation strip (61) in each case a goods separator (71) is arranged. The individual goods separator (71) is sheet-like and protrudes beyond the support plane of the goods slide guide rail (11). Its longitudinal length (15) oriented length corresponds in the representation of FIG. 1 the length of a support strip (51; 61).

Outside the goods separator (71) supporting elements (81) are arranged. These are in the embodiment on the shelf (1). The support elements (81) each carry at both ends end adapter (82), with which they are non-positively and / or positively connected. By means of this end adapter (82), the support elements (81) are fastened, for example, by means of latching elements to the shelf rail (2) and optionally to a second rail parallel to the shelf rail (2).

The support elements (81) have on their upper side (83) support surfaces (84), which lie in a common support plane. Between the support surfaces (84) spaced apart longitudinal grooves (85) are arranged. The support elements (81) have over their length a constant cross-sectional area. They are made for example of a two-component material by extrusion.

The FIG. 2 shows a cross section of the goods presentation system (10), wherein the cutting plane is normal to the longitudinal direction (15). The sectional view is directed in the conveying direction (95) in the direction of the front stop (31).

In the supporting plane of the support elements (81) are the flat surfaces of the support strips (51, 61) and the support surfaces (12) of the goods slide guide rail (11). The goods slide guide rail (11) is symmetrical to a longitudinal direction (15) oriented vertical center longitudinal plane educated. It is also axially symmetric to a center transverse plane oriented normal to the longitudinal direction (15). The goods slide guide rail (11) has, for example, along its longitudinal direction (15) constant cross-sectional profile, which is for example produced in an extrusion process.

In the FIG. 5 one of the ends of the goods slide guide rail (11) is shown. The goods slide guide rail (11) has between the wings (12) has a receiving and guiding space (13). This has two three-sided limited Längsführungsnuten (14). In these Längsführungsnuten (14) of the product pusher (91) is guided. When inserted product pusher (91) is still the tension spring (92) between a slide plate (93) and the front stop (31) in the receiving and guiding space (13) out. The lower boundary of the Längsführungsnuten (14) is formed by two support rails (16), between which a lowered free space (17) is arranged.

The wings (12) form the tops of two longitudinally oriented (15) support plates (18). On each of the support plates (18) has an overlap strip (21) is formed, which limit the goods slide guide rail (11) laterally with a side surface (19). The height of the gripping bar (21) is for example 74% of the height of the goods slide guide rail (11), so that in the representations of FIGS. 1 and 2 between the override strip (21) and the shelf (1) is a constant distance whose height, for example, 30% greater than the thickness of the overlap strip (21). The overlap strip (21) delimits a receiving groove (22), which protrudes like a web upwards into the goods slide guide rail (11). The respective support plate (18) limits the upper end of the individual receiving groove (22). The receiving groove (22) is in the exemplary embodiment by 10% thicker than the thickness of the gripping strip (21).

The respective inner side of the receiving groove (22) is limited by means of a support web (23). This supports the respective support plate (18) and lies with a support shoe (24) on the shelf (1). The vertical inner surfaces of the two support shoes (24) are each flush with the corresponding inner surfaces of the support plates (18). The two support webs (23) are connected for example centrally by means of a transverse web (25). The top of the crossbar (25) limits the receiving and guiding space (13) and the free space (17). Centered on the underside of the transverse web (25) extends a longitudinal web (26), for example, the goods slide guide rail (11) in addition to the shelf (1) is supported. In the by the support webs (23) and the crossbar (25) limited space of the guide anchor (32) is inserted. The guide anchor (32), cf. FIG. 10 , For example, has two insertion elements (35), the non-positively on the transverse web (25) and on the support webs (23) abut. The receiving and guiding space (13) and the transverse web (25) are continued in the guide anchor (32). In the front stop (31), a spring holder (36) is integrally formed on the crosspiece. In this, the scroll spring (92) is held. The scroll spring (92) rests, for example, on the transverse web (25) or has a small vertical distance to it.

The goods separator (71) is as an item in the FIG. 6 shown. The FIG. 7 shows a sectional view of the goods separator (71). The individual goods separator (71) is formed symmetrically to a vertical center transverse plane. It consists of a separator sheet (72) and, for example, four molded therein, in cross-section L-shaped bars (73). The height of the individual goods separator (71) in the exemplary embodiment is six times the height of the goods slide guide rail (11). The thickness of the goods separator (71) is for example a quarter of the height of the goods slide guide rail (11). The goods separator (71) is for example, shorter than the goods slide guide rail (11) is formed.

The Figures 1 - 4 show two goods separator (71) in the installed state. The individual separating sheet (72) has two plane-parallel, at least approximately rectangular separating surfaces (74) facing away from one another. The upper corners are rounded. The underside of the separating sheet (72) has in the embodiment on both ends Ausklingungen (75). The length of these Ausklingungen (75) is, for example, each 5% of the length of the goods separator (71), their height is 3% height of the Warentrennerhöhe.

In the lower region of the separating sheet (72), in the exemplary embodiment, four openings (76) with a rectangular cross-sectional area are arranged, at the lower boundary of which the bars (73) are formed. The length of the single aperture (76) corresponds to the length of the adjacent latch (73). For example, this length is 10.5% of the length of the goods separator (71). The height of the single breakthrough (76) is for example 10% of the height of the goods separator (71). The distance between the individual bars (73) to each other in the embodiment is 60% greater than the length of a bolt (73). In the illustrated embodiment, all latches (73) are formed on one side of the separating sheet (72) and aligned with each other. However, it is also conceivable to arrange bolts (73) on both separating surfaces (74) of a separating sheet (72). For example, these are then arranged offset from each other in the longitudinal direction of the goods separator (71). Each bar (73) is then associated, for example, with an opening (76) for inserting a slide in the manufacture of the product separator (71). The production of the goods separator (71) takes place, for example, in an injection molding process.

The individual latch (73) consists of a connecting web (77) integrally formed on the separating blade (72) and a spring strip (78) arranged normal to this and parallel to the separating blade (72). The height of the opening (76) is one third higher than the height of a spring bar (78) of the bolt (73). The length of the spring strip (78) corresponds to the length of the connecting web (77). At the opening (76) facing the inner surface of the spring strip (78) a clamping web (79) is integrally formed. This runs, for example, in the direction of the height of the goods separator (71). Its width is e.g. 7.5% of the thickness of the spring strip (78).

The FIGS. 8 and 9 show in isometric views a partial bottom view and a partial top view of a support strip (51; 61). The single support strip (51; 61) has the same length as the product separator (71). The height of the support strip (51, 61) corresponds to the height of the goods slide guide rail (11). The width of a support strip (51; 61) in the exemplary embodiment is 44% of the width of the goods slide guide rail (11). The support surface (52) of the support strip (51; 61) is flat. Its width is for example one third of the width of the goods slide guide rail (11).

The support surface (52) forms the upper boundary of a support plate (53). This support plate (53) is supported on a support web (54) extending in the longitudinal direction of the support strip (51; 61) and a support web (55) parallel thereto, both of which are integrally formed on the support plate (53). The support web (54) along its length, for example, four support elements (56), with which the support web (54) in the embodiments of the FIGS. 1 and 2 is supported on the shelf (1). On the underside of the support web (55) outwardly projecting latch (57) are arranged with which the Stützseteg (55) on the shelf (1) rests. The bolt (57) have a normal to the support web oriented connecting web (59) on which a parallel to the support web (55) aligned spring bar (58) is integrally formed. Optionally, the spring strips (58) may be formed with clamping webs. The lengths of the individual latches (57) of the individual support strip (51; 61) and their distances from one another coincide with the corresponding dimensions of the components of the product separator (71). Between the bars (57), the support web (55) notches (64).

At the side facing away from the support web (55) longitudinal side of the support strip (51; 61), an overlap strip (62) is arranged, which limits a receiving groove (63). The gripping strip (62) and the receiving groove (63) are designed as the handle strip (21) and receiving groove (22) described in connection with the goods slide guide rail (11).

In the construction of the goods presentation system, for example, the goods slide (91) with the tension spring (92) and optionally with the rotary damper in the goods slide guide rail (11) is used. The free end of the tension spring (92) is attached to the front stop (31), which is inserted into the goods slide guide rail (11). In the other end of the goods slide guide rail (11) is the end piece (41), see. FIG. 11 inserted. On the side of the goods slide guide rail (11), for example, a goods separator (71) is inserted. Here, the spring strip (78) of the goods separator (71) engages in the receiving groove (22) of the goods slide guide strip (11). Due to the spring strips (78) distributed in the longitudinal direction (15), the product separator (71) is well secured against buckling or bending out.

On the other longitudinal side of the goods slide guide rail (11), a support strip (51, 61) is attached in the embodiment. The spring strips (58) of the support strip (51; 61) are inserted into the receiving groove (22) of the goods slide guide strip (11) until the support surface (52) is flush with the support surface (12) of the goods slide guide rail (11).

Subsequently, in the exemplary embodiment, a second support strip (61, 51) is fixed to the first support strip (51, 61) by inserting the spring strip (58) of the second support strip (61, 51) into the receiving groove (63) of the first support strip (51; ) is used. After assembly, the support surface (52) of the second support strip (61; 51) and the support surface (52) of the first support strip (51; 61) lie in the same plane.

At the second support strip (61, 51) is in the representations of Figures 1 - 4 a second goods separator (71) mounted. Here, the spring strip (78) of the product separator (71) in the receiving groove (63) of the second support strip (61, 51) is inserted. The individual goods separator (71) can be adjustable in height, for example, by further inserted into the receiving groove (63).

The assembled goods display device (10) is fixed, for example by means of the font stop (31) and the end piece (41) on the shelf or rails (2) and placed on the shelf (1). In addition, the support elements (81) may be e.g. be fixed on the shelf (1).

Another order of assembly is conceivable. For example, the product separator (71) and the compensation strip (51; 61) in the longitudinal direction (15) of the goods slide guide rail (11) are inserted. It is also conceivable to form the overlapping strips (21; 62) of the goods slide guide rail (11) and the compensation strip (51; 61) with lower notches whose length is greater than the length of the bars (57; 73). These notches are offset, for example, in the longitudinal direction (15) to the position of the mounted latch (57, 73). During assembly, for example, the goods slide guide rail (11) on the shelf (1) rest. The product separator (71) or the compensating strip (51; 61) resting on the shelf (1) is then inserted transversely to the longitudinal direction (15) into the notches of the goods slide guide rail (11) until the spring bar (58; the receiving groove (22; 63) is located. The product separator (71) or the compensation strip (51; 61) is then displaced in the longitudinal direction (15) relative to the goods slide guide rail (11) until the spring strips engage behind the override strip (21; The assembly of the other components is analog.

In the operation of the goods presentation system (10), for example, goods are applied to the goods slide guide rail (11) between the goods slide (91) and the front stopper (31). The goods slide (91) loads the presented goods in the conveying direction (95). After removal of a product, the remaining stack of goods by means of relaxing tension spring (92) in the conveying direction (95) in the direction of the front stop (31) promoted. This conveying movement is damped, for example, by means of the rotary damper.

The FIGS. 3 and 4 show the kit of the goods presentation system (10) with a goods slide guide rail (11), two support strips (51, 61) and two goods separators (71). This shows the FIG. 3 an isometric view from above and the FIG. 4 an isometric view from below. The individual components (11, 51, 61, 71) are held together in such a way that they do not change their position relative to one another even when the load occurs obliquely or transversely. Optionally, the individual spring strip (58, 78) can be held in a force-locking manner in the respective receiving groove (22, 63).

It is also conceivable, the individual components (11, 51, 61, 71) differently than in the FIGS. 3 and 4 to put together. Thus, for example, in one embodiment without support strips, a respective product separator (71) can be arranged on each side of the goods slide guide rail (11). It is also conceivable to arrange a goods separator (71) only on one side of the goods slide guide rail (11). The modular system also makes it possible to arrange, for example, one or more support strips (51, 61) and a goods separator (71) on each side of the goods slide guide rail (11). Other structures are conceivable. The goods presentation system (10) can thus be easily adjusted to the fabric width. Thus, the shelf utilization can be improved.

The goods presentation system (10) can also be used without a goods slide (91). The shelf (1) can then be formed horizontally or obliquely. It is also conceivable to fix the goods slide guide rail (11) only at its front end or at its rear end on the shelf (1). In this case, the goods slide guide rail (11) can be displaceable and / or pivotable relative to the shelf (1). Has the shelf (1), which is designed as a wire frame or with a solid floor, a front and / or rear, upstanding edge, the goods slide guide rail (11) without fixing in the shelf (1) to be inserted.

Combinations of the individual embodiments are conceivable.

LIST OF REFERENCE NUMBERS

1

shelf

2

shelf rail

3

leading edge

10

Product display system

11

Pusher guide rail

12

wing

13

Reception and leadership room

14

Längsführungsnuten

15

longitudinal direction

16

support rails

17

free space

18

support plates

19

side surface

21

About handle strip

22

receiving groove

23

carrying web

24

carrying shoe

25

crosspiece

26

longitudinal web

31

front stop

32

The guide anchor

33

front shield

34

operating position

35

insert members

36

penholder

41

tail

42

insert elements

43

adapter

51

Support strips, compensation strips

52

bearing surface

53

support plate

54

carrying web

55

supporting web

56

supporting elements

57

bars

58

slats

59

connecting web

61

Support strips, compensation strips

62

About handle strip

63

receiving groove

64

notches

71

dividers

72

Interleave

73

bars

74

Partitions

75

notches

76

breakthroughs

77

connecting web

78

Female connector

79

clamping web

81

supporting elements

82

end adapter

83

top

84

support surfaces

85

longitudinal grooves

91

pusher

92

Tension spring, roll spring

93

slide plate

95

conveying direction

Claims (9)

Building kit of a goods presentation system (10) comprising at least one goods slide guide rail (11) oriented in a longitudinal direction (15) and at least one goods separator (71), characterized - That the goods slide guide rail (11) on its longitudinal direction (15) oriented longitudinal side at least one a receiving groove (22) limiting overreach strip (21) and - That the goods separator (71) has at least one in the receiving groove (22) mountable spring strip (78). Building kit according to claim 1, characterized in that the receiving groove (22) facing away from a support surface (12) of the goods slide guide rail (11). Building kit according to claim 1, characterized in that the goods slide guide rail (11) is formed axially symmetrical to a normal to the longitudinal direction (15) oriented center transverse plane. Modular system according to claim 1, characterized in that it comprises a support strip (51; 61) with two longitudinal sides, which on a first longitudinal side at least one a receiving groove (63) limiting overreach strip (62) and parallel thereto on the other longitudinal side in a receiving groove (22; 63) mountable spring strip (58). Modular system according to claim 1, characterized in that the goods slide guide rail (11) at its two in the longitudinal direction (15) oriented longitudinal sides at least one a receiving groove (22) limiting overreach strip (21). Building kit according to claim 1, characterized in that the goods separator (71) has at least three mutually aligned spring strips (78). Building kit according to claim 1, characterized in that the goods separator (71) has two mutually parallel sides of the goods separator (71) arranged, mutually parallel spring strips (78). Building kit according to claim 1, characterized in that it comprises at least one support element (81). Building set according to claim 1, characterized in that the goods slide guide rail (11) carries a goods slide (91).

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