Shelf Unit

Abstract

A shelf unit for covering a storage or luggage compartment in a motor vehicle includes a shelf which is pivotally mounted on at least one receptacle so as to pivot between a position that covers the storage or luggage compartment and a position in which the storage or luggage compartment is accessible. The receptacle has a slot or guide gate along which the shelf can be pivoted. A vehicle includes the shelf unit.

Claims

1.-13. (canceled)

14. A shelf unit for covering a storage or luggage space in a motor vehicle, comprising: a shelf, and a receptacle having a guide gate along which the shelf is pivotable, wherein the shelf is mounted so as to be pivotable along the guide gate of the receptacle between a position covering the storage or baggage space and a position providing access to the storage or baggage space.

15. The shelf unit according to claim 14, further comprising: at least one latching arm which is connected to the shelf and, when pivoting the shelf, moves along the guide gate.

16. The shelf unit according to claim 15, wherein the guide gate has at least one recess which is configured for receiving and locking the latching arm.

17. The shelf unit according to claim 14, wherein the guide gate has at least one recess which is configured for receiving and locking the shelf.

18. The shelf unit according to claim 16, wherein an upper recess is configured for locking the latching arm in the covering position, and a lower recess is configured for locking the latching arm in the position providing access to the storage or baggage space.

19. The shelf unit according to claim 15, wherein the latching arm has a spring portion which cushions the shelf in relation to the guide gate.

20. The shelf unit according to claim 15, wherein the latching arm has slots, and the guide gate has ribs, wherein the ribs engage in the slots of the latching arm.

21. The shelf unit according to claim 19, wherein the storage or baggage space on a side opposite the receptacle has a loading sill, and a tension force of the spring portion of the latching arm pushes the shelf in the covering position in the direction of the loading sill.

22. The shelf unit according to claim 14, wherein the receptacle has a support element on which the shelf partially bears.

23. The shelf unit according to claim 22, wherein the support element has a first support face on which the shelf in the covering position partially bears, and a second support face on which the shelf in the position providing access to the storage or baggage space partially bears.

24. The shelf unit according to claim 14, wherein the receptacle has a cladding which at least partially covers the guide gate of the receptacle.

25. The shelf unit according to claim 15, wherein the receptacle has a cladding which at least partially covers the guide gate of the receptacle and/or the latching arm of the shelf.

26. The shelf unit according to claim 24, wherein an upper side of the shelf has a step and the cladding is configured so as to correspond to the step.

27. The shelf unit according to claim 25, wherein an upper side of the shelf has a step and the cladding is configured so as to correspond to the step.

28. The shelf unit according to claim 14, wherein the shelf is retrievable from the receptacle.

29. A vehicle comprising at least one shelf unit according to claim 14.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0020] FIG. 1 is a perspective lateral sectional view of the shelf unit according to a first embodiment of the present invention;

[0021] FIG. 2 is a perspective lateral sectional view of the shelf unit according to a second embodiment of the present invention;

[0022] FIG. 3 is a perspective lateral sectional view of the shelf unit according to the second embodiment of the present invention;

[0023] FIG. 4 is a lateral sectional view of the shelf unit according to the second embodiment of the present invention; and

[0024] FIG. 5 is a lateral sectional view of a vehicle equipped with the shelf unit.

DETAILED DESCRIPTION OF THE DRAWINGS

[0025] FIG. 1 shows a perspective lateral sectional view of the shelf unit 1 according to a first embodiment of the present invention. The shelf unit 1 here has a shelf 2. Moreover, a receptacle 3 is provided in which the shelf 2 is mounted. The shelf 2 here covers a storage or baggage space 10.

[0026] The receptacle 3 has a support element 30 on which the shelf 2 partially bears.

[0027] The receptacle 3 moreover has a substantially semicircular guide gate 4 on which the shelf 2 is pivotable. When pivoting the shelf 2, the latter shifts or slides along the guide gate 4. The shelf 2 here can be pivoted between an open position in which the storage or baggage space 10 is accessible (cf. also FIG. 3) and a closed position which is illustrated in FIG. 1 and in which the storage or baggage space 10 is covered.

[0028] The support element 30 comprises a first support face 31 on which the shelf 2 in the closed position partially bears. The support element 30 furthermore comprises a second support face 32 which is angled in relation to the first support face 31 and on which the shelf 2 in the opened position partially bears.

[0029] The guide gate 4 moreover has two recesses 5, 6 which are specified for receiving and locking the shelf 2. One recess 5 here is disposed at the top in the guide gate 4. The upper recess 5 is disposed such that this upper recess 5 receives and locks the shelf 2 in a closed position. In other words, the storage or baggage space 10 is covered when the shelf 2 is introduced into the upper recess 5 of the guide gate 4, or by way of the guide gate 4 is shifted into the upper recess 5, respectively. A further recess 6 is disposed at the bottom in the guide gate 4. The lower recess 6 here is disposed such that the lower recess 6 locks the shelf 2 in an opened position (cf. also FIG. 3). This means that the storage or baggage space 10 is opened when the shelf 2 is introduced into the lower recess 6.

[0030] The receptacle 3 moreover has a cladding 7 which at least partially covers the guide gate 4, or an end of the shelf 2, respectively. For example, the cladding 7 in the covering position of the shelf 2 can at least partially overlap the shelf 2. The cladding 7 here can in particular be flexible so that the cladding 7 does not obstruct any pivoting of the shelf 2.

[0031] The shelf 2 moreover has a step 15. This means that the shelf 2 can have a stepped surface which forms a lower shoulder 8 and an upper shoulder 9. The cladding 7 is configured so as to correspond to the step 15. The cladding 7 here protrudes from the receptacle 3, or an upper edge of the receptacle 3, respectively, to the step 15 between the lower shoulder 8 and the upper shoulder 9. The thickness of the cladding 7 here corresponds to the height of the step 15 between the lower shoulder 8 and the upper shoulder 9 so that a surface of the upper shoulder 9 and a surface of the cladding 7 in the closed position of the shelf 2 form a planar surface. As a result, the guide gate 4, or the entire receptacle 3, respectively, can be covered in a closed position of the shelf 2.

[0032] The shelf 2 here is retrievable from the receptacle 3. To this end, the shelf 2 can be at least partially pivoted to the opened position and extracted from the receptacle 3. In order for the shelf 2 to be introduced, the shelf 2 in any arbitrary position between the covering position and the position providing access to the storage or baggage space 10 can be introduced and pivoted into the receptable 3 up to the guide gate 4. In particular, the shelf 2 can be introduced into the receptacle 3 and locked on a recess 5, 6 of the guide gate 4 in the process.

[0033] The support element 3 and the guide gate 4 are advantageously formed so as to be integral; a particularly cost-effective and simple production of the support element 3 and the guide gate 4 being enabled as a result.

[0034] FIGS. 2 and 3 show a perspective lateral sectional view of the shelf unit 1 according to a second embodiment of the present invention. FIG. 2 here shows the closed position of the shelf 2, and FIG. 3 shows the opened position of the shelf 2 according to the second embodiment of the present invention.

[0035] As opposed to the first embodiment, the shelf unit 1 according to the second embodiment of the present invention has a latching arm 20 which shifts or slides on the guide gate. The latching arm 20 here is disposed on and fastened to part of a lower side 13 of that end of the shelf 2 that is mounted on the receptacle 3.

[0036] The latching arm 20 according to this embodiment of the present invention has a spring portion 21 which, when pivoting the shelf 2, shifts or slides along the guide gate 4. To this end, the latching arm 20, in particular the spring portion 21, can have slots 24 in which ribs 25 of the guide gate 4 can engage, as a result of which a lateral stability, thus a stability in the Z-direction of the latching arm 20 on the guide gate 4, can be increased.

[0037] Alternatively or additionally to the spring portion 21, the latching arm 20 can have a wheel which is not illustrated and rolls along the guide gate 4. The spring portion 21 here, for example in the form of a spring, can be disposed between the wheel and that portion of the latching arm 20 that is connected to the shelf 2. Any friction between the latching arm 20 and the guide gate 4 can be minimized as a result.

[0038] In the closed position illustrated in FIG. 2, the latching arm 20 is introduced in the upper recess 5, as a result of which the shelf 2 connected to the latching arm 20 is locked in the closed position. In the opened position illustrated in FIG. 3, the latching arm 20 is introduced in the lower recess 6, as a result of which the shelf 2 connected to the latching arm 20 is locked in the opened position.

[0039] The spring portion 21 can be temporarily deformed or compressed under pressure. As a result, the latching arm 20 yields when a user of the shelf unit 2 exerts pressure on the latching arm 20 along the direction of extent of the guide gate 4, thus the Y-direction in FIGS. 1 to 4. This pressure can be exerted in that, for example, the shelf 2 is pivoted between the opened and the closed position. This means that when the latching arm 20 is introduced into the upper recess 5 and locks the shelf 2 in the closed position, for example, the user by overcoming a spring force of the spring portion 21 can retrieve the latching arm 20 from the recess 5 again and pivot the latching arm 20 along the guide gate 4.

[0040] The resistance by way of which the latching arm 20, or the shelf 2 is locked in the closed or opened position, can be adjusted by tuning the spring force of the spring portion 21 and/or the depth of the recesses 5, 6.

[0041] As can moreover be derived from FIG. 3, the latching arm 20 is disposed on the lower side 13 of the shelf 2 in such a manner that the latching arm 20 in a Z-direction is spaced apart from the second support face 32. It can be prevented as a result that the latching arm 20 catches on the receptacle 3 when the shelf 2 is being retrieved.

[0042] FIG. 4 shows a lateral sectional view of the shelf unit 1 according to the second embodiment of the present invention. As can be derived from FIG. 4, the storage or baggage space 10 which is covered by the shelf unit can have a loading sill 11. The loading sill 11 of the storage or baggage space 10 here in the X-direction is disposed opposite the receptacle 3. The shelf 2 is illustrated in the closed position, thus in the position covering the storage or baggage space.

[0043] In that the latching arm 20 according to the second embodiment of the present invention has the spring portion 21 which exerts a tension force in the X-direction, the shelf 2 by way of this tension force can be pushed in the X-direction toward the loading sill 11, as a result of which a joint 14 between the loading sill 11 and the shelf 2 is at least partially closed. In particular, the shelf 2 can be pushed against the face below the loading sill 11, or against the loading sill 11, respectively, in the process. This is illustrated by the dashed line in FIG. 4. The tension force of the spring portion 21 can be overcome by pushing the shelf 2 in the opposite direction (X-direction), this enabling pivoting of the shelf 2 and opening of the storage or baggage space 10.

[0044] FIG. 5 shows a lateral sectional view of a vehicle 100. The vehicle 100 includes the shelf unit 1 and a storage or baggage space 101 which can be covered by the shelf unit 1. By way of example, the storage or baggage space 101 in this exemplary embodiment is a spare wheel well 101 of the vehicle 100. The spare wheel well 101 is disposed in a trunk 102 of the vehicle 100.

[0045] A user of the vehicle 100 here can pivot the shelf 2 to an opened position in which the spare wheel well 101 is accessible, and can load baggage, tools and/or a spare wheel into the spare wheel well 101 and retrieve baggage, tools and/or a spare wheel from the spare wheel well 101, for example. The spare wheel well 101 moreover has the loading sill 11, the latter being able to prevent scratching of the vehicle 100 when loading the spare wheel well 101.

[0046] In that the vehicle 100 includes the shelf unit 1, particularly simple loading of the spare wheel well 101 and a high-end aesthetic appeal of the trunk 102 can be guaranteed.

LIST OF REFERENCE SIGNS

[0047] 1 Shelf unit [0048] 2 Shelf [0049] 3 Receptacle [0050] 4 Guide gate [0051] 5 Upper recess [0052] 6 Lower recess [0053] 7 Cladding [0054] 8 Lower shoulder of the shelf [0055] 9 Upper shoulder of the shelf [0056] 10 Storage or baggage space [0057] 11 Loading sill [0058] 12 Upper side of shelf [0059] 13 Lower side of shelf [0060] 14 Joint between the shelf and the loading sill [0061] 15 Step [0062] 20 Latching arm [0063] 21 Spring portion of the latching arm [0064] 22 First end portion of the latching arm [0065] 23 Second end portion of the latching arm [0066] 24 Slots of the latching arm [0067] 25 Ribs of the guide gate [0068] 30 Support element [0069] 31 First support face [0070] 32 Second support face [0071] 100 Vehicle [0072] 101 Spare wheel well [0073] 102 Trunk