CN103118569A

CN103118569A - Bottle rack

Info

Publication number: CN103118569A
Application number: CN2011800459568A
Authority: CN
Inventors: 弗兰克·兰格
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-07-23
Filing date: 2011-07-20
Publication date: 2013-05-22
Anticipated expiration: 2031-07-20
Also published as: DE102010032008A1; US20130119004A1; JP2013535252A; CN103118569B; WO2012010643A1; DE102010032008B4; EP2595503B1; KR20130095736A; EP2595503A1

Abstract

The invention relates to a bottle rack (1), which comprises a base element (2) and a cover element (7) arranged above said base element. A receiving unit (37) for a neck of a bottle is arranged on the cover element (7) such that the receiving unit (37) is arranged between the base element (2) and the cover element (7). The base element (2) comprises two support units (38, 39) for a bottom of a bottle which are arranged parallel to each other. Additionally, further modules (42 to 45) can be arranged between the base element (2) and the cover element (7).

Description

A kind of bottle stand

Technical field

The present invention relates to a kind of according to claim 1 preamble and bottle stand as described in the preamble according to claim 8.

Background technology

Bottle stand is used for placing bottle as much as possible, makes bottle can be seen and save the space.

A kind of wine frame (AU2003100491A4) that can fill from four limits is disclosed.This wine frame is arranged on the base that can make 360 ° of rotations of wine frame rotationally.

Also disclose a kind of wine frame (USD591,569S), described wine frame comprises a plurality of parts (arrangement) that are used for the storage bottle on another of being arranged to.Can place a plurality of bottles on each parts in these parts.Each parts in these parts include the center that is arranged on circular edge part centre.Described circular edge partly is connected with described center by a plurality of rod-shaped elements.Because described center is arranged on above described marginal portion, these parts are rendered as roof shape substantially.

Summary of the invention

The problem that the present invention touches upon has been to provide a kind of can a plurality of bottles being stored in described bottle stand in the mode of saving the space and be easy to see from the near bottle stand of different side joints, makes the label of bottle clear readable.

Can be according to claim 1 and feature claimed in claim 8 solve this problem.

Therefore, the present invention relates to a kind of bottle stand, this bottle stand comprises base member and cover piece, and cover piece is arranged on above base member.Base member and cover piece are connected to each other by connecting plate (web).Be provided for the storing apparatus of the bottleneck of bottle on cover piece, so that storing apparatus is arranged between base member and cover piece.Here, base member comprises the bearing unit at two bottle ends that are used for bottle that are set parallel to each other.Add-on module can further be set between base member and cover piece.

Thereby this bottle stand comprises at least one memory cell, can place a plurality of bottles in memory cell.Can fill bottle from a plurality of sides of bottle stand here.Its advantage is, bottle can be stored in obliquity.This obliquity obtains by this way: this bottle stand comprises that described bearing unit is with respect to the storing apparatus vertical shift of the bottleneck that is used for bottle for the bearing unit at bottle end of bottle.By this obliquity, the bottle cap that is placed on the bottle on this obliquity is had about 2nd/3rd, moistening.This is particular importance when containing wine at bottle, and this is because must be avoided the cork drying when containing wine.Another advantage is, the obliquity by bottle makes the label of bottle can be high-visible and readable.Another advantage is to store the bottle with any bottleneck length in this bottle stand.

Description of drawings

Accompanying drawing shows embodiments of the invention and will be elaborated following, in the drawings:

Fig. 1 is the perspective view of bottle stand;

Fig. 2 is the perspective view of bottle stand shown in Figure 1, there is shown and place some bottles on bottle stand;

Fig. 3 is the schematic diagram of the memory cell of bottle stand shown in Figure 2;

Fig. 4 is the enlarged drawing of the part of bottle stand shown in Figure 1;

Fig. 5 is the cutaway view along the line A-A of bottle stand shown in Figure 1;

Fig. 6 is the vertical view cutaway drawing along the line B-B of bottle stand shown in Figure 1;

Fig. 7 is another schematic diagram of bottle stand shown in Figure 6, has placed four bottles shown in figure on bottle stand;

Fig. 8 is the cutaway view along the line C-C of bottle stand shown in Figure 6; And

Fig. 9 is the cutaway view along the line D-D of bottle stand shown in Figure 7.

The specific embodiment

Fig. 1 shows the perspective view of bottle stand 1.Bottle stand 1 comprises base member 2, and described base member 2 is connected with cover piece 7 by four connecting plate 3-6.Cover piece 7 and base member 2 are set parallel to each other.As shown in Figure 1, base member 2 and cover piece 7 have roughly the same shape and size.Base member 2 comprises the base 9 that is surrounded by wall 8.Wall 8 is comprised of four parts 10-13, and described four parts 10-13 are at least partially disposed on base 9, thereby forms marginal portion 14.This base 9 has roughly foursquare, and base 9 comprises four angle 16-19 in this face.Cover piece 7 comprises the lid 15 that is positioned at base 9 opposites.Should be understood that, base member 2 and cover piece 7 also can have different shapes, and be for example circular.

Each connecting plate in described four connecting plate 3-6 is separately positioned in the angle 16-19 of base 9 of base member 2 and in the angle of the lid 15 of cover piece 7.The angle of the not shown lid 15 of Fig. 1.Every a plate 3-6 is connected with two connecting plates near corresponding connecting plate by a plurality of

bearing units

20,21,21 ', 22,23,23 ', can place bottle end of at least one bottle on described bearing unit.Therefore, every two bearing units are by parallel and location relatively, for the sake of clarity, Fig. 1 not shown with

bearing unit

20,22 relative those bearing units.Also for the sake of clarity, also not shown bottle of Fig. 1.

In each situation, below the

bearing unit

20,21,21 ', 22,23,23 ' of locating relative to one another, storing apparatus 24-27 is set.Can store the bottleneck of at least one bottle in these storing apparatus 24-27.

Bearing unit

20,21,21 ', 22,23,23 ' is at least partially disposed in connecting plate 3-6.In addition, can see in figure that the additional storing apparatus 37 for the bottleneck of bottle is connected with cover piece 7 by connecting plate 28-31.

By the

bearing unit

20,21,21 ', 22,23,23 ' at the bottom of being provided for bottle (being that described bearing unit is configured to storing apparatus 24-27 and 37 vertical shifts with respect to the bottleneck that is used for bottle), the bottle that is stored in bottle stand 1 can be placed in obliquity.This makes the label of bottle be easy to read.As shown in Figure 1, for bottle is further moved in obliquity again, bearing

unit

20,21,21 ', 22,23,23 ' can tilt with respect to the plane that they are arranged on wherein.

Storing apparatus 24-27 and 37 can be implemented as single part or as shown in Figure 1 as be implemented as two parts.Can see in Fig. 1, each storing apparatus 24-27 and 37 is comprised of two containing components that be arranged in parallel 32,32 ', 33,33 ', 34,34 ', 35,35 ', 36,36 '.

Also can see a plurality of module 42-45 in Fig. 1.Each module 42-45 is comprised of two bearing units that be arranged in parallel and corresponding storing apparatus, and described storing apparatus is connected to each other with described two bearing units.

Specific module 42-45 is arranged in bottle stand 1, make each module 42-45 with respect to below or up module around rotation C half-twist.So, with the first and the

3rd module

42,44 and second and four

module

43,45 be arranged to overlappingly one on another.

Also can see a plurality of memory cell 46-50.In these memory cell 46-50, corresponding storing apparatus 24-27,37 is positioned at separately for above described specific two the

relative bearing units

20,21,21 ', 22,23,23 ' at the bottom of bottle, this means, in memory cell 46-50, bearing

unit

20,21,21 ', 22,23,23 ' is arranged in the first plane, storing apparatus 24-27,37 is arranged in the second plane, and wherein said the second plane is located immediately at above described the first plane.Those skilled in the art thereby two opposite sides 51 and 52 that can also find out marginal portion 14 are formed for respectively the

bearing unit

39,38 at the bottle end of bottle together with base 9.Here, these bearing

units

38,39 can also be the grooves that is absorbed in base 9, bottle end of bottle can be placed in described groove.Yet, not shown this groove of Fig. 1.

Specific memory cell 46-50 is arranged to one on another, make each memory cell 46-50 with respect to below or up memory cell with respect to rotation C half-twist.So, the first and the 3rd memory cell 46, the 48 and second and the

4th memory cell

47,49 tops that are positioned at overlappingly each other.

Thereby in Fig. 1, memory cell 46 forms the minimum memory cell of bottle stand 1.Described memory cell 46 by two bearing

units

38 and 39 and directly up storing apparatus 24 form.Two bearing

units

38 and 39 are arranged in the first plane, and described the first plane is positioned at below the second plane, and storing apparatus 24 is arranged in described the second plane.

The memory cell 47 that is positioned at memory cell 46 tops is comprised of two bearing units that are set parallel to each other and storing apparatus 25, and Fig. 2 only shows bearing unit 20.For the sake of clarity, the not shown bearing unit that is positioned at bearing unit 20 opposites.

Be positioned at above memory cell 47 memory cell 48 by two bearing units 21 and 21 ' and storing apparatus 26 form.Therefore,

memory cell

47 and 49 compatibly one be positioned at above another, and memory cell 47 with respect to two

memory cell

46 and 48 with respect to about 90 ° of rotation C rotation.

In addition, can on cover piece 7 or base 9, light source be set, thus can be from top or illuminate the bottle that is placed on bottle stand from below.Light source (for example, with the form of light emitting diode) can also be set on connecting plate 3-6, thereby can illuminate from the side the bottle that is placed in bottle stand.Yet, the not shown light source of Fig. 1.

Should be understood that, can omit base member 2 and cover piece 7.In this case, the individual modules 42-45 by connecting plate 3-6 is connected to each other fixes connecting plate 3-6 specially.Yet, for bottle being placed in such bottle stand 1, must being provided with at least two and being configured to a module on another, described module is relative to each other with respect to rotation C half-twist.

In addition, can on connecting plate 3-6, rail system be set, individual modules 42-45 can move along connecting plate 3-6 on described rail system, namely moves in the vertical direction.Thereby can change individual modules 42-45 spacing each other.So, can also omit bearing

unit

20,21,21 ', 22,23,23 ' is arranged to tilt with respect to the plane that they are arranged on wherein.In this case, can so exclusively obtain the obliquity of bottle: by with module 42-45 along be arranged on connecting plate 3-6 rail system vertically towards or the mobile individual modules 42-45 spacing each other that changes away from each other.Yet not shown this of Fig. 1 is arranged on rail system on connecting plate 3-6.

Except module 42-45 is moved along connecting plate 3-6, corresponding storing apparatus 24-27, indivedual containing

components

32,32 ', 33,33 ', 34,34 ', 35,35 ', 36,36 ' of 37 also can towards or move away from each other, namely move along horizontal plane.For example, in order to change the spacing between these the

indivedual containing components

32,32 ', 33,33 ', 34,34 ', 35,35 ' below

corresponding bearing unit

20,21,21 ', 22,23,23 ', also rail system can be set, described

accommodation section part

32,32 ', 33,33 ', 34,34 ', 35,35 ' can move along this rail system.

For can make containing component 36 and 36 ' towards or move away from each other, corresponding rail system can be set in cover piece 7.Yet, not shown these rail systems of Fig. 1.

Fig. 2 shows the perspective view with the bottle stand shown in Figure 1 of memory cell 46-50.Each memory cell 46-50 has formed the equilateral prism of the imagination here.Fig. 2 is not shown bearing unit on

bearing unit

20 and 22 opposites also.

Also have a plurality of

bottles

54,55,56 in bottle stand 1, bottle 54 is placed on that in memory cell 49, bottle 55 is placed in memory cell 50.These bottles 54-56 can be bottle for example, and bottle stand 1 will be as the wine frame.

Here, bottle 54-56 is placed in specific memory cell 46-50, and the bottleneck of bottle is placed on respectively on storing

apparatus

27 and 40, and bottle end of bottle is placed on respectively on corresponding bearing unit 22 and 23 ' at least in part.Thereby, in memory cell 48-50, bearing unit 22,23 ' (bottle end of corresponding bottle 54-56 is stored on described bearing unit 22,23 ') is separately positioned on below storing

apparatus

27 and 40, and bottle 54-56 has obliquity in memory cell 48-50.Preferred obliquity is 18 °, makes the label of bottle 54-56 be configured to be easy to read.In the situation that bottle is bottle, the advantage of this obliquity of 18 ° is that the bottle stopper of corresponding bottle is had is about 2nd/3rd, moistening.

Here, the storing apparatus 24-27,37,40 of bottleneck is embodied as two containing components parallel to each other.Two containing

components

35 and 35 ' that the example of storing apparatus 27 shows storing apparatus 27 comprise a plurality of bearing-surfaces.Can see the bearing-surface 57-60 of containing component 35, wherein the bottleneck of bottle 54 is placed on bearing-surface 60.It is visible only having the bearing-surface 61-63 of containing component 35 '.The bearing-surface 57-60 of containing component 35 is configured to the bearing-surface 61-63 skew with respect to containing component 35 ', so that the bearing-surface 61-63 of containing component 35 ' is configured to tilt with respect to the bearing-surface 57-60 of containing component 35.

At the bottom of being bottle, the advantage of this bottle stand 1 is placed with towards the direction that stands in this wine frame outrunner.Therefore by the obliquity of bottle, bottle label can be placed as and make it be easy to seen and read.

Fig. 3 shows the part of bottle stand shown in Figure 21, only shows bottle 55 in figure and is placed in memory cell 50.Can very clearly be seen the conceptive equilateral prism shape of memory cell 50 tools by the dotted line in figure.

Memory cell 50 comprises two bearing units 23 and 23 ', and described bearing unit 23 and 23 ' is set parallel to each other and is arranged in the first plane E1.Here, bearing unit 23 and 23 ' tilts.Storing apparatus 40 is arranged in directly the second plane on the first plane E1.Storing apparatus 40 is comprised of two containing components parallel to each other 70,70 ', and each containing component 70,70 ' comprises respectively four bearing-surface 80-83 and 84-87.The bottleneck of bottle 55 is placed on the bearing-surface 85 of containing component 70 '.Here, bottle 55 is placed on the face 41 of equilateral prism of the imagination.

Here, the bearing-surface 80-83 of containing component 70 is configured to the bearing-surface 84-87 skew with respect to containing component 70 '.Its advantage is, if eight bottles are placed in memory cell 50, the bottleneck of relative bottle can not contact with each other.So, the bottle with bottleneck of different length can be placed in memory cell 50.

Fig. 4 is the enlarged drawing of the part of bottle stand 1 shown in Figure 1.There is shown and how bearing unit is arranged in the connecting plate 3-6 of bottle stand 1.This part shows and be provided with two bearing units 22 and 23 ' on connecting plate 5.Each bearing unit in described two bearing units 22 and 23 ' comprises respectively cramp bar 71 and 72 ', can store at least in part respectively the bottle end of bottle on described

cramp bar

71 and 72 '.Yet, for the sake of clarity, the not shown bottle of Fig. 4.

On each specific cramp bar 71 and 72 ', back element 73 and 74 ' is set respectively, the bottle that described back element 73 and 74 ' prevents from being placed on respectively on cramp bar 71 and 72 ' falls down from bearing unit 22 and 23 ' respectively.

Can also see in Fig. 4 how bearing unit 22 and 23 ' being arranged in connecting plate 5.Connecting plate 5 comprises respectively two

groove millings

75 and 76, and corresponding cramp bar 71 and 72 ' is at least partially disposed on respectively in groove milling 75 and 76.Therefore, bearing unit 22 and 23 ' be anchored on regularly in connecting plate 5 and form Xia the File plate.The cramp bar of specific bearing unit inserts connecting plate 5 from following obliquely with an angle [alpha].Preferably 18 ° of this angle [alpha] are so the bottle that is placed in bottle stand 1 also is positioned at the obliquity of 18 °.Here, cramp bar 71 and 72 ' surface are by outwards directed.Clearly, when bottle was stored in bottle stand 1, preferably 18 ° of angle [alpha] because in this case, had about 2/3rds bottle stopper covered by wine and thereby can keep moistening in the obliquity of bottle.

In the layout of bottle stand shown in Figure 41, do not comprising on connecting plate 3-6 that (individual modules can move in the vertical direction rail system on described rail system, namely mean along connecting plate 3-5 and move), this is because described cramp bar is anchored in connecting plate 3-6 regularly, in figure as seen, cramp bar 71 with are connected ' be connected with connecting plate 5 regularly.

Fig. 5 is the cut-away view along the line A-A of bottle stand shown in Figure 11.After base member 2 is passed through two, connecting plate 3 is connected with cover piece 7 with being connected.Can see bearing unit 20 ' and 22 ' between connecting

plate

3 and 6, described bearing unit 20 ' and 22 ' is positioned at

bearing unit

20 and 22 opposites.Yet, the not shown bearing unit 20 of Fig. 5 and 22.Each supporting member in these bearing units 20 ', 22 ' comprises

cramp bar

88,89, and described

cramp bar

88,89 is arranged between two connecting

plates

3 and 6 and is connected with these connecting plates 3-6 at least in part.

Can with mode shown in Figure 4 with these bearing units 20 ', 22

' cramp bar

88,89 and connecting plate 3-6 link together.Therefore, connecting plate 3-6 can comprise groove milling, and described

cramp bar

88,89 is at least partially disposed in described groove milling.Yet, not shown these groove millings of Fig. 5.

Yet indivedual connecting plates of bottle stand 1 also might comprise rail system.Along these rail systems, individual modules can sequentially move in the vertical direction, thereby can change module spacing each other.Yet, not shown two connecting plates 3 of Fig. 5,6 rail system.For the sake of clarity, module is not with any Reference numeral.

On each cramp bar in these

cramp bars

88,89, back element 90,91 is set, described back element 90,91 can prevent from being placed on bearing unit 20 ', 22 ' upper bottle slides and falls down from bottle stand 1.Corresponding storing

apparatus

24,26 is arranged on below bearing unit 20 ', 22 ' specific cramp bar 88,89.These

storing apparatus

24,26 are connected with bearing unit 20 respect to one another, 20 ', 22,22 ', and described

bearing unit

20,20 ', 22,22 ' is comprised of cramp bar and the back element that is arranged on this cramp bar successively.Can also see that containing component 25-27 is connected with

bearing unit

21,21 ', 23,23 ' by the downside of cramp bar.

In the inside of base member 2, bottle stand 1 comprises whirligig 93.This whirligig 93 comprises by the Connection Element such as connecting plate and being connected with base member 2.Fig. 5 only shows Connection Element 95 and 96.Can also see two

ball bearings

97,98, be provided with rotating disk 94 between described ball bearing 97,98.Use this whirligig 93 that bottle stand 1 can be rotated around rotation C.

Should be understood that, whirligig 93 also can have other structure, as long as described whirligig 93 can make bottle stand around its axis rotation.

Can see in Fig. 5, bearing

unit

21,21 ', 23, the 23 ' plane that is arranged on wherein with respect to them tilt.Thereby bearing

unit

21,21 ', 23,23 ' has a certain inclination angle.Be placed on bearing

unit

21,21 ', 23,23 ' if now bottle is stored as the bottle end of bottle, make these bottles also be positioned at obliquity corresponding to bearing

unit

21,21 ', 23,23 ' inclination angle.Yet, should be understood that, also can obtain in a different manner the obliquity of bottle.

For example, can also be by making containing component along described planar movement (namely mean and move in the vertical direction), rather than make

bearing unit

21,21 ', 23,23 ' tilt to obtain described obliquity.For this purpose, for example, can below the corresponding cramp bar of bearing unit, rail system be set, can on described rail system, containing component be set.

Can describe with the example of two containing

components

34 and 34 '.These containing components 34,34 ' are set parallel to each other below two relative cramp bars, and wherein Fig. 5 only shows the cramp bar 89 of bearing unit 22 '., comprise a rail system at each downsides of described two relative cramp bars here, containing component 34 and 34 ' is set on described rail system.Containing component 34 and 34 ' can move along these rail systems.When two containing components 34 and 34 ' further were separated from each other, the inclined degree of the obliquity of bottle can increase.On the other hand, when two containing components 34 and 34 ' are configured to when adjacent one another are, the inclined degree of the obliquity of bottle can corresponding reducing.Another advantage is, if containing component can move in bottle stand 1, just can store the bottle of different sizes in bottle stand 1.

Should be understood that, can also be by two bearing units being tilted and changing the obliquity that spacing between the containing component that is set parallel to each other is adjusted bottle.

It will also be appreciated that, individual modules 42-45 can move in the vertical direction along the rail system that is arranged on connecting plate 3-6, namely means along connecting plate 3-6 and moves.So, can change individual modules 42-45 spacing each other, thereby can also adjust the obliquity of bottle.Yet the module in Fig. 5 is not with any Reference numeral, because these modules only partly are shown in figure.

Bottle stand 1 can be made by any materials of wanting such as timber, metal or artificial material.Yet bottle stand 1 is preferably made by the timber such as coniferous wood.

Fig. 6 is the cutaway view that the line B-B along bottle stand shown in Figure 1 gets.Four connecting plate 3-6 are set on base member.The bearing unit 22 relative with bearing unit 22 ' is set between connecting plate 4 and 5.Here, bearing unit 22 ' is arranged between connecting plate 3 and 6.By storing apparatus 26, two bearing units 22,22 ' are connected to each other.Storing apparatus 26 is comprised of two containing

components

34 and 34 '.Storing apparatus 27 is arranged on above storing apparatus 26, and described storing apparatus 27 connects the bearing unit 23 and 23 ' at two relative bottle ends that are used for bottle.In each case, the containing component of corresponding storing apparatus is by jockeys such as screw rod or adhesive and relative bearing unit connection.

Storing apparatus 27 also is comprised of two containing components that are set parallel to each other 35 and 35 '.Containing component 35 comprises bearing-surface 57-60, and described bearing-surface 57-60 is with respect to bearing-surface 61-63,53 skews of containing component 35 '.Two containing components 34 and 34 ' bearing-surface also are configured to be offset each other.Yet two containing components 34 and 34 ' bearing-surface are not with any Reference numeral.A bottleneck of each bottle can be placed on each these bearing-surface.

Fig. 7 shows another schematic diagram of bottle stand shown in Figure 6, has placed four bottle 64-67 shown in figure in bottle stand 1.

Bottle end of bottle 65, be placed on bearing unit 22 ', and the bottleneck of bottle 65 is placed on the bearing-surface 53 of containing component 35 '.Bottle end of bottle 65, is placed on cramp bar 71 ' upward and is placed on back element 73 ' at least in part.Back element 73 ' prevents that bottle 65 from sliding from cramp bar 71 ', and thereby can prevent that bottle 65 from falling down from bottle stand 1.On the other hand, the bottle end with bottle 65 bottle 64 staggered relatively, be placed on bearing unit 22.Here, back element 73 prevents that also bottle 64 from falling down from bottle stand 1.The bottleneck of bottle 64 is placed on the bearing-surface 60 of containing component 35.Because the bearing-surface 57-60 of containing component 35 is configured to bearing-surface 61-63 and 53 skews with respect to containing component 35 ', they can not contact with 65 bottleneck with two bottles 64.Therefore the bottleneck that can be placed on the bottle in memory cell 49 also can have different length, and the bottleneck that is placed on the bottle in described memory cell 49 can not contact.

Same situation also is applicable to two bottles 66 and 67.In this case, because described bearing-surface is configured to be offset each other, containing component 34 is also here relative with the ground that inclines towards each other with 34 ' bearing-surface.By relative to each other placing by this way the bearing-surface of two containing components 34 and 34 ', can prevent that two

bottles

66,67 bottleneck from contacting with each other.

Fig. 8 is the cutaway view along the line C-C of bottle stand shown in Figure 61.There is shown memory cell 49, described memory cell 49 by two relative bearing units 22 with 22 ' and be arranged on described two relative bearing units 22 and 22 ' above storing apparatus 27 form.Therefore, bearing unit 22 and 22 ' is arranged in the first plane E1, and storing apparatus 27 up is arranged in the second plane E2.Two bearing units 22 and 22 ' are comprised of cramp bar 71 and 71 ' respectively, are provided with respectively back element 73 and 73 ' on described cramp bar 71 and 71 '.Containing component 34 ' by storing apparatus 26 is connected to each other two cramp bars 71 and 71 '.Thereby the part of module 44 shown in Figure 8 is comprised of with two relative bearing units 22 and 22 ' storing apparatus 26.Here, containing component 34 ' is arranged on below cramp bar 71,71 '.It means the first plane with respect to memory cell 49 to cramp bar 71,71 ' with respect to plane E1() angled α inclination.Can see two relative containing components 35,35 ' of storing apparatus 27 in the second plane E2.Can also see the part of bearing-surface 62, when bottle end of bottle is placed on bearing unit 22 ', the bottleneck of this bottle can be placed on the part of described bearing-surface 62.

Fig. 9 is the cutaway view along the part of the line D-D of bottle stand shown in Figure 7, only shows two

bottles

64 and 65 in figure.These

bottles

64 and 65 are placed in memory cell 49.The bottleneck of bottle 65 is placed on the bearing-surface 53 of containing component 35 '.Yet, the not shown bearing-surface 53 of Fig. 9.Here, bottle end of bottle 65, be placed on the cramp bar 71 ' of bearing unit 22 '.Because bearing unit 22 ' tilts with respect to the angled α of plane E1, bottle 65 also angled α tilts.By the obliquity of this bottle, bottle cap is wetted at least in part.If this is particular importance when bottle is bottle, because the cork of bottle will keep wetting always.The back element 73 ' that is arranged on cramp bar 71 ' prevents that bottle 65 from sliding from bottle stand 1.

The bottleneck of bottle 64 is placed on the bearing-surface 60 of containing component 36, and not shown bearing-surface 60 is because bearing-surface 60 is arranged on the back of bearing-surface 62 in this view.Therefore, in this view, bottle 65 is placed on bottle 64 back.

The bottle of bottle 64 is placed on bearing unit 22 at an end, wherein bearing unit 22 also it means with respect to storing apparatus 26 with respect to plane E1() angled α tilts to put.The back element 73 that is arranged on the cramp bar 71 of bearing unit 22 prevents that bottle 64 from falling down from bottle stand 1.

Preferably 18 ° of angle [alpha], because in this angle, it is wetting that the obliquity of bottle guarantees to have about 2/3rds bottle cap.This is particular importance when containing the bottle of wine at bottle.In this case, there is about 2/3rds cork to contact with wine always.

At the bottom of being bottle, the advantage of this bottle stand 1 is placed with towards standing in this wine frame outrunner.Therefore, by

bottle

64,65 obliquity,

bottle

64,65 label can be placed as and make it be easy to seen and read.

Yet, can also be by making containing component along described planar movement (namely mean flatly and move), rather than make described bearing unit tilt to adjust described angle [alpha].In order to reach this purpose, can below the corresponding cramp bar of bearing unit, rail system be set, the described accommodation section part can move on described rail system.For example, if two containing components 35 in Fig. 9 and 35 ' further are separated from each other, angle [alpha] can increase.On the contrary, adjacent one another are if two containing

components

35 and 35 ' are configured to, angle [alpha] can reduce.Another advantage is, if the containing component in bottle stand 1 can be moved, can store the bottle of different sizes in bottle stand 1.In order to realize this purpose, advantageously module is arranged to them and can be moved on the connecting plate of bottle stand 1.For example, if module shown in Figure 9 44 is moved down (namely meaning storing apparatus 27 further away from each other), angle [alpha] can increase.

Therefore, can by following mode adjust angle [alpha] and thereby adjust the obliquity of bottle:

1. the angle of inclination of the bearing unit that is set parallel to each other by change and/or

2. the spacing between the containing component that is set parallel to each other by change and/or

3. by changing module spacing each other.

Although in Fig. 1, bottle stand 1 comprises 10 memory cell 46-50, what should expect is can provide a kind of to only have the bottle stand of a memory cell or a kind of bottle stand with memory cell of more than ten even is provided.Can obtain only having by following mode the bottle stand of a memory cell: in bottle stand 1, cover piece 7 is set directly at above base member 2, and wherein storing apparatus 37 is arranged on cover piece 7.Therefore, in this modification, module 42-45 is omitted.

Therefore, can consist of by following mode minimum bottle stand with simple structure:

1. bottle stand 1 comprises base member 2 and cover piece 7, and described cover piece 7 is arranged on the top of described base member 2, and wherein, storing apparatus 37 is arranged on cover piece 7, so that storing apparatus 37 is between base member 2 and cover piece 7.Here, base member 2 is connected with cover piece 7 by connecting plate 3-6.

2. bottle stand 1 comprises connecting plate 3-6, wherein is configured to a module 42-45 on another by two connecting plate 3-6 is connected to each other, thereby and make connecting plate 3-6 stable.Here, this module is configured to relative to each other around 90 ° of common rotation axis C vertical shifts.

If bottle stand is expanded, only add-on module 42-45 need to be arranged between cover piece 7 and base member 2.Such module 42-45 relative be used for the bearing units at the bottle end and two relative bearing unit storing apparatus connected to each other is formed by two.Add-on module 42-45 of every increase can obtain an extra memory cell.

Another advantage of this bottle stand is, can be simultaneously fills bottles from bottle stand four limits.Being also advantageous in that of this bottle stand can be at memory cell bottle rack obliquely.Reach by this obliquity that the bottle cap of about 2/3rds bottle is arranged is wetting.This is particular importance when containing wine at bottle, and this is because must be avoided the bottle stopper drying when containing wine.Another advantage is, the obliquity by bottle makes the label of bottle can be easy to seen and read.Another advantage is to store the bottle of any bottleneck length in this bottle stand.

Another advantage is, can be placed on bottle in bottle stand expediently and bottle high-visible in bottle stand.Because bottle stand comprises rotating disk, can at an easy rate bottle be placed in bottle stand or with bottle and take out from bottle stand.

Although below described embodiments of the invention in detail, the present invention is not limited to these embodiment.Those skilled in the art should be understood that the present invention also comprises a plurality of different modification, and these modification can reach and the identical result of described embodiment here.Therefore, it is evident that for those skilled in the art, can the scope of the present invention that claim limits be restricted at embodiment as herein described, and can do further modification, modification and replacement in the scope of the present invention that claim limits.

Reference numerals list:

1 bottle stand

2 base member

The 3-6 connecting plate

7 cover pieces

8 walls

9 bases

The part of 10-13 wall 8

14 marginal portions

15 lids

The angle of 16-19 base 9

20,20 ' bearing unit

21,21 ' bearing unit

22,22 ' bearing unit

23,23 ' bearing unit

The 24-27 storing apparatus

The 28-31 connecting plate

32,32 ' containing component

33,33 ' containing component

34,34 ' containing component

35,35 ' containing component

36,36 ' containing component

37 storing apparatus

38 bearing units

39 bearing units

40 storing apparatus

41

The 42-45 module

The 46-50 memory cell

51 14 side

52 14 side

53 bearing-surfaces

The 54-56 bottle

The 57-63 bearing-surface

The 64-67 bottle

70,70 ' containing component

71,71 ' cramp bar

72,72 ' cramp bar

73,73 ' back element

74,74 ' back element

75 groove millings

76 groove millings

The 80-87 bearing-surface

88,89 cramp bars

90,91 back element

93 whirligigs

94 rotating disks

95,96 Connection Elements

97,98 ball bearings

Claims

1. a bottle stand (1), it is characterized in that, described bottle stand (1) comprises base member (2) and cover piece (7), described cover piece (7) is arranged on the top of described base member (2), wherein said base member (2) is connected with described cover piece (7) by connecting plate (3-6), and wherein be provided for bottle (54-56 on described cover piece (7), the storing apparatus of bottleneck 64-67) (37), so that described storing apparatus (37) is arranged between described base member (2) and described cover piece (7), wherein between described base member (2) and described cover piece (7), at least one module (42-45) is set, described at least one module (42-45) comprises two bearing units that are set parallel to each other (20, 21, 21 ', 22, 23, 23 '), described bearing unit (20, 21, 21 ', 22, 23, 23 ') by storing apparatus (24-27, 40) be connected to each other.

2. bottle stand according to claim 1, is characterized in that, described module (42-45) is configured to one above another, wherein each module (42-45) with respect to the module (42-45) of below around rotation (C) half-twist.

3. bottle stand according to claim 1, it is characterized in that, described storing apparatus (24-27,37,40) is comprised of two containing components that are set parallel to each other (32,32 ', 33,33 ', 34,34 ', 35,35 ', 36,36 ', 70,70 ').

4. bottle stand according to claim 1, is characterized in that, described two containing components that are set parallel to each other (36,36 ') of described storing apparatus (37) are connected with described cover piece (7) by connecting plate (28-31).

5. bottle stand according to claim 1, it is characterized in that, described two bearing units that are set parallel to each other (20,20 ', 21,21 ', 22,22 ', 23,23 ') of module (42-45) tilt with respect to the angled α of described storing apparatus (24-27,37,40).

6. bottle stand according to claim 3, it is characterized in that, each containing component (32,32 ', 33,33 ', 34,34 ', 35,35 ', 36,36 ', 70,70 ') includes a plurality of bearing-surfaces (53,57-63,80-87), and described bearing-surface (53,57-63,80-87) is used for holding the bottleneck of bottle (54-56,64-67).

7. bottle stand according to claim 6, it is characterized in that, the described bearing-surface (53,57-63,80-87) that being used for of being positioned at that two relative containing components (32,32 ', 33,33 ', 34,34 ', 35,35 ', 36,36 ', 70,70 ') locate held the bottleneck of bottle (54-56,64-67) is configured to relative to each other be offset.

8. a bottle stand (1), described bottle stand (1) comprises connecting plate (3-6), it is connected to each other that described connecting plate (3-6) is configured to the module (42-45) above another by at least two, and wherein said at least two modules (42-45) are configured to relative to each other around 90 ° of rotation (C) vertical shifts.

9. bottle stand according to claim 8, it is characterized in that, described module (42-45) comprises two bearing units that are set parallel to each other (20,20 ', 21,21 ', 22,22 ', 23,23 '), and described bearing unit (20,20 ', 21,21 ', 22,22 ', 23,23 ') is connected to each other by storing apparatus (24-27,40).

10. bottle stand according to claim 9, is characterized in that, described storing apparatus (24-27,40) is comprised of two containing components that are set parallel to each other (32,32 ', 33,33 ', 34,34 ', 35,35 ', 36,36 ', 70,70 ').

11. bottle stand according to claim 8, it is characterized in that, the described bearing unit that is set parallel to each other (20,20 ', 21,21 ', 22,22 ', 23,23 ') of described module (42-45) tilts with respect to the angled α of described storing apparatus (24-27,40).

12. bottle stand according to claim 10, it is characterized in that, each containing component (32,32 ', 33,33 ', 34,34 ', 35,35 ', 36,36 ', 70,70 ') includes a plurality of bearing-surfaces (53,57-63,80-87), and described bearing-surface (53,57-63,80-87) is used for holding the bottleneck of bottle (54-56,64-67).

13. bottle stand according to claim 12, it is characterized in that, the described bearing-surface (53,57-63,80-87) of bottleneck that is used for holding bottle (54-56,64-67) that is positioned at two relative containing components (32,32 ', 33,33 ', 34,34 ', 35,35 ', 36,36 ', 70,70 ') is configured to relative to each other be offset.

14. bottle stand according to claim 8, it is characterized in that, on described connecting plate (3-6), rail system is set, described module (42-45) can move in the vertical direction on described rail system, thereby can change individual modules (42-45) spacing each other.

15. bottle stand according to claim 14, it is characterized in that, add-on module (42-45) is set on described connecting plate (3-6), wherein each add-on module (42-45) be configured to respect to below module (42-45) around 90 ° of described rotation (C) vertical shifts.