CN101954991A

CN101954991A - Be used to store warehouse, packaging facilities, the method for plane component

Info

Publication number: CN101954991A
Application number: CN 201010232899
Authority: CN
Inventors: 阿尔班·胡特尔; 沃尔夫冈·费希特尔
Original assignee: Krones AG
Current assignee: Krones AG
Priority date: 2009-07-16
Filing date: 2010-07-16
Publication date: 2011-01-26
Anticipated expiration: 2030-07-16
Also published as: CN101954991B; EP2275350A2; DE102009026188A1; EP2275350A3; EP2275350B1

Abstract

The present invention relates to be used to store warehouse, packaging facilities, the method for plane component.This warehouse is the warehouse that packaging facilities is used, be used to store a large amount of plane components that are stack type, comprises at least two warehouse unit, and wherein, plane component can its planar side be stored in the warehouse unit as stacking with stacking mutually.This warehouse comprises at least two side direction guiding pieces that are used for stacking in each warehouse unit.For this warehouse is furnished with bont with a plurality of prongs, a plurality of be stacked on the prong in rows and columns arrange and can be raised device and be lifted to extracting position along direction of improvement, and ground or arow are extracted from extracting position thereby a plurality of in the plane component can embark on journey simultaneously.This packaging facilities is used for each one packing parcel large numbers of items collection.This method is to extract the method for plane component to the warehouse transporting flat element of packaging facilities or from the warehouse of packaging facilities.This packaging facilities comprises that at least one is according to warehouse of the present invention.

Description

Be used to store warehouse, packaging facilities, the method for plane component

Technical field

The present invention relates to the warehouse of the used a large amount of plane components of storage of packaging facilities.The invention still further relates to packaging facilities with at least one this warehouse.The present invention be more particularly directed to have the packaging facilities of at least one warehouse, wherein, can produce the article collection of forming by the article of each at least one packaged parcel by this packaging facilities, and this packing is formed by the plane component manufacturing.The invention still further relates to a kind of to packaging facilities warehouse transporting flat element or extract the method for plane component from the warehouse of packaging facilities.

Background technology

The warehouse of the used storage a large amount of plane components of packaging facilities is disclosed by prior art.

German patent application DE 102006038656A1 discloses the warehouse device that is used for pasting mutually the plane component of putting (cutting section), and plane component is standing with unique delegation with tilting to place vertically for extraction and is being arranged on the single warehouse.Before extraction element, be provided with holding device on the throughput direction.The problem of this warehouse scheme is that big plane component may fall from obliquity easily.

German patent application DE 10147360A1 discloses a kind of packaging facilities with the warehouse that is used for plane component, this warehouse with plane component to stack mutually or thirty years of age the mode of tilting is stored on unique stacking (Stapel).Do not rely on placement situation ground, these plane components are erected to be transplanted on the folding unit all the time one by one successively.

International Patent Application WO 2007/075210A1 discloses automatic cardboard warehouse Load System, wherein, each unique stacking of the plane component that stacks mutually then be arranged in unique row of the plane component of placing thirty years of age successively vertically and continue on the glassware to transport flowing to.This cardboard warehouse Load System comprises unique delegation plane component, and this parallel planes element all is transplanted on the warehouse of packaging facilities.

International Patent Application WO 2008/011415A1 discloses a kind of device, wherein, extracts a plurality of plane components simultaneously by an extraction element from a plurality of warehouses.But at this, each warehouse only is extracted each plane component.Then, the element that is extracted is transferred to the baling line that continues processing by extraction element simultaneously and apartly.This installs based on the linear arrangement scheme of warehouse needs big quantity space.

The shortcoming of warehouse of the prior art is that in each cycle or the unit of time, plane component always is extracted one by one successively from single warehouse.Therefore, correspondingly, each warehouse has reduced packaging efficiency.In addition, the warehouse of sharp prior art always only can be processed one type cutting section.

Summary of the invention

The present invention is based on following task, promptly, finish the space-saving warehouse of a large amount of plane components of the used storage of a kind of packaging facilities (cutting section), wherein, plane component can extract from warehouse effectively and expeditiously, and fills the process of warehouse and reduced the standing time of packaging facilities with plane component in other words based on time of reloading of warehouse.This task is solved by the warehouse according to claim 1.

The present invention is equally based on following task, promptly, finish a kind of packaging facilities with at least one warehouse, wherein, utilize this packaging facilities can be effectively and pack plane component expeditiously, and fill the process of warehouse and make that reduced the standing time of packaging facilities based on the time of reloading of warehouse or with plane component.This task is solved by the packaging facilities according to claim 8.

The present invention is also based on following task, that is, finish a kind of to packaging facilities warehouse transporting flat element or from the packaging facilities warehouse extract plane component, conserve space and efficient method.This task is solved by the method according to claim 10.

The warehouse according to the present invention of a large amount of plane components of storage that packaging facilities is used comprises at least two warehouse unit.Plane component can be stored in the warehouse unit as stacking with its planar side with stacking mutually.Plane component can for example be the cutting section of being made by cardboard or other materials.This warehouse also comprises at least two side direction guiding pieces that are used for stacking in each warehouse unit.

For this warehouse is furnished with bont with a plurality of prongs, this bont and warehouse be with according to mode combined action of the present invention, just as the following stated.On a plurality of prongs, in rows and columns be furnished with a plurality of stackings.Therefore, n 〉=1 row and a pairing very big warehouse plane of row, m 〉=1 of stacking have been produced.That is, stacking can store with the form of matrix or be placed in the warehouse.So, to compare with the warehouse of prior art, the packed space of warehouse has been turned over manyfold.

According to the present invention, can utilize bont that these stackings are lifted to an extracting position along direction of improvement, thereby a plurality of in the plane component can embark on journey simultaneously ground or arow extract from extracting position, thus, plane component can be from warehouse effectively and efficiently extracts and reduced the standing time of packaging facilities.Other advantages of the structural scheme of this warehouse are mainly found out from the description to Fig. 3.

In preferred embodiment, the warehouse unit has been configured with the bottom side of each opening and one towards the open front side of prong, thereby makes prong become possibility together with the stacking of placement it on along the free motion of guiding piece on direction of improvement of warehouse.That is, on prong and channeling conduct, this is because prong can directly insert and extract out warehouse to stacking from frame (haltern) between the below of warehouse and the guiding piece in the warehouse unit.By this method, these stackings can be lived by frame reliably and move in warehouse.

In equally preferred embodiment, return warehouse and be furnished with dolly, be placed on the similar arrangements scheme of the plane component stacking in the warehouse according to embarking on journey into row, with the plane component stacked arrangement on dolly.At this, this dolly can be accurately to be matched with the location, ground, position of the row and column that is arranged in the plane component in the warehouse.That is, the row and column of this stacking in the warehouse for example accurately coupling ground above the row and column of the stacking on the dolly, position.

Comprise according to packaging facilities of the present invention be used for plane component at least one according to warehouse of the present invention.These plane components are folded and are combined into a packing, for example FOLD AND PACK as the folder.The utilization of large numbers of items collection forms according to packaging facilities manufacturing of the present invention.For this reason, the group that has sorted of each at least one article is put into a packing respectively and is wrapped up with a packing in other words, and described article for example are bottle or jar.In case of necessity with these packaging closures.

Plane component in a stacking generally is of similar shape and/or size.But the plane component of the different stackings of warehouse can distinguished aspect shape and/or the size.At this, what have advantage is, warehouse or packaging facilities needn't be often or must do not reloaded and therefore produced less race time or standing time for this packaging facilities for the plane component of difformity and/or size.

In another preferred implementation of warehouse, at least two side direction guiding pieces that are used for stacking with the mode that can fix with loosening and/or can pass frame at warehouse.Thus, stacking guides in warehouse reliably and can slippage.In addition, uppermost plane component is extracted by the unique corresponding storage location from each stacking reliably.Guiding piece can for example constitute guiding wall, and being stacked between the guiding wall of plane component guides.

When on each guiding wall with can be securely or the mode that can fix and/or can be furnished with at least two angle elements the time with loosening with passing, be stacked in the warehouse and can guide better.These angle elements are used for each free angle element of four side direction limits of single stacking is guided.At this, for all being furnished with other angle element in each side direction limit of stacking.Two side direction limits of stacking guide by each first jiao of element of first guiding wall.Two other side direction limits of stacking guide by each second jiao of element of second guiding wall.At this, these two guiding walls adjacent and this be stacked between these two guiding walls and guide.This arrangement has been realized equally for stacking different shape and/or size.The number of the angle element of each guiding wall should be selected in the mode of the desirable number that is matched with the stacking that will store in two warehouse unit between the adjacent guiding wall.

As the top ground of having introduced, for being furnished with bont according to warehouse of the present invention.This bont will lift according to the stacking at least one warehouse of packaging facilities of the present invention or fall and should preferably adjust as follows, that is, the uppermost plane component of stacking always is extracted unified substantially extraction height.After these plane components are extracted, plane component is continued processing, for example be folded into packing, introduce just as top.Be furnished with the extraction element that at least one is used for plane component at least one warehouse.

Extracting the method for plane component the step of being introduced below implementing to packaging facilities warehouse transporting flat element or from the packaging facilities warehouse.Equally here, this warehouse comprises that respectively at least two warehouse unit and each warehouse unit have at least two side direction guiding pieces that are used for stacking.The warehouse unit is arranged in the mode of embarking on journey into row.At first the stacking with a large amount of plane components in rows and columns is arranged in the warehouse.In next step, the stacking that in rows and columns is arranged in the plane component in the warehouse is lifted to extracting position.At this, these are stacked on the direction of improvement and are lifted by the guiding piece along at least two.Subsequently, a plurality of in the plane component extract from the warehouse unit simultaneously.At this, to embark on journey ground or arow is implemented and extract each plane component from each warehouse unit of the extraction of plane component.

In a preferred implementation of this method, after from each row of warehouse or each row, having extracted each plane component, just the stacking in the warehouse is transplanted on extracting position.

Process to warehouse transporting flat element stacking can be undertaken by dolly.Similar arrangements scheme according in rows and columns being arranged in the plane component stacking in the warehouse is placed on the plane component stacking on the dolly equally.This dolly is located in the mode that accurately is matched with the position that in rows and columns is arranged in the plane component in the warehouse.This dolly travels on direction of improvement on the position of accurately mating as follows, that is, when these a plurality of prongs maintained the plane component stacking that also is in the warehouse unit, dolly was directly located below a plurality of prongs of bont.

In next step, directly be positioned the prong below as long as carry the dolly of stacking, then prong just rolls away from from the warehouse unit of warehouse.Thus, the stacking that still is stored in the warehouse unit piles up on the stacking that is positioned on the dolly.These stack the stacking of putting mutually and form the stacking that merges.Subsequently, prong is sent to the merging stacking below of plane component, thereby this merging stacking can frame be firmly and be lifted to extracting position reliably by prong.The circulation that repeating said steps forms transporting flat element stacking and extracts plane component.

Extract on extracting position after at least two plane components, the plane component of being taken can be transported on the folding unit that is connected on the back of packaging facilities, just as top by the agency of.

This method another preferred embodiment in, embarked on journey ground or arow extracts from the warehouse unit of at least one warehouse as follows of plane component, promptly, only after from the delegation of warehouse unit or row, having extracted whole plane components, then just the plane component of next adjacent row or column of warehouse is extracted.

With respect to prior art, advantage according to warehouse of the present invention is, can simultaneously or almost simultaneously the new bottom side that is stacked in warehouse be flowed to warehouse, and the upside of plane component at warehouse can be extracted from warehouse, this has reduced the standing time of packaging facilities significantly.In addition, what have advantage is, warehouse needn't too often be supplied new plane component stacking, and this is to store a plurality of plane component stackings because warehouse can not only store a stacking.Thus, can from a plurality of stackings or a plurality of warehouses unit, extract each uppermost plane component simultaneously.Because plane component is extracted from upside from the top in other words to this, rather than in prior art, on side direction, be extracted disclosed, so packaging facilities must be configured with at least one corresponding extraction element, this extraction element can extract plane component from upside.Same feasible be, to the warehouse supply at the different plane component stacking of plane component type.

Description of drawings

Below, embodiment should be described in detail the present invention and advantage thereof in conjunction with the accompanying drawings.

Fig. 1 illustrates the section diagrammatic side view according to a kind of embodiment of packaging facilities of the present invention that has according to a kind of embodiment of warehouse of the present invention.

Fig. 2 illustrates the diagrammatic top view according to the warehouse of Fig. 1.

Fig. 3 illustrates the transparent view according to the section of a kind of embodiment of packaging facilities of the present invention that has according to a kind of embodiment of warehouse of the present invention.

Fig. 4 illustrates the transparent view according to the guiding piece of the warehouse of Fig. 3.

Fig. 5 illustrate according to the guiding piece of Fig. 4 with lateral plan under warehouse according to Fig. 3 combines.

The specific embodiment

Use same Reference numeral for element identical or that play same function of the present invention.In addition, for the purpose of general view, only in each accompanying drawing, only illustrate for describing the needed Reference numeral of this accompanying drawing.

Fig. 1 illustrates the diagrammatic side view according to the section of a kind of embodiment of packaging facilities 1 of the present invention that has according to a kind of embodiment of warehouse 2 of the present invention.In this warehouse 2, store three

stacking

3a, 3b, 3c, wherein, in each warehouse unit 2a, stored each a

stacking

3a or 3b or 3c.These

stackings

3a, 3b, 3c comprise plane component 6a, the 6b, the 6c that stack mutually of a large amount of different sizes respectively:

plane component

6a, 6c are bigger than plane component 6b.But in each

stacking

3a, 3b or 3c,

plane component

6a, 6b or 6c have same specification.Front side 15 (see figure 2)s of three warehouse unit 2a of the front portion of warehouse 2 only are shown.As the ground of detailed description in Fig. 3, transfer on the receiving positions 12 of the front side 15 of warehouse unit 2a and open bottom side 32 from stacking 3a, the 3b of

throughput direction

22,3c and to give warehouse 2.In this manner, warehouse 2 is filled fast by stacking 3a, 3b, 3c side by side a plurality of or that place successively.

By

plane component

6a, 6b, 6c being placed in corresponding

different stacking

3a, 3b, the 3c, can simultaneously plane component 6a, the 6b on top, a plurality of corresponding upsides 29 from

different stacking

3a, 3b, 3c among the 6c be extracted corresponding to the number ground of

stacking

3a, 3b, 3c.In said embodiment, leaching process carries out along

extraction direction

20a, 20b, 20c by automatic extracting device 5 for each

stacking

3a, 3b, 3c.By extracting

uppermost plane component

6a, 6b, 6c simultaneously, warehouse 2 is emptied rapidly and efficiently.Be contemplated that also the rapid extraction device 5 of comparing less number with the number of stacking 3 with plane component 6 alternately but side by side lift and does not break away from protection scope of the present invention from stacking 3 separately.What it is also conceivable that is, a plurality of

plane component

6a, 6b, 6c are extracted from warehouse 2 simultaneously for each

stacking

3a, 3b, 3c and/or for all

stacking

3a, 3b, 3c.

It is desirable to,

plane component

6a, 6b, 6c always utilize on the same extraction height 11 corresponding extraction element 5 for example the vacsorb device from above extract.The height of

stacking

3a, 3b, 3c is adjusted along direction of improvement 21 as follows by the operating process (see figure 3) of bont 4 in the warehouse 2 for this reason, promptly, after one or more plane component 6a that at every turn extracts stacking 3a, 3b, 3c, 6b, 6c,

plane component

6a, 6b, the 6c with ensuing the top one deck takes extraction height 11 to once more.The subsequent boots of

stacking

3a, 3b, 3c can continuously, step by step or only just be carried out extracted plane component 6a, a 6b, 6c simultaneously from all row 33 of warehouse unit 2a and all row 34 after at every turn.

In embodiment according to Fig. 1, each among

stacking

3a, 3b, the 3c in each warehouse unit 2a by two side

direction guiding piece

9a, 9b keeps jointly or guide.Basic comprising is a wall in guiding piece 9a, the 9b embodiment shown here.Preferably guiding

piece

9a, 9b can pass and/or fix in the mode that can loosen transverse to throughput direction 22 ground of

stacking

3a, 3b, 3c, so that for the different size of plane component 6 or stacking 3 this guiding piece is accurately located with mating.By passing or other mode orientation direction spares 9a, 9b, the width of warehouse unit 2a correspondingly changes.

On warehouse 2, at least two

angle element

10a, 10b at least with can be securely and/or the mode that can fix and/or can be arranged on each guiding

wall

9a, 9b with loosening with passing.As detailed description ground in the following drawings,

angle element

10a, 10b are used for further guiding

stacking

3a, 3b, 3c.In the front elevation of warehouse 2, can see only one all the time, be anterior angle element 10a or the 10b of each guiding

piece

9a, 9b, and can not see angle element 10a or the 10b that is positioned at the back.

For directed better, at x of coordinate axle shown in Fig. 1 to Fig. 3 and y.

Fig. 2 illustrates the diagrammatic top view according to the warehouse 2 of Fig. 1, wherein, can see nine warehouse unit 2a in this birds-eye view, and warehouse unit 2a is three row 33 and three row 34 ground are arranged with matrix form.Thus, warehouse 2 provides the very big area that is used for many stackings 3, and the packed space of warehouse 2 with compared over manyfold with the warehouse that stores a stacking only.

Angle element

10a, 10b for example are made of as angular pole sheetmetal or other stable materials and are arranged on guiding wall 9a, the 9b.The elongated bar type body of

angle element

10a, 10b is shown in Figure 1.Two side direction limits 23 of each stacking 3a, a 3b, 3c guide by each first jiao of element 10a of the first guiding wall 9a.Two other side direction limits 23 of

stacking

3a, 3b, 3c guide by each second jiao of element 10b of the second guiding wall 9b.Therefore, these

stackings

3a, 3b, 3c can be stored within two first jiao of element 10a and two second jiao of element 10b of a pair of adjacent guiding wall 9a, 9b.If first jiao of element 10a and second jiao of element 10b can pass ground and/or can be fixedly placed in the mode that can loosen on guiding piece 9a, the 9b, then can carry out different normalization to stacking 3a, 3b, 3c or

plane component

6a, 6b, 6c again.

Fig. 3 illustrates the transparent view according to the section of a kind of embodiment of packaging facilities 1 of the present invention that has according to a kind of embodiment of warehouse 2 of the present invention, wherein, and so that only row 33 and nine row 34 (referring to Fig. 2) are furnished with nine warehouse unit 2a abreast.

The new stacking 3 (not shown in Figure 3) of plane component 6 (not shown in Figure 3) flows to the warehouse 2 of packaging facilities 1 on receiving positions 12 by the dolly 7 of packaging facilities 1.For the new stacking 3 of taking, warehouse unit 2a is configured with bottom side 32 and front side 15 towards a plurality of prongs 14 of bont 4 of each opening.According to prior art, the dolly 7 that carries the stacking 3 of at least two new plane components 6 is driving towards receiving positions 12 on the throughput direction 22 of the open bottom side 32 of warehouse unit 2a.During this period, a plurality of prongs 14 of bont 4 also keep at least two " old " stackings 3, should " old " stacking have the plane component 6 among the warehouse unit 2a between the guiding wall 9 of warehouse 2.In order to explain this a plurality of figure elements better, prong 14 illustrates in the mode of rolling away from from warehouse 2 in Fig. 3.Be located immediately in warehouse 2 belows in case have the dolly 7 of new stacking 3, then prong 14 just rolls away from from warehouse unit 2a.This makes, old, current plane component 6 stackings 3 that still are stored in the warehouse 2 pile up on new plane component 6 stackings 3 that still are placed on the dolly 7.At this, must guarantee that old and new stacking 3 is accurately settled on coupling ground mutually with stacking.For this reason, row that has new stacking 3 33 on the dolly 7 and row 34 are preferably arranged according to being similar to the row 33 that has stacking 3 among the warehouse unit 2a and the arrangement of row 34.

New stacking 3 has formed the stacking 3 that merges with the merging of each one old stacking 3 that stacks on it.So, prong 14 is transported to plane component 6 stackings 3 belows such formation, that merge.So, the stacking 3 of merging can by prong 14 reliably frame live and lifting on the direction of improvement 21 up to extracting highly on 11 with bont 4.In case prong 14 is the stacking 3 that live to merge of frame reliably, dolly 7 just can be fallen and be driven away.Subsequently, dolly 7 gives warehouse 2 supplies at least two new stackings 3 in the mode of being introduced again.

In each warehouse unit 2a, stacking 3 (merging) is admitted and guiding by the angle element 10 of separately guiding piece 9.The frame element 18 of angle element 10 packaged equipment 1 in Fig. 3 of guiding piece 9 blocks and is directed that part 9 blocks and therefore invisible.If stacking 3 is stored in the angle element 10 of warehouse 2, the side direction limit of stacking 3 is just as guiding in angle element 10 introducing among Fig. 2.

In the embodiment shown here, warehouse 2 comprises ten guiding walls 9, has that to be arranged in this be nine warehouse unit 2a between the guiding wall 9, is used to store stacking 3.Therefore, can there be plane component 6 stackings 3 of nine merging to be stored in the warehouse 2 at most.

Be used for being positioned at about throughput direction 22 front side 15 of warehouse unit 2a by the receiving positions 12 that bont 4 is transferred stacking 3.2 of warehouses are in frame element 18.

Only schematically illustrate in Fig. 3: plane component 6 is transplanted on the folding unit (not shown) of packaging facilities 1 from warehouse 3 according to step 30.Plane component 6 is folded into packing 16 there.According to step 31, each packing 16 of the group utilization of having sorted of each at least one article 28 is packaged into article collection 27.

Fig. 4 illustrates the transparent view according to the guiding piece 9 of the warehouse 2 of Fig. 3.This guiding piece constitutes at the antetheca 24 of guiding wall 9 and two angle elements 10 on the rear wall 25 as guiding wall 9.Each angle 13 of angle element 10 can hold the limit (not shown) of plane component stacking.A plurality of openings 26 of guiding piece 9 are used for maybe can fixing with the frame element 18 (see figure 3)s screens adjustably of packaging facilities 1 with loosening.

Fig. 5 illustrate according to the guiding piece 9 of Fig. 4 with lateral plan under warehouse 2 according to Fig. 3 combines, guiding wall 9 can loosen be fixed together with the frame element 18 of packaging facilities 1.Introduced among the figure that other elements are former.

The present invention is introduced considering under the situation of preferred embodiment.But self-evident for the professional and technical personnel is can implement to change and change, and not break away from the protection domain of back claim at this.

Reference numerals list:

1 packaging facilities

2 warehouses

2a warehouse unit

3 stackings

4 lifting devices

5 extraction elements

6 plane components (cutting section)

7 dollies

9,9a, 9b guiding piece, guiding wall

10,10a, 10b angle element

11 extracting positions extract height

12 receiving positions

13 jiaos

14 prongs

15 front sides

16 packings

18 frame elements

20,20a, 20b, 20c extract direction

21 direction of improvement

22 throughput directions

23 limits

24 antethecas

25 rear walls

26 openings

27 article collection

28 article

29 upsides

30 are transplanted on the step of folding unit with plane component

31 packaging steps

32 bottom sides

33 row

34 row

The x first direction

The y second direction.

Claims

1. packaging facilities (1) is used, be used to store a large amount of plane components (6,6a, 6b, warehouse 6c) (2), wherein, described warehouse (2) comprises at least two warehouse unit (2a), described plane component (6,6a, 6b, 6c) can with its planar side stack mutually as stacking (3,3a, 3b, 3c) be stored in the described warehouse unit (2a), and described warehouse (2) comprises that in each warehouse unit (2a) at least two are used for described stacking (3,3a, 3b, side direction guiding piece (9 3c), 9a, 9b), it is characterized in that, is furnished with the bont (4) that has a plurality of prongs (14) for described warehouse (2), a plurality of stackings (3,3a, 3b, 3c) on described prong (14), embark on journey (33) become row to arrange (34) and can utilize described bont (4) to be lifted to extracting position (11) along direction of improvement (21), thereby described plane component (6,6a, 6b, a plurality of 6c) can embark on journey simultaneously ground or arow be extracted from described extracting position (11).

2. according to the described warehouse of claim 1 (2), wherein, described warehouse unit (2a) is configured with the bottom side (32) of each opening and one towards the front side (15) of described prong (14) opening, thereby makes described prong (14) become possibility together with being placed on stacking on the described prong (14) (3,3a, 3b, 3c) along the free motion of described guiding piece (9,9a, 9b) on described direction of improvement (21).

3. according to the described warehouse of one of aforementioned claim (2), wherein, for described warehouse (2) is furnished with dolly (7), (33) become to be listed as the plane component (6 that is arranged in the described warehouse (2) (34) according to embarking on journey, 6a, 6b, stacking (3 6c), 3a, 3b, similar arrangements scheme 3c) is equally with plane component (6,6a, 6b, stacking (3 6c), 3a, 3b, 3c) be arranged on the described dolly (7), and wherein, described dolly (7) can be accurately to be matched with the plane component (6 that is arranged in the described warehouse (2), 6a, 6b, the mode of the position of row 6c) (33) and row (34) positions.

4. according to the described warehouse of one of aforementioned claim (2), wherein, the plane component of the plane component of at least two stackings (3,3a, 3b, 3c) (6,6a, 6b, 6c) each stacking distinguishing to some extent aspect shape and/or the size (3,3a, 3b, 3c) (6,6a, 6b, 6c) is of similar shape and/or size.

5. according to the described warehouse of one of aforementioned claim (2), wherein, described at least two guiding pieces (9,9a, 9b) with the mode that can be able to fix and/or the mode frame that can pass with loosening on described warehouse (2).

6. according to the described warehouse of claim 5 (2), wherein, described guiding piece constitutes guiding wall (9,9a, 9b).

7. according to the described warehouse of claim 6 (2), wherein, at each guiding wall (9,9a, 9b) go up with can be securely or the mode that can fix and/or be furnished with at least two angle elements (10 in the mode that can pass with loosening, 10a, 10b), wherein, each stacking (3,3a, 3b, two side direction limits 3c) guide by each one first jiao element (10a) of first guiding wall (9a), and this stacking (3,3a, 3b, two other side direction limit 3c) guides by each one second jiao element (10b) of second guiding wall (9b), wherein, these two guiding wall (9a, be adjacent 9b).

8. be used for the packaging facilities (1) that the article collection of being made up of each at least one article (28) in a large number (27) wrapped up with each one packing (16), wherein, described packing (16) is formed by plane component (6,6a, 6b, 6c) manufacturing, and described packaging facilities (1) comprise at least one be used for described plane component (6,6a, 6b, 6c), according to the described warehouse of one of above claim (2).

9. according to the described packaging facilities of claim 8 (1), wherein, for described at least one warehouse (2) is furnished with the extraction element (5) that at least one is used for described plane component (6,6a, 6b, 6c).

10. to warehouse (2) the transporting flat element of packaging facilities (1) (6,6a, 6b, 6c) or from the warehouse (20) of packaging facilities (1), extract the method for plane component (6,6a, 6b, 6c), wherein, described warehouse (2) comprises each at least two warehouse unit (2a) and comprises at least two side direction guiding pieces (9,9a, 9b) in each warehouse unit (2a), it is characterized in that following steps:

Become the embark on journey stacking (3,3a, 3b, 3c) of plane of arrangement element (33) (6,6a, 6b, 6c) of row (34), wherein, described warehouse unit (2a) becomes the mode of row (34) to arrange with described embarking on journey (33);

Described one-tenth row (34) stacking that is arranged in plane component in the described warehouse (2) (6,6a, 6b, 6c) (3,3a, 3b, 3c) of embarking on journey is lifted to extracting position (11) (33), wherein, described stacking (3,3a, 3b, 3c) is gone up along described two side direction guiding pieces (9,9a, 9b) at direction of improvement (21) be lifted at least; And

A plurality of in the described plane component (6,6a, 6b, 6c) are extracted from described warehouse unit (2a) simultaneously, wherein, embark on journey ground or arow is implemented and every warehouse unit (2a) extracts each plane component (6,6a, 6b, 6c) of the extraction of described plane component (6,6a, 6b, 6c).

11. in accordance with the method for claim 10, wherein, extracting respectively plane component (6,6a, 6b, 6c) afterwards from each row (33) and each row (34) of described warehouse (2), the described stacking in the described warehouse (2) (3,3a, 3b, 3c) is transported in the described extracting position (11).

12. according to the described method of one of claim 10 to 11, wherein, become to be listed as the plane component (6 that is arranged in the described warehouse (2) according to described embarking on journey (33) (34), 6a, 6b, stacking (3 6c), 3a, 3b, similar arrangements scheme 3c) is equally with plane component (6,6a, 6b, stacking (3 6c), 3a, 3b, 3c) be arranged on the described dolly (7), wherein, described dolly (7) is so can be accurately to be matched with the plane component (6 that is arranged in the described warehouse (2), 6a, 6b, the mode of the position of row 6c) (33) and row (34) positions, and wherein, described dolly (7) is moving on described direction of improvement (21) on the position of described accurate coupling as follows, promptly, when described a plurality of prongs (14) maintain the plane component (6 that is in the warehouse unit (2a), 6a, 6b, stacking (3 6c), 3a, 3b, in the time of 3c), described dolly (7) directly is positioned the below of a plurality of prongs (14) of bont (4).

13. in accordance with the method for claim 12, wherein, directly be positioned described prong (14) below in case have the described dolly (7) of stacking (3,3a, 3b, 3c), described prong (14) just rolls away from from described warehouse unit (2a).

14. in accordance with the method for claim 13, wherein, being stored in stacking in the described warehouse unit (2a) (3,3a, 3b, 3c) piles up on the stacking that is placed on the described dolly (7) (3,3a, 3b, 3c), the stacking that piles up mutually (3,3a, 3b, 3c) forms the stacking that merges (3,3a, 3b, 3c), and subsequently, described prong (14) is transported to stacking (3,3a, 3b, the 3c) below of the described merging of plane component (6,6a, 6b, 6c).

15. according to the described method of one of claim 10 to 14, wherein, embark on journey ground or arow of described plane component (6,6a, 6b, 6c) extracted from the described warehouse unit (2a) of described at least one warehouse (2) as follows, promptly, only extract all plane components (6,6a, 6b, 6c) from the delegation (33) of warehouse unit (2a) or row (34) afterwards, and then just extracting next adjacent lines (33) of warehouse unit (2a) or the plane component of row (34) (6,6a, 6b, 6c).