WO2020192954A1

WO2020192954A1 - High-bay warehouse for suspended articles

Info

Publication number: WO2020192954A1
Application number: PCT/EP2019/083266
Authority: WO
Inventors: Lothar Dietz; Wolfgang Neuber
Original assignee: Psb Intralogistics Gmbh
Priority date: 2019-03-26
Filing date: 2019-12-02
Publication date: 2020-10-01
Also published as: DE102019107748A1; EP3947204A1

Abstract

The invention relates to a high-bay warehouse for suspended articles, having at least one high rack (12) with at least one storage level (16), having at least one article carrier (24; 124) with a bearing rod (34), and having an article-carrier transporting means (20; 120), wherein the high rack (12) has a longitudinal side along which the article-carrier transporting means (20; 120) can be moved, wherein horizontally oriented running rails (18) are provided on at least one storage level (16), on the longitudinal side of the high rack (12), it being possible for the article-carrier transporting means (20; 120) to be moved along said running rails, and wherein the high-bay warehouse (12) has storage rails (22; 122), which are oriented perpendicularly to the longitudinal side of the high rack (12), and wherein the storage rails (22; 122) have receiving means for the at least one article carrier (24; 124).

Description

"High-bay warehouse for hanging goods"

Description:

Technical area:

The present invention relates to a high-bay warehouse for hanging goods. High-bay warehouses for hanging goods are already known, for example, from EP 0 899 217 B1.

State of the art:

There are a variety of goods, such as clothes hanging on hangers, which are transported hanging in production or in warehouses. Here, the clothes on the hangers are hung on goods carriers in the form of support or storage bars and transported together with the goods carriers. Alternatively, there are automatic transport devices in which the clothes are on hangers

Garments are moved continuously along a conveyor line.

For the storage of items of clothing, it has proven useful that the items of clothing remain on the hangers and are stored in a high-bay warehouse hanging on a goods carrier of a predetermined length.

It goes without saying that this type of storage is not only suitable for items of clothing hanging on hangers, but also for goods stored in bags or the like, the bags or the like having a bracket by means of which the bags are hung on the goods carrier.

The high-bay warehouse described in EP 0 899 217 B1 has a large number of high-bay racks which are arranged at a distance from one another, forming aisles.

Here, a storage and retrieval unit is provided that moves along the floor between the aisles of the high-bay warehouse in order to store or remove the hanging goods located on the goods carriers in the high-bay bay. The stacker crane comprises a mast with a lift truck, two telescopic arms being attached to the lift truck. At the tips of the telescopic arms there is a holder for a bearing rod. Using the

Storage and retrieval unit can store the goods on the storage bars on a

Can be stored in storage space and removed from this storage space. In particular in the case of very high and large high-bay warehouses, the high-bay warehouse described in EP 0 899 217 B1 reaches its limits when a very large number of goods are to be stored or removed quickly.

Presentation of the invention:

Starting from the high rack known from EP 0 899 217 B1, the object of the present invention is to provide a high rack for hanging goods in which the storage and retrieval or relocation of a large number of goods carriers equipped with goods can be accelerated in time.

The object is achieved by a high-bay warehouse for hanging goods comprising at least one high-bay bay with at least one storage level, at least one goods carrier with one

Storage rod, a goods carrier transport means, the high rack having a longitudinal side along which the goods carrier transport means can be moved, with horizontally aligned running rails being provided in at least one storage level on the long side of the high rack, along which the goods carrier transport means can be moved, the high rack warehouse

Has storage rails which are aligned perpendicular to the longitudinal side of the high rack, and wherein the storage rails have receiving means for the at least one goods carrier.

The invention is based on the knowledge that the provision of a

Goods carrier transport means, which moves along a storage level, can store a goods carrier with hanging goods very quickly in a storage space of a high rack or swap out of the storage space of the high rack if the goods carriers are introduced or carried out transversely to the direction of travel of the goods carrier transport means in the high rack. The provision of suitable means for receiving a goods carrier on the storage rails ensures that the goods carrier with the hanging goods is securely held in the high rack. It is not necessary to reload the goods from one goods carrier to another goods carrier when importing or removing the hanging goods from the goods carrier transport means into the storage location or from a storage location onto a goods carrier transport means.

In a preferred embodiment, the goods carrier has at least one gripping element which is firmly connected to the bearing rod, with at least two gripping elements preferably being provided, which are each arranged on an end section of the bearing rod. The gripping elements serve, on the one hand, to ensure that goods hanging on the goods carrier do not accidentally slide down the side of the storage rod. On the other hand, the gripping elements are useful when storing or retrieving the goods carriers in or out of a storage location to the To guide the bearing rod at a distance from the bearing rail. If the bearing rod were to be guided directly along the bearing rail, this would lead to the goods on the bearing rod being pushed off the bearing rod.

In a preferred embodiment, the receiving means of the bearing rail is designed in the form of a channel or strip, the gripping element having a holding means which is complementary to the receiving means of the bearing rail, and the

Receiving means of the bearing rail and the holding means of the gripping element are mutually displaceable. As a result, the goods carrier can be held on the storage rail by means of the at least one gripping element and can easily be brought into or out of the high rack.

It is further preferred that the goods carrier has a shackle lock, the goods carrier preferably having at least one gripping element on which the shackle lock is arranged. The shackle lock prevents the hanging goods on the storage rod from slipping off the storage rod during the transport of the goods carrier.

In a preferred embodiment, there are at least two goods carrier elements

provided, which can be connected to one another to form a goods carrier, wherein preferably each goods carrier element can be used as an individual goods carrier.

This makes it possible to occupy storage spaces in the high rack that are far away from the goods carrier transport means with a goods carrier or goods carrier element.

In order to safely transport the goods carrier in the goods carrier transport means, the goods carrier transport means comprises a transport rail with a receiving means in which the

Goods carrier is held displaceable.

It is advantageous that the goods carrier transport means has a transport means telescopic arm. As a result, the goods carrier, together with the goods hanging on the goods carrier, can simply be introduced into the desired storage location or taken out of the desired storage location. Depending on the length of the telescopic transport arm, the goods carrier can be stored in different storage locations or taken out of them, so that with a long telescopic transport arm, the goods carrier can also be pushed into areas of the high rack that are remote from the carrier transport.

In order to be able to move the goods carriers particularly easily by means of the telescopic transport arm, at least one entrainment element is provided on the telescopic transport arm. In a preferred embodiment, the goods carrier transport means has a transport rail with a receiving means and a transport means telescopic arm, the transport rail and the transport means telescopic arm being arranged parallel and at a distance from one another and oriented perpendicular to the long side of the high rack. At this

Arrangement, the transport means telescopic arm can simply grab the goods carrier that is located in the transport rail and move it.

It is advantageous that the goods carrier transport means has a hanging goods clamping device. This ensures that the hanging goods located on the goods carrier are not caused to vibrate during transport and possibly by the

Bearing rod falls down.

At least one goods carrier loading station and at least one goods carrier unloading station are provided in order to bring the hanging goods on the goods carriers into and out of the high shelf by a conveyor system in which the hanging goods are transported to the high rack.

It is advantageous here that the at least one product carrier loading station and / or the at least one product carrier unloading station comprises a pin conveyor. With the help of the pin conveyor, hanging goods, which are conveyed by a conveyor system in a continuous formation, can be transferred to goods carriers in blocks.

In a preferred development of the high rack, the goods carrier unloading station comprises a rotating device in order to change the orientation of the hangers in relation to the conveying direction of the goods hanging on the hangers.

As a rule, a high rack consists of a large number of levels one above the other. The goods carrier transport device moves the goods on the goods carriers in one level. In order to be able to move goods from one level to another or to bring goods carriers from the goods carrier loading station to a desired storage level or to bring them from a predetermined level into the goods carrier unloading station, it is advantageous that a goods carrier lift is provided that the goods carriers in transported in the vertical direction. The goods carrier lift is preferably connected to the goods carrier loading station or goods carrier unloading station or is part of the goods carrier loading station or

Goods carrier unloading station. In a preferred embodiment, the goods carrier lift has a lift rail with a receiving means for the goods carrier and a telescopic lift arm, which are each aligned perpendicular to the long side of the high-bay warehouse. The lift rail with receiving means has the same function as the transport rail with receiving means or the bearing rail with receiving means and thus serves to hold the goods carrier.

With the help of the telescopic lift arm, it is possible for the goods carrier lift to slide the goods carrier back and forth between the lift rail and a storage rail or transport rail.

Here it is necessary that the lift rail is in alignment with the bearing rail or

Transport rail is in order to transfer the goods carrier from the lift rail to a storage rail or a transport rail. A precisely fitting transition between the lift rail and the storage rail is ensured by the fact that the goods carrier lift has a telescopic element perpendicular to the telescopic lift arm. The telescopic element enables the lift rail to be adjusted in the longitudinal direction of a storage aisle.

In a further development of the goods carrier lift, it includes a pin conveyor, the pin conveyor preferably being retractable and extendable on the goods carrier lift. If the goods carrier lift is connected to both the goods carrier loading station and the goods carrier unloading station in

Connected, it only needs a pin conveyor to get goods from an external one

To transfer the conveyor system to the goods carriers or to outsource the goods located on the goods carriers to an external conveyor system.

In the case of larger high-bay warehouses in particular, it is advantageous that storage and parking positions are provided in the high-bay bay so that the goods carriers can be transferred between the

To enable goods carrier transport and the goods carrier lift.

Each storage level of a high rack preferably has at least one product carrier transport means, it being further preferred that such a product carrier transport means is arranged in each aisle between two high racks.

For example, for maintenance purposes of the goods carrier transport means or in order to reduce the number of goods carrier transport means in a high rack, is preferred in a

Embodiment provided a lifting device to move the goods carrier transport in the vertical direction.

Brief description of the drawings: Preferred embodiments are explained in more detail with reference to the accompanying drawings, in which:

1 shows a high-bay warehouse,

2 shows a goods carrier in a perspective view,

3 shows the goods carrier shown in FIG. 2 in a side view,

4 shows a further development of a goods carrier,

5 shows a goods carrier transport means with hanging goods,

6 shows a goods carrier transport means with an extended transport means telescopic arm in a first position,

7 shows a goods carrier transport means with an extended transport means telescopic arm in a second position

8 shows a section of a telescopic arm,

9 shows an alternative embodiment of a transport means telescopic arm,

10 shows a high-bay warehouse with two storage levels,

Fig. 1 1 a goods carrier lift in the basic position,

12 shows a goods carrier lift with the telescopic lift arm extended,

13 shows a goods carrier lift in a view obliquely from below,

14 shows a goods carrier loading station,

15 shows a pin conveyor from below,

16 shows a section of the pin conveyor.

Best way to carry out the invention and commercial applicability:

FIG. 1 shows a high-bay warehouse 10 for hanging goods with a multiplicity of high-bay racks 12 arranged in parallel, which are arranged either next to one another or at a distance from one another. A storage aisle 14 is provided between the individual high shelves 12, which are arranged at a distance from one another. Each high rack 12 has an end face, one

Rear side and two oppositely lying longitudinal sides and a plurality of storage levels 16 arranged one above the other.

In each storage level 16 there is a horizontally aligned running rail 18 on the long side of a high rack 12. The distance between two at a distance from one another

arranged high racks 12 is chosen so that in a storage aisle 14 a

Goods carrier transport means 20 can be moved along two opposing running rails 18. In each high rack 12, a plurality of storage rails 22 is provided in each storage level 18, the storage rails 22 in a storage level 18 being aligned parallel to one another and perpendicular to the long side of the high rack, in particular perpendicular to the running rail 18. The storage rails 22 define storage locations for goods carriers 24, wherein a storage rail 22 can have several storage locations. The bearing rails 22 of two high shelves 12 arranged directly next to one another are arranged in alignment with one another, so that the bearing rails 22 of two adjacent high shelves 12 each form an overall bearing rail composed of two bearing rails 22. Preferably, the bearing rails 22 of two high shelves 12 arranged at a distance from one another are also arranged in alignment with one another.

Furthermore, the high rack 12 comprises one or more goods carrier loading stations 26 and one or more goods carrier unloading stations. Both the goods carrier loading station 26 and the goods carrier unloading station are provided in the lower storage levels 16 and are connected to an external conveyor system for hanging goods. In the illustrated

Embodiment, the goods carrier loading station 26 is in the lowest storage level 16, the goods carrier unloading station is in the storage level above.

At the end of a high rack 12 a mast 30 is provided along which a

Goods carrier lift 32 is vertically movable.

At least one storage space per storage level 16 is designed as a parking position. The parking position can be reached both from the goods carrier lift 32 and from the goods carrier transport means 20.

Figures 2 and 3 show a goods carrier 24 for receiving hanging goods in detail. The goods carrier 24 comprises a bearing rod 34 and two gripping elements 36. The two

Gripping elements 36 are attached to the two ends of the bearing rod 34, in particular riveted or screwed. For this purpose, the bearing rod 34 has two extensions 38 arranged at a distance from one another on its underside, so that the attachment with the gripping element 36 takes place on the underside of the bearing rod 34 (see FIG. 3).

The gripping element 36 is preferably made of plastic and comprises a pivotable bracket lock 40, which can be pivoted from an open position to a closed position and vice versa. The bracket lock 40 is in its open position to allow loading of the storage rod 34 with brackets 42 on which there are hanging goods. In the closed position, the bracket lock 40 prevents the bracket 42 from being the hanging goods, which are arranged on the bearing rod 34, accidentally slide down the side of the bearing rod 34.

Furthermore, the gripping element 36 has a holding element 44 in the form of a block with a rectangular cross section. As can be seen in FIG. 3, the holding element 44 can be inserted into a channel 46 of a bearing rail 22. The channel 46 acts as a receiving means for the

The goods carrier 24 is provided on the underside of the bearing rail 22, has a rectangular cross-section and has approximately the complementary shape of the rectangular cross-sectioned block, so that the rectangular cross-sectioned block can be moved in the channel 46. The channel 46 runs completely along the bearing rail 22 and is slotted on its underside in the longitudinal direction so that the gripping means 36 along the

Bearing rail 22 can be moved in the longitudinal direction of the bearing rail 22.

In an alternative embodiment, not shown, the gripping element can have a channel which is designed to be complementary to a continuous strip on the bearing rail.

If, in the embodiment shown, the receiving means for the goods carrier is also designed as a separate component on the running rail, it goes without saying that that too

Receiving means itself can form the running rail.

FIG. 4 shows a further development or an alternative embodiment of the goods carrier shown in FIGS. 2 and 3. The goods carrier 124 shown in FIG. 4 comprises two

Goods carrier elements 126 which each have coupling elements 148 at their two ends. By means of the coupling elements 148, the goods carrier elements 126 can be connected to one another to form a goods carrier. As a result, a comparatively long goods carrier 124 composed of two goods carrier elements 126 stands. Each goods carrier element 126 is designed so that it can itself be used as an individual goods carrier. For this purpose, the gripping element is designed as an elongated profile piece.

In embodiments not shown, more than two goods carrier elements are connected to one another. Instead of the coupling elements shown, other known types of connection can also be used to connect two goods carrier elements with a longitudinal axis along their longitudinal axis.

In Figures 5 to 8, two different embodiments are one

Goods carrier transport means 20, 120 shown. Each goods carrier transport means 20, 120 comprises an outer rectangular frame 48 on which there are corresponding running wheels 50 which roll on the running rails 18 provided on high rack 12.

Furthermore, a transport rail 52 aligned perpendicular to the running direction of the goods carrier transport means 20 with a transport rail channel and a transport means telescopic arm 56 aligned perpendicular to the running direction of the goods carrier transport means 20 are provided. The transport rail 52 and the transport means telescopic arm 56 are arranged parallel and at a distance from one another.

The transport means telescopic arm 56 comprises a plurality of mutually displaceable plate elements 58, with a carrier element 60 being located on each of the two outermost plate elements 58, which interacts with the gripping element 36 of the goods carrier 24 in order to push the goods carrier 24 into a storage rail 22 or around the goods carrier 24 to push or pull along the bearing rail 22 (see FIGS. 6 to 8).

In the embodiment shown in FIGS. 6 and 8, the entrainment element 60 is designed as a clamp which encompasses the gripping element 36. In the embodiment of a transport means telescopic arm 156 shown in FIG. 10, the entrainment element 160 is a pivotable finger.

The embodiment of a goods carrier transport means 120 shown in FIG. 5 additionally comprises a hanging goods clamping device 162.

In order to move a goods carrier 24, 124 by means of the goods carrier transport means 20, 120, the goods carrier transport means 20, 120 is moved up to the desired storage rail 22. The goods carrier 24, 124 is located in the transport rail 52 of the

Goods carrier transport means 20, 120. As soon as the goods carrier transport means 20, 120 has assumed a position in which the transport rail 52 is in alignment with the bearing rail 22, the driver 60, 160 of the transport means telescopic arm 56, 156 grips the gripping elements 36 of the goods carrier 24, 124 and moves it the goods carrier 24, 124 from the transport rail 52 into the bearing rail 22, while the transport means telescopic arm 56, 156 is extended. If the goods carrier 24, 124 is in the storage rail 22 at the desired position in the high rack 12, the transport means telescopic arm 56 moves away from the goods carrier 24, 124 so that the drivers 60, 160 are no longer in engagement with the gripping element 36 and moves back into the retracted position in the goods carrier transport means 20, 120. In the embodiment of a telescopic transport means arm 56 shown in FIGS. 6 to 8, the telescopic transport means arm 56 swivels in order to bring the driver 60 into engagement with the gripping element 36. In the embodiment shown in Fig. 10, the

Driving finger 160 pivoted. In its swiveled-out position, the driving finger engages one side of the gripping element 36 in order to move the goods carrier 24, 124 together with the telescopic arm 156 for transport means.

The transport means telescopic arm 56, 156 can be extended both to the right and to the left in the direction of travel of the goods carrier transport means 20, 120, so that the

Goods carrier transport means 20, 120 can serve both high shelves 12 of a storage aisle 14. In one storage level, it is also possible to move from one high rack 12 adjoining the storage aisle 14 to the other high rack 12 adjoining the storage aisle 14.

Depending on the length of the transport means telescopic arm 56, 156, the goods carrier 24, 124 can be guided through to the outermost end of the high rack 12. In the exemplary embodiments illustrated in FIGS. 6 to 9, the telescopic means of transport arm 56, 156 has four plate elements 58, each plate element 58 having the length of a goods carrier 24, 124.

In the extended state, the length of the transport means telescopic arm 56, 156 is more than twice the length compared to the retracted state. This leads to the

Goods carrier transport means 20, 120 can load a high rack 12 which has storage rails 22 or overall storage rails with more than twice the length of the goods carrier transport means 20, 120 (see FIG. 10).

FIGS. 1 1 to 14 show a goods carrier lift 32 which is fastened to a mast 30 and can be moved in the vertical direction along the mast 30. The goods carrier lift 32 comprises a holding frame 62, a lift rail 64 and a telescopic lift arm 66, which is aligned perpendicular to the long side of the high rack 12. The lift rail 64 corresponds in its structure and function to the transport rail 52 of the goods carrier transport means 20, 120 or the

Bearing rail 22.

With the aid of the lift rail 64, the goods carriers 24, 124 can be held in order to be transported from one storage level 16 to another storage level 16. Of the

Transport means telescopic arm 66 ensures that the goods carrier 24, 124 of the

Goods carrier lift 32 on a storage rail 22 or on the transport rail 52 of a

Goods carrier transport means 20, 120 is transmitted. Analogous to that

Transport means telescopic arm 56, 156 of the goods carrier transport means 20, 120 are on the Lift telescopic arm 66 carrier 68 is provided in order to move the goods carrier 24, 124 between the lift rail 64 and a bearing rail 22 or a transport rail 52.

In order to align the lift rail 64 with the bearing rail 66 or the

To obtain transport rail 54, a telescopic element 70 is provided perpendicular to the telescopic lift arm 66. With the help of the telescopic element 70, the lift rail 64 can be parallel or in

The longitudinal direction of the storage lane 14 can be displaced in order to obtain a precisely aligned alignment with the bearing rail 22 or the transport rail 54.

As shown in FIGS. 13 to 16, the goods carrier lift 32 comprises an adjustable pin conveyor 72 in order to transfer the clothes hangers 42 on which the hanging goods are located from a continuously operated transport system to the goods carriers 24, 124.

If the pin conveyor 72 is in its retracted position, the goods carrier lift 32 is ready for displacement in the vertical direction (see FIG. 13).

In Fig. 14 a goods carrier loading station 26 is shown. The goods carrier loading station 26 has an introduction zone 74 which is connected to a continuously operated conveyor line of a conveyor system for hanging goods. In the goods carrier loading station 26 there is a goods carrier lift 32, in whose lift rail 64 a goods carrier 24 with a bearing rod 34 is held.

In order to transfer hanging goods from a conveyor line to a goods carrier 24, 124, the pin conveyor 72 of the goods carrier lift 32, as shown in FIG. 15, has a movable part 76 which is displaceable with respect to a stationary part 78 of the goods carrier lift 32 . In the extended position of the movable part 76, the goods hanging on hangers are transferred from the goods carrier of the conveying line to the goods carriers 24 of the high-bay warehouse 10 and compacted. While the goods hanging on hangers are being transferred from a goods carrier of the conveyor line of a conveyor system to the goods carriers 24 of the high-bay warehouse 10, the clamp lock 40 is open (see FIG. 16).

To load the high rack 12, the high rack 12 stands by means of the

Goods carrier loading station 26 with a continuously operating conveyor system in

Connection. The goods delivered by the conveyor system and hanging on hangers are transferred to the goods carriers 24, 124 at the goods carrier loading station 26 by means of the pin conveyor 72. The goods carrier 24, 124 with the hanging goods is then shifted either into the goods carrier elevator 32 or into a goods carrier transport means 20, 120. The goods carrier lift 32 conveys the goods carrier 24, 124 to the desired storage level 16 in which the goods carrier 24, 124 is to be stored. Parking positions are preferably provided in the high rack 12, in which the goods carrier lift 32 holds the goods carriers 24, 124

temporarily drops. The goods carrier transport means 20, 120 located in the storage level 16 takes over the goods carrier 24, 124 from the parking position and conveys the goods carrier 24, 124 to the predetermined end position in the high rack 12 in the manner described above.

To unload the high rack 12, the goods carrier transport means 20, 120 fetches the goods carrier 24, 124 from the high rack 12 and conveys the goods carrier 24, 124 to a parking position, which is usually located in the vicinity of the goods carrier lift 32. The same or a different goods carrier lift 32 takes over the goods carriers 24, 124 to be unloaded from the

Parking position and transports it to the goods carrier unloading station. By means of the pin conveyor 72, the goods located on the goods carrier 24, 124 are transferred from the goods carrier 24, 124 to an external conveyor system.

If necessary, a rotating device can be provided at the goods carrier unloading station in order to change the orientation of the bracket in relation to the conveying direction.

For maintenance purposes, for example, a lifting device in the form of a goods carrier transport means lift can preferably be provided on the end face of the high rack, which lifts the goods carrier transport means from one storage level to another storage level.

If in the illustrated embodiments, goods carriers with goods thereon were always relocated, so goods carriers without goods thereon can also be relocated or with other goods that can be held on a storage rod, for example by means of a bracket or in a pocket that has bracket .

It goes without saying that in the case of embodiments not shown, preferred configurations can be omitted or can be combined with one another in another way.

Claims

Patent claims:

1 . High-bay warehouse for hanging goods, comprehensive

at least one high rack (12) with at least one storage level (16),

at least one goods carrier (24; 124) with a bearing rod (34),

a goods carrier transport means (20; 120),

wherein the high rack (12) has a longitudinal side along which the

Goods carrier transport means (20; 120) can be moved,

characterized in that horizontally aligned running rails (18) are provided in at least one storage level (16) on the longitudinal side of the high rack (12), along which the goods carrier transport means (20; 120) can be moved, and that the

High-bay warehouse (12) has storage rails (22; 122) which are aligned perpendicular to the longitudinal side of the high-bay rack (12), and wherein the storage rails (22; 122)

Have receiving means for the at least one goods carrier (24; 124).

2. High-bay warehouse according to claim 1, characterized in that the goods carrier (24;

124) has at least one gripping element (36) which is firmly connected to the long rod (34), preferably at least two gripping elements (36) being provided which are each arranged on an end section of the bearing rod (34).

3. High-bay warehouse according to claim 2, characterized in that the receiving means of the storage rails (22; 122) is channel-shaped or strip-like, wherein the

Gripping element (36) has a holding element (44) which is complementary to

Receiving means of the bearing rails (22; 122) is formed and wherein the

Receiving means of the bearing rails (22; 122) and the holding element (44) of the

Gripping elements (36) are mutually displaceable.

4. High-bay warehouse according to one of the preceding claims, characterized in that the goods carrier (24) has a bracket lock (40), the goods carrier (24) preferably having at least one gripping element (36) on which the bracket lock (40) is arranged.

5. High-bay warehouse according to one of the preceding claims, characterized in that at least two goods carrier elements are provided which can be connected to one another to form a goods carrier (124), preferably each

Goods carrier element can be used as a goods carrier.

6. High-bay warehouse according to one of the preceding claims, characterized in that the goods carrier transport means (20; 120) has a transport rail (52) with a receiving means for the at least one goods carrier (24; 124).

7. High-bay warehouse according to one of the preceding claims, characterized in that the goods carrier transport means (20; 120) has a transport means telescopic arm (56; 156).

8. High-bay warehouse according to claim 7, characterized in that the one

Transport means telescopic arm (56; 156) has at least one entrainment element (60; 160).

9. High-bay warehouse according to one of the preceding claims, characterized in that the goods carrier transport means (20; 120) has a transport rail (52) with a receiving means and a transport means telescopic arm (56; 156), the transport rail (52) and the transport means telescopic arm (56; 156) are arranged parallel and at a distance from one another and aligned perpendicular to the long side of the high rack (12).

10. High-bay warehouse according to one of the preceding claims, characterized in that the goods carrier transport means (120) has a hanging goods clamping device (162).

1 1. High-bay warehouse according to one of the preceding claims, characterized in that at least one goods carrier loading station (26) and at least one

Goods carrier unloading station are provided.

12. High-bay warehouse according to claim 1 1, characterized in that the at least one goods carrier loading station (26) and / or the at least one

Goods carrier unloading station include a pin conveyor.

13. High-bay warehouse according to claim 1 1 or 12, characterized in that the

Goods carrier unloading station comprises a rotating device.

14. High-bay warehouse according to one of the preceding claims, characterized in that a goods carrier lift (32) is provided.

15. High-bay warehouse according to claim 14, characterized in that the goods carrier lift (32) has a lift rail (64) with a receiving means and a telescopic lift arm (66), which are each aligned perpendicular to the longitudinal side of the high-bay bay (12).

16. High-bay warehouse according to claim 15, characterized in that the goods carrier lift (32) has a telescopic element (70) perpendicular to the telescopic lift arm (66).

17. High-bay warehouse according to one of claims 14 to 16, characterized in that the goods carrier lift (32) comprises a pin conveyor (72), the pin conveyor (72) preferably being retractable and extendable on the goods carrier lift (32).

18. High-bay warehouse according to one of the preceding claims, characterized in that storage and parking positions are provided in the high-bay bay (12).

19. High-bay warehouse according to one of the preceding claims, characterized in that a lifting device is provided in order to move the goods carrier transport means (20; 120) in the vertical direction.