JP5811838B2 - Goods storage equipment - Google Patents

Description

  The present invention relates to a storage shelf provided with a plurality of storage units that can store storage holders that hold articles to be picked up and down, left and right, and a stacker that is movable in a moving space provided on the front side of the storage shelf. An automatic warehouse comprising a crane, wherein the stacker crane is capable of supporting a collection holding body for holding an article taken out from the storage holding body, and a collection holding body support portion for freely storing the article. A picking device that is removed from the holding body and transferred to the collection holding body, and has a warehousing port for receiving the storage holding body from the outside, and an exit port for unloading the collection holding body to the outside Is provided as a transfer target portion of the stacker crane, and the collection holding body support section is configured to support the collection collection body in a state where it can be exchanged between itself and the exit port. Goods On paid facilities.

As a conventional example of such an article storage facility, an article storage shelf configured to store a storage pallet as a storage holder in a storage unit arranged side by side vertically and horizontally, and the front side of the shelf can be moved in the horizontal direction of the shelf. Storage equipped with a lifting platform that can be moved up and down along a column that is erected on a running carriage, and a storage pallet can be transferred between the storage unit and itself on the lifting platform A pallet fork and a collection pallet fork as a collection support body supporting part configured to be able to transfer a collection pallet as a collection holding part between the delivery port and itself There is known an automatic warehouse provided with a stacker crane constructed as described above.
In this conventional example, the stacker crane is movable above the storage pallet and the collection pallet placed in a line on the lifting platform, and the picked item is moved from the storage pallet to the collection pallet. And a vacuum nozzle type transfer device as a picking device configured to be freely transferred.

And, the loading port for loading the storage pallet from the outside and the loading port for unloading the collection pallet to the outside are provided as the transfer target location of the stacker crane, and the collection pallet fork is withdrawn and withdrawn, The collection pallet is configured to be supported in a state where it can be exchanged between itself and the exit (see, for example, Patent Document 1).
In such an article storage facility, the picking device is positioned with respect to the storage unit in which the pallet for collection is supported on the lifting platform of the stacker crane and the storage pallet holding the article to be picked is stored. Then, the storage pallet stored in the storage unit is transferred onto the lifting platform, and the article to be picked is transferred from the storage pallet located on the lifting platform to the collection pallet supported on the lifting platform. Included. As described above, since the article can be picked in the vicinity of the storage unit in which the storage pallet is stored, the storage holder can be transported to the picking storage unit or can be temporarily removed from the automatic warehouse. Thus, the time required for picking can be reduced as compared with the case where the picking part is transported and the picking work is performed at the picking part.

As another conventional example, a plurality of article storage facilities each provided with a plurality of automatic warehouses each provided with a stacker crane are provided, and the plurality of article storage facilities are connected by a transport carriage. (For example, refer to Patent Document 2).
In Patent Document 2, the article storage facility performs a picking operation on a plurality of automatic warehouses, a warehousing conveyor and a delivery conveyor provided corresponding to each of the automatic warehouses, and an article held by a storage holder taken out from the automatic warehouse. The apparatus includes a picking station to be performed and a transfer carriage that connects the entry conveyor, the output conveyor, and the picking station to each other, and further includes an inter-equipment transfer apparatus that connects a plurality of article storage facilities.

  And when the holding body for holding the type of articles (specific articles) with high picking frequency is configured to be distributed and stored in each article storage facility, when there is a shortage of specific articles in one article storage facility In this case, the storage holder that holds the specific article is transferred from the article storage facility where the specific article is excessive to the article storage facility where the specific article is insufficient via the inter-facility transfer device. By doing so, the state where the load is concentrated only on a specific article storage facility is suppressed, and the efficiency is improved.

JP-A-8-113315 JP 2009-7101 A

  However, in such an article storage facility, when storage pallets that hold articles to be collected for the same shipping destination are distributed and stored in a plurality of automatic warehouses, individually in each automatic warehouse After collecting the items on the collection pallet, it is necessary to unload those collection pallets from the outlet and further collect the items on the multiple collection pallets. It was inefficient.

  The present invention has been made in view of the above circumstances, and the object thereof is to enable efficient picking work even when a plurality of types of articles to be picked are distributed and stored in a plurality of automatic warehouses. The object is to provide an article storage facility.

A first characteristic configuration of an article storage facility according to the present invention for solving the above-described problem is a storage shelf including a plurality of storage units arranged vertically and horizontally to store storage holders that hold articles to be picked. An automatic warehouse comprising a stacker crane that is movable in a moving space provided on the front side of the storage shelf, and the stacker crane has a collection holder for holding articles taken out from the storage holder A support unit for collecting goods that can be freely supported, and a picking device that takes out articles from the holding body for storage and transfers them to the holding body for collection, and stores the holding body for storage from outside A loading port for unloading the collection holding body to the outside is provided as a transfer target location of the stacker crane, and the collection holding body support portion is configured to connect the collection holding body to itself. Said Be one that is configured to support at freely state exchanged with the mouth,
A plurality of the automatic warehouses are provided, and the stacker cranes are provided separately for each of the plurality of automatic warehouses. Among the plurality of automatic warehouses, among the plurality of transfer target locations for the stacker cranes in one automatic warehouse The collection source received from the collection supporter support unit in the stacker crane, with one of the transfer sources as one of a plurality of transfer target locations for the stacker crane in another automatic warehouse. There is an inter-shelf transport device capable of transporting the product holder.

  That is, when a plurality of automatic warehouses are provided, when the storage holders that hold articles to be collected for the same shipping destination are distributed and stored in the plurality of automatic warehouses, the plurality of automatic warehouses Among them, one of a plurality of transfer target locations for a stacker crane in one automatic warehouse is used as a transfer source, and one of a plurality of transfer target locations for a stacker crane in another automatic warehouse is transferred. Since the collection holder can be transported first, after the transfer of the article from the storage holder to the collection holder in one automatic warehouse, the collection holder is completed. Is transferred to another automated warehouse, the collection holder is received by the stacker crane of the other automated warehouse, and the article is transferred from the storage holder to the collection holder in the other automated warehouse. Listed The picking operation can be performed in the same manner as before, and each time the collection work in each automatic warehouse unit is completed as before, the collection holding body is not released from the automatic warehouse and it is held for a single collection The collection can be continuously performed on the body at a plurality of automatic warehouses.

  And, if there is no inter-shelf transport device, when the storage holders that hold multiple types of articles to be collected are distributed and stored in multiple automatic warehouses, One holding body (for example, one of the collected collection bodies that have been delivered) is used to unload the holding bodies from the automatic warehouses, and to collect the articles collected on the collection holding bodies that have been delivered from the respective automatic warehouses. Work to be transferred to one or another holding body, etc., but according to the first feature configuration, collection is performed at a plurality of automatic warehouses for a single collection holding body. Therefore, it is not necessary to transfer as much as possible from a plurality of collection holding bodies to one collection holding body (for example, a shipping pallet), and the picking operation can be performed quickly.

  In short, according to the first characteristic configuration, it is possible to provide an article storage facility that can efficiently perform picking work even if a plurality of types of articles to be picked are distributed and stored in a plurality of automatic warehouses.

  According to a second characteristic configuration of the article storage facility according to the present invention, in addition to the first characteristic configuration, the plurality of automatic warehouses are provided adjacent to each other with the rear surfaces of the storage shelves facing each other. The conveyance source and the conveyance destination of the intermediate conveyance device are that the position in the height direction and the position in the traveling direction of the stacker crane are the same in each storage shelf of the adjacent automatic warehouse.

  That is, since the transport source and transport destination of the inter-shelf transport device are the same location in the height direction and the travel direction position of the stacker crane in each storage shelf of the adjacent automatic warehouse, the inter-shelf transport device The conveyance distance of the collection holder is short, and the collection holder can be quickly conveyed by the inter-shelf conveyance apparatus.

  In short, according to the second feature configuration, in addition to the operational effects of the first feature configuration, it is possible to provide an article storage facility that can perform a picking operation more quickly.

  According to a third characteristic configuration of the article storage facility according to the present invention, in addition to the first or the second characteristic configuration, the inter-shelf transfer device is supported by the collection holding body support portion. It is in the point comprised with the transfer apparatus which transfers a thing between self.

  That is, the collection holder supported by the collection holder support section can be transferred between the collection holder support section and the inter-shelf transport apparatus by the transfer device provided in the inter-shelf transport apparatus. Therefore, it is not necessary to provide a transfer device in the collection support body support for the transfer of the collection support body to the inter-shelf transport apparatus.

The collection support body support portion is provided on the stacker crane. Specifically, the collection support body support portion is provided on a lifting platform provided in the stacker crane. Since it is necessary to provide a transfer device for transferring the storage holder, the stacker crane (especially the lifting platform) will be enlarged if the collection holder support section is also provided with a transfer function. There is a fear.
By the way, in order to support the collection support body on the collection support body support section, the collection support body is artificially placed on the collection support body support section, or the collection support body support section On the other hand, the collection holder is placed by a transfer device (for example, a transfer fork) provided in the inter-shelf transport device or the warehousing conveyor.

  On the other hand, when the transfer device is provided in the inter-shelf transfer device as in the third characteristic configuration, the collection holder support section includes a mounting table that simply supports the collection holder. Only the stacker crane can be miniaturized.

  According to a fourth feature configuration of the article storage facility according to the present invention, in addition to any one of the first to third feature configurations, the storage holder has one type for a single storage holder. It is comprised in the form which hold | maintains articles | goods, The said stacker crane exists in the point comprised so that conveyance of the said holding | maintenance body for storage is possible with respect to the said inter-shelf conveyance apparatus.

  In other words, even if the collection holder can be transported between multiple automatic warehouses without leaving the automatic warehouse by the inter-shelf transport device, the picking target article is not duplicated for each automatic warehouse. If the storage is carried out at the location, the load will be concentrated on the automatic warehouse that stores the types of articles that often appear as the types of articles collected in the collection holder, and the picking operation at that location becomes a bottleneck. As a whole, the efficiency of the picking work may be reduced.

In such a case, in order to distribute the load among the respective automatic warehouses, it is necessary to store goods of a high frequency type as articles to be picked in a plurality of automatic warehouses.
However, when there is a shortage in an automatic warehouse where there is an article of the type to be stored redundantly as the picking operation is performed, the above-described load imbalance occurs, and the article is replenished to the automatic warehouse. Until then, there is a possibility that the efficiency of the picking work is reduced as described above.

  On the other hand, according to the fourth feature configuration, the stacker crane is configured to be able to transport the storage holder to the inter-shelf transport device, so that it is insufficient in one automatic warehouse and in the other automatic warehouse. It is possible to move storage holders that hold surplus types of articles from the other automatic warehouse to one automatic warehouse, reducing the uneven load between the automatic warehouses, making picking work more efficient Can be done automatically.

Top view of goods storage equipment A perspective view showing one of a plurality of automatic warehouses of the article storage facility

The article storage facility according to the present invention will be described with reference to the drawings.
FIG. 1 is a plan view of a plurality of automatic warehouses (two in the figure) as an article storage facility according to the present invention. As the automatic warehouse J, two automatic warehouses J1 and J2 are provided.
Each of the automatic warehouse J1 and the automatic warehouse J2 includes a storage shelf T provided with a plurality of storage units S that can store storage pallets P1 as storage holders for holding the articles B to be picked, arranged vertically and horizontally. A stacker crane SC that is movable in a moving space provided on the front side of the storage shelf T is provided.
Note that each of the storage shelves T11, T12, T21, and T22 in FIG. 1 is configured so that the width in the horizontal direction and the width in the vertical direction of the storage unit are substantially the same. It is comprised so that it may become the same position in the arrangement direction view of T.

  As shown in FIG. 2, the stacker crane SC is provided on the front side of the storage shelf T (that is, the front side of the opposing storage shelves T11 and T12 and the front side of the opposing storage shelves T21 and T22). A traveling carriage 10 that can travel on the traveling rail SR laid in the space across the HP side end and the OP (opposite position) side end in FIG. 1, and the front and rear erected on the traveling carriage 10 A pair of support columns 11, a connection frame 13 that connects the upper ends of the pair of support columns 11, and a lifting platform 12 that is guided by the support columns 11 and can be moved up and down are configured.

  On the lift 12, a fork-type transfer device 21 that can transfer the storage pallet P <b> 1 between the storage unit S and itself, and a collection holder that holds articles taken out from the storage pallet P <b> 1. A collection holding body support base 22 (an example of the collection holding body support section) for placing and supporting the collection pallet P2 as a body is provided in a state of being aligned in the traveling direction of the stacker crane SC. .

  In addition, on the lifting platform 12, four support columns 12h are erected at the corners, and the upper frame portion connecting the upper ends of the four support columns 12h is along the traveling direction of the stacker crane SC. A traveling rail 12a is attached to the frame portion. And the moving frame 12b provided with a 2nd traveling rail in the direction orthogonal to the traveling direction of the stacker crane SC is provided so that traveling on the traveling rail 12a is possible. Furthermore, a movable support 12c that can move up and down in the vertical direction is provided on the lower surface side of the movable frame 12b, and a vacuum adsorption transfer device 20 is attached to the lower end of the movable support 12c.

With the above configuration, the vacuum adsorption transfer device 20 is configured to be movable vertically and horizontally in a predetermined range on the lifting platform 12 in a plan view, and to be movable up and down in a predetermined range above the lifting platform in a side view. The
The above-mentioned predetermined range means that a necessary number of articles B among the plurality of articles B stacked on the storage pallet P1 are vacuum-sucked by the vacuum adsorption transfer device 20 and are collected on the collection pallet P2. It is set as a range in which the work to be stacked (picking work) can be executed. That is, the vacuum suction transfer device 20 corresponds to a picking device.
Further, the storage pallet P1 is configured to hold one type of article with respect to the single storage pallet P1.

That is, a storage shelf T provided with a plurality of storage units S that can store storage pallets P1 for holding articles B to be picked up and down, left and right, and a moving space provided on the front side of the storage shelf T are movable. A collection holding body support base 22 that includes a plurality of automatic warehouses J composed of a stacker crane SC, and the stacker crane SC can support a collection pallet P2 that holds an article B taken out from the storage pallet P1. And a vacuum adsorption transfer device 20 as a picking device for taking out the article B from the storage pallet P1 and transferring it to the collection pallet P2.
In the present embodiment, control means for controlling the traveling of the stacker crane SC, the raising and lowering of the lifting platform 12 and the operation of the inter-shelf transport apparatus H described later is provided, but the control configuration is known. Therefore, explanation is omitted.

Adjacent automatic warehouse J1 and automatic warehouse J2 are provided adjacent to each other with the storage rack T12 in automatic warehouse J1 and the storage rack T21 in automatic warehouse J2 facing each other.
Further, over the position corresponding to the storage portion S located at the HP side end and the lowest level in the storage shelf T12 and the position corresponding to the storage side S located at the HP side end and the lowest level in the storage shelf T21, A traveling rail HR orthogonal to the traveling direction of the stacker crane SC in plan view is provided. Further, the traveling rail HR can travel freely on the traveling rail HR, and the collection pallet P2 or the storage pallet P1 is connected to the automatic warehouse J1 and the automatic warehouse J2. A traveling moving body 30 that can be conveyed between the two is provided.

The traveling moving body 30 has traveling wheels at the lower end, and can be moved in and out of the upper end side in a direction orthogonal to the traveling direction of the stacker crane SC, and is supported by the collection supporting body support base 22. Two fork devices 31 as transfer devices for transferring P2 to and from P2 are provided on the upper end side in a state of being separated in the traveling direction of the stacker crane SC.
Further, on the upper end side of the traveling moving body 30, there is provided a roller 32 that is rotatable in a direction along the traveling direction of the stacker crane SC and moves the loaded collection pallet P2 or storage pallet P1 in the loaded state. It has been.

That is, in this embodiment, the travel rail HR and the travel moving body 30 constitute an inter-shelf transport device H, and the inter-shelf transport device H is a stacker crane of the automatic warehouse J1 or the automatic warehouse J2 by the fork device 31. The collection pallet P2 is configured to be freely transportable with one side of the collection supporter support base 22 in the SC as the transport source and the other side as the transport destination.
Further, the transport source and transport destination of the inter-shelf transport device H are configured such that the position in the height direction of each storage shelf T of the adjacent automatic warehouse J and the position in the traveling direction of the stacker crane SC are the same. ing.

  In addition, the storage conveyor CV1 for receiving the storage pallet P1 from the outside with the end adjacent to the travel path of the inter-shelf transport device H at a position between the adjacent automatic warehouse J1 and the automatic warehouse J2, A delivery conveyor CV2 for delivering the collection pallet P2 is provided.

  When the storage pallet P1 is received from the outside, the control means (not shown) first moves the traveling moving body 30 to a location adjacent to the storage conveyor CV1. When the storage pallet P1 is transported toward the end of the inter-shelf transport device H by the warehousing conveyor CV1, the inter-shelf transport device H pulls the storage pallet P1 onto the traveling moving body 30 by the rotation of the roller 32. The storage pallet P1 is placed and supported and moved to the end of the automatic warehouse J where the storage pallet P1 is to be stored. It is not necessary to travel and move the traveling moving body 30 from the place where the storage pallet P1 is received from the conveyor CV1).

When the traveling mobile body 30 reaches the end of the automatic warehouse J to be received, the stacker crane SC travels the traveling carriage 10 until the traveling mobile body 30 becomes a transfer target location of the transfer device 21, and The elevator 12 is moved up and down.
Then, the transfer device 21 places the storage pallet P <b> 1 in a state where the fork protrudes, and then retracts the fork to transfer it onto the lifting platform 12. Subsequently, the traveling carriage 10 is moved to a position corresponding to the storage unit S to be stored, and the lifting platform 12 is moved up and down, and the article B to be picked is placed in the target storage unit S. Storage pallets can be received.

As described above, when viewed from the stacker crane SC, the traveling moving body 30 in the inter-shelf transport apparatus H functions as a warehousing port.
That is, the inter-shelf transfer device H as a storage port for receiving the storage pallet P1 from the outside is provided as a transfer target location of the stacker crane SC.

  When the article B held on the storage pallet P1 is loaded on the collection pallet P2 (picking work) and then the collection pallet P2 is taken out to the outside, the control means first collects the collection. The traveling carriage 10 is caused to travel to the position at which the holding body support base 22 becomes a transfer target position of the fork device 31, and the elevator base 12 is moved up and down. Next, the traveling moving body 30 is moved to the automatic warehouse J side where the collection pallet P2 is delivered. Since the collection holder support base 22 does not have a transfer function, the collection pallet P2 on which the fork device 31 included in the traveling mobile body 30 is placed and supported on the collection holder support base 22 of the stacker crane SC is supported. The collection pallet P2 is scooped in a state of protruding to the side, and then the fork device 31 is retracted to transfer the collection pallet P2 onto the traveling moving body 30. Subsequently, the traveling vehicle 30 is moved so that the traveling vehicle 30 is positioned adjacent to the delivery conveyor CV2 (if the automatic warehouse for delivering the collection pallet P2 is the automatic warehouse J2, the traveling vehicle 30 is not required to travel and move).

When the traveling moving body 30 reaches a position adjacent to the unloading conveyor CV2, the roller 32 on the traveling moving body 30 is rotated to move the collection pallet P2 toward the unloading conveyor CV2, and the unloading conveyor CV2 continues to collect. The product pallet P2 is placed and conveyed.
In this manner, the collection pallet P2 can be delivered from either of the automatic warehouses J1 and J2 using a single delivery conveyor CV2.

As described above, when viewed from the stacker crane SC, the traveling moving body 30 in the inter-shelf transport apparatus H functions as a shipping port.
That is, the inter-shelf transport device H as a delivery port for delivering the collection pallet P2 to the outside is provided as a transfer target location of the stacker crane SC, and the collection support body support 22 is used for the collection pallet P2. Is supported in a state where it can be exchanged between itself and the exit.

In the two automatic warehouses J, the types of articles B to be stored in the respective automatic warehouses J are set in accordance with patterns (shipping patterns) that frequently appear as combinations of the types of articles picked on the collection pallet P2. ing. When the same type of article B appears in the shipping pattern for different automatic warehouses J, it is necessary to store the same type of articles B in each of the automatic warehouses J.
In the present embodiment, since the stacker crane SC is configured to be able to transport the storage pallet P1 to the inter-shelf transport device H, the goods in the automatic warehouse J in which a certain kind of goods B are stored. When a shortage occurs in B, the storage pallet P1 holding the article B of the type surplus in one automatic warehouse J (for example, automatic warehouse J1) is stored in one automatic warehouse (automatic warehouse J1). Can be moved to the other automatic warehouse (automatic warehouse J2), and the article B stored in the automatic warehouse J can be optimized to a state where a quicker shipping operation can be performed. .

[Another embodiment]
(1) In the above embodiment, a plurality of storage units S for storing storage pallets P1 as storage holders for placing and supporting articles are arranged vertically and horizontally to form a storage shelf T, and a lifting platform provided in a stacker crane 12 is mounted with a fork-type transfer device 21 for transferring the storage pallet P1 between the storage unit S and itself, and a collection pallet P2 as a collection holder for placing and supporting articles. However, the present invention is not limited to such a configuration. For example, a drawer-type cassette that stores articles is used as a storage holder, and these are not limited to such a configuration. A storage shelf T is configured by arranging a plurality of storage units for storing a plurality of cassettes vertically and horizontally, and the stacker crane is configured to pull out the cassette and transfer it onto itself, and an article stored in the cassette. A collection tray holding unit (for example, a collection tray holding arm) that holds a collection tray as a collection holder for collecting products, and a part or all of a plurality of articles stored in a cassette on the collection tray It is good also as a structure provided with the picking apparatus transferred to.

  Moreover, in the said embodiment, although the structure provided with the vacuum suction type transfer apparatus 20 as a picking apparatus was illustrated, it replaced with such a structure, for example, the robot hand type transfer apparatus transferred in the state which hold | maintains the goods B, for example As long as some or all of the plurality of articles B held on the storage pallet P1 can be appropriately transferred to the collection pallet P2, various transfer devices are used. Is possible.

(2) In the above embodiment, the article storage facility provided with two automatic warehouses J side by side is illustrated, but the present invention is not limited to such a configuration. For example, the article storage facility provided with three or more automatic warehouses J side by side. It is good.
Further, in the above embodiment, a plurality of automatic warehouses J are arranged in the horizontal direction, and one of the plurality of transfer target locations for the stacker crane SC in one automatic warehouse J among the plurality of automatic warehouses J. Is provided with an inter-shelf transport device H that can transport the collection pallet P2 in the horizontal direction with one of a plurality of transfer target locations of the stacker crane SC in another automatic warehouse J as a transport destination. Although the configuration is exemplified, the configuration is not limited to such a configuration. For example, an inter-shelf transport apparatus H that includes a plurality of automatic warehouses J arranged in the vertical direction and can transport the collection pallet P2 in the vertical direction is provided. It is also possible to provide a configuration.

Moreover, in the said embodiment, the position of the height direction in the storage shelf T of each adjacent automatic warehouse J and the position of the traveling direction of a stacker crane are the same places as the conveyance source and conveyance destination of the conveyance apparatus H between shelves. However, the present invention is not limited to such a configuration, and the transport source and transport destination of the inter-shelf transport device H are set in the height direction position and stacker in each storage shelf T of the adjacent automatic warehouse J. You may comprise so that the position of the traveling direction of the crane SC may become a different position. Moreover, in the said embodiment, although the structure which provides the conveyance origin and conveyance destination of the conveyance apparatus H between shelves in the one side edge part of the storage shelf T in planar view, the stacker crane SC driving | running | working center part of the storage shelf T was illustrated. The installation location and the installation quantity are not limited.
Even when a plurality of automatic warehouses J are arranged in the vertical direction, the transport source and the transport destination of the inter-shelf transport device H are the height directions in the storage shelves T of the automatic warehouses J in the plurality of automatic warehouses J. And the position in the traveling direction of the stacker crane SC may be the same, or the position in the height direction and the position in the traveling direction of the stacker crane SC in each storage shelf T of the automatic warehouse J may be different.

(3) In the above embodiment, the inter-shelf transport device H is configured to include the fork device 31 that transfers the collection pallet P2 supported by the collection holder support base 22 between itself. However, instead of such a configuration, a transfer device for transferring the collection pallet P2 between the inter-shelf transport device H and itself is provided on the lifting platform 12 of the stacker crane SC. You may comprise as follows.
Moreover, in the said embodiment, although the transfer apparatus 21 scooped the storage pallet P1 in the state which makes a fork protrude, it illustrated the structure transferred on the raising / lowering stand 12, It replaced with such a structure, for example, picking You may comprise so that a part or all of the some articles | goods on the storage pallet P1 may be picked and transferred to the collection pallet P2 by the form which makes an apparatus project with respect to a storage part.

(4) In the above embodiment, the traveling moving body 30 in the inter-shelf transport device H is configured to be a warehousing port or a shipping port. However, as a transfer target location of the stacker crane SC, a location other than the inter-shelf transport device H For example, the storage conveyor P1 or the collection pallet P2 from the outside of the automatic warehouse J is used as a warehousing port, and the storage pallet P1 or the collection pallet P2 is discharged out of the automatic warehouse J. You may comprise so that a conveyor may be used as a delivery port. In this case, the warehousing conveyor and the warehousing conveyor can be shared with the warehousing.

(5) In the above embodiment, the storage pallet P1 is configured to hold one type of article B with respect to a single storage pallet P1, but is not limited to such a configuration. For example, it is good also as a form which hold | maintains multiple types of articles | goods B with respect to the single storage pallet P1. Even in such a case, when there is a shortage of a specific type of article B in a certain automatic warehouse J among a plurality of automatic warehouses J, a relatively large amount of the type B of the shortage is stored. The specific type of goods B is in a state of shortage from the automatic warehouse J in which the goods B of the kind that has become insufficient or the shortage is in a surplus state. It may be configured to be moved to an automatic warehouse.

B Article S Storage unit T Storage shelf P1 Storage support P2 Collection support 22 Collection support 22 SC Stacker crane 20 Picking device J Automatic warehouse H Inter-shelf transport device 31 Transfer device

Claims (4)

A storage shelf including a plurality of storage units that can store storage holders for holding articles to be picked up and down, left and right, and a stacker crane that is movable in a moving space provided on the front side of the storage shelf. Equipped with automatic warehouse,
The stacker crane picks up an article from the storage holder and collects the article holder for holding the article holder that holds the article taken out from the storage holder. And a picking device that is transferred to the holding body,
A warehousing port for warehousing the holding body for storage from the outside and a warehousing port for unloading the holding body for collection to the outside are provided as transfer target locations of the stacker crane,
The article holding facility is configured to support the collection holder supporting part in a state where the collection holder is freely exchanged between itself and the exit port,
A plurality of the automatic warehouses are provided,
Each of the plurality of automatic warehouses is provided with the stacker crane separately,
Among the plurality of automatic warehouses, one of a plurality of transfer target locations for a stacker crane in one automatic warehouse is used as a transfer source, and among a plurality of transfer target locations for a stacker crane in another automatic warehouse An article storage facility provided with a shelf-to-shelf transport device capable of transporting the collection holder received from the collection holder support section in the stacker crane, with one of these as a transport destination. The plurality of automatic warehouses are provided adjacent to each other with the back surfaces of the storage shelves facing each other,
The article storage facility according to claim 1, wherein the transport source and the transport destination of the inter-shelf transport device are the same position in the height direction in the storage shelf of each adjacent automatic warehouse and in the traveling direction of the stacker crane. .   The said inter-shelf conveyance apparatus is provided with the transfer apparatus which transfers the said holding body for collection which the said holding body support part for collection supports to self, The structure of Claim 1 or 2 comprised. Goods storage equipment. The storage holder is configured to hold one type of article with respect to a single storage holder,
The article storage facility according to any one of claims 1 to 3, wherein the stacker crane is configured to be capable of transporting the storage holder relative to the inter-shelf transport device.

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