JP2017019611A - Stocker system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a stocker system, in which a related party related in an article stocked in a stocker can manage delivery information easily.SOLUTION: In a stocker system 10, a delivery person reads out the bar code 83 of a commodity stocked in a stocker 20, by a hand-held type reader 50. If a slave device 70 of the stocker 20 receives the code information from the hand-held type reader 50, the slave device 70 reads out a delivery box number by referring a ticket ID contained in the code information to a delivery box corresponding table, and unlocks the door 26 of a corresponding delivery box 22. A deliverer opens the unlocked door 26 and stores the commodity in the delivery box 22, and then closes the door 26. These operations are repeated for all the commodities to be stored at this time. If the hand-held type reader 50 is then set in a holder 40, the slave device classifies the delivery information of all the commodities stored at this time, for individual users, and gathers the classified delivery information into one for each user, and outputs the delivery information to a portable terminal 88 of each user.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a stocker system.

  2. Description of the Related Art Conventionally, a collection / delivery system that transmits collection / delivery status to a customer in real time is known. For example, in the collection / delivery system of Patent Document 1, a collection / delivery operator reads a barcode on a slip attached to a package immediately after receiving the package or when it is determined that the package can be delivered securely. Thereafter, when the bar code reader is returned to the holder mounted on the collection and delivery vehicle, information indicating the slip number and the collection and delivery status is automatically transmitted to the collection and delivery management server. In this case, the slip number and information indicating the collection / delivery status are automatically transmitted for each package.

JP 2005-239431 A

  By the way, even in a stocker system including a stocker having a plurality of delivery warehouses, it is convenient if the status of the articles stored in the delivery warehouse can be transmitted to the customer in real time. However, as in Patent Document 1, when information indicating the collection / delivery status is automatically transmitted for each article, such information is transmitted many times when the number of articles is large. There was a problem that the management on the side became complicated.

  SUMMARY OF THE INVENTION The main object of the present invention is to make it possible for a person involved in an article stored in a stocker to easily manage delivery information.

The stocker system of the present invention
A stocker with multiple deliveries;
Storage means for storing integrated data associating order information for specifying an order of goods, delivery storage information for specifying a delivery warehouse, and related party information for specifying related parties involved in the order;
A reader detachably set in the holder;
If the code information of the articles stored in the stocker is received from the reader, the order information included in the code information is read in light of the integrated data, and the delivery information is read out, and the corresponding delivery room door And when the door is closed, a delivery control means for locking the door;
If the reader is set in the holder, the delivery information of all the articles stored this time is classified for each party based on the party information associated with the order information, and the classified delivery Output control means for collecting information into one for each party and outputting the information to the terminals of each party;
It is equipped with.

  In this stocker system, an operator takes out a reader set in a holder and reads a code of an article stored in the stocker with the reader. When the delivery storage control means receives the code information of the articles stored in the stocker from the reader, the delivery storage information is read out by referring to the integrated data for the order information included in the code information, and the door of the corresponding delivery storage To unlock. The operator opens the unlocked door to store the article in the delivery box, and then closes the door. The delivery storage control means locks the door when the door is closed. The operator repeats this operation for all the articles to be stored this time. Thereafter, the output control means determines whether or not it is detected that the reader is set in the holder. Since the operator sets all the articles to be stored this time in the stocker and then sets the reader in the holder, the time when the reader is set in the holder can be regarded as the completion of delivery. When the reader is set in the holder, the output control means classifies the delivery information of all the articles stored this time for each party based on the party information associated with each order information. The delivery information is collected for each party and output to the terminals of each party. Therefore, compared to the case where the delivery information is output to the terminal of the related person every time one article is stored in the delivery box, the related person can easily manage the delivery information.

  In the stocker system of the present invention, the related party may be at least one of a purchaser of goods, a seller of goods, and a manager of stockers. When the related person is a purchaser of goods, it is possible to know that the goods purchased by himself / herself have arrived at the stocker by receiving the delivery information. When the related person is a seller, it is possible to know that the item shipped by himself / herself is stored in the stocker by receiving the delivery information. When the related person is a stocker manager, the frequency of use of the stocker can be known by receiving delivery information.

  In the stocker system of the present invention, when the reader is set in the holder, the output control means may notify the reader set completion information indicating that the reader is set in the holder. In this way, the operator can know whether or not the reader has been correctly set in the holder, depending on whether or not the reader set information has been notified to the outside. Therefore, when the reader is not correctly set in the holder, the operator can recognize it and set the reader correctly in the holder.

  In the stocker system of the present invention, the holder may be installed in a delivery box for the holder among the plurality of delivery boxes. In this way, when the reader is not used, the reader is accommodated in the holder storage, so that there is no possibility of the reader being stolen or broken by a third party.

1 is a schematic explanatory diagram of a configuration of a stocker system 10. FIG. FIG. 3 is a block diagram showing electrical connections of the stocker system 10. Explanatory drawing of the management information 65 memorize | stored in the memory | storage part 64 of the parent apparatus 60. FIG. Explanatory drawing of the management information 75 memorize | stored in the memory | storage part 74 of the child apparatus 70. FIG. The flowchart showing an example of a delivery process routine. Explanatory drawing which shows the example of the delivery completion mail transmitted to each user.

  Next, embodiments of the present invention will be described with reference to the drawings. FIG. 1 is a schematic explanatory diagram of a configuration of a stocker system 10 according to an embodiment of the present invention. FIG. 2 is a block diagram showing the electrical connection of the stocker system 10. FIG. 3 is an explanatory diagram of the management information 65 stored in the storage unit 64 of the parent device 60. FIG. 4 is an explanatory diagram of the management information 75 stored in the storage unit 74 of the child device 70.

  As shown in FIG. 1, the stocker system 10 includes a plurality of stockers 20, a parent device 60 that functions as a server, and a child device 70 that functions as a client.

  The stocker 20 is used for delivery of articles delivered from a delivery source such as a store, and is arranged in various places such as an office, a convenience store, a factory, a station, a school, and an apartment. The stocker 20 includes a plurality of delivery boxes 22 and a single device storage box 34.

  The delivery box 22 includes a door 26 and an automatic lock mechanism 28 for the door 26. An article sensor 30 for detecting the presence / absence of an article is provided inside the delivery box 22. The door 26 is provided with an opening / closing sensor 32 that detects opening / closing of the door 26.

  The equipment storage 34 includes a door 36 and an automatic lock mechanism 38 for the door 36. A holder 40 capable of storing a handheld reader 50 is installed in the device storage 34. The hand-held reader 50 is a rechargeable reader that is grasped by a hand and reads a barcode, and is charged by the holder 40 when correctly set in the holder 40. The door 36 is provided with an open / close sensor 42 that detects opening / closing of the door 36. A touch panel 44 and a fixed reader 46 are laid out on the front surface of the door 36. The touch panel 44 is a well-known panel capable of displaying characters and buttons and inputting instructions. The fixed reader 46 is a reader that reads a code (for example, a two-dimensional code such as a QR code (registered trademark)) held forward. A child device 70 to be described later is installed on the back side of the touch panel 44.

  The parent device 60 is a server device that comprehensively manages a plurality of stockers 20, and includes a parent control unit 62, a storage unit 64, and a communication unit 66, as shown in FIG. The parent control unit 62 includes a CPU, a ROM, a RAM, and the like, and controls the entire apparatus. The storage unit 64 stores various data such as various application programs such as processing programs and management information 65 of the stocker 20. The communication unit 66 is connected to the network NW and performs bidirectional communication with other devices. As shown in FIG. 3, the management information 65 stored in the storage unit 64 includes a delivery storage correspondence table 65a and an article presence / absence table 65b. The delivery warehouse correspondence table 65a is an integrated data table in which member IDs, e-mail addresses, slip IDs, stocker numbers, delivery warehouse numbers, and unlock codes are associated with each other. The member ID is information that can identify the user. The slip ID is information that can identify the order of the product. The stocker number is information that can identify which stocker 20 of the plurality of stockers 20 is. The delivery warehouse number is information that can identify which delivery warehouse 22 among the plurality of delivery warehouses 22 provided in the stocker 20. The unlock code is information (unlock code at the time of receipt) for unlocking the delivery box 22 when the user receives the product. The article presence / absence table 65b is a table in which a stocker number, a delivery warehouse number, and an article presence / absence indicating the presence / absence of an article in the delivery warehouse 22 are associated with each other. The presence / absence of articles in the delivery box 22 is information based on detection of the presence / absence of articles by the article sensor 30, and is information acquired by the parent device 60 from the child device 70.

  The slave device 70 is a client device that manages only the stocker 20 to which the slave device 70 is attached. The slave device 70 is provided in the equipment storage 34 of each stocker 20. As shown in FIG. 2, the child device 70 includes a child control unit 72, a storage unit 74, and a communication unit 76. The child control unit 72 includes a CPU, a ROM, a RAM, and the like, and controls the entire apparatus. The storage unit 74 stores various data such as various application programs such as processing programs and management information 75 of the stocker 20. The communication unit 76 is connected to the network NW and performs bidirectional communication with other devices. The slave device 70 receives detection signals from the open / close sensors 32 and 42 and the article sensor 30, code information from the fixed reader 46 and the handheld reader 50, detection signals from the holder 40, detection signals from the touch panel 44, and the like. . Further, the slave device 70 outputs a control signal for locking or unlocking the automatic locking mechanisms 28 and 38 and a display signal for the touch panel 44. The management information 75 stored in the storage unit 74 of the child device 70 is the same table as the delivery storage correspondence table 65a and the article presence / absence table 65b of the parent device 60 except that it includes only the information of the stocker 20 managed by itself. A delivery storage correspondence table 75a and an article presence / absence table 75b are included. When a change occurs in the information in the delivery table correspondence table 65a of the management information 65, the parent device 60 transmits the changed information to the child device 70 that manages the corresponding stocker 20. Similarly, the child device 70 transmits the changed information to the parent device 60 when there is a change in the information in the delivery storage correspondence table 75a and the article presence / absence table 75b of the management information 75. Therefore, the management information 65 of the parent device 60 and the management information 75 of the plurality of child devices 70 are synchronized.

  Such a stocker system 10 is connected to a store PC 82 installed in a store 80 such as a supermarket via a network NW so that bidirectional communication is possible. The store 80 operates a product sales website 84. The stocker system 10 is also connected to a mobile terminal 88 possessed by the user via a network NW so that bidirectional communication is possible.

  Next, the operation of the stocker system 10 will be described. The user operates the portable terminal 88 to access the merchandise sales website 84 and inputs the desired merchandise, his / her member ID, the number of the stocker 20 he / she wishes to receive, and orders the merchandise. When an order for a product is placed, the store PC 82 acquires information input by the user, attaches a slip ID for managing the order, and manages these as order information. Further, the store PC 82 transmits an inbound delivery determination request including the member ID, the slip ID, and the number of the stocker 20 desired to be received among the order information to the parent device 60. Based on the delivery warehouse determination request of the store PC 82, the parent device 60 assigns the delivery warehouse 22 in the stocker 20 of the product delivery destination (determination of the delivery warehouse 22 to be used). Specifically, when the parent control unit 62 receives the above-mentioned delivery warehouse determination request from the store PC 82, the delivery warehouse number is stored in the delivery warehouse correspondence table 65a among the plurality of delivery warehouses 22 included in the stocker 20 desired to receive. The delivery destination delivery storage 22 is determined from those not yet received (that is, the empty delivery storage 22). Then, the parent control unit 62 determines the delivery number of the delivery box 22 that has been determined, the unlock code that is different from any unlock code in the delivery table correspondence table 65a, and the member ID and slip included in the delivery store determination request. The ID and the desired stocker 20 (delivery destination stocker 20) number are associated with each other and stored in the delivery storage correspondence table 65a. In addition, the parent control unit 62 reads an e-mail address corresponding to the member ID from a member registration table (not shown) and stores it in the delivery storage correspondence table 65a. On the other hand, the store clerk of the store 80 arranges the product and gives a delivery instruction of the product to the delivery person based on the ordering information stored in the store PC 82. A bar code 83 representing a slip ID is affixed to a box or bag in which the product is packed. In the following description, for convenience, the barcode 83 is referred to as a barcode 83 attached to the product. The delivery person delivers the product to the stocker 20 for which delivery has been instructed, and delivers it to the delivery box 22.

  Next, the operation of the slave device 70 of the stocker system 10 will be described. The slave device 70 managing the delivery destination stocker 20 performs delivery processing based on the operation of the delivery person. FIG. 5 is a flowchart illustrating an example of a delivery processing routine executed by the child control unit 72 of the child device 70. This routine is stored in the storage unit 74 and is started when the power of the slave device 70 is turned on. In addition, the delivery person carries the regular delivery person card | curd with which the two-dimensional code for certifying that he was a regular delivery person was attached | subjected.

  When starting this routine, the child control unit 72 first determines whether or not code information is input from the fixed reader 46 (step S100). When the delivery person holds the two-dimensional code of the regular delivery card in front of the fixed reader 46, the fixed reader 46 reads the two-dimensional code and transmits the code information to the child control unit 72. The child control unit 72 waits until the code information is input from the fixed reader 46. If the code information is input, the child control unit 72 determines whether or not the user is an authorized delivery person based on the code information (step S102). The child control unit 72 determines whether or not the code information input this time matches the code information indicating the regular delivery person stored in the storage unit 74 in advance.

  If the child control unit 72 determines in step S102 that it is not an authorized delivery person, it outputs an error display on the touch panel 44 (step S122) and ends this routine. On the other hand, if the child control unit 72 determines that it is an authorized delivery person in step S102, the child control unit 72 unlocks the door 36 of the equipment storage 34 of the stocker 20 (step S104). The delivery person opens the door 36 of the equipment storage 34, takes out the hand-held reader 50 from the inside, and reads the barcode 83 attached to the product to be stored in the stocker 20 with the hand-held reader 50. The child control unit 72 determines whether or not the code information is input from the hand-held reader 50 (step S106), and if it is input, the slip ID included in the code information is delivered in the light of the delivery correspondence table 75a. The warehouse number is read out, and the door 26 of the delivery warehouse 22 with the delivery warehouse number is unlocked (step S108). The delivery person opens the door 26 of the delivery box 22, stores the commodity with the barcode 83 read earlier in it, and closes the door 26.

  Subsequently, the child control unit 72 determines whether or not the product is stored in the unlocked delivery box 22 based on the detection signals input from the article sensor 30 and the open / close sensor 32 of the delivery box 22 (step S110). ). Specifically, when the child control unit 72 inputs a detection signal indicating that there is an article from the article sensor 30 of the corresponding delivery storage 22 and a detection signal that the door 26 is closed from the open / close sensor 32, It is determined that the product is stored in the delivery box 22. If a negative determination is made in step S110, the child control unit 72 waits as it is. On the other hand, if the determination in step S110 is affirmative, the child control unit 72 locks the door 26 of the delivery box 22 and determines the presence / absence of an article corresponding to the delivery number of the delivery box 22 in the article presence / absence table 75b. “No” is changed to “Yes” (step S112).

  Subsequently, the child control unit 72 determines whether or not a delivery completion signal has been input from the holder 40 (step S114). When the handheld reader 50 is correctly set in the holder 40, the holder 40 starts charging the handheld reader 50 and outputs a delivery completion signal to the child control unit 72. The delivery person sets the hand-held reader 50 in the holder 40 when all the goods to be stored in the stocker 20 have been stored. Therefore, the time when the hand-held reader 50 is set in the holder 40 can be regarded as the delivery completion time. If a negative determination is made in step S114, the child control unit 72 returns to step S106 again to determine whether or not the code information is input from the handheld reader 50. If the negative control is determined in this step S106, The process returns to step S114 again.

  If the determination in step S114 is affirmative, the child control unit 72 provides the delivery information of all the products currently stored in the stocker 20 for each member ID associated with each slip ID (that is, for each user). Classify (step S116). The delivery information of one product includes a product slip ID, a stocker 20 number, and a two-dimensional code representing an unlock code of the delivery box 22 in which the product is stored. Thereafter, the child control unit 72 collects the classified delivery information into one for each user, and transmits a delivery completion mail to the mobile terminal 88 of each user (step S118). The e-mail address can be read by searching the delivery storage correspondence table 75a with the member ID of the user. Thereafter, the child control unit 72 locks the door 36 of the device storage 34 in which the hand-held reader 50 is already stored (step S120), and this routine is finished.

  FIG. 6 is an explanatory diagram showing an example of a delivery completion mail transmitted to the user. FIG. 6 illustrates the delivery completion mail addressed to the user U1 and the delivery completion mail addressed to the user U2. Delivery information for three products is displayed in the delivery completion mail addressed to user U1, and delivery information for the two products is displayed in the delivery completion mail addressed to user U2. Note that the date and time of transmission are also written in the mail. The user name is also written in the mail, but the user name is acquired by searching a member management table (not shown) from the member ID.

  When the user who has received the e-mail knows that the product he ordered has arrived at the stocker 20 designated by the user, he / she goes to the stocker 20 and uses the two-dimensional code included in the delivery completion e-mail. Hold it over the fixed reader 46. Then, the child control unit 72 of the stocker 20 recognizes the unlock code included in the code information input from the fixed reader 46, reads the delivery number corresponding to the unlock code from the delivery correspondence table 75a, The door 26 of the delivery box 22 is unlocked. After that, when the child control unit 72 recognizes that the door 26 is closed after the product is taken out from the unlocked delivery box 22 based on the detection signals from the article sensor 30 and the opening / closing sensor 32, the child control unit 72 recognizes the door 26. In addition to locking, the current data (one horizontal line) is deleted from the delivery table correspondence table 75a. Further, the child control unit 72 changes the presence / absence of the article corresponding to the delivery number of the delivery box 22 in the article presence / absence table 75b from “present” to “none”. When the delivery completion mail includes a plurality of two-dimensional codes, the user sequentially holds the two-dimensional codes over the fixed reader 46 and takes out the product. When the data corresponding to the member ID of the user remains in the delivery storage correspondence table 75a, the child control unit 72 displays a warning to that effect on the touch panel 44 or outputs sound from a speaker (not shown). In addition, the child control unit 72 displays a warning to that effect on the touch panel 44 or outputs sound from a speaker (not shown) even when there is the delivery box 22 in which the door 26 is not closed after the product is taken out. To do.

  Here, the correspondence between the components of the present embodiment and the components of the present invention will be clarified. The slip ID of this embodiment corresponds to the order information of the present invention, the delivery number corresponds to the delivery information, the user corresponds to the related party, the data in the delivery correspondence table 75a corresponds to the integrated data, and is stored. The unit 74 corresponds to a storage unit. The holder 40 corresponds to the holder, the handheld reader 50 corresponds to the reader, the child control unit 72 corresponds to the delivery storage control means and the output control means, and the equipment storage 34 corresponds to the delivery storage for the holder. .

  In the stocker system 10 described in detail above, the time point when the hand-held reader 50 is correctly set in the holder 40 is regarded as the time point when the delivery is completed, and the delivery information of all the products stored in the stocker 20 this time is classified for each user. Then, the classified delivery information is collected for each user, and a delivery completion mail is transmitted to the mobile terminal 88 of each user. Therefore, the user can manage the delivery information more easily than when the delivery information is transmitted to the user's portable terminal 88 each time a product is stored in the delivery box 22.

  In addition, when a user purchases a plurality of products, the user can know that all the products purchased by the user have arrived at the designated stocker 20 by receiving one delivery completion mail.

  Furthermore, since the holder 40 is installed in the equipment storage 34 (delivery for the holder) of the stocker 20, when the handheld reader 50 is not used, the handheld reader 50 is accommodated in the equipment storage 34. . Therefore, there is no possibility that the handheld reader 50 is stolen or broken by a third party.

  It should be noted that the present invention is not limited to the above-described embodiment, and it goes without saying that the present invention can be implemented in various modes as long as it belongs to the technical scope of the present invention.

  For example, in the above-described embodiment, the case where the child control unit 72 transmits a delivery completion mail to the user is exemplified. However, the store PC 82 of the store 80 that sells the product and the PC of the stocker manager that manages the usage status of the stocker 20 Or you may transmit a delivery completion mail also to a portable terminal. For example, when the child control unit 72 transmits a delivery completion mail to the store PC 82, information specifying the store 80 is associated with the slip ID in the delivery correspondence table 75a so that the store 80 can be specified from the slip ID. deep. Then, the child control unit 72 may classify the delivery information for each store 80, combine the classified delivery information into one for each store 80, and output the collected delivery information to the store PC 82 of each store 80. In this way, the store 80 can know when and in which stocker the shipped product is stored. Alternatively, when a stocker manager is set for each stocker 20, information for identifying the stocker manager is associated with the slip ID in the delivery table correspondence table 75a so that the stocker manager can be identified from the slip ID. Keep it. Then, the child control unit 72 may classify the delivery information for each stocker manager, collect the classified delivery information for each stocker manager, and output the collected delivery information to each manager's PC or portable terminal. In this way, the stocker manager can know the usage frequency of the stocker 20 and the like.

  In the above-described embodiment, when the handheld reader 50 is correctly set in the holder 40, the child control unit 72 informs the reader set completion information indicating that the handheld reader 50 is correctly set in the holder 40 to the outside. May be. In this way, the delivery person can know whether or not the hand-held reader 50 is correctly set on the holder 40 based on whether or not the reader-set information has been notified to the outside. Therefore, when the hand-held reader 50 is not correctly set in the holder 40, the delivery person can notice it and reset the hand-held reader 50 in the holder 40 correctly. The notification of the reader-set information to the outside may be displayed on the touch panel 44, for example, or may be output as a voice from a speaker (not shown). The reader set information includes information notifying that the hand-held reader 50 is correctly set in the holder 40, information indicating that charging of the hand-held reader 50 is started, and a delivery completion mail to the user. It may contain information that tells you what to do.

  In the embodiment described above, the time when the hand-held reader 50 is correctly set in the holder 40 is set as the delivery completion time. However, instead of or in addition to this, the delivery completion time may be determined as follows. That is, a delivery completion bar code is provided near the touch panel 44 of the stocker 20, and after the deliverer has finished storing all the products to be stored in the stocker 20, the delivery completion bar code is set by the handheld reader 50. The time of reading may be set as the time of delivery completion. In this case, the delivery person needs to read the delivery completion barcode with the hand-held reader 50, but the delivery information is output to the user's portable terminal 88 each time one item is stored in the delivery box 22. In comparison, the user can easily manage delivery information.

  By the way, when the delivery person reads the delivery completion barcode with the hand-held reader 50 as the delivery completion time point, if the delivery person forgets the reading operation, the child control unit 72 cannot recognize the delivery completion. In that case, it may be considered that the time when a predetermined time has passed since the storage of the product is finished is regarded as the time when the delivery is completed. However, since the delivery completion mail is transmitted with a delay in time, the real-time property is lowered, which is not preferable. For this reason, it is preferable that the time when the hand-held reader 50 is correctly set in the holder 40 be the time when delivery is completed.

  In the embodiment described above, the child device 70 transmits a delivery completion mail to the user. However, the parent device 60 may transmit a delivery completion mail to the user. In that case, the child device 70 may transmit the delivery information to the parent device 60, and the parent device 60 that has received the delivery information may perform the same processing as steps S116 and S118. Even in this case, the same effect as the above-described embodiment can be obtained.

  In the above-described embodiment, the delivery completion mail transmitted to the user by the child control unit 72 is attached with a two-dimensional code for each delivery information of the product, but only one two-dimensional code is provided for one delivery completion mail. You may make it attach. At this time, when a certain user purchases a plurality of products, their unlocking codes are shared. If the user causes the fixed reader 46 of the stocker 20 to read one two-dimensional code, the doors 26 of the delivery box 22 in which each product is stored are unlocked all at once. Therefore, it is possible to save the trouble of causing the fixed reader 46 to read the two-dimensional code one by one.

  In the embodiment described above, the holder 40 is installed in the device storage 34, but may be installed in one of the delivery boxes 22. Further, the holder 40 may be provided on the outer surface of the stocker 20.

  In the embodiment described above, the barcode 83 attached to the product may be changed to another one-dimensional code or a two-dimensional code such as a QR code. Further, the two-dimensional code indicating the unlocking code may be changed to a one-dimensional code such as a barcode.

  In the above-described embodiment, it has been described that the barcode 83 is attached to a box or bag in which products are packed. However, one product may be packed in the box or bag in that case, and a plurality of products may be packed. May be. Alternatively, the barcode 83 may be affixed to the product itself. Alternatively, the barcode 83 may be affixed to a store-owned box for delivering a product or a box packed with the product. In that case, the delivery person may take it home to the store and reuse it next time.

10 stocker systems, 20 stockers, 22 delivery boxes, 26 doors, 28 automatic lock mechanisms, 30 article sensors, 32 open / close sensors, 34 equipment storage, 36 doors, 38 automatic lock mechanisms, 40 holders, 42 open / close sensors, 44 touch panels, 46 fixed reader, 50 handheld reader, 60 parent device, 62 parent control unit, 64 storage unit, 65 management information, 65a delivery storage correspondence table, 65b article presence / absence table, 66 communication unit, 70 child device, 72 child control unit 74, storage unit, 75 management information, 75a delivery storage correspondence table, 75b article presence / absence table, 76 communication unit, 80 stores, 82 store PC, 83 barcode, 84 product sales website, 88 mobile terminal, NW network.

Claims (4)

A stocker with multiple deliveries;
Storage means for storing integrated data associating order information for specifying an order of goods, delivery storage information for specifying a delivery warehouse, and related party information for specifying related parties involved in the order;
A reader detachably set in the holder;
If the code information of the articles stored in the stocker is received from the reader, the order information included in the code information is read in light of the integrated data, and the delivery information is read out, and the corresponding delivery room door And when the door is closed, a delivery control means for locking the door;
If the reader is set in the holder, the delivery information of all the articles stored this time is classified for each party based on the party information associated with the order information, and the classified delivery Output control means for collecting information into one for each party and outputting the information to the terminals of each party;
Stocker system equipped with. The related party is at least one of a purchaser of goods, a seller of goods, and an administrator of stockers.
The stocker system according to claim 1. If the reader is set in the holder, the output control means informs the reader set completion information indicating that the reader is set in the holder.
The stocker system according to claim 1 or 2. The holder is installed in a delivery box for the holder among the plurality of delivery boxes,
The stocker system according to any one of claims 1 to 3.

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