JP2020154572A - Delivery and collection system by home delivery locker - Google Patents

Abstract

To provide a delivery and collection system by a home delivery locker that can eliminate redelivery and recollection.SOLUTION: A delivery system by a home delivery locker includes a home delivery locker 1, a customer terminal 3, a dealer terminal 5, and an information processing unit 7. The dealer terminal 5 accesses the information processing unit 7 by communication, checks available information of the home delivery locker, receives an encryption key of the home delivery locker if the home delivery locker is available, and transmits a delivery completion notification after the delivery is completed, and then, the customer terminal 3 receives the delivery completion notification from the information processing unit 7, receives the encryption key of the home delivery locker, accesses the information processing unit 7 by communication after receiving a package, and transmits receipt completion notification.SELECTED DRAWING: Figure 6

Description

The present invention relates to a delivery and collection system using a delivery locker.

The parcel delivery company (delivery staff) may deliver the parcel to the parcel delivery locker or collect the parcel from the parcel delivery locker.

However, since the delivery company does not know the availability information of the delivery locker at the time of delivery and collection of the parcel, there is a problem of being forced to redeliver or recollect, and it has been required to solve it.

Therefore, an object of the present invention is to provide a delivery and collection system using a delivery locker that can eliminate redelivery and recollection.

The invention according to claim 1 includes a delivery locker, a customer-side terminal, a trader-side terminal, and an information processing unit. The trader-side terminal accesses the information processing unit by communication to obtain availability information of the delivery locker. After checking, if the delivery locker is available, the delivery locker's encryption key is received, the delivery completion notification is sent after the delivery is completed, and the customer terminal receives the delivery completion notification from the information processing department and receives the delivery locker's encryption key. This is a delivery system using a delivery locker, which is characterized by accessing the information processing unit by communication after receiving a package and transmitting a receipt completion notification.

The invention according to claim 2 includes a delivery locker, a customer-side terminal, a trader-side terminal, and an information processing unit, and the customer-side terminal accesses the information processing unit by communication after putting a package in the delivery locker. Then, the package insertion completion notification is sent, and the vendor terminal receives the package insertion completion notification from the information processing department, accesses the information processing department by communication, receives the encryption key of the delivery locker, and sends the collection completion notification. It is a collection system using a parcel delivery locker.

The present application also includes an invention in which a delivery system using a delivery locker and a collection system are combined. In this case, the present invention includes a delivery locker, a customer-side terminal, a trader-side terminal, and an information processing unit. When the customer-side terminal receives a package, it receives a delivery completion notification from the information processing unit and delivers it to the home. Receive the locker's encryption key, access the information processing department by communication after receiving the luggage, send the receipt completion notification, and when requesting collection, access the information processing department by communication after putting the luggage in the delivery locker, and the luggage When delivering, the vendor terminal sends an insertion completion notification, accesses the information processing department by communication, checks the availability information of the delivery locker, and receives the unlock key code of the delivery locker if the delivery locker is available. , Send a delivery completion notification after delivery is completed, receive a package insertion completion notification from the information processing department, access the information processing department by communication, receive an unlock key code for the delivery locker, and send a collection completion notification It is a delivery and collection system using a delivery locker, which is characterized by information processing.

According to the invention of claim 1, since the delivery company (delivery worker) can deliver after grasping the availability information of the delivery locker, it is possible to prevent the redelivery that occurs because the delivery locker is in use.

According to the invention of claim 2, the collector (delivery person) can collect the parcel after receiving the notification of the completion of the baggage insertion and grasping the vacancy information of the delivery locker, so that the re-collection occurs because the parcel was not contained. It is possible to prevent collection.

In the invention of combining the delivery system by the delivery locker and the collection system, it is possible to prevent the redelivery caused by the delivery locker in use and the recollection caused by the absence of the package.

It is a flowchart which is embodiment of this invention and shows the flow of delivery of a courier (delivery person). It is a flowchart which is the embodiment of this invention and shows the flow of the customer (user) baggage receipt. It is a flowchart which shows the flow of the baggage request of a customer (user) which is the embodiment of this invention. It is a flowchart which is the embodiment of this invention and shows the flow of the pick-up of a courier (delivery person). It is a block diagram which shows the structure of the information processing part shown in FIG. It is a figure which shows the embodiment of this invention, and shows the whole structure.

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings. The embodiment described below is a delivery / collection system in which both a delivery system using a delivery locker and a collection system are combined. As shown in FIG. 6, this delivery / collection system includes a delivery locker 1, a customer-side terminal 3, a trader-side terminal 5, and an information processing unit 7, and each terminal 3, 5 and the information processing unit 7 are connected to the Internet. They can communicate with each other through line 8.
The parcel delivery locker 1 is installed in a detached house, a condominium, or other condominium, and inserts parcels to receive or deliver parcels to be delivered or delivered for collection. Then, the delivery locker 1 is installed in the detached house. The delivery locker 1 includes a door 9 that is locked and unlocked by an electronic lock 11. The electronic lock 11 is, for example, a battery lock, which is unlocked by receiving an encryption key transmitted by communication and locked when the door 9 is closed.
The customer-side terminal 3 is a terminal of a customer who receives a delivery or a customer who requests the collection of a package to be delivered, and is a smartphone, a communication type tablet, or the like held by the customer.
The trader-side terminal 5 is a terminal of a delivery person who delivers a package or a delivery person who collects a package to be delivered, and is a smartphone, a communication type tablet, or the like held by the delivery person who delivers or collects the package.

The information processing unit 7 is a server of a delivery company or a server of a company that manages a delivery locker 1.
The information processing unit 7 distributes application software for delivering and collecting packages, and the customer-side terminal can access the information processing unit 7 through this application software.

As shown in FIG. 5, the information processing unit 7 includes a customer-side terminal communication unit 13, a delivery locker communication unit 15, and a trader-side terminal communication unit 17.
The customer-side terminal communication unit 13 is a block that controls communication with the customer-side terminal 3 when the customer receives a package or requests collection, and is a block for controlling communication with the customer-side terminal 3, the customer-side mail transmission / reception unit 19 and the customer registration unit 21. A baggage receiving control unit 23, a pickup request control unit 25, and a customer position information storage unit 27 are provided.
The customer-side mail transmission / reception unit 19 transmits or receives a predetermined notification with the customer-side terminal 3.
The customer registration unit 21 determines whether or not the accessed customer terminal 3 is a registered customer terminal, and if there is no registration, a new registration is received, and the e-mail address of the customer terminal, Register the name of the customer (user).
The package receiving control unit 23 executes a receiving flow (described later) for receiving the package delivered to the delivery locker 1 with the customer side terminal 3.
The collection request control unit 25 executes a package delivery flow (described later) for requesting collection of the package with the customer-side terminal 3.
The customer position information storage unit 27 stores the position information of the customer side terminal 3. The position information is obtained by GPS (Global Positioning System) possessed by the customer side terminal 3.

The delivery locker communication unit 15 is a block that controls communication with the delivery locker 1 when delivering or collecting a package to the delivery locker 1, and includes the delivery locker transmission / reception unit 29 and the delivery locker state storage unit 31. , The encryption key storage unit 33 is provided.
The delivery locker transmission / reception unit 29 transmits or receives a predetermined notification with the delivery locker 1.
The delivery locker state storage unit 31 stores vacant information on whether the parcel is stored in the parcel locker 1 in the “on” state or in the “empty” state where the parcel is not contained.
The encryption key storage unit 33 stores an encryption key for unlocking the electronic lock 11 of the delivery locker 1. This encryption key is changed at predetermined time intervals, and the changed encryption key is also notified to the delivery locker 1.

The trader-side terminal communication unit 17 is a block that controls communication with the trader-side terminal 5 when the delivery person delivers the parcel to the parcel delivery locker 1 or collects the parcel inserted in the parcel delivery locker 1. A trader-side mail transmission / reception unit 35, a delivery person registration unit 37, a delivery control unit 39, a collection control unit 41, and a trader position information storage unit 43 are provided.
The trader-side mail transmission / reception unit 35 transmits or receives a predetermined notification with the trader-side terminal 5.
The delivery person registration unit 37 is registered with information on the delivery person who delivers or collects the goods.
The delivery control unit 39 executes a delivery flow (described later) when delivering to the delivery locker 1 with the trader side terminal 5.
The collection control unit 41 executes a collection flow (described later) for collecting the packages stored in the delivery locker 1 with the terminal 5 on the trader side.
The trader position information storage unit 43 stores the position information of the trader side terminal 5. As for the position information, the position information is obtained by the GPS possessed by the trader-side terminal 5.

Next, the flow of the delivery system by the delivery locker will be described with reference to FIGS. 1 and 2.
As shown in FIG. 1, the delivery person's terminal 5 for delivering the package accesses the information processing unit 7, selects the delivery locker 1 at the delivery destination in step S1, and the information processing unit 7 delivers the delivery in step S2. The status check of the locker 1 is started, and it is determined in step S3 whether or not the delivery locker 1 is available. Whether or not the delivery locker 1 is vacant depends on whether the delivery locker is in the "empty" state (see steps S49 and T50 described later) or in the "on" state (see steps S26 and T20-1 described later). The judgment is made based on the information stored in 31. In step S3, if it is not available, in step S4, when the trader terminal 5 is notified that it is not available, the delivery person stops delivery. On the other hand, when the delivery locker 1 is notified in step S3 that the delivery locker 1 is vacant, the delivery person starts the delivery work in step S5.

When the delivery person who started the delivery work in step S5 sends the unlocking application from the trader side terminal 5 to the delivery locker 1 in step S6, the delivery locker 1 transmits the release application to the information processing unit 7 in step S7. The information processing unit 7 starts checking the application information in step S11, determines whether or not the application information matches in step S12, and if the application information does not match, the application is disabled in step S10. To do. Whether or not the application information matches is whether or not the delivery destination of the package matches the delivery locker 1 for which the unlocking application was made.
If the application information matches in step S12, confirmation of the location information is started in step S13, and whether or not the trader-side terminal 5 is within a predetermined range (near) near the delivery locker 1 in step S14. (Whether or not the location information matches) is determined, and if they do not match (not near), the process proceeds to step S10 where the application is not possible. Whether or not the location information matches is determined based on the location information stored in the vendor location information storage unit 43 (see FIG. 5). If the location information matches (is near) in step S14, the process proceeds to step S15, and the information processing unit 7 issues the encryption key of the delivery locker 1.

Next, the trader-side terminal 5 unlocks the delivery locker 1 in step S16. The unlocking operation is performed by transmitting the encryption key.
In the delivery locker 1, the encryption key is received in step S17, and the electronic lock 11 is unlocked in step S18.
In step S19, the delivery person (contractor) locks the electronic lock 11 by closing the door 9 in step S20 after storing the package in the delivery locker 1.
Next, in step S21, the delivery person applies for delivery completion to the information processing unit 7 from the trader side terminal 5, the information processing unit 7 starts confirmation of completion in step S22, and whether or not the completion is completed in step S23. To judge. Whether or not it is completed is determined by whether or not it is locked in step S20, and if it is not completed, the trader-side terminal 5 is notified of redoing in step S24. Upon receiving the redo notification, the delivery person closes the door 9 again, locks the door 9 again, and notifies the delivery completion application again in step S21. If the delivery is completed in step S23, the delivery completion is notified in step S25, the status of the delivery locker status storage unit 31 (see FIG. 5) is set to "ON" in step S26, and the parcel is placed in the delivery locker 1. Make it in the state that it is included. On the other hand, the customer-side terminal 3 receives the delivery completion notification in step S27, and the trader-side terminal 5 receives the delivery completion notification in step S28.

Next, the receiving flow in which the customer (user) receives the parcel from the delivery locker 1 will be described with reference to FIG.
After receiving the delivery completion notification in step S27 (see FIG. 1), the customer-side terminal 3 transmits a receipt application from the customer-side terminal 3 to the delivery locker 1 in step S28. The delivery locker 1 applies for unlocking to the information processing unit 7 in step S29, and the information processing unit 7 starts confirmation in the delivery locker 1 in step S30. For confirmation, it is determined in step S31 whether or not the delivery locker 1 is in the receiving state of the package, and if it is not in the receiving waiting state, the customer terminal 3 is notified in step S32 that the parcel cannot be received. Whether or not it is waiting for receipt is determined by the delivery locker state storage unit 31 in the "on" state or the "empty" state, and when it is in the "on" state, it is waiting for receipt. When the receiving state is in the waiting state in step S31, the confirmation of the application information is started in step S33, and the process proceeds to step S34. In step S34, it is determined whether or not the receipt application and the delivery completion notification match, and if they do not match, the receipt failure notification is received in step S32, and if they match, the location information is displayed in step S35. Start checking. To confirm the location information, it is determined in step S36 whether or not the customer-side terminal 3 is near the delivery locker 1 (whether or not the location information matches), and if they do not match, the receipt in step S32 is received. Move to impossible. Whether or not the position information in step S36 matches is determined based on the position information stored in the trader position information storage unit 43 (see FIG. 5) as in step S14. If the location information matches in step S36, the process proceeds to step S37, and the information processing unit 7 issues the encryption key of the delivery locker 1.

In step S38, the customer (user) unlocks the delivery locker 1 from the customer-side terminal 3. The unlocking operation is performed by transmitting the encryption key issued in step S37 to the delivery locker 1. In the delivery locker 1, the encryption key is received in step S39, and the electronic lock 11 is unlocked in step S40.
The customer (user) locks the electronic lock 11 by opening the door 9 of the delivery locker, receiving the package in step S41, and closing the door 9 in step S42. After that, the receipt completion notification is transmitted from the customer side terminal 3 to the information processing unit 7. The information processing unit 7 starts confirmation of the completion of receipt in step S44, and determines whether or not it has been completed in step S45. Whether or not it is completed is determined by whether or not it is locked in step S43, and if it is not completed (if it is not locked), the customer terminal 3 is notified to redo in step S46. The customer who has received the redo notification locks step S42 again by reclosing the door 9, repeats step S43, and transmits the receipt completion notification to the information processing unit 7. If it is completed in step S45, a receipt completion confirmation notification is sent to the customer side terminal 3 in step S47, and the customer side terminal 3 receives this notification in step S48. Further, the information processing unit 7 sets the state of the delivery locker 1 to "empty" in step S49 after transmitting the receipt completion confirmation notification in step S47.

Next, the flow of the collection system by the delivery locker 1 will be described with reference to FIGS. 3 and 4.
First, with reference to FIG. 3, a flow in which a customer (user) requests the collection of luggage will be described.
The customer requesting the collection of the parcel requests the parcel delivery locker 1 to send the parcel in step T1, and the parcel locker 1 applies to the information processing unit 7 to unlock the parcel delivery locker 1 in step T2.
The information processing unit 7 starts checking the inside of the delivery locker in step T3, and determines whether or not the delivery locker 1 is available in step T4. In the determination of whether or not the delivery locker 1 is vacant, as in step S3, whether the delivery locker is in the "empty" state or the "on" state is determined by the information (described later) stored in the delivery locker state storage unit 31. Judge based on.
If the delivery locker 1 is not available, the customer terminal 3 is notified in step T5 that the delivery is not possible.
If the delivery locker is available in step T4, the confirmation of the application information is started in step T6, it is determined in step T7 whether or not the application information matches, and if the information does not match, the step Notify that T5 cannot be sent. Whether or not the application information matches is, for example, whether or not the delivery locker 1 for which the submission application has been submitted and the vacant delivery locker 1 match.
If the information matches in step T7, the confirmation of the position information is started in step T8, it is determined in step T9 whether or not the position information matches, and if they do not match, in step T5. Send undeliverable. The match of the position information in step T9 determines whether or not the customer-side terminal 3 is at a position (near) within a predetermined range of the delivery locker 1. If the location information matches in step T9, the information processing unit 7 issues an encryption key in step T10 and transmits the encryption key to the customer terminal 3.

In step T11, the user performs the unlocking operation, and the unlocking operation is performed by transmitting the encryption key to the delivery locker 1. In step T12, the delivery locker 1 receives the encryption key, and in step T13, the electronic lock 11 is unlocked.
The customer opens the door 9 of the delivery locker 1, puts the package in the locker in step T14, and closes the door 9 in step T15 to lock the parcel. After locking, in step T16, the user transmits a package insertion completion notification from the customer-side terminal 3 to the information processing unit 7.
Upon receiving the notification of the completion of baggage insertion, the information processing unit 7 starts confirmation of completion in step T17, and determines whether or not the completion is completed in step T17. The determination as to whether or not it is completed is determined by whether or not it is locked in step T15, and if it is not completed, the customer terminal 3 is notified to redo in step T19. Upon receiving the redo notification, the delivery person closes the door 9 again, locks the door 9 again, and transmits the delivery completion notification in the step T16.
If it is completed in step T18, a predetermined notification is transmitted to the customer side terminal 3 and the trader side terminal 5 in step T20, the customer side terminal 3 receives the package insertion completion confirmation notice in step T21, and the trader side. The terminal 5 receives the pickup notification in step T22. Further, in the information processing unit 7, after the notification is transmitted in step T20, the state of the delivery locker state storage unit 31 is set to “ON” in step T20-1.

The flow of collection by the delivery staff will be described with reference to FIG.
After the delivery person receives the collection notification from the information processing unit 7 in step T22, the delivery person transmits a collection notification (notification to the effect of collecting) from the trader side terminal 5 to the information processing unit 7 in step T23. The information processing unit 7 starts checking the state of the delivery locker 1 in step T24, and determines whether or not the delivery locker 1 is in the pickup waiting state in step T25. Whether or not it is in the pickup waiting state is determined by whether the delivery locker 1 is in the “on” state or the “empty” state, as in step S3. In the "empty" state, since it is not in the pickup waiting state, the non-pickup is transmitted to the trader side terminal 5 in step T26. In the "on" state, since it is in the pickup waiting state, the pickup work is transmitted to the trader side terminal 5 in step T27.
Next, in step T28, the trader-side terminal 5 sends an unlocking application to the delivery locker 1, and in step T29, the delivery locker 1 applies for unlocking to the information processing unit 7. The information processing unit 7 starts checking the application information in step T33, and determines in step T34 whether or not the information of the pickup notification and the sending application match. The agreement of information is, for example, whether or not the parcel delivery locker 1 that collects the goods and the parcel delivery locker 1 that has received the parcel collection request match. If the information does not match in step T34, the application failure of step T32 is transmitted to the trader side terminal 5, and if the information matches, confirmation of the location information is started in step T35, and in step T36. It is determined whether or not the location information matches, and if they do not match, the application failure in step T32 is transmitted. If the location information matches in step T36, the information processing unit 7 transmits the encryption key to the trader-side terminal 5 in step T37. The match of the position information in step T36 is whether or not the trader-side terminal 5 is at a position (near) within a predetermined range of the delivery locker 1.

In step T38, the delivery person transmits the encryption key from the terminal 5 on the trader side to the delivery locker 1 to perform the unlocking operation. The delivery locker 1 receives the encryption key in step T39 and unlocks the electronic lock 11 in step T40.
In step T41, the delivery person opens the door 9 of the delivery locker 1 to collect the parcel, and in step T42 closes and locks the door 9. After that, in step T43, the delivery person transmits a collection completion notification from the trader-side terminal 5 to the information processing unit 7. The information processing unit 7 starts confirmation of completion in step T44, and determines whether or not collection is completed in step T45. The determination of whether or not it is completed is determined by whether or not it is locked in step T42, and if it is not completed, the trader-side terminal 5 is notified in step T46 of redoing. The delivery person who received the redo notification recloses the door 9 and locks the step T42 again, and sends a pickup completion notification in the step T43.
When the collection is completed in step T45, a predetermined notification is transmitted to the customer side terminal 3 and the trader side terminal 5 in step T47. The predetermined notification is the delivery completion confirmation notification received in step T48 at the customer side terminal 3, and the pickup completion confirmation notification received at step T49 at the trader side terminal 5. Further, in the information processing unit 7, after the notification is transmitted in step T47, the state stored in the delivery locker state storage unit 31 is set to "empty" in step T50.

Next, the operation and effect of the delivery and collection system by the delivery locker according to the present embodiment will be described.
As shown in FIG. 1, according to the delivery system by the delivery locker according to the present embodiment, the delivery person can deliver after grasping the vacancy information of the delivery locker 1 on the trader side terminal 5 (steps S2 and S3). Therefore, it is possible to prevent redelivery caused by the delivery locker 1 being used.
As shown in FIG. 1, when the delivery person delivers the package, when the trader side terminal 5 sends an unlocking application (step S6), the information processing unit 7 confirms the position information of the trader side terminal 5 and traders. Since the encryption key is transmitted to the trader side terminal 5 only when is near (steps S13 to 15), even if the cryptographic key is received, the delivery process is delayed because the delivery trader is far away, and the next delivery is attempted. It is possible to minimize the possibility that other delivery staff cannot deliver or the customer who is requesting collection cannot request collection.
As shown in FIG. 2, in the delivery system, when the customer receives the package delivered to the delivery locker 1, the receipt completion notification is transmitted to the information processing unit (step S43), so that the information processing unit 7 of the delivery locker 1 The state can be easily grasped.
In the delivery system, when the customer receives the package delivered to the delivery locker 1, the customer side terminal 3 sends a receipt application (step S28), and the information processing unit 7 confirms the position information of the customer side terminal 3 and confirms the position information. Since the encryption key is transmitted to the customer terminal 3 only when the customer is nearby (steps S35 to 37), since the customer who received the encryption key is far away, it takes time to receive the package, and then It is possible to prevent other delivery personnel who are trying to deliver from being unable to deliver as much as possible.

As shown in FIG. 4, according to the delivery locker-based collection system according to the present embodiment, the delivery person collects the package after receiving the package insertion completion notification at the trader-side terminal 5 (step T22) (step T23). ), It is possible to collect the goods after grasping the availability information of the delivery locker, and it is possible to prevent the re-collection caused by the fact that the luggage was not contained.
As shown in FIG. 3, when the customer makes a pickup request, the customer side terminal 3 sends an unlocking application (step T2) to the information processing unit 7, and the information processing unit 7 confirms the position information of the customer side terminal 3. Then, since the encryption key is transmitted to the customer terminal 3 only when the customer is nearby (steps T8 to T10), even if the customer who applied for collection receives the encryption key, it is far away, so the baggage is sent out. It is possible to minimize the delay in processing and prevent other delivery personnel who are trying to deliver next from being unable to deliver.

As shown in FIG. 4, in the collection system, when the delivery person collects the package in the delivery locker, the delivery person sends a collection completion notification to the information processing unit (step T43), so that the information processing unit 7 delivers to the delivery box. The state of the locker 1 can be easily grasped.
In the collection system, when a pickup notification is received from the trader's terminal 5 (step T23), it is confirmed whether or not there is a package waiting to be collected in the delivery locker 1 (steps T24 and T25), so that the customer has the package. It is possible to prevent the collection work from being forgotten.
In the collection system, when the delivery person collects the luggage in the delivery locker 1, when the trader side terminal 5 sends an unlocking application (step T28), the information processing unit 7 confirms the position information of the trader side terminal 5. Since the encryption key is transmitted to the trader's terminal 5 only when the delivery person is nearby (steps T35 to 37), the collection process is delayed because the delivery person who received the encryption key is far away, and then It is possible to prevent other delivery personnel who are trying to deliver from being unable to deliver as much as possible.
In the delivery flow shown in FIG. 1, the information processing unit 7 sets the state of the delivery locker 1 to “ON” after the delivery is completed (step S26), and in the receiving flow shown in FIG. 2, sets the state of the delivery locker 1 to “empty” after the receipt is completed. (Step S49), in the baggage delivery flow shown in FIG. 3, the state of the delivery locker 1 is set to "ON" after the delivery is completed (step T20), and in the collection flow shown in FIG. Since it is set to "empty" (step T50), the information processing unit 7 can always accurately grasp the state of the delivery locker.

The present invention is not limited to the above-described embodiment, and can be variously modified without departing from the gist of the present invention.
The electronic lock 11 is not limited to the battery lock, and may be an electric lock.
The delivery person holding the trader-side terminal 5 is not limited to the predetermined delivery company, and may be held by each delivery person of a plurality of delivery companies.
In the delivery flow shown in FIG. 1, the delivery person makes the unlocking application (step S6) the delivery locker 1, but the information processing unit 7 may also be used. Similarly, in the receiving flow shown in FIG. 2, the user's unlock application (step S29) may be the information processing unit 7, and the unlock application new (step T2) sent by the user to the delivery locker shown in FIG. 3 may be the information processing unit 7. It may be transmitted to the information processing unit 7, or in the collection flow shown in FIG. 4, the unlocking application (step T29) transmitted by the delivery person to the delivery locker may be transmitted to the information processing unit 7.

1 Delivery locker 3 Customer terminal 5 Dealer terminal 7 Information processing department

Claims (2)

It is equipped with a delivery locker, a customer-side terminal, a trader-side terminal, and an information processing department.
The vendor terminal accesses the information processing department by communication, checks the availability information of the delivery locker, receives the encryption key of the delivery locker if the delivery locker is available, and sends a delivery completion notification after the delivery is completed.
The customer-side terminal receives the delivery completion notification from the information processing department, receives the encryption key of the delivery locker, accesses the information processing department by communication after receiving the package, and sends the receipt completion notification by the delivery locker. Delivery system. It is equipped with a delivery locker, a customer-side terminal, a trader-side terminal, and an information processing department.
After putting the parcel in the delivery locker, the customer terminal accesses the information processing department by communication and sends a parcel insertion completion notification.
The delivery terminal is a collection system using a delivery locker, which is characterized by receiving a package insertion completion notification from the information processing department, accessing the information processing department via communication, receiving an encryption key of the delivery locker, and transmitting a collection completion notification.

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