JP7364262B2 - DELIVERY SYSTEMS, DELIVERY METHODS AND PROGRAMS - Google Patents

Description

The present disclosure relates to delivery systems, delivery methods, and programs.

In recent years, the use of mail order shopping, which allows people to shop from the comfort of their homes, has rapidly increased. However, because the delivery time is approximate, 15% of deliveries involve re-delivery due to the customer not being present. As a solution to this problem, there is a delivery method called ``Oki-delivery,'' which allows people to specify a location such as the front door of their home or above a meter box to receive parcels without having to meet face-to-face. However, in the case of parcel delivery, it is not possible for the recipient to confirm the destination at the time of receiving the parcel, so delivery errors often occur due to incorrect addresses or recipients.

As a delivery system that can reliably complete the delivery of packages even when leaving the house, the delivery person uses a mobile device to scan the barcode of the package placed in front of the front door of the house and the barcode of the intention sign placed in advance at the front door. A technology has been disclosed that ensures reliable delivery by reading the information and checking it against a server (for example, Patent Document 1).

JP 2021-103501 Publication

However, by placing a sign in front of the entrance of the house to indicate the intention to leave the item, passersby, etc., will know that the item will be left in the mail, thereby increasing security risks such as theft. be. Furthermore, the task of the delivery company reading the barcode of the package and the barcode of the intention sign at the entrance using a mobile terminal and checking the information on the server causes a problem in that the work load of the delivery company increases.

The purpose of the present disclosure has been made to solve such problems, and it is possible to avoid security risks and ensure delivery without increasing the workload of delivery companies. The aim is to provide delivery systems, delivery methods and programs.

The delivery system according to the present disclosure includes a shipping identification information acquisition unit that acquires shipping identification information that identifies the delivery item, which is specified before shipping the delivery item, and a reading device installed at the delivery location. A delivery identification information acquisition unit that obtains delivery identification information for identifying the delivery placed in It includes a delivery success/failure determination unit that determines whether or not the delivery is successful if they do not match, and a delivery result notification unit that notifies a terminal managed by the delivery company of the result of the delivery success/failure.

The delivery method according to the present disclosure acquires shipping identification information that identifies the delivery item, which is specified before shipping the delivery item, and places the delivery item at the delivery location using a reading device installed at the delivery location. The delivery identification information that identifies the delivery item is obtained, and the shipping identification information and the delivery item identification information are collated. If both pieces of information match, it is determined to be correct, and if they do not match, it is determined to be rejected, and the delivery is determined to be correct or incorrect. Notify the results to a terminal managed by the delivery company.

The program according to the present disclosure acquires shipping identification information that identifies the delivery item, which is specified before shipping the delivery item, and uses a reading device installed at the delivery location to identify the delivery item placed at the delivery location. Obtain the delivery identification information to identify, compare the shipping identification information with the delivery identification information, and if both pieces of information match, it is determined to be correct; if they do not match, it is judged to be unsuccessful, and the result is whether the delivery is correct or not. This causes the computer to notify a terminal managed by the delivery company.

According to the present disclosure, it is possible to provide a delivery system, a delivery method, and a program that can avoid security risks and ensure delivery without increasing the workload of the delivery company.

1 is a block diagram of a delivery system according to a first embodiment; FIG. FIG. 3 is a flow diagram showing processing according to the first embodiment. FIG. 2 is a block diagram of a delivery system according to a second embodiment. FIG. 3 is a diagram showing a table structure of a database according to a second embodiment. 7 is a sequence diagram showing processing according to the second embodiment. FIG. FIG. 3 is a block diagram of a delivery system according to a third embodiment. FIG. 7 is a diagram showing a table structure of a database according to Embodiment 3; FIG. 7 is a sequence diagram showing processing according to Embodiment 3;

(Embodiment 1)
Hereinafter, the configuration of a delivery system 100 according to Embodiment 1 of the present disclosure will be described using FIG. 1. The delivery system 100 shown in FIG. 1 includes a shipping identification information acquisition section 10, a delivery item identification information acquisition section 20, a delivery success/failure determination section 30, and a delivery result notification section 40. The delivery system 100 and each component can be configured by a general computer, and includes a central processing unit (CPU), storage devices such as read-only memory (ROM) and random access memory (RAM), input/output ports, Equipped with network adapter etc.

Next, each component will be explained.
The shipping identification information acquisition unit 10 acquires shipping identification information specified before shipping the delivery item. The shipping identification information is information for identifying the item to be delivered, and is acquired in advance of the delivery.
The shipping identification information is created by the shipping company, and is, for example, a photographic image of the package exterior of the delivery item taken by the shipping company with a camera or the like before starting delivery work. Identification information, which is an arbitrary combination of letters, numbers, figures, bar codes, etc., is added to the packaging exterior by printing or pasting a label so that the delivered item can be easily identified. Further, the shipping identification information may be information on an RFID tag.

The shipping identification information may include information on the scheduled delivery period. The scheduled delivery period indicates the scheduled date and time when the delivery company will deliver to the location specified by the orderer, for example, "Tuesday, February 1, 2022, from 18:00 to 20:00". It is information. The shipping identification information acquisition unit 10 stores the acquired information in a storage device such as ROM or RAM.

The delivery item identification information acquisition unit 20 uses a reading device installed at the delivery location to detect that the delivery has been made to the location specified by the orderer. For example, the delivery item identification information acquisition unit 20 controls a camera or the like having an image analysis function as a reading device. The camera takes pictures of the location designated for delivery, and when the delivery company places the item, it detects that the delivery has been carried out.
The delivery item identification information acquisition unit 20 may instruct the camera to start photographing at the start of the scheduled delivery period and stop photographing at the end of the scheduled delivery period.

The delivery item identification information acquisition unit 20 obtains delivery item identification information from the detected delivery item. For example, information such as letters, numbers, figures, barcodes, etc. are read from images of the delivery taken by a camera using generally well-known image analysis techniques to obtain delivery identification information. The delivery item identification information acquisition unit 20 stores the acquired image information in a storage device such as ROM or RAM.

The delivery correctness determination unit 30 compares the shipping identification information stored by the shipping identification information acquisition unit 10 with the delivery identification information stored by the delivery item identification information acquisition unit 20. The delivery success/failure determination unit 30 compares the shipping identification information and the delivery item identification information, and if they match, it is determined to be correct, and if they do not match, it is determined to be rejected.
Alternatively, using image analysis technology, if the image comparison result exceeds a predetermined threshold value, it is determined that the images match, and if it does not exceed the predetermined threshold value, it is determined that the images do not match. Here, the predetermined threshold value is, for example, a numerical value such as "80%" or "95%" that indicates the degree of matching between images and character strings.
For example, to match shipping identification information and delivery identification information, well-known artificial intelligence technology is used to extract feature data from images obtained from letters, numbers, and shapes. This may also be done by matching.
The delivery success/failure determination unit 30 stores the determination result in a storage device such as ROM or RAM.
The delivery result notification unit 40 notifies the delivery company of the determination result stored by the delivery success/failure determination unit 30.

Next, a process flow of the delivery system 100 according to the first embodiment of the present disclosure will be described using FIG. 2.
When the process is started, the delivery system 100 acquires shipping identification information using the shipping identification information acquisition unit 10 (S101). Next, the delivery identification information acquisition unit 20 detects the placement of the delivery at the specified location (S102). Next, the delivery identification information acquisition unit 20 obtains delivery identification information (S103). Next, the delivery success/failure determination unit 30 checks whether the degree of coincidence between the shipping identification information and the delivery item identification information exceeds a predetermined threshold (S104). If it exceeds the limit, the delivery result notification unit 40 notifies the delivery company that the delivery is correct (S105). If not, the delivery result notification unit 40 notifies the delivery company that the delivery is incorrect (S106).
As described above, the delivery system of the present disclosure can avoid security risks and reliably perform delivery without increasing the workload of the delivery company.

(Embodiment 2)
Next, a configuration example of the delivery system according to the second embodiment will be described. In Embodiment 2, the specific system configuration and processing flow from the warehouse to the front door of the orderer's home will be explained using FIGS. 3, 4, and 5. do.
The delivery system according to the second embodiment includes a delivery warehouse 210, an entrance point 220, and an orderer's residence 240.

The delivery warehouse 210 is a warehouse where a mail-order business stores products before shipping. When an orderer orders a product, the product is packed by the seller. The scheduled delivery item 211 is a packaged product.
The seller attaches an authentication label 212 to the item 211 to be delivered. For example, the seller can print numbers, letters, images, barcodes, unique colors, deformed animals, vehicles, characters, etc. on the authentication label 212 to help image recognition from a camera, and print it on the packaging exterior. Paste it like a sticker on one side of a piece of cardboard.

The delivery warehouse camera 213 is a photographing device used by the seller to photograph the packaging exterior of the item to be delivered 211, including the authentication label 212. Photographing by the delivery warehouse camera 213 may be performed manually by the seller, or a method may be used in which the delivery warehouse camera 213 automatically photographs the scheduled delivery item 211 placed at a specific location. The image of the scheduled delivery item taken by the delivery warehouse camera 213 is a digital image that can be processed by general computer equipment such as the delivery management server 214 described later.

The storage management server 214 is composed of general computer equipment including a central processing unit (CPU), storage devices such as read-only memory (ROM) and random access memory (RAM), input/output ports, network adapters, etc. Ru. The delivery management server 214 communicates with the delivery warehouse camera 213 via the warehouse network 215. The warehouse network 215 is a LAN (Local Area Network) within the warehouse, and may be either a wired LAN or a wireless LAN.
Note that although the delivery management server 214 of the present disclosure is located within the delivery warehouse 210, the delivery management server 214 may be located in an external data center or a server on the cloud that can be connected to the warehouse network 215. It is also possible.

The placement management server 214 includes a placement management database 217 that manages information regarding placement.
The placement management database 217 holds a placement management table 218. Here, a configuration example of the placement management table 218 will be explained using FIG. 4.
The placement management table 218 is a two-dimensional table that holds vertical columns and horizontal rows. The contents of each column will now be explained. The product number column 251 is a column that stores identification numbers that uniquely identify products. For example, character strings such as "0000000", "00001111", and "00002222" are stored. The orderer column 252 is a column that stores the names of orderers. For example, character strings such as "Okitaro", "Aijiro", "Okisaburo", etc. are stored.

Address column 253 is a column that stores the address of the orderer. For example, character strings such as "XXX, Kawasaki City, Kanagawa Prefecture" and "XXX, Kamakura City, Kanagawa Prefecture" are stored. The scheduled delivery period column 254 is a column that stores the scheduled time period in which the delivery company will deliver to the delivery location. For example, strings such as "2021/12/20 15:00-17:00", "2021/12/20 17:00-19:00", "2021/12/21 18:00-20:00" Store.
The scheduled delivery item image column 255 is a column in which images of scheduled delivery items taken by the delivery warehouse camera 213 are stored. For example, images such as "00000001.png", "00001111.png", and "00002222.png" are stored.

The delivery result reception time column 256 is a column that stores the time when the delivery management application 230 notifies the delivery management server 214 of the delivery result. For example, character strings such as "2021/12/20 15:10" and "2021/12/20 17:30" are stored. If no notification has been sent yet, a string of "undelivered" is stored.
The status column 257 is a column in which the delivery results notified by the delivery management application 230 to the delivery management server 214 are stored. For example, store strings such as "OK" and "MISS". If no notification has been sent yet, a string of "undelivered" is stored.

The orderer email address column 258 is a column that stores the orderer's email address. For example, character strings such as "oki@ne.jp", "hai0011@ne.jp", and "oki3@ne.jp" are stored.
The delivery company email address column 259 is a column that stores delivery company email addresses. For example, character strings such as "haitatsu1@ne.jp", "haitatsu1@ne.jp", "haitatsu2@ne.jp", etc. are stored.
Based on the information in the delivery management table 218 described above, the delivery management server 214 transmits the scheduled delivery image and the scheduled delivery date and time information to the delivery management application 230 via the Internet line 216. .

The system components will be explained using FIG. 3 again.
The delivery management application 230 is application software that controls the delivery system 100. The delivery management application 230 is an application linked to the orderer, and for example, the orderer's email address becomes the identifier of the delivery management application 230.
The delivery management application 230 is installed on a device owned by the orderer, and is configured as an application on the orderer's smartphone or PC (Personal Computer), for example. Alternatively, it may be an application that operates in conjunction with the entrance camera 222, which will be described later.
The internet line 216 is an internet line that interconnects the warehouse network 215 of the delivery warehouse 210, the entrance camera 222, the delivery company terminal 224, and the orderer terminal 242.

The entrance point 220 is a scheduled delivery location specified by the orderer, and represents a nearby point in front of the entrance door 221. The delivery company 223 arranges the scheduled delivery item 211 by placing it in front of the entrance door 221.
The front entrance camera 222 is a photographing device that photographs the planned placement location in front of the entrance door 221. The front door camera 222 is controlled by the placement management application 230 such as activation, start of shooting, and stop of shooting.
The delivery company terminal 224 is a terminal device such as a smartphone or a tablet owned by the delivery company 223, and is connected to the Internet line 216. The delivery company terminal 224 receives the result of the delivery by e-mail, application notification, or the like.

The orderer's location 240 is the location where the orderer 241 is at the scheduled delivery date and time, and it does not matter whether the orderer is at home or at the office. The orderer 241 receives the placement results through the orderer terminal 242. The orderer terminal 242 is a terminal device owned by the orderer, such as a PC, a smartphone, or a tablet, and is connected to the Internet line 216.

Next, the flow of processing according to the second embodiment will be explained using FIG. 5. The process starts when an order for the product is placed, the product is packaged, and the authentication label 212 is attached. First, the delivery warehouse camera 213 photographs the packaging exterior including the authentication label 212 of the packaged delivery schedule 211 (S271). Subsequently, the delivery management server 214 acquires an image of the scheduled delivery item from the delivery warehouse camera 213 (S272).
The placement management server 214 stores the image of the scheduled delivery item in the scheduled delivery item image column 255 of the placement management table 218 (S273).

Next, the storage management server 214 acquires the image of the scheduled delivery item and the information on the scheduled delivery period from the scheduled delivery item image column 255 and the scheduled delivery period column 254, and sends it to the storage management application 230 ( S274). The delivery management application 230 stores the acquired image of the scheduled delivery item and information on the scheduled delivery period in the memory of the orderer terminal 242 on which the delivery management application 230 operates (S275).
Next, the delivery management application 230 instructs the entrance camera 222 to be activated at the start of the scheduled delivery period based on the saved scheduled delivery period information (S276). The entrance camera 222 is activated based on the activation instruction (S277).
The entrance camera 222 uses a generally well-known image processing function or the like to detect that the delivery item has been placed, and photographs the delivery item (S278).

Next, the delivery management application 230 acquires the delivery image captured by the front door camera 222 (S279). The delivery management application 230 compares the acquired image of the delivered item with the image of the scheduled delivery item stored in the memory. Image matching uses generally well-known image processing techniques, and in particular, the numbers, letters, images, barcodes, unique colors, deformed animals, vehicles, characters, etc. written on the authentication label 212 are used for image matching. This is performed using the characteristic image (S280).

The placement management application 230 compares both images and calculates the matching rate. The matching rate may be expressed as a numerical value such as "90%" or "75%". The placement management application 230 sets a predetermined threshold value in advance, and displays the result as, for example, "OK" if the match rate is 80% or more, or "MISS" if the match rate is less than 80%. to decide. The storage management application 230 notifies the storage management server 214 of the verification result (S281).
The placement management server 214 stores the obtained verification result in the status column 257 of the placement management table 218. Further, the received time is stored in the delivery result reception time column 256 of the placement management table 218 (S282).

Next, the delivery management server 214 notifies the delivery result to the delivery company terminal 224 owned by the delivery company 223 based on the information in the delivery company email address column 259 of the delivery management table 218 (S283). By checking the delivery results, the delivery company 223 can know whether the delivery was carried out correctly or incorrectly. It is possible to correct the delivery destination.
Furthermore, if the status column 257 is “OK”, the delivery management server 214 may send delivery completion information to the email address stored in the orderer email address column 258.
As described above, the delivery system and delivery method of the present disclosure can reliably perform delivery without causing security risks or increasing the workload of the delivery company.

(Embodiment 3)
Next, a configuration example of the delivery system according to the third embodiment will be described. In the third embodiment, instead of checking whether the placement is correct or not by checking images in the configuration of the second embodiment, the checking is performed using an RFID (radio frequency identifier) tag and an RFID reader/writer.
The overall configuration according to the third embodiment will be explained using FIG. 6. Here, the components given the same reference numerals as those in FIG. 3 are the same as those in FIG. 3, and therefore the description thereof will be omitted.
The RFID writer 312 is a device that writes information to the RFID tag 311.
The RFID tag 311 is a tag that a seller attaches to the scheduled delivery item 211 in order to identify the scheduled delivery item 211. The RFID tag 311 contains, for example, character string information generated from the product number, orderer information, scheduled delivery address, scheduled delivery date and time, or a specific passphrase that can uniquely identify the packaged product. Information is written.

The placement management server 214 acquires the information written in the RFID tag 311 and stores the information in the RFID placement management table 314 of the placement management database 217.
Here, a configuration example of the RFID placement management table 314 will be explained using FIG. 7.
The RFID placement management table 314 is a two-dimensional table that holds vertical columns and horizontal rows. The contents of each column will now be explained.
Items given the same reference numerals as those in FIG. 4 disclosed in the second embodiment are the same as those in the second embodiment, and therefore descriptions thereof will be omitted.
The RFID tag information column 355 is a column that stores RFID tag information. For example, it may be a randomly generated unique passphrase such as "aaaabbbbccccdddd", or it may be a character string generated by combining the product number, name, and address such as "00001111 Okitaro XXX, Kawasaki City, Kanagawa Prefecture".

Next, the flow of processing according to the third embodiment will be explained using FIG. 8. Processing begins when an order for a product is placed and packaging of the product is completed. First, the RFID writer 312 writes information to the RFID tag 311 of the packaged delivery scheduled item 211 (S371). Subsequently, the placement management server 214 acquires RFID tag information from the RFID writer 312 (S372).
The storage management server 214 stores the RFID tag information in the RFID tag information column 355 of the RFID storage management table 314 (S373).

Next, the storage management server 214 acquires the RFID tag information and information on the scheduled delivery period from the RFID tag information column 355 and the scheduled delivery period column 254, and sends them to the storage management application 230 (S374). The delivery management application 230 stores the acquired RFID tag information and information on the scheduled delivery period in the memory of the orderer terminal 242 on which the delivery management application 230 operates (S375).
Next, the delivery management application 230 instructs the RFID reader 313 to start up at the start of the scheduled delivery period based on the saved scheduled delivery date and time information (S376). The RFID reader 313 is activated based on the activation instruction (S377).
When the delivery item is placed at the designated location, the RFID reader 313 detects that the delivery item has been placed and reads the information on the RFID tag 311 (S378).

Next, the placement management application 230 acquires the RFID tag information read by the RFID reader 313 (S379). The placement management application 230 compares the acquired RFID tag information with the RFID tag information stored in the memory (S380).

The delivery management application 230 determines "OK" if the RFID tag information matches, and determines "MISS" if the RFID tag information does not match, and sends the result to the delivery management server 214 (S381). The placement management server 214 stores the received result in the status column 257 of the RFID placement management table 314. Further, the received time is stored in the delivery result reception time column 256 of the RFID placement management table 314 (S382).

Next, the delivery management server 214 notifies the delivery result to the delivery company terminal 224 owned by the delivery company 223 based on the information in the delivery company email address column 259 of the RFID delivery management table 314 (S383). By checking the delivery results, the delivery company 223 can know whether the delivery was carried out correctly or incorrectly. It is possible to correct the delivery destination.
Furthermore, if the status column 257 is “OK”, the delivery management server 214 may send delivery completion information to the email address stored in the orderer email address column 258.
As described above, the delivery system and delivery method of the present disclosure can avoid security risks and perform delivery without increasing the workload of the delivery company.

Note that in the second and third embodiments, the process of acquiring delivery item identification information and the process of determining whether the delivery is correct (S275 to S280 and S375 to S380) are performed in the delivery management application 230. However, it may also be implemented in a distributed management server.
In the system configuration example described above, each of the processors included in the delivery management server 214 and the delivery management application 230 executes one or more programs including a group of instructions for causing a computer to perform the processing explained using the drawings. Execute.

Programs can be stored and delivered to a computer using various types of non-transitory computer readable media. Non-transitory computer-readable media includes various types of tangible storage media. Examples of non-transitory computer-readable media include magnetic recording media (e.g., flexible disks, magnetic tapes, hard disk drives), magneto-optical recording media (e.g., magneto-optical disks), CD-ROMs (Read Only Memory), CD-Rs, CD-R/W, semiconductor memory (for example, mask ROM, PROM (Programmable ROM), EPROM (Erasable PROM), flash ROM, RAM (Random Access Memory)). The program may also be provided to the computer on various types of transitory computer readable media. Examples of transitory computer-readable media include electrical signals, optical signals, and electromagnetic waves. The temporary computer-readable medium can provide the program to the computer via wired communication channels, such as electrical wires and fiber optics, or wireless communication channels.

Note that the present disclosure is not limited to the above embodiments, and can be modified as appropriate without departing from the spirit. Further, the present disclosure may be implemented by appropriately combining the respective embodiments.

100 Delivery system 10 Shipping identification information acquisition unit 20 Delivery item identification information acquisition unit 30 Delivery success/failure judgment unit 40 Delivery result notification unit 210 Delivery warehouse 211 Scheduled delivery 212 Authentication label 213 Delivery warehouse camera 214 Placement management server 215 Warehouse network 216 Internet line 217 Delivery management database 218 Delivery management table 220 Entrance point 221 Entrance door 222 Entrance camera 223 Delivery company 224 Delivery company terminal 230 Delivery management application 240 Orderer location 241 Orderer 242 Orderer terminal 251 Product number string 252 Orderer column 253 Address column 254 Scheduled delivery period column 255 Scheduled delivery image column 256 Delivery result reception time column 257 Status column 258 Orderer email address column 259 Delivery company email address column 311 RFID tag 312 RFID writer 313 RFID reader 314 RFID Storage management table 355 RFID tag information string

Claims (10)

a shipping identification information acquisition unit that acquires shipping identification information that identifies the delivery item and includes information on a scheduled delivery period of the delivery item, which is specified before shipping the delivery item ;
a delivery identification information acquisition unit that uses a reading device installed at the delivery location to obtain delivery identification information for identifying the delivery placed at the delivery location;
a delivery correctness/failure determination unit that compares the shipping identification information and the delivery item identification information, and determines that the information is correct if both pieces of information match, and that the delivery is incorrect if they do not match;
A delivery result notification unit that notifies a terminal managed by the delivery company of the success or failure of the delivery,
The delivery item identification information acquisition unit acquires the scheduled delivery period from the shipping identification information, instructs to start the reading device at the start of the scheduled delivery period, and stops the reading device at the end of the scheduled delivery period. instruct,
delivery system. The shipping identification information acquisition unit acquires an authentication label that identifies the delivered item as shipping identification information.
The delivery system according to claim 1. The shipping identification information acquisition unit acquires, as shipping identification information, an image of the packaging exterior of the delivery item to which the authentication label on which at least one of letters, numbers, figures, and barcodes is written is attached.
The delivery system according to claim 2. The shipping identification information acquisition unit acquires the shipping identification information by reading RFID tag information.
The delivery system according to claim 2. The delivery identification information acquisition unit obtains the delivery identification information by analyzing an image taken using a camera installed at the delivery location,
The delivery success/failure determination unit determines that the result of matching the image of the shipping identification information and the delivery item identification information is positive if it exceeds a predetermined threshold, and determines that it is negative if it does not exceed a predetermined threshold.
The delivery system according to claim 3. The delivery item identification information acquisition unit obtains the delivery item identification information by reading information on an RFID tag using an RFID reader installed at the delivery location,
The delivery correctness/failure judgment unit collates the shipping identification information and the RFID tag information of the delivery identification information.
The delivery system according to claim 4. The delivery item identification information acquisition unit instructs the camera to start photographing at the start of the scheduled delivery period,
instructing the camera to stop shooting at the end of the scheduled delivery period;
The delivery system according to claim 5. The delivery item identification information acquisition unit instructs the RFID reader to start for reading at the start of the scheduled delivery period,
instructing the RFID reader to stop at the end of the scheduled delivery period;
The delivery system according to claim 6. The computer is
obtaining shipping identification information that identifies the delivery and includes information on the expected delivery period of the delivery, which is identified before shipping the delivery ;
Obtaining the scheduled delivery period from the shipping identification information, instructing to start up a reading device installed at the delivery location at the start of the scheduled delivery period, and instructing to stop the reading device at the end of the scheduled delivery period,
obtaining delivery identification information for identifying the delivery placed at the delivery location using the reading device;
The shipping identification information and the delivery identification information are compared, and if both information match, it is determined to be correct, and if they do not match, it is determined to be false,
Notify the terminal managed by the delivery company of the success or failure of the delivery.
Delivery method. obtaining shipping identification information that identifies the delivery and includes information on the expected delivery period of the delivery, which is identified before shipping the delivery ;
Obtaining the scheduled delivery period from the shipping identification information, instructing to start up a reading device installed at the delivery location at the start of the scheduled delivery period, and instructing to stop the reading device at the end of the scheduled delivery period,
obtaining delivery identification information for identifying the delivery placed at the delivery location using the reading device;
The shipping identification information and the delivery identification information are compared, and if both information match, it is determined to be correct, and if they do not match, it is determined to be false,
causing a computer to notify a terminal managed by the delivery company of the success or failure of the delivery;
program.

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