JP4593931B2 - Delivery information system - Google Patents

Description

  The present invention relates to a delivery information system that allows a consignee to designate a date and time for receiving a package from a communication terminal via a communication network such as the Internet.

  In recent years, the competition of delivery companies that deliver homes has intensified, and it has become an urgent issue for each delivery company to improve the service by adding various added values while reducing costs.

  As one of the measures for solving this service improvement and cost reduction, there is a system for delivering a package at a date and time designated by the consignee.

For example, when a consignee accesses a package information provision homepage opened on the Internet by a consignee using a terminal and sends data such as a desired delivery method and delivery date and time, the data is registered in the deliverer server. According to the delivery system (delivery information system) that can be viewed from the delivery company terminal, the delivery method desired by the consignee and the delivery value can be reliably delivered at the delivery date and time. On the other hand, it is possible to reduce the cost by reducing the burden of redelivery of the delivery company (see, for example, Patent Document 1).
JP 2001-318976

In the above-mentioned conventional delivery information system, on the premise of specifying the date and time of the package desired by the consignee, the package delivery client informs the delivery company of the desired delivery date of the package, and then calls, e- mails, etc. Therefore, it is necessary to notify the consignee of the package number of the package and the package information provision homepage of the requested delivery company. With this notification, the consignee accesses the package information provision homepage and specifies the date and time after specifying the package by the slip number or the like.

  Therefore, in the above-described conventional delivery information system, the work load of the package delivery requester notifying the consignee of the package slip number and the package information provision homepage, the date and time of receipt of the desired package by the consignee, etc. In order to specify the item, there is an inconvenience that a load of specifying a package, such as entering a slip number, is generated each time the package information providing home page is accessed.

It was also possible to specify the delivery date and time by sending an e-mail to the consignee's e-mail address in advance and replying with the delivery recipient's desired items, but there was no reply from the consignee In some cases, or in the first place, it is unclear how to set the delivery date and time when the consignee cannot confirm whether or not to read the e-mail.

The present invention has been made in view of the above problems, and the work load of the client's luggage delivery, without generating the workload of the consignee, with consignee specify a delivery date, etc. of the package the desired An object of the present invention is to provide a delivery information system capable of reliably setting the delivery date and time even when the delivery date and time desired by the consignee cannot be specified .

In order to solve the above-mentioned problems, a delivery information system according to the present invention provides client information including contact information of a package delivery requester, delivery destination information including at least a consignee's e-mail address, and a slip of the package. E-mail address of the registered consignee's communication terminal for registration means for registering the package identification information specified by a number, etc., and an e-mail requesting entry of the desired delivery item including at least the delivery date and time desired by the consignee A transmission means for sending to the addressee, receiving an e-mail replying to the desired delivery information entered by the consignee, and including the desired delivery information together with the requested client information, the delivery destination information and the package specifying information. A delivery information management server having storage means for storing information, and specified from a communication terminal of a delivery company via a communication network such as the Internet When there is a request to browse a delivery information list composed of the registration information for a package, the delivery information management server searches for registration information related to the specific package, and a delivery information list based on the searched registration information. A delivery information system that creates a table and transmits the created delivery information list to a communication terminal of the delivery company, wherein the delivery information management server transmits the electronic mail to the communication terminal of the consignee And an e-mail sent by the sending means is opened at the consignee's communication terminal, and an opening confirmation signal is sent to the delivery information management server. If there is no reply from the consignee within the predetermined date after confirmation of opening by the delivery information management server, the requester information When the delivery date / time is designated, the designated date / time is stored in the storage means as the registration information. When the delivery date / time is not designated in the client information, the delivery information management server A notification means for sending a notification that there is no reply from the delivery request to the delivery company's communication terminal; a notification means for receiving the delivery date and time designated by the delivery company and notifying the consignee of the delivery date and time by e-mail; The delivery date and time designated by the delivery company is stored in the storage means as the registration information .

According to this configuration, when the package delivery requester presents information about the client information, delivery destination information, and package specification information to the delivery company, the delivery information management server automatically determines the delivery date and time, A delivery information list is created based on the registered information and the desired delivery items returned from the consignee, and the delivery company can view the delivery information list.

If the delivery confirmation signal is not transmitted to the delivery information management server, and the delivery date is specified in the client information, the designated date is stored as the registration information in the storage means, When the date and time of delivery is not specified in the client information, the delivery may be performed at the convenience of the delivery company.

In order to confirm whether or not the consignee has opened the e-mail, the delivery information management server may transmit the e-mail to the consignee and set an e-mail open confirmation. If there is no reply from the consignee within the predetermined date after confirmation of opening at this time and there is no delivery date specified in the client information, the delivery information management server A notification that there is no reply from the consignee to the desired delivery item is transmitted to the communication terminal of the delivery company, and the delivery date designated by the delivery company is notified to the consignee by e-mail.

Before Symbol delivery information management server, the delivery date, after being stored in said storage means, within a predetermined date, when receiving the e-mail changes requested delivery matters from consignee, the desired delivery matters the may be Re to update to the latest information.

When the delivery information management server receives an e-mail for changing a desired delivery item from the consignee's communication terminal after the predetermined date has passed, the delivery information management server sends a reply e-mail indicating that the delivery date cannot be changed. What is necessary is just to transmit to a consignee's communication terminal.

The delivery information management server can also register the requester information, the delivery destination information, and the package specification information of the packages accepted by a plurality of delivery companies, and a plurality of delivery companies for the same consignee. If the package is accepted, it will be possible for the consignee to concentrate from multiple delivery companies at the same date and time if the desired delivery items for each package can be described in the e-mail sent to the consignee. And you can receive your luggage.

  When the delivery information management server makes a request for browsing the delivery information list by a delivery company via a communication network such as the Internet from a communication terminal, the delivery information management server includes at least delivery location and delivery date and time in chronological order. When a delivery screen displays a selection screen for displaying a schedule table creation selection item including the item, and the delivery company selects and transmits one or more of the selection items on the communication terminal, a schedule corresponding to the selected selection item is transmitted. A table can be created and transmitted to the communication terminal of the delivery company.

If the consignee's receipt of the package occurs regularly, the delivery information management server registers the desired delivery items in advance, and if there is a request for delivery of the package, the delivery information management server sends the requester information and the delivery. In addition to registering the destination information and the package specifying information, it is also possible to create a delivery information list based on the desired delivery items registered in advance.

  As is clear from the above description, the delivery information system according to the present invention can inquire the delivery recipient individually about the desired delivery items by e-mail and confirm whether or not the e-mail has been opened. As a system, the uncertain element of waiting for the consignee to access the package information provision homepage can be eliminated, and the delivery date and time etc. of the consignee can be obtained more reliably. Re-delivery can be prevented.

In the delivery information system according to the present invention, packages received by a plurality of delivery companies can be registered and managed in a batch by the delivery information management server. also collectively can reply by e-mail without having to respond to, it is also possible to reduce the work load of the consignee.

  FIG. 1 is a system configuration diagram of a delivery information system according to the present invention. Reference numeral 1 denotes a package requested by the client from the delivery company. The requester has two patterns: a case in which the package 1 is sent to the delivery company's reception to request delivery of the package, and a case in which the delivery company goes to the client side and receives the package 1. In addition to the case where the delivery company accepts the delivery service directly, there are cases where the delivery service is performed under the commission of a delivery company such as a convenience store.

In order to accept a request for delivery of the package 1 from the client, there is a communication terminal 2 that can be connected to the delivery information management server 4 via a communication network (the Internet network 3 is shown as an example in FIG. 1). The communication terminal 2 includes a communication terminal 2a such as a personal computer used when the client brings the package 1, a portable communication terminal 2b used when the delivery company goes to the client and receives the package 1, and the like. There are various types.

Some portable communication terminals 2b cannot be directly connected to the delivery information management server 4 from the Internet network 3. In this case, the portable communication terminal 2b may be connected to the delivery information management server 4 via a communication terminal of a delivery company that can be connected to the Internet network 3 via a dedicated line or the like.

Information relating to the package 1 from the reception communication terminal 2 via the Internet 3, that is, client information including contact information of the package delivery requester, delivery destination information including at least the consignee's e-mail address, and the package When the transmitting and parcel identification information for identifying the like in document number delivery information management server 4, the delivery information management server 4 accumulates the information in a database, delivery addressed to the email address of the consignee in the information An electronic mail requesting the description of the desired item is transmitted to the consignee's communication terminal 9 via the Internet network 3. At this time, the delivery information management server 4 performs an opening confirmation setting for confirming whether the consignee has opened the electronic mail.

Note that the transmission / reception of electronic mail is omitted in FIG. 1, but in reality, a mail server is interposed between the delivery information management server 4 and the communication terminal 9, and protocols such as SMTP and POP are used. Is used. Further, when the communication terminal 9 is a mobile phone or the like, since a mail server unique to the mobile phone is used, a gateway is interposed between the mobile phone mail server and the delivery information management server 4. In any case, any environment in which an electronic mail can be transmitted and received between the delivery information management server 4 and the communication terminal 9 may be used.

Furthermore, the information regarding the luggage 1 at the reception may be registered in an IC chip or an IC tag, and the IC chip or IC tag may be attached to the luggage 1. In this case, the communication terminal 2 is connected to an IC chip reader / writer (not shown) and transmits the information read by the reader / writer from the communication terminal 9 to the delivery information management server 4. Become.

  If an IC chip or IC tag is used, the information and the package 1 move together until the delivery is completed, so that troubles such as the information and the package 1 not matching are unlikely to occur.

  The luggage 1 deposited at the reception is collected at the collection center 5 of the delivery company. The collection centers 5 are distributed in several areas according to the collection ability of each delivery company. The luggage 1 collected at the collection center 5 is transported to a sorting center 6 that has jurisdiction over a wider area than the collection center 5. The sorting center 6 sorts where the delivery destination of the package 1 is, and sorts the package 1 according to the delivery destination that the delivery company uniquely classifies. The package 1 sorted by delivery destination is delivered to the delivery center 7. The package 1 delivered to the delivery center 7 is delivered to the consignee by the delivery vehicle 8.

  The work processes from the reception to the collection center 5, the sorting center 6, the delivery center 7, and the delivery vehicle 8 are merely examples for explaining the configuration of the present system, and the work processes leading to the collection, sorting, and delivery are as follows. It is not limited to the above configuration. The delivery information system according to the present invention can be applied to any delivery system within the scope of the present invention as long as there is a basic configuration of delivering the package from the client to the consignee via the delivery company. Can do.

When the parcel 1 is delivered to the consignee by the delivery vehicle 8, a delivery end notice is transmitted to the delivery information management server 4 via the Internet network 3 by the delivery terminal 10 of the delivery company. When the delivery end notification is transmitted to the delivery information management server 4, the above information relating to the package 1 is deleted from the database.

FIG. 1 shows the case where there is one delivery company. However, if a third organization other than the delivery company operates the delivery information management server 4, a plurality of delivery companies are provided with the delivery information management server 4. It can also be used.

The collection center 5, sorting center 6, and delivery center 7 can communicate with the delivery information management server 4 via their communication terminals. The consignee transmits an e-mail in which the desired delivery item is entered from the communication terminal 9 to the delivery information management server 4, and the delivery information management server 4 stores the desired delivery item together with the information as registration information. The delivery company can browse the delivery information list created based on the registration information mainly from the communication terminal 10 of the delivery center 7. When the consignee receives the electronic mail and opens it, an opening confirmation signal is transmitted to the delivery information management server 4 regardless of whether or not a reply to the electronic mail in which the desired delivery items are entered.

The communication terminals of the collection center 5, the sorting center 6, and the delivery center 7 can also transmit a progress report to the delivery information management server 4 when the package 1 arrives at each location. In this case, when the consignee inputs an inquiry such as the slip number of the package 1 from the communication terminal 9 to the delivery information management server 4, the delivery information management server 4 sends each of the above collection center 5, sorting center 6, delivery center 7. Based on the progress report received from the communication terminal, it is also possible to notify the location of the package 1 at any time.

  Further, when an IC chip or IC tag is attached to the package 1, the IC chip or IC tag reader / writer is connected to each of the communication terminals of the collection center 5, the sorting center 6 and the delivery center 7. ing.

  FIG. 2 is a processing flowchart of the delivery information system according to the present invention.

When a request for delivery of the parcel 1 is received from the client, the delivery information management server 4 is first accessed from the delivery company terminal 2 at the reception via the Internet network 3 (S1). At this time, although not shown in the figure, in order to prevent unauthorized access, the delivery company can secure the security by accessing the ID after entering the ID number or password in advance.

The delivery information management server 4 that is accessed from the delivery company terminal 2 transmits a registration screen to the delivery company terminal 2 (S2). The registration screen is a screen for inputting and registering information necessary for delivering the package 1 using the delivery information system according to the present invention. When the transmitted registration screen is displayed on the screen of the delivery company terminal 2 (S3), at the reception, the above information is input (S4), and this information is again sent to the delivery information management server 4 via the Internet network 3. Is transmitted (S5).

  Here, the information includes requester information including contact information of the package delivery requester, delivery destination information including at least the consignee's e-mail address, and package specification information for identifying the package by a slip number, etc. Is included.

When the delivery information management server 4 receives the information (S6), the delivery information management server 4 stores the information in the database (S7). At this time, a processing number may be transmitted to the terminal 2 to indicate that the information has been received from the delivery information management server 4 and accumulated in the database.

The delivery information management server 4 transmits a delivery request item mail to the e-mail address of the consignee registered in the consignee information among the above information (S8). The desired delivery item request e-mail is an e-mail for the consignee to enter the desired delivery date and the like and send it back to the delivery information management server 4.

When the consignee's communication terminal 9 receives the delivery request item request e-mail (S9) and the consignee opens the mail, the delivery information management server 4 sets the opening confirmation in advance when the mail is sent. Therefore, unsealing confirmation signal is transmitted to the delivery information management server 4 (S10).

The delivery information management server 4 determines whether there is a reply mail from the consignee (S11). When a response mail is transmitted from the consignee (S11a), after the delivery information management server 4 receives the response mail (S11b), the desired delivery items entered in the response mail are stored in the database together with the above information ( S12).

If the consignee is a company, the package may be delivered regularly. In this case, if a delivery request item is registered in advance in the delivery information management server 4 at the request of the consignee and a delivery request is made for the package, the delivery information management server 4 sends the requester information, the delivery destination information, and the package. In addition to registering the specific information, the above-mentioned delivery request items registered in advance may be stored in the database.

If the delivery information management server 4 is used by a plurality of delivery companies, and there is a package for which the plurality of delivery companies have requested delivery, the delivery request transmitted in S8. What is necessary is just to be able to describe the delivery request item for each package in the item request mail. In this way, the consignee can fill in the desired delivery items (especially the desired delivery date and time) for a plurality of vendors with a single e-mail, reducing the work load on the consignee. In addition, if all packages are designated at the same date and time, the consignee can efficiently receive packages delivered from a plurality of delivery companies.

On the other hand, if there is no reply mail from the consignee, a notification that there is no reply mail is transmitted to the delivery company's communication terminal (S11c), and when the delivery company's communication terminal receives the above notification without a reply mail (S11d). The delivery company transmits the designated date and time to the delivery information management server 4 (S11e). When the delivery information management server 4 receives the designated date / time of the delivery company (S11f), the designated date / time is stored in the database together with the information (S12).

  Note that this processing flow does not specify if the consignee did not open the package within the prescribed date (the date set by each delivery company, for example, within a few days from the date of email transmission). If the desired delivery date / time is specified in the person information, the delivery is made at that date, and if the desired delivery date / time is not specified in the client information, the delivery may be performed at the convenience of the delivery company.

The delivery information management server 4 receives a change request mail from the consignee within a predetermined date (a date set by each delivery company, for example, within a few days from the email transmission date) after the database of desired delivery items is accumulated. Whether or not (S13). When the change request mail is transmitted from the consignee (S13a), when the delivery information management server 4 receives the change request mail (S13b), the database is updated (S13c).

  When a change request e-mail is received from the consignee after the predetermined date has passed, a reply e-mail indicating that the delivery date and time cannot be changed may be transmitted (not shown).

When there is no change mail received or when there is an update as described above, if there is a request for browsing a delivery information list that can list registered information from the delivery company terminal 10 (S14), the delivery information management server 4 The creation selection screen is transmitted to the communication terminal 10 of the delivery company (S15). When the delivery terminal communication terminal 10 receives the schedule table creation selection screen (S16) and returns the selection item to the delivery information management server 4 (S17), the delivery information management server 4 determines whether or not the selection item is selected. (S18).

When the selection item is selected, the delivery information management server 4 creates a schedule table according to the selected item (S18a). The delivery information management server 4 transmits a delivery information list or schedule table to the delivery company's communication terminal 10 in accordance with the above selection (S19). The communication terminal 10 of the delivery company receives the delivery information list or schedule table (S20), and arranges the delivery of the package 1 according to the date and time desired by the consignee.

An example of the schedule table creation selection screen is shown in FIG. FIG. 3 shows an example of a screen when the delivery information management server 4 is used by a plurality of delivery companies, and a field for inputting a “delivery company code number” is provided. Therefore, when the delivery information management server 4 is used by one delivery company, this field is not necessary.

  In this schedule table creation selection screen, there are buttons to sort the delivery information list in “chronological order of delivery date” and buttons to sort by “delivery location” as selection items, but it is not limited to this. . Here, the case where both buttons are selected is shown.

  When the selection button is pressed and the “select” button at the bottom of the screen is pressed, a detailed setting screen for the selection items shown in FIG. Here, for the selection of “Delivery Date Time Order”, the date and time range is entered, and for the “Delivery Location” selection, the prefectures and municipalities pop up. Input in menu format. Here, the example which selected about the range of Tokyo's Setagaya Ward from January 19, 2004 to January 23, 2004 is shown.

  If the input content is correct, press the “Create” button at the bottom of the screen. If you want to reselect a selection item, you can press the "Return" button at the bottom of the screen.

  In FIG. 3, when none of the selection buttons is pressed and the “None” button at the bottom of the screen is pressed, a delivery information list is displayed as shown in FIG.

The delivery information list in FIG. 5 is a list in which registered information stored in the database of the delivery information management server 4 is arranged in the order of slip numbers. Here, in addition to the slip number as the item, "package contents", "name of the client", "contact information of the client (email address)", "name of the consignee", "contact information of the receiver (email address)""desired delivery date""other" Are listed, but are not limited to these items.

  When the “Create” button is pressed in FIG. 4, a schedule table is displayed as shown in FIG. The schedule table only needs to clearly indicate data necessary for the delivery company to adjust the schedule for delivering the package at the desired date and time of the consignee. Here, “delivery date”, “consignee address”, “consignee name”, “slip number”, etc. are clearly shown, but the present invention is not limited to this.

  If arrangements can be made between multiple delivery companies, a delivery company carrying packages that deliver more packages in a certain area than other delivery companies at a certain date and time will have other deliveries in this area. The merchant's package may be delivered together, while another region's package may be delivered to another delivery company. If such an arrangement becomes possible, the delivery business system according to the present invention can be used to enable more efficient delivery business operations between delivery companies.

When the consignee receives the parcel 1, if the consignee requests the client to send a thank-you letter to the delivery company (S21), the thank-you data is created (S21a). If the delivery company prepares the thank you data in advance, the consignee may select this thank you data. After creation or selection of thank-you data, or when there is no request for sending thank-you letter (S21), a delivery end notification is transmitted from the delivery terminal 10 to the delivery information management server 4 (S22). If there is a thank-you letter at this time, the thank-you letter is attached to the delivery end notice.

  In the case where the price of the package 1 is received and paid by the consignee, it is also possible to attach a notice of payment settlement together with the delivery completion notice and send it to the client.

Note that the above-mentioned thank-you letter and notice of delivery completion are actually transmitted to the delivery information management server 4 via the communication terminal 10 of the delivery company from a dedicated portable terminal possessed by the delivery person who delivers the package to the consignee, for example. The

The delivery information management server 4 that has received the delivery end notification (S23) judges whether or not a thank-you letter is attached (S24). If a thank-you letter is attached, the requester information in the client information accumulated in S7 is displayed. The above-mentioned letter of appreciation is transmitted by e-mail to the e-mail address (S24a), and the requester's communication terminal receives the e-mail of this thank-you letter (S25).

The delivery information management server 4 transmits a thank-you letter to the requester's communication terminal, or deletes the registration information related to the package 1 from the database if no thank-you letter is attached (S26).

  According to the present invention, the parcel can be delivered at the date and time desired by the consignee, so that it can be applied as a delivery information system in the field of the logistics industry such as the transportation industry.

System configuration diagram of delivery information system according to the present invention Processing flow diagram of delivery information system according to the present invention Figure showing a display example of the schedule table creation selection screen Figure showing a display example of the detailed setting screen for the selected item Figure showing a display example of the delivery information list screen Figure showing a display example of the schedule table screen

DESCRIPTION OF SYMBOLS 1 Baggage 2 Communication terminal of delivery company (reception) 3 Internet network 4 Delivery information management server 5 Collection center 6 Sorting center 7 Delivery center 8 Delivery vehicle 9 Consignee's communication terminal 10 Delivery company's communication terminal

Claims (9)

Registration means for registering client information including contact information of a package delivery requester, at least delivery destination information including an e-mail address of the consignee, and package specifying information for identifying the package by a slip number, etc. Sending means for sending an e-mail requesting entry of delivery request information including the delivery date and time desired by the consignee to the e-mail address of the registered consignee's communication terminal, and the delivery request entered by the consignee A delivery information management server that receives a reply e-mail of the matter, and has a storage means for storing the client information, the delivery destination information, and the parcel identification information together with the registration information including the desired delivery items, Browsing a delivery information list composed of the registration information for a specific package from a communication terminal of a merchant via a communication network such as the Internet When there is a request, the delivery information management server searches registration information relating to the specific package, creates a delivery information list based on the searched registration information, and creates the delivery information on the communication terminal of the delivery company. A delivery information system for sending a delivery information list,
The delivery information management server has setting means for setting the opening confirmation of the e-mail as well as transmitting the e-mail to the consignee's communication terminal, and the e-mail transmitted by the transmission means is sent to the consignee's communication terminal. When the package is opened at the communication terminal, and a receipt confirmation signal is sent to the delivery information management server, and the receipt information is not returned from the consignee within a predetermined date after the receipt confirmation is made by the delivery information management server. When the delivery date is specified in the client information, the specified date is stored in the storage means as the registration information. When the delivery date is not specified in the client information, the delivery information is stored. The management server receives the notification means that the consignee does not reply to the delivery request item to the communication terminal of the delivery company and the delivery date and time designated by the delivery company, And a notifying means for notifying the delivery date by email, delivery information system characterized by accumulating delivery date of this courier is specified in the storage means as the registration information. If the delivery confirmation signal is not transmitted to the delivery information management server and the delivery date is specified in the client information, the designated date is stored in the storage means as the registration information, 2. The delivery information system according to claim 1, wherein when the delivery date is not specified in the client information, the delivery is made at the convenience of the delivery company. The registration means of the delivery information management server receives the requester information, the delivery destination information, and the package specification information transmitted via the communication network such as the Internet from the communication terminal of the delivery company that has received the package delivery request. 3. The delivery information system according to claim 1, wherein the delivery information system comprises receiving means for receiving and storing means for storing the received information in a database. Before Symbol delivery information management server, delivery date of claim 1 or claim 2, wherein, after being stored in the storage means, within a predetermined date, receiving the e-mail changes requested delivery matters from consignee 4. The delivery information system according to any one of claims 1 to 3 , further comprising an updating unit that updates the desired delivery items to the latest information. When the delivery information management server receives an e-mail for changing a delivery request item from the consignee's communication terminal after the predetermined date has passed, the delivery date and time cannot be changed. 5. The delivery information system according to claim 4, wherein a reply mail is transmitted to the consignee's communication terminal. Requester information, delivery destination information and package specification information for packages accepted by multiple delivery companies can be registered in the above delivery information management server, and packages received by multiple delivery companies are registered for the same recipient. The delivery information system according to any one of claims 1 to 5, characterized in that, in the case where the delivery is made, the desired delivery items of each package can be described together in the e-mail transmitted to the consignee. . When a delivery company makes a request for browsing the delivery information list from a communication terminal via a communication network such as the Internet, the delivery information management server at least determines a delivery location and a time-series delivery date order. When a selection screen for displaying a schedule table creation selection item is transmitted to the communication terminal, and the delivery company selects and transmits one or more of the selection items on the communication terminal, a schedule table corresponding to the selected selection item is transmitted. The delivery information system according to any one of claims 1 to 6, wherein the delivery information system is generated and transmitted to the communication terminal of the delivery company. After delivery of the package, when a delivery end notification is transmitted from the delivery company's mobile terminal to the delivery information management server via a communication network such as the Internet, the delivery information management server sends registration information of the package for which delivery has been completed. The delivery information system according to any one of claims 1 to 7, wherein the delivery information system is erased. If the consignee's receipt of the package occurs regularly, the delivery information management server registers the desired delivery items in advance, and if there is a request for delivery of the package, the delivery information management server sends the requester information and the delivery. and registers the target information and parcel identification information in advance on the basis of the registered the requested delivery matter, according to claim 1, characterized in that to create the delivery information list to claim 8, wherein Delivery information system.

Images