KR20010070606A - Method of transfort for individual package using iSMS and the system thereof - Google Patents

Abstract

PURPOSE: A method and system for delivering an individual parcel using a bidirectional character message is provided to integrate and operate individual parcel carriers spread out in several places by using a bidirectional message on a wireless Internet. CONSTITUTION: A plurality of individual parcel carriers are collected(S210). A request for delivery is accepted from the owner of goods(S220). An activity area of a member is extracted(S230). A bidirectional character message is transmitted(S240). Members who receive the bidirectional character message perform callback responses(S250). It is judged whether it is connected to the first URL(Uniform Resource Locator)(S260). A delivery message is transmitted to the owner of goods(S270). The delivery is completed. A record of the delivery is stored in a database(S280).

Description

Method of transporting individual packages using two-way text message and its system {Method of transfort for individual package using iSMS and the system}

The present invention relates to a package transportation system, and more particularly, to a network system and an operation method for integrating and operating individual package carriers scattered throughout the country using two-way text messages of the wireless Internet.

In today's business environment, "the technology to access information anywhere, anytime" is a key element.

The need to access the Internet, online services, messages, e-mail and databases is required in mobile as well as office environments. As the Internet and mobile phones, which are essential for providing real-time information, are becoming more popular, the ability and effort to provide the necessary information to customers at the right time is more important than ever. Traditionally, information is delivered to customers by telephone, direct mail (DM), etc., and nowadays, e-mail (E-mail) is being used together as the Internet is popular. However, this method has the advantage of delivering information reliably, but since the information is provided only to a designated place, there is a limit to the information being immediately delivered to the customer. The solution to this limitation is to use a portable mobile communication that can send the necessary information to where the recipient is.

Traditional information delivery method applied to providing information using iSMS and WAP, which is an extension of short message service (SMS), which is an additional service provided by the existing wireless network provider, which is a real-time information providing channel using mobile communication. It overcomes the weaknesses of location dependency and enables the provision of fast and accurate information.

As is well known, SMS (Short Message Service) is a wireless data communication service that uses mobile phone system, transmits text to mobile phone in real time, and even confirms receipt.It is easier to transmit information than letters, and it is quick, accurate and reliable. It can be called a medium, and the low price is an advantage compared to general currency.

In order to overcome the limitations of existing one-way SMS, iSMS defines additional parameters such as conversation period and conversation session in addition to text so that the interactive message transmission is continued without disconnecting the SMS. It is specified in the standard IS-637A.

In the implementation of the two-way text message, only the CallBack URL and WAP push are used as examples in iSMS that can be technically implemented. However, with the drastic change of the wireless Internet, the decline of Wap is progressing and the appearance of xHML (post WAP) is being announced. Given this, it includes iSMS that satisfies the IS-637A standard, iSMS standard.

SUMMARY OF THE INVENTION The present invention has been made in an effort to provide a method and a transport network system for integrating and operating individual package carriers scattered throughout the country by using two-way text messages of the wireless Internet.

1 illustrates an individual package transport network system using a two-way text message according to the present invention.

2 is a flowchart illustrating an individual package transport method using a bidirectional text message according to the present invention.

3A and 3B illustrate an embodiment of a message displayed on a mobile communication terminal when a courier member accesses a CallBack URL or Wap Push.

In order to solve the above technical problem, a method for operating an individual package transportation network using a bidirectional text message according to the present invention includes: (a) recruiting a plurality of individual package transportation providers as members; (b) receiving a request for delivery from the shipper to the origin, destination, visit time, cargo contents, shipper contact information, callee contact number, contact person, etc. to register with the server and send a text message; (c) a plurality of members who have received the delivery request short text message access the site specified in the two-way text message according to their current delivery possibility, and input their membership number to allocate the delivery; And (d) if the delivery of the cargo is assigned to the courier member, the server sends a two-way text message for the delivery instruction and the delivery completion report to the assigned courier member.

In addition, in the step (a), when registering as a member, the main shipping activity locations of Seoul, Incheon, Daejeon, etc., and the details including the mobile communication terminal number capable of receiving the delivery request are registered on the server, and the member Characterized by being numbered.

In addition, in step (b), after the delivery request is received and stored in the server, the courier member extracts the activity area and automatically sends the courier member a short text message including a delivery request and a CallBack URL or Wap Push. Receives the current location information of the courier member from the courier members located in close proximity to the delivery point characterized in that it is delivered.

In addition, the step (c) comprises the steps of: (c1) the member accesses the site specified in the bidirectional text message according to his current deliverable and inputs his / her membership number; (c2) A delivery instruction is assigned to a courier member who first accesses the relevant URL and enters the membership number, and a message indicating that the delivery instruction has been issued is displayed. Outputting; And (c3) if the delivery order is confirmed, characterized in that it comprises the step of delivering to the SMS that the delivery instruction has been made to the shipper and the receiver's mobile phone.

In addition, in step (d), the courier member assigned to the delivery receives the cargo from the shipper, delivers the cargo to the receiver, and then connects to the URL included in the delivery assignment confirmation text message to deliver the completion of the cargo delivery to the server. The shipper completes the delivery process by sending a completed text message to the shipper.

Individual package transport network system using a two-way text message according to the present invention for solving the technical problem is a plurality of individual package transport carrier terminal; Shipper terminal; The location of the individual package transporter received from the mobile communication provider after extracting the activity area of the member immediately after registering the plurality of individual package transporter as a member and storing the freight information requested by the shipper over the telephone or the Internet. And an operator server to transmit the package transport information such as the information of the cargo and the two-way text message to the subscribed members based on the base information, and send the two-way text message to the plurality of registered members closest to the starting point. Receiving member is characterized in that it is competitively applied for package reception by accessing the operator server by CallBack according to its current package status.

In addition, the operator server is characterized by outputting a message informing that the first member received the reception request, and a message indicating that the reception has already been received.

In addition, the operator server to deliver a message indicating that the transport instruction has been made to the shipper and the receiver, the member accesses the received iSMS after the delivery is made to record the completion of delivery, and delivers a delivery completion message to the shipper It is characterized in that the individual package carriers are configured to form a network.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a diagram showing the configuration of an individual package transport network system using a two-way text message according to the present invention, the shipper terminal 10, the operator server 20, the courier member mobile communication terminal 30 and the receiver terminal 40 Is made of.

From the shipper terminal 10, using the telephone or the Internet, the delivery request information such as the departure point, the arrival place, the visit time, the cargo contents, the shipper contact number, the receiver contact number, the person in charge, etc. is transmitted to the operator server 20.

The operator server 20 receives the delivery request received from the shipper terminal 10, extracts the activity area of the courier member, and then automatically sends the courier member a short text message including the delivery request and the CallBack URL or Wap Push. SMS: Short Message Service (SMS) receives the courier's current location information from the mobile carrier and delivers it to the courier members located close to the origin.

The courier member mobile communication terminal 30 receives the delivery request short text message, accesses a site specified in the CallBack URL or Wap Push according to its current delivery possibility, and inputs its member number.

The receiver terminal 40 receives a delivery message indicating that a delivery instruction has been made from the operator server 20.

2 is a flowchart illustrating an individual package transport method using a bidirectional text message according to the present invention.

First, the step of recruiting a number of individual package carriers as members (S210).

When registering as a member, it registers its main delivery activity location such as Seoul, Incheon, Daejeon, etc., and the information including the mobile communication terminal number that can receive the delivery request on the server, and assigns a membership number.

Second, it is a step of receiving a delivery request from the shipper (S220).

From the shipper via the Internet or telephone, the request for delivery of the origin, destination, visit time, cargo contents, shipper contact information, contact number of the shipper, the person in charge, etc. is requested to the operator server 20. The delivery request can be accepted as required.

Third, extracting the active area from the member (S230).

As soon as the delivery request is received and stored in the operator server 20, the activity area of the courier member is extracted.

Fourth, a step of transmitting a bidirectional text message (S240).

After extracting the courier member's activity area, the courier member automatically receives the delivery request and the short message service (SMS) including the CallBack URL or Wap Push, and receives the courier member's current location information. Deliver to courier members located close to.

Fifth, members receiving the bidirectional text message perform a callback response (S250).

A number of members who have received a delivery request short text message containing a callback URL or WAPpush access the site specified in the CallBack URL or Wap Push and enter their membership number according to their current deliverability.

Sixth, it is a step of determining whether the first access to the corresponding URL (S260).

The delivery instruction is assigned to the courier member who first entered the corresponding URL and entered the member number, and outputs a message indicating that the delivery instruction has been made (S261). Output it (S263).

Seventh, a shipping message is sent to the shipper and the signatory (S270).

When the delivery order is confirmed, SMS is sent to the shipper and the receiver to indicate that the delivery order has been made.

For example, the following two-way text message is displayed:

Example 1) Message to sender and receiver (SMS)

Destination Address: 01x-123-1234

Teleservice ID: 1234

User Data: The engineer in charge of the requested cargo is Kim Taek-bae (01x-321-4321).

We will deal with it quickly and accurately.

CallBack Number: 0x-321-1234

Example 2) Message to courier member (iSMS)

Destination Address: 01x-321-1234

Teleservice ID: 1234

User Data: Delivery Request From Jang Andong (123-1234 Hong Gil Dong) Do: Yeouido (345-4567 Kimdol)

Iron) release: Immediately: 1 box

CallBack URL: http://www.qspeed.net

(Note: Only User Data appears on the mobile terminal)

Therefore, when the courier member accesses the CallBack URL or Wap Push, the mobile communication terminal appears as shown in FIGS. 3A and 3B. (Refer to 011,017,019 in the case of two-way text message as of 2001, WAP push method, 016, 018 Callback URL service.)

When the delivery of the cargo is assigned to the courier member, the server transmits the following text message to the assigned courier member.

Example 3) Message delivered to the assigned courier member (iSMS)

Destination Address: 01x-123-1234

Teleservice ID: 1234

User Data: You have been assigned home delivery.

Source: Jang Andong (123-1234 Hong Gil-dong) Province: Yeouido (345-4567 Kim Dolsoe)

Launch: Immediately: 1 box

CallBack URL: http://www.qspeed.net/ending.html

Eighth, the delivery is completed, the step of storing the delivery history in the database (S280).

The courier member assigned to the delivery takes over the cargo from the shipper, delivers the cargo to the receiver, and then connects to the URL of the text message included in the delivery assignment confirmation to transmit the completion of the cargo delivery to the operator server 20, and the operator server 20. The sender completes the delivery process by sending a completed delivery text message to the shipper.

The present invention is not limited to the above-described embodiments, and of course, modifications may be made by those skilled in the art without departing from the spirit of the present invention. Therefore, the scope of the claims in the present invention will not be defined within the scope of the detailed description, but will be limited to the claims below.

According to the present invention, it is possible to build a nationwide package logistics, unlike individual package transport operators to overcome the individual marketing and time and space weaknesses and secure an efficient logistics base to operate in a narrow area, and to save competitiveness It can create added value.

In addition, by inducing a competition system among individual package carriers for the cargo requested by the shipper, it is possible to reduce the chronic delay of delivery and the absence of service.

In addition, all the transfer is made automatically through the text message of the mobile communication terminal regardless of time and place, thereby reducing the traffic accordingly, and increasing the efficiency through simplification of work through the cost saving and fast delivery power You can expect.

In addition, by integrating the poor marketing of most individual package carriers, maintaining consistency in delivery and service, and also introducing a location base, they can be fully commissioned at the packaged carrier's stand-by or on-the-go location. It can be said that synergies are great because the scattered package carriers can be bundled into a single network.

Claims (8)

(a) recruiting a number of individual package carriers as members; (b) receiving a delivery request from a shipper such as a departure point, an arrival place, a visit time, a cargo content, a shipper's contact number, a shipper's contact number, a person in charge, and registering with the server; (c) a plurality of members receiving the request for delivery short text message, accessing a site specified in the two-way text message according to their current deliverable, and inputting their membership number; And (d) if delivery for the shipment has been assigned to the courier member, the server sends a two-way text message to the assigned courier member including a delivery instruction and a CallBack address for reporting the completion of delivery. Individual package transport method using. The method of claim 1, wherein step (a) When registering as a member, it registers its main delivery activity location such as Seoul, Incheon, Daejeon, etc., and the mobile communication terminal number that can receive the delivery request on the server, and receives the membership number. Individual package delivery using two-way text messaging. The method of claim 1, wherein step (b) As soon as the delivery request is received and stored in the server, the courier member's activity area is extracted, and the courier member receives the delivery request and a short text message including CallBack URL or Wap Push. Individual parcel transport method using a two-way text message, characterized in that the delivery is delivered to the courier members located close to the origin. The method of claim 1, wherein step (c) (c1) accessing a site specified in the two-way text message according to his current deliverable and inputting his / her membership number; (c2) A delivery instruction is assigned to a courier member who first accesses the relevant URL and enters the membership number, and a message indicating that the delivery instruction has been issued is displayed. Outputting; And (c3) When the delivery order is confirmed, the individual package transport method using a two-way text message, characterized in that it comprises the step of delivering by SMS that the delivery order has been made to the shipper and the receiver's mobile phone. The method of claim 1, wherein step (d) The courier member assigned to the delivery takes over the cargo from the shipper, delivers the cargo to the receiver, and then connects to the URL of the text message included in the delivery assignment confirmation to inform the server that the cargo has been completed and delivers it to the shipper. Individual package transport method using a two-way text message, characterized in that to complete the delivery process by sending a. A plurality of individual package carrier terminal; Shipper terminal; The location of the individual package carriers received from the mobile communication provider after extracting the member's active area immediately after registering the plurality of individual package carriers as members and storing the freight information requested by the shipper over the telephone or the Internet. It includes an operator server to send to the subscribed members based on the base information in a short text message capable of two-way transport and package transport information, such as the information of the cargo, to receive to the plurality of subscribed members closest to the origin, The member receiving the two-way text message is connected to the operator server with CallBack according to the current package status of the individual package transport network system using a two-way text message, characterized in that for applying for the package. The method of claim 6, wherein the operator server An individual package transport network system using a two-way text message, characterized by outputting a message informing that the first application has been received, and a message informing the subsequent members that the application has already been received. The method of claim 6, wherein the operator server Send the message to the shipper and the signatory, indicating the completion of the delivery order, and log in to the callback address received at the time of assignment after the delivery has been made to record the completion of delivery. Individual package transportation network system using two-way text messaging, characterized in that the operator can configure a network.