KR100413350B1 - Method of providing goods transport service using internet - Google Patents

Abstract

The present invention comprises the steps of inputting the transport information of the goods to be transported by the user to select the desired service, the web server checks the transport information entered by the user to calculate the service base price search and market price, and the calculation Displaying the displayed market price on the screen, inputting a desired shipping price based on the displayed market price, and comparing, by a web server, a desired shipping price and a service base price entered by the user. And requesting a user to re-enter the desired shipping price if the desired shipping price is lower than the service base price as a result of the price comparison, and if the desired shipping price is equal to or higher than the service base price as a result of the price comparison, The user information entered by the user informs the user about the service entered and the transaction details of the service. Comprising the step, by giving to present the user with a market price, the user can easily enter the desired shipping price you want based on the market price.

Description

METHOOD OF PROVIDING GOODS TRANSPORT SERVICE USING INTERNET}

The present invention relates to a method for providing a goods transport service via the Internet, and more particularly, to a method for providing goods transport service through the Internet, which enables a user to search for goods transport prices and schedules online easily and quickly.

Until now, logistics freight market transactions have been performed off-line, which has caused users to have to work around several places in order to carry out the logistics transport process.

In addition, a user may have to access an Internet site or make a phone call in order to compare prices, schedules, and other information (ie, exchange rate, country information, etc.) provided by each airline or shipping company.

The present invention is to solve the above problems, an object of the present invention is to provide a method of providing goods transportation services through the Internet that can perform the transportation and documents processing of goods quickly and accurately because the logistics related work is done online. .

Another object of the present invention is to provide a method for providing a goods transport service through the Internet, which allows a user to directly compare / confirm the service on the Internet with the price and schedule provided by each airline or shipping company.

It is still another object of the present invention to provide a method for providing a goods transport service through the Internet, which allows a user to easily input a desired shipping price based on the market price by presenting a market price separately from the service base price. .

1 is a view schematically showing a method for providing a goods transport service through the Internet according to the present invention.

FIG. 2 is a diagram illustrating a service type that a user can select from the method of providing goods transportation services through the Internet of FIG. 1.

3 is a view schematically showing an air service method of the method for providing goods transport service through the Internet according to the present invention;

4 is a view showing a page providing an air export service in the air service form of FIG. 3;

FIG. 5 illustrates a page for providing an air import service in the air service form of FIG. 3. FIG.

6 is a view schematically showing a maritime service method of the method for providing goods transport service through the Internet according to the present invention.

7 is a view showing a page providing a sea export service in the sea service form of FIG.

8 is a view showing a page for providing a sea import service of the sea service form of FIG.

9 is a view schematically showing a local export service method of the method of providing goods transport service through the Internet according to the present invention.

FIG. 10 illustrates a page providing an air service in the local export service form of FIG.

FIG. 11 illustrates a page for providing marine services in the local export service form of FIG. 9. FIG.

12 is a view schematically showing a bonded transportation service method of the method for providing goods transportation services through the Internet according to the present invention.

FIG. 13 is a view showing the bonded transportation service form of FIG. 12; FIG.

14 is a view schematically showing a customs clearance service method of the method of providing goods transport service through the Internet according to the present invention.

15 is a view showing the customs clearance service form of FIG.

16 is a diagram showing a speed form for providing a goods transport service over the Internet according to the present invention.

<Explanation of symbols for the main parts of the drawings>

100: client 200: web server

In order to achieve the above object, the present invention comprises the steps of inputting the transport information of the goods to be transported by the user selects the desired service, the web server checks the transport information entered by the user to retrieve the service base price and market price Calculating, displaying the calculated market price on a screen, inputting a desired shipping price based on the displayed market price, and displaying a desired shipping price entered by the web server by the web server. Comparing a service base price, requesting a user to re-enter a desired shipping price if the desired shipping price is lower than the service base price, and requesting a user to re-enter the desired shipping price; If the same as or higher than the input information for the service requested by the user information entered by the user and It is characterized by including the step of informing the transaction details of the service.

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

1 is a diagram schematically illustrating a method for providing a goods transport service through the Internet according to the present invention. First, a user (client) 100 accesses a web site and selects a desired service (S100). Here, the user 100 may select the import and export services and additional services related thereto, and the services selectable by the user 100 include air related services, sea related services, local export services, bonded transportation services, and customs clearance. Business services, etc. (shown in FIG. 2).

Next, the user 100 inputs transportation information of the corresponding article (S102). Here, a form in which the user 100 inputs the goods transportation information is divided into a service form and a speed form, and the service form includes items required for transportation information of the corresponding goods for the service selected by the user 100. The form is entered through the corresponding page, and the speed form selects a service from the main screen of the web site and immediately enters items according to the goods transportation information.

Thereafter, the web server 200 checks the transportation information item of the item input by the user 100 and retrieves the corresponding service base price accordingly (S104 and S106). Here, the web server 200 checks an item input by the user 100 and then retrieves a service price of the checked item among price information for each service stored in a database. On the other hand, the service base price is different for each service.

On the other hand, the web server 200 calculates a market price by applying a certain percentage to the service base price specified for each service (S108), the market price is provided when the user 100 enters the desired price.

Thereafter, when the user 100 inputs a desired shipping price according to the goods transportation (S110), the web server 200 compares the desired price input by the user 100 with the searched service base price (S110). S112). Here, the price comparison may be compared by determining whether the desired shipping price falls within a predetermined range of the service base price set by the web server 200. That is, when the desired shipping price is equal to or higher than the service base price by comparing the desired freight price input by the user 100 with the service base price, it is determined that it is within a predetermined range set by the web server 200, and the user ( When the desired shipping price is lower than the service base price by comparing the desired shipping price and the service base price input by 100), it is determined that it does not fall within a predetermined range set by the web server 200. Therefore, the user 100 must input a price higher than the service base price and lower than the market price as the desired price.

Thereafter, when the price comparison result shows that the desired transportation price input by the user 100 falls within a predetermined range set by the web server 200, the web server 200 shows a total desired transportation price, and the user 100 User information is input to perform the selected service (S114, S116). Here, the web server 200 searches the database to determine whether the user 100 who applied for the service is a registered user. As a result of the check, if the user 100 is already a registered user, the customer information is automatically input to the customer information item, and if the user is a new user, an input form for inputting the user information is provided. On the other hand, the information input for the service requested by the user 100 and the user information of the new user is stored in the database.

Thereafter, the web server 200 transmits the input items for the service requested by the user 100 and the transaction details of the service to the user's e-mail address (S118). Here, the user 100 may query the transaction details of the service he / she applied for through the e-mail address (S120).

FIG. 2 is a diagram illustrating the types of services that a user can select from among the method of providing goods transport services through the Internet of FIG. 1, wherein the user 100 is a aviation related service, a maritime related service, a local export service, a bonded transportation service, and customs clearance. You can select the service you want among business services.

Air-related services include air import and export services, the web server 200 is an item entered by the user 100 to build a database based on the official document of each relevant company (air carrier) for the air-related transport service Search for the data corresponding to and calculate the service base price accordingly, if the user 100 enters the desired shipping price, the service compares the price with the service base price, and calculates the overall cost.

Maritime related services include maritime import and export services, the web server 200 builds a database based on the official document of each company (shipping company) for the maritime transport services in the database entered by the user 100 Search for the data corresponding to the item and calculate the service base price accordingly, and when the user 100 enters the desired shipping price, the service compares the price with the service base price, and calculates the total cost.

In the local export service, the web server 200 constructs a database based on the official documents of each relevant company (airline, shipping company, bonded carrier) for the local transport service in connection with local import and export, and is input by the user 100. Searches for data corresponding to one item and calculates a service base price according thereto, and when the user 100 inputs a desired shipping price, the service compares the price with the service base price and calculates the total cost.

The bonded transportation service includes a service that automatically calculates a fare required for the transportation service. When the user 100 inputs a fee between regions according to the weight, the web server 200 calculates a service base price according to the input item. When the user 100 inputs a desired shipping price, the service compares the service base price with the price and calculates the total cost.

Customs clearance services relate to services related to import and export customs clearance of goods, automatically calculates the most effective actual customs clearance costs, and services are provided through affiliated customs clearance service companies.

3 is a view schematically showing the air service method of the method for providing goods transport service through the Internet according to the present invention, first, the user 100 selects a transport route of goods (S200). Here, the transport route of the article is divided into a direct route and a T / S route.

Then, the user 100 selects the city code of the departure point / arrival point (S202), where the city code of the departure point is designated as a default value when the goods are exported, and the city code of the destination point is the default value when the goods are imported. Is specified. In addition, the web server 200 provides a combo box for selecting a country and a city name in case the user 100 does not know the city code of the departure / arrival place. Here, the city code is an official document code indicating the destination in the case of export and the place of departure in the case of import.

Thereafter, the user 100 selects a desired shipping date (S204), where the user 100 can select a date using a calendar supported by the web server 200. That is, the web server 200 provides a combo box for selecting a date to the user 100 by searching for a schedule capable of transporting the goods.

Next, the user 100 selects a bonded transport area (S206), and at this time, a starting point, an arrival point, and a bonded area of the object must be input. Here, the bonded transportation means to transport the imported cargo to another bonded area as it is imported with the approval of the head of a customs office without having to clear the port of entry. In addition, when the user 100 selects the bonded transportation region, the web server 200 automatically calculates and calculates a price for the bonded fare from the corresponding region to the domestic / international airport.

Thereafter, the user 100 inputs the quantity (QUANTITY) of the article to be transported, the total weight of the article (GROSS WEIGHT), the box size (BOX-SIZE), etc. (S208, S210), and the user 100 If the box size is entered, the web server 200 automatically calculates the weight by the conversion formula. Here, if the weight obtained by integrating the box size is smaller than the total weight, the weight obtained by substituting the box size is replaced with the largest value. Replace with a value. On the other hand, if the box size is not input, the total weight already input is replaced with the largest value (S212 to S218). The web server 200 searches for the service base price based on the quantity of the item, the total weight of the item, the box size, etc. input by the user, and calculates a market price using the service base price (S220).

Next, the user 100 inputs a desired shipping price (S222). When inputting the desired transportation price of the user 100, the web server 200 presents a market price applying a certain percentage to the basic service price specified for each service, thereby helping the user 100 to determine the price. Here, the user 100 inputs a price lower than the suggested market price as a desired shipping price.

When the user 100 inputs the desired shipping price, the web server 200 compares the desired shipping price and the service base price input by the user 100 (S224). In this case, if the desired transportation price input by the user 100 falls within a predetermined range set by the web server 200 as a result of the price comparison, the web server 200 transmits the shipment to the user 100 at the desired transportation price. Is possible ”, and if the price comparison result shows that the desired transportation price input by the user 100 does not fall within a predetermined range set by the web server 200, the web server 200 transmits the user 100. ), Enter the message "Please re-enter the desired shipping price" (S226). Here, the user 100 requests re-entry of the desired shipping price until the desired shipping price input by the user 100 falls within the range determined by the web server 200.

Subsequently, if the desired transportation price input by the user 100 falls within a predetermined range set by the web server 200 as a result of the price comparison, another price is calculated and displayed. Here, the additional price may be understood as, for example, the pick-up price incurred in the pickup of the article and the handling price incurred in the processing of the article.

In addition, the web server 200 shows the total price obtained by adding the desired shipping price and the additional price to the user 100 (S228 and S230).

Next, the web server 200 searches for an e-mail address to perform the service selected by the user 100 (S232). As a result of the search, when the user 100 is a registered user, the customer information is automatically input to the customer information item, and when the new user 100 is provided, an input form for inputting the user information is provided (S234, S236). ).

Thereafter, the web server 200 informs the input details of the service requested by the user information and the transaction details of the service (S238). Here, the user information may be understood as an e-mail address or a contact of the user.

FIG. 4 is a diagram illustrating the air service form of FIG. 3, which is a page providing an air export service.

First, the user 100 selects a desired route (for example, a direct route) between a direct route and a stopover route, selects a destination (for example, the United States), and inputs a desired shipment date and a shipping date. In this case, the departure point is automatically input because it is an export service, and the user 100 uses the combo box for searching the city code of the destination and the combo box for searching the schedule date for transporting the goods. Enter it. That is, if a corresponding country is selected from the combo box in which the country is displayed, the city for the country is automatically selected. When the user 100 presses the OK button, the city code of the selected country is set, and a schedule capable of transporting goods is provided. Select the desired date from the displayed combo box and the date will be entered automatically.

Then, the user 100 selects a shipping method, a shipping place, a freight condition, etc., wherein the shipping method includes a direct shipper and a pickup request, and the freight condition is a desired payment among prepaid and postpaid collect. Select the method and conditions. And the shipment destination of an article can be selected using a combo box.

Thereafter, the user 100 inputs an item, quantity, total weight, and box size of the item to be transported. Here, when inputting the box size, a pop-up window for inputting the width, height, height and quantity of the box is provided. Also, the pop-up window is provided with an integration button, and if the size of the box to be transported varies, select the integration button and then select a new button. You can enter a value.

When the user 100 presses the next button after completing the input of the transported goods, the screen is switched to the next page, and the user 100 displays a screen for inputting a desired shipping price. In this case, the screen is provided with a market price applying a certain percentage to the service base price specified for each service, and the user 100 may input a desired transportation price based on the provided market price.

In addition, the screen provides a departure / arrival destination and transport information item, and when the user 100 selects the item, the departure / arrival destination and transport information input by the linked user 100 is displayed.

Then, when the user 100 enters a desired shipping price and presses a cost check button, the web server 200 compares the desired shipping price and the service base price input by the user 100 and displays the result. Notify 100 by message. That is, as a result of the price comparison, if the desired transportation price input by the user 100 falls within a predetermined range set by the web server 200, the web server 200 may send the user 100 a “shipment at a desired transportation price”. Is possible ”, and if the price comparison result shows that the desired transportation price input by the user 100 does not fall within a predetermined range set by the web server 200, the web server 200 transmits the user 100. ), Re-enter the desired shipping price. Here, the user 100 requests re-entry of the desired shipping price until the desired shipping price input by the user 100 falls within the range determined by the web server 200.

Subsequently, if the desired shipping price input by the user 100 falls within a predetermined range set by the web server 200 as a result of the price comparison, the additional price is calculated and shown, wherein the additional price is at the time of pickup of the goods. It can be understood as the pick-up price incurred and the handling price incurred in the processing of the article. In addition, the web server 200 shows the user 100 the total price obtained by adding the desired shipping price and the additional price input by the user 100.

Next, the web server 200 requests user information to perform the service selected by the user 100 offline. In this case, when the user 100 is a registered user, the user information is automatically provided when the user confirmation button provided on the screen is selected, and when the user 100 is a new user, a user information item must be input.

Thereafter, when the user 100 selects the application button, the service form created by the user is received by the web server 200, and the web server 200 inputs the service information requested by the user information. And tells the transaction history of the service (S238). Here, the user information may be understood as an e-mail address or a contact of the user.

On the other hand, when the user 100 selects the cancel input button, a new service form is provided.

FIG. 5 is a diagram illustrating the air service form of FIG. 3, which is a page providing an air import service.

Unlike the air export service, the air import service is provided by automatically inputting a destination, and the origin 100 inputs a corresponding city code by using a combo box.

In addition, the user 100 inputs a desired shipping date of the article, and then selects a type of payment method required for transportation. Here, the arrival schedule guide button is provided on the screen so that the user 100 can immediately know the arrival date of the corresponding item by pressing the arrival schedule guide button, and the types of payment methods required for the transportation are L / C and T. / T BASE and SAMPLE.

Thereafter, the process of inputting the quantity of goods and the desired shipping price is the same as that of FIG. 4, and thus a detailed description thereof will be omitted.

FIG. 6 is a view schematically illustrating a maritime service method in a method of providing a goods transport service through the Internet according to the present invention. First, the user 100 selects a city code and a corresponding port of a departure / arrival place (S300, S302). Here, when exporting goods, the city code of the departure point is designated as the default value, and when importing, the city code of the destination point is designated as the default value. In addition, the web server 200 provides the user 100 with a combo box for selecting a country and a corresponding port of a departure / arrival destination.

Next, the user 100 selects a desired shipping date (S304), and the user 100 may select a date using a calendar supported by the web server 200. That is, the web server 200 provides a combo box for selecting a date to the user 100 by searching for a schedule capable of transporting the goods.

Thereafter, the user 100 inputs the quantity QUANTITY of the article to be transported (S306), and inputs the quantity information of the article according to the corresponding article type. Then, the web server 200 determines the type of the article selected by the user 100 (S308). Here, the type of the article is divided into a less than container load (LCL) and a full container load (FCL).

When the article type selected by the user 100 is LCL, the size of the box is divided into a case in which the size of the box is input and a case in which the size of the box is not input. A pop-up window for inputting a quantity is provided, and the pop-up window is provided with an integration button so that when the size of the box to be transported varies, the integration button can be selected and new values can be input (S310 to S314).

If the weight obtained by integrating the box size is smaller than the total weight, replace the weight obtained by integrating the box size with the largest value, and calculate the CBM (Cubic Meter) method when the weight obtained by integrating the box size is larger than the total weight. Using this, the value converted from the volume of the article is replaced with the largest value (S316, S318, S326). Here, the CBM is used to represent the volume of the container's loading capacity by converting the volume having the width, length, and height of 1 meter each.

On the other hand, when the user 100 does not input the box size, the value converted from the volume of the article is replaced with the largest value using the CBM calculation method (S326).

If the item type selected by the user is an FCL (S322), the quantity is input for each FIT (feet) and units of the item (S324). Here, FIT is a unit representing weight and is used when inputting quantity by weight.

The user 100 then enters a transportation desired line. Here, the transport line refers to a route in which the goods are transported, and the user 100 may select a desired company and a route.

Since steps S330 to S346 are the same as steps S222 to S238 described with reference to FIG. 3, a detailed description thereof will be omitted.

FIG. 7 is a diagram illustrating the sea service form of FIG. 6, which is a page providing a sea export service.

First, the user 100 selects a country and a port where the goods will arrive, and inputs a desired shipment date. In this case, as an export service, a departure point (for example, Busan) is automatically entered, and a country and port combo box and a schedule date for transporting goods are provided so that the user 100 can search for the country and port of the destination. A calendar combo box is provided.

Next, the user 100 inputs a fare condition, an item of the item to be transported, a quantity, a type of the item, and the like. Here, the type of the article is divided into LCL and FCL. If the article type is LCL, the volume of the article is converted using the CBM calculation method, and the box size is input. Since the method of inputting the box size has been described with reference to FIG. 4, detailed description thereof will be omitted. On the other hand, if the article type is FCL, enter the size of the container, which is 20^TF, 40^TFAnd 40^HQin The article is divided into a general article (DRY) and a frozen article (REFFER).

When the user 100 presses the next button after completing the input of the transported goods, the user is switched to the next page, and the user 100 may input a desired transport line and a desired transport price. Here, the transport line refers to a route in which the goods are transported, and the user 100 may select a desired company and a route. On the other hand, the screen is provided with a market price applying a certain percentage to the service base price specified for each service, the user 100 can input the desired transport price based on the market price.

The user 100 then enters the desired shipping price of the LCL or FCL, depending on the type of article he or she intends to transport. For example, if the type of the item selected by the user 100 is LCL, the market price corresponding to the LCL is provided on the screen, and the user inputs the LCL desired shipping price.

Here, the process of determining the desired shipping price is performed by the same process as that of FIG. 4, and a detailed description thereof will be omitted. However, in the process in which the web server 200 shows the user 100 the total price obtained by adding the desired transportation price and the additional price, the additional price is the terminal freight operation fee (THC), CFS CHARGE, fuel surcharge (BAF). , WFG, CON'T TAX, and Document Fee (DOC FEE).

Thereafter, the process of informing the user of the information inputted about the service applied for the service to the user 100 and the transaction details of the service is also the same as that of FIG.

FIG. 8 is a diagram illustrating the sea service form of FIG. 6, which is a page providing a sea import service.

Unlike the sea export service, the sea import service is automatically provided with a destination of arrival, and the departure place of the user 100 inputs a corresponding country code and a port code by using a combo box.

After that, the process of inputting the desired shipping date, the quantity of goods and the desired shipping price is the same as that of FIG. 5, and thus a detailed description thereof will be omitted.

9 is a view schematically showing a local export service method of the method of providing goods transport service through the Internet according to the present invention.

The local export service may select a desired transportation method between the air service and the sea service, and when using the air service performs the same process as the air service described with reference to FIG. 3, and also when using the sea service described in FIG. 6. Since the same process as the sea service is performed, a detailed description thereof will be omitted.

FIG. 10 is a diagram illustrating a page for providing an air service among the local export service forms of FIG. 9, and FIG. 10 is configured in the same manner as the air export service form shown in FIG.

FIG. 11 is a view showing a page for providing a marine service in the local export service form of FIG. 9, and FIG. 11 is configured in the same manner as the air export service form shown in FIG.

12 is a diagram schematically illustrating a bonded transportation service method in a method of providing goods transportation services through the Internet according to the present invention, in which a user 100 first inputs a departure / arrival place (S500). Here, the starting point is designated as a default value, and the user 100 must input the address and contact information of the destination. Here, the web server 200 provides the user 100 with a combo box for selecting an address of the destination, and the user 100 may input the remaining detailed address.

Next, the user 100 selects a desired shipment date and a desired arrival date (S502). Here, the user 100 may select a date using a calendar supported by the web server 200.

Thereafter, steps S504 to S534 are the same as the processes of steps S208 to S238 of FIG. 3, and thus a detailed description thereof will be omitted.

FIG. 13 is a diagram illustrating the bonded transportation service form of FIG. 12. First, the user 100 selects a destination to be transported using a combo box, and inputs a detailed address and a telephone number accordingly. Here, the departure point is designated as a default value (for example, Incheon International Airport).

Next, the user 100 selects a desired shipment date and a desired arrival date by using a combo box, and inputs items, quantities, total weights, box sizes, and the like of items to be transported. Here, the process of inputting the item, quantity, total weight and box size of the article is performed by the same process and method as in FIG.

Thereafter, the user 100 inputs a desired shipping price, the web server 200 compares the desired shipping price and the service base price input by the user 100, and applies the user information with the user information. The process of informing the details of the input of the service and the transaction details of the service is the same as in FIG. 4, and thus a detailed description thereof will be omitted.

14 is a view schematically showing a customs clearance service service method of the goods transport service providing method through the Internet according to the present invention, the user 100 first selects the departure country (S600). Here, when the user 100 selects a departure country, the web server 200 confirms whether the selected country is a WTO member country.

Next, the user 100 selects a transportation type and a freight condition, and inputs an HS code (HS CODE) (S602 to S606). Here, the HS code is an item classification table used when measuring the tax rate for the tariff of the cargo in import and export customs clearance, and is inputted to calculate an accurate tariff rate. When the user 100 inputs the corresponding HS code, the article name for the HS code, the tariff rate for the article, and the WTO tariff rate are set to data by automatic and option designation.

Thereafter, the web server 200 determines whether the fare condition selected by the user 100 is post payment or prepaid (S608). If the user 100 selects postpaid payment, the web server 200 prompts the user 100 to input a freight rate, an invoice, and an insurance rate, and the user 100 If the prepaid payment is selected, the web server 200 allows the user 100 to input only an invoice and an insurance premium (S610 and S612). Next, the web server 200 calculates customs duties, VAT and customs duties based on the charges input by the user 100 (S614).

Next, the web server 200 shows the total customs clearance cost to the user 100 (S616) and requests user information.

Thereafter, since steps S618 to S624 are the same as those of steps S232 to S238 of FIG. 3, a detailed description thereof will be omitted.

FIG. 15 is a diagram illustrating the customs clearance service form of FIG. 14. First, the user 100 selects a country from which a commodity originates through a combo box, and selects a transport type (for example, air).

Next, choose a fare condition, if you choose postpay, the shipping charges, invoices and insurance charges will apply. If you choose prepayment, shipping charges will not apply.

Thereafter, when the user 100 enters the HS code and presses the next button provided on the screen, the customs information and the customs / tax / customs tax and the total customs clearance cost are displayed on the next page.

Next, the web server 200 performs a process of notifying the user of the information inputted to the requested service and the transaction details of the service as the user information. The above process is the same as that of FIG. Description is omitted.

FIG. 16 is a diagram illustrating a speed form for providing a goods transport service through the Internet according to the present invention, in which items can be directly inputted according to goods transport information by selecting a service from a main screen of a web site.

As shown, the speed form has a corresponding service tab on the left side, and each service page has an air import and export service form, a sea import and export service form, a local export (air / sea) form, a bonded transportation form, and a customs clearance form. Has the same configuration as

Although the present invention has been described in detail above, those skilled in the art to which the present invention pertains may variously modify the present invention without departing from the spirit and scope of the present invention as defined in the appended claims. It is apparent that the present invention may be modified or modified. Therefore, a simple change according to an embodiment of the present invention will not be possible without departing from the technology of the present invention.

According to the present invention having the above-described configuration, since the logistics-related work is done online, there is an advantage in that the work can be performed collectively and the goods can be transported and processed quickly and accurately.

In addition, there is an advantage that the user can compare / confirm the service directly on the Internet with the price and schedule provided by each airline or carrier.

In addition, by presenting the market price separately from the service base price, the user can easily input a desired transportation price based on the market price.

Claims (22)

Selecting the service desired by the user and inputting transportation information of the goods to be transported; Checking, by the web server, the shipping information input by the user to retrieve a service base price; Calculating a market price by applying a predetermined percentage to the searched basic service search; Displaying the calculated market price on a screen; A user inputting a desired shipping price based on the displayed market price; Comparing, by the web server, a desired shipping price and a service price input by the user; Requesting a user to re-enter the desired shipping price if the desired shipping price is less than the base price of the service as a result of the price comparison; Requesting a user to re-enter the desired shipping price if the desired shipping price is higher than the service price as a result of the price comparison; And If the desired shipping price is equal to or higher than the basic price of the service and lower than the market price, informing the user of the input information and the transaction details of the service; , Selecting a service desired by the user and inputting transport information of an item to be transported includes: inputting a box size by the user; The web server integrating the input box sizes; Comparing the accumulated box weight with the total weight of the article; And selecting the final weight of the article as the integrated box weight when the integrated box weight is less than the total weight, and selecting the final weight of the article as the total weight of the article when the integrated box weight is greater than the total weight. Method for providing goods transport service over the Internet, characterized in that it comprises a step of. The method of claim 1, wherein the user selects a desired service and inputs transportation information of an item to be transported. A method for providing goods transportation services over the Internet, characterized in that one of the following services is selected: aeronautical services, maritime related services, local export services, bonded transportation services and customs clearance services. The method according to claim 1 or 2, wherein when the user selects a desired service and inputs transportation information of goods to be transported, the user selects an air related service, The user selecting a shipping route and origin / destination of the article; A user inputting a desired shipment date and a release date; Selecting a bonded transport area by the user; And A method of providing goods transport service via the Internet, the method further comprising the step of a user inputting the quantity and total weight of the goods. The method of claim 3, wherein the user inputs the quantity and total weight of the article, The method of claim 1, further comprising the step of inputting a box size. delete The method of claim 1 or 2, wherein when the user selects a desired service and inputs transportation information of an item to be transported, the user selects a sea related service. A user selecting a source / destination point of the article; A user selecting a port to which the goods are shipped; A user inputting a desired shipment date and a release date; A user inputting an item quantity; And A method for providing goods transport service over the Internet, further comprising the step of selecting a desired route for the goods to be transported. The method of claim 6, wherein the user inputs an item quantity, Selecting an item type and inputting the quantity of goods according to the corresponding item type. The method of claim 7, wherein the user selects an item type and inputs an item quantity according to the item type, The method of claim 1, further comprising the step of inputting a box size. delete The method according to claim 1 or 2, wherein when the user selects a desired service and inputs transportation information of goods to be transported, the user selects a local export service, The method of providing goods transportation service over the Internet, further comprising the step of selecting a desired transportation means. The method of claim 10, wherein selecting the desired vehicle comprises: A method of providing goods transport service over the Internet, characterized in that the air service or the ocean service is selected. The method according to claim 1 or 2, wherein when the user selects a desired service and inputs transportation information of goods to be transported, the user selects a bonded transportation service. A user selecting a source / destination point of the article; A user inputting a desired shipment date and a desired arrival date; And A method of providing goods transport service via the Internet, the method further comprising the step of a user inputting a quantity and a total weight of the goods. The method of claim 12, wherein the user inputs the quantity and total weight of the article, The method of claim 1, further comprising the step of inputting a box size. delete The method according to claim 1 or 2, wherein when the user selects a desired service and inputs transportation information of the goods to be transported, the user selects a customs clearance service. The user selecting a country of origin of the article; Selecting a transport type by a user; Selecting a freight condition by the user; A user entering an HS code; A user inputting a WTO duty rate retrieved by the HS code; And Requesting the user information from the user, and transmitting the input information about the service requested by the user and the transaction details of the service to the user e-mail. The method of claim 15, wherein the user selects a fare condition. And if the fare condition selected by the user is postpaid as a result of the determination, inputting a freight rate, an invoice and an insurance fee, and if the fare condition selected by the user is a prepaid payment, further comprising inputting a freight rate and an invoice. Method of providing goods transport service via the Internet. The method of claim 15, wherein the requesting of the user information to the user and the transmission of the input information about the service requested by the user and the transaction history of the service to the user e-mail include: Retrieving an email address of the user; And If the user's e-mail address is retrieved, the user information is automatically entered, if the user's e-mail address is not retrieved, further comprising the step of providing an input form for entering the user information Internet How to Deliver Goods Delivery Services delete delete The method of claim 1, wherein if the desired shipping price is equal to or higher than the service base price, And adding the desired shipping price and the additional price and informing the user. The method of claim 1, wherein the user information, A method of providing goods transport service over the Internet, characterized in that the user's email address or contact information. The method of claim 1, wherein the step of informing the user of the input information on the service requested by the user input and the transaction details of the service includes: Retrieving an email address of the user; And If the user's e-mail address is retrieved, the user information is automatically input, if the user's e-mail address is not retrieved, further comprising the step of providing an input form for entering the user information Internet How to Deliver Goods Delivery Services