KR102588994B1 - Logistics service system that provides a virtual logistics estimation service and a logistics service method using the same - Google Patents

Abstract

The logistics service system that provides the virtual logistics quotation service of the present invention requests a virtual quotation page for requesting a logistics quotation for delivery by a user communication unit that communicates with the outside, and a transportation method on the virtual quotation page received in response to the request. A user terminal including a user control unit that controls the user communication unit to request a logistics quotation including inputting specifications for each type of product, registering and modifying schedules, and transmitting a contract opinion agreeing to the logistics quotation received in response to the logistics quotation request; A virtual quotation page is transmitted to the user terminal in response to a virtual quotation page request from the logistics management communication department and the user terminal, which communicates with the user communication department. A logistics quotation is provided in response to a logistics quotation request from the user terminal, and the logistics quotation is responded to. A logistics management server that includes a logistics management control unit that controls logistics delivery requests based on the received contract opinion, and a delivery management and communications department that receives logistics delivery requests from the logistics management server. In the case of export delivery, the goods are delivered by a pre-set delivery company. The delivery management control unit controls the delivery management and communication department to receive goods from the manufacturer or logistics center and transfer them to the export means of transport, and to transmit the delivery request to the pre-set delivery company that receives the goods imported by the import means of transport and delivers them to the customer. Includes a delivery management server.

Description

Logistics service system that provides a virtual logistics estimation service and a logistics service method using the same {Logistics service system that provides a virtual logistics estimation service and a logistics service method using the same}

The present invention relates to a logistics service system that provides virtual estimates for logistics and logistics delivery services, and a logistics service method using the same.

Generally, when an orderer places an order to purchase a product, a logistics company purchases the product manufactured from the product manufacturer and delivers it to the orderer.

Currently, B2C exports to Chinese grocery stores, etc. are being operated on to China after lowering the unit price of the product to avoid paying the 9.1% tax specified by Chinese customs. As a result, when illegal export logistics delivered to China are detected by Chinese customs, the goods are confiscated and even the principal amount cannot be recovered, leading to bankruptcy of domestic companies. Accordingly, domestic small and medium-sized forwarding and manufacturers are continuously requesting the development of their own export platform that can develop stable sales channels through compliance with China's customs laws.

Additionally, in order to export to overseas customers, forwarding companies need separate contracts with at least four companies, including a domestic delivery company, a domestic customs clearance agency, a Chinese customs clearance agency, and a Chinese delivery company. As a result, the export logistics system not only becomes more complex, but also incurs high costs due to recruitment of personnel to manage it and fees incurred, so a customized logistics platform service for small and medium-sized businesses that requires comprehensive management from orders from overseas customers to final delivery is needed.

In the case of small and medium-sized businesses, it is difficult to keep track of frequently changing sea and air freight rates due to limitations in funds and manpower. Typical small and medium-sized businesses need to make separate inquiries about freight rates from multiple forwarding companies, airlines, and shipping companies when exporting, which requires continuous time and money to derive freight estimates, and the need for virtual quotation services is continuously increasing.

Therefore, the purpose of the present invention is to provide a logistics service system that can quickly provide a virtual logistics quotation and provide a virtual logistics quotation service that can provide logistics delivery management, and a logistics service method using the same.

In order to achieve the above object, the logistics service system that provides a virtual logistics quotation service according to the present invention requests a virtual quotation page for requesting a logistics quotation for delivery by a user communication unit that communicates with the outside and a user, and responds to the request. On the received virtual quotation page, the user communication unit is controlled to request a logistics quotation including inputting product specifications for each type of transportation, registering and modifying schedules, and transmitting a contract opinion agreeing to the logistics quotation received in response to the logistics quotation request. a user terminal including a user control unit; A logistics management communication unit communicating with the user communication unit transmits the virtual quotation page to the user terminal in response to a request for the virtual quotation page from the user terminal, and provides a logistics quotation in response to a logistics quotation request from the user terminal. and a logistics management server including a logistics management control unit that controls to request logistics delivery based on the contract opinion received in response to the logistics quotation; And the delivery management and communication department that receives the logistics delivery request from the above logistics management server and, in the case of export delivery, have the pre-set delivery company receive the goods from the manufacturer or logistics center and transfer them to the export transportation means, and the goods imported by the import transportation method. It includes a delivery management server including a delivery management control unit that controls the delivery management communication unit to transmit a delivery request to the preset delivery company that receives and delivers to the customer. When a user requests a quotation for logistics, a logistics quotation can be provided quickly according to the specifications of the product. Once a logistics contract is made, a delivery request is made to the delivery management server to ensure that the goods are stably delivered to the customer. Since virtual quotations can be quickly provided to users through management, the speed of virtual quotations and product management can be achieved, thereby improving the stability of delivery.

The virtual quotation page provides logistics information including logistics costs, exchange rates, incidental costs, and cost lists, and the logistics management control unit calculates total weight in kg and weight per volume according to volume information, quantity, and weight of logistics and containers. Stores the freight weight according to the user terminal, calculates the freight weight based on at least one of the packaging type, horizontal length, vertical length, height, quantity, and weight of the goods and containers received from the user terminal, and calculates the freight weight. Accordingly, when a logistics quotation including air and sea freight, fuel surcharges, and air and sea import and export incidental costs is created, logistics information including logistics costs, exchange rates, incidental costs and cost list is provided to the user, and the goods and services provided by the user are provided. It is desirable to be able to provide a logistics estimate including air and sea freight, fuel surcharge, air and sea import and export incidental costs depending on the packaging type, width, length, height, quantity and weight of the container.

And the logistics management control department, inland transportation costs corresponding to the transportation distance according to the pickup area, air and sea transportation costs according to the destination country and arrival terminal, and the destination country, destination port and destination airport, whether insurance is required, whether export packaging is necessary, and Logistics costs are stored depending on whether the product is a dangerous goods product, and inland transportation costs, air and sea transportation costs are based on the information received from the user terminal, such as pick-up area, destination country and port of arrival, insurance status, whether export packaging is required, and whether it is a dangerous goods product. , logistics costs are calculated and the above logistics quotation is generated based on the calculated information. Inland transportation cost, inland transportation cost, depending on the information received from the user, such as pick-up area, destination country and port of arrival, whether insurance is required, whether export packaging is required, and whether or not it is a dangerous goods product. It is desirable because it can provide air and sea transportation costs and logistics costs.

The Overseas Logistics Management and Communication Department, which receives logistics delivery requests from the above logistics management server, and in the case of import delivery, a pre-established overseas delivery company receives the goods from the manufacturer or logistics center and delivers them domestically using import transportation means, and export transportation methods. By further including an overseas logistics management server having an overseas logistics management control unit that controls the overseas logistics management and communication unit to receive goods exported and deliver them to overseas customers, exported goods can be delivered to overseas customers stably and efficiently. desirable.

And it further includes a code recognition device that recognizes the identification code of the product to confirm order and delivery details, wherein the code recognition device includes: a code sensor unit for recognizing the identification code; A code display unit for displaying the order and delivery details; A code communication unit that communicates with the logistics management server and receives location information; And when the identification code for the product is recognized by the code sensor unit, the code display unit is controlled to display the order and delivery details, and the code display unit is determined to be in a plurality of preset areas based on the location information received from the code communication unit. If a code control unit controls the code communication unit to transmit delivery information including location information about the goods to the logistics management server, the delivered goods can be stably tracked, thereby improving the stability of goods delivery. It is desirable because it can increase.

It further includes a situation information sensor having a situation sensor unit mounted on a vehicle transporting the product to detect situation information of the item and a situation communication unit transmitting the situation information detected by the situation sensor unit to the logistics management server; , the situation sensor unit includes at least one camera that photographs the item; A temperature sensor that detects the temperature of the loading space where the goods are loaded; A vibration detection sensor that detects vibration in the loading space; It is desirable to include an acceleration sensor that detects the balance and tilting pressure of the product, so that managers and orderers can check the situation and status of the delivered product.

And upon receiving the identification code of the product, it further includes a delivery invoice issuing device that issues the logistics delivery invoice including the identification code, wherein the logistics management server includes a transfer belt through which the plurality of goods are transferred, the transfer It further includes an identification code recognition unit including a camera that recognizes identification codes attached to the plurality of items on a belt and a position changing unit that can change the positions of the plurality of items, wherein the logistics management control unit recognizes the identification codes. When the department recognizes the identification code among the overseas delivery invoices attached to each of a plurality of products, it controls the logistics management and communication department to request order information including customer information from the overseas logistics management server, and orders and delivers the order in response to the request. When information is received from the overseas logistics management server, the identification code and the order and delivery information are transmitted to the delivery invoice issuing device to issue the logistics delivery invoice for each of the plurality of products, so that the order information is quickly organized. This is desirable because it can be done accurately and improve the efficiency of the overall delivery operation.

Meanwhile, a logistics service method using a logistics service system that provides a virtual logistics quotation service according to the present invention includes the steps of requesting a virtual quotation page for a logistics quotation request for delivery from a user terminal to a logistics management server; Transmitting a virtual quotation page from the logistics management server to the user terminal in response to a virtual quotation page request; Requesting a logistics quotation including inputting product specifications for each type of transportation method, registering and modifying a schedule, on a virtual quotation page received in response to a request from the user terminal to the logistics management server; Calculating a freight weight based on at least one of the packaging type, horizontal length, vertical length, height, quantity, and weight of the goods and containers received from the user terminal at the logistics management server; Calculating air and sea freight rates, fuel surcharges, and air and sea export and import incidental costs according to the weight calculated by the logistics management server; The logistics management server calculates inland transportation costs, air and sea transportation costs, and logistics costs based on the information received from the user terminal, such as pickup area, destination country and destination port, insurance status, export packaging required, and whether or not it is a dangerous goods product. step; Generating a logistics estimate including air and sea freight rates, fuel surcharges, air and sea import and export incidental costs, inland transport costs, air and sea transport costs, and logistics costs calculated by the logistics management server; providing a logistics quotation from the logistics management server to the user terminal in response to a logistics quotation request; Transmitting a contract opinion agreeing with the logistics quotation received from the user terminal to the logistics management server; And it may include a step of requesting logistics delivery from the user terminal to the delivery management server based on the contract opinion received in response to the logistics quotation.

According to the present invention, when a user requests a quotation for logistics, a logistics quotation can be provided quickly according to the specifications of the product, and when a contract for logistics is concluded, a delivery request is made to the delivery management server to ensure that the goods are delivered to the customer reliably. Since the virtual quotation can be quickly provided to the user by managing it so that it can be delivered to the user, the speed of the virtual quotation and the stability of product management can be improved.

In addition, logistics information including logistics costs, exchange rates, incidental costs, and cost lists are provided to users, and air and sea freight rates are charged according to the packaging type, width, length, height, quantity, and weight of the goods and containers provided by the user. , can provide logistics estimates including fuel surcharges, air and sea import and export incidental costs, and can provide logistics estimates including pickup area, destination country and port of arrival, insurance status, whether export packaging is required, and whether or not it is a dangerous goods product received from the user. It has the effect of providing inland transportation costs, air and sea transportation costs, and logistics costs.

In addition, exported goods can be delivered stably and efficiently to overseas customers, and the delivered goods can be stably tracked, which has the effect of increasing the stability of goods delivery.

In addition, managers and orderers can check the status and status of delivered goods, and order information can be organized quickly and accurately, thereby improving overall delivery efficiency.

1 is a control block diagram of a logistics service system that provides a virtual logistics quotation service according to the present invention.
Figure 2 is a control block diagram of the user terminal
Figure 3 is a control block diagram of the logistics management server
Figure 4 is a control block diagram of the delivery invoice issuing device
Figure 5 is a control block diagram of the situation information detector
Figure 6 is a control block diagram of the code recognition device
Figure 7 is a control block diagram of the delivery management server
Figure 8 is a control block diagram of the overseas logistics management server
Figures 9 and 10 are flowcharts of a method of providing logistics services using a logistics service system that provides virtual logistics quotation services.
Figure 11 is an example diagram for the case of air export among the virtual quotation pages.
Figure 12 is an example diagram for the case of maritime export FCL among the virtual quotation pages.
Figure 13 is an example table showing cost calculation for airfare.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The examples below are only provided to understand the content of the present invention, and many modifications will be possible within the technical spirit of the present invention by those skilled in the art. Therefore, the scope of the present invention should not be construed as being limited to these embodiments.

Hereinafter, a logistics service system that provides a virtual logistics quotation service according to a preferred embodiment of the present invention will be described in detail with reference to the attached drawings.

Figure 1 is a control block diagram of a logistics service system that provides a virtual logistics quotation service according to the present invention, Figure 2 is a control block diagram of a user terminal, Figure 3 is a control block diagram of a logistics management server, and Figure 4 is a delivery system. Figure 5 is a control block diagram of an invoicing device, Figure 5 is a control block diagram of a situation information detector, Figure 6 is a control block diagram of a code recognition device, Figure 7 is a control block diagram of a delivery management server, and Figure 8 is an overseas logistics system. This is a control block diagram of the management server.

Referring to Figures 1 to 8, the logistics service system 1 that provides the virtual logistics quotation service of the present invention includes a user terminal 10, a logistics management server 20, a delivery invoice issuing device 30, and a code recognition device. It includes a device 40, a situation information detector 50, a delivery management server 60, and an overseas logistics management server 70.

The user terminal 10 is a terminal for requesting logistics quotation and logistics delivery. The user terminal 10 may be comprised of a plurality of users and may include a first user terminal 11, a second user terminal 12, and a third user terminal 13. The first user terminal 11, the second user terminal 12, and the third user terminal 13 may have the same configuration, and the first user terminal 11 includes a first user communication unit 111, a first user It includes a display unit 112, a first user input unit 113, and a first user control unit 114.

The first user communication unit 111 communicates with the outside.

The first user display unit 112 can display a virtual quotation page for the logistics quotation received from the first user communication unit 111, can display a logistics quotation, and can also display information about delivery of goods. there is. In the present invention, goods refer to goods or products, and logistics refers to the entire process of efficiently moving or storing goods to a desired location, such as packaging, unloading, transport, and storage of the goods.

The first user input unit 113 may be provided as a means for inputting user commands. The first user input unit 113 inputs product specifications including the volume, width, length, height, weight, and quantity of the product or container provided on the virtual quotation page, and at least one means of transportation among air, sea, and vehicle. You can enter a request for a logistics quotation including schedule registration for each type. The first user input unit 113 may input a contract opinion agreeing to the logistics quotation received in response to the logistics quotation request.

The first user control unit 114 requests a virtual quotation page for the user to request a logistics quotation for delivery, and inputs product specifications and at least one of air, sea, and vehicle on the virtual quotation page received in response to the request. The first user communication unit 111 is controlled to request a logistics quotation including schedule registration of transportation means and to transmit a contract opinion agreeing to the logistics quotation received in response to the logistics quotation request.

The logistics management server 20 performs overall management of logistics. The logistics management server 20 is a logistics server responsible for domestic and overseas logistics. The logistics management server 20 ensures that goods transferred from overseas to Korea or from domestic to overseas are delivered. The logistics management server 20 may receive an identification code corresponding to the product being purchased from the overseas logistics management server 70. The logistics management server 20 may receive order information from the overseas logistics management server 70 and organize an order list for each of a plurality of products. The logistics management server 20 can create a domestic delivery invoice file for issuing a domestic delivery invoice for each item in the organized order list.

The logistics management server 20 includes an identification code recognition unit 21, a logistics management communication unit 22, and a logistics management control unit 23.

The identification code recognition unit 21 may be implemented with a laser sensor, a camera, etc., which may be made of a sensor capable of recognizing an identification code. The identification code recognition unit 21 is provided to output light as an identification code and then read a barcode or QR code using the returned light. If the identification code recognition unit 21 is provided with a camera, it can recognize identification codes such as barcodes or QR codes. In addition, the identification code recognition unit 21 includes a transfer belt 211, a recognition camera 212, and a position change unit 213.

The transport belt 211 may be implemented as a conveyor belt for transporting goods.

The recognition camera 212 is configured to photograph the delivery invoice of the product. A plurality of recognition cameras 212 may be provided to photograph items on the transport belt 211 moving in multiple directions.

The position change unit 213 is configured to change the state in which the item is placed on the transport belt 21 and may be arranged in the shape of a long bar to rotate and move the item in the horizontal direction. In addition, when the overseas delivery invoice comes into contact with the upper surface of the transport belt 211 because the product is rotated and moved in the vertical direction and turned over or rotated 90°, the state in which the product is placed can be changed.

The logistics management and communication unit 22 can transmit and receive data to and from the outside.

The logistics management control unit 23 transmits a virtual quotation page to the user terminal 10 in response to a virtual quotation page request from the user terminal 10, and provides a logistics quotation based on the virtual quotation page created in the user terminal 10. It generates, provides the logistics quotation to the user terminal 10, and controls to request logistics delivery based on the contract opinion received in response to the logistics quotation.

When the identification code recognition unit 21 recognizes the identification code among the overseas delivery invoices attached to each of the plurality of products, the logistics management control unit 23 requests order information including customer information from the preset overseas logistics management server 70. The logistics management and communication unit 22 is controlled to do so, and when order information corresponding to the request is received, a domestic delivery invoice is generated for each of a plurality of products. Previously, after recognizing the identification code, the contents of each product were written in an Excel document and then printed to create a domestic delivery invoice. This sometimes resulted in errors in the product and order details, and each item was listed in an Excel document. Since the process of creating a domestic delivery invoice is very slow, the problem of very low delivery efficiency can be improved.

Specifically, when order information is received from the overseas logistics management server 70, the logistics management control unit 23 automatically organizes items for goods recognized by the identification code recognition unit 21, eliminating the need to list them one by one, thereby providing accurate information. Since you can quickly create a file to issue an order list and domestic delivery invoice, delivery efficiency can be significantly improved.

Here, the virtual quotation page is provided to the user terminal 10 before the logistics quotation is generated, and contains the packaging type of the product, the volume, width, length, height, weight, and quantity of the product or container. You can input specifications and request a logistics quotation including schedule registration for at least one type of transportation such as air, sea, or vehicle, and include a freight rate for each type of transportation such as air, sea, or vehicle. Provides logistics information including logistics costs, exchange rates, incidental costs, and cost lists.

The logistics management control unit 23 stores the total weight in kg and the freight weight according to the weight per volume according to the volume, quantity, and weight of the product or container, and stores the freight weight according to the weight per volume of the product or container entered into the virtual quotation page by the user terminal 10. Freight weight is calculated based on at least one of the specifications of the product among volume, width, length, height, quantity, and weight, and air and sea freight, fuel surcharge, and air and sea import and export incidental costs are calculated according to the calculated freight weight. You can create a logistics estimate that includes, etc.

Figure 11 is an example diagram for the case of air export among the virtual quotation pages.

This is an example of entering product specifications for each type of transportation method on the virtual quotation page.

The packaging type, width, height, height, quantity and weight, and item input by the user are shown as examples.

Figure 12 is an example diagram for the case of maritime export FCL among the virtual quotation pages.

On the virtual quotation page, examples of entering the origin country, origin port, destination country, destination port, quantity and weight by container size, and items are shown.

By providing the information in Figures 11 and 12, you can receive a logistics quotation for logistics.

Figure 13 is an example table showing cost calculation for airfare. Referring to Figure 13, it can be seen that costs including air and sea freight, fuel surcharge, security surcharge, air and sea import/export incidental costs, terminal usage fee, document issuance cost, airport usage fee, etc. are calculated according to the calculated freight weight. .

The logistics management control department (23) determines inland transportation costs corresponding to the transportation distance between transportation methods or from the transportation method to the delivery destination from the manufacturer or logistics center of the goods, air and sea transportation costs according to the destination country and destination terminal, and destination country, destination port, and destination. Logistics costs are stored according to the airport, whether insurance is required, whether export packaging is required, and whether it is a dangerous goods product, and inland transportation costs, air or sea transportation costs, and logistics costs are calculated based on the information on the virtual quote page received from the user terminal 10. And a logistics quotation can be created based on the calculated information.

The logistics management control unit 23 may store cost standard information for calculating export logistics costs from a forwarding company server for logistics.

In addition, if the freight weight of the product is less than the preset standard, the logistics management control unit 23 determines the product to be a small quantity logistics, and sets the product to LCL (Less than Container), which loads products from multiple exporters together in one container. Load) It may be possible to automatically calculate the logistics cost for the goods by applying the transportation method.

When the identification code recognition unit 21 recognizes the identification code among the overseas delivery invoices attached to each of the plurality of products, the logistics management control unit 23 requests order information including customer information from the overseas logistics management server 70. Controls the management and communication unit 21, and when order and delivery information corresponding to the request is received from the overseas logistics management server 70, the delivery invoice issuing device 30 is used to issue a logistics delivery invoice for each of the plurality of products. You can send order and delivery information.

When the delivery invoice issuing device 30 receives the identification code of the product, it can issue a logistics delivery invoice including the identification code. The delivery invoice issuing device 30 receives the domestic delivery invoice file from the logistics management server 20 and issues a domestic delivery invoice containing order information and an identification code corresponding to the product. Here, the order information may include at least one of customer name, customer address, product name, product quantity, and product specifications. The domestic delivery invoice may include an identification code including the customer name, customer address, product name, barcode, QR code, etc. for delivery of the product to the customer who ordered the product.

The delivery invoice issuing device 30 includes a delivery invoice communication unit 31, a delivery invoice issuing unit 32, and a delivery invoice control unit 33.

The delivery invoice communication unit 31 can transmit and receive data to and from the outside. The delivery invoice communication unit 31 can receive a domestic delivery invoice file from the logistics management server 20.

The delivery invoice issuing unit 32 issues a domestic delivery invoice using the received domestic delivery invoice file.

When the delivery invoice communication unit 31 receives a domestic delivery invoice file from the logistics management server 20, the delivery invoice control unit 33 transfers the received domestic delivery invoice file to the delivery invoice issuing unit 32 to issue a domestic delivery invoice. Control as much as possible.

The code recognition device 40 allows recognition of identification codes and may be portable. The order details can be confirmed by recognizing the identification code of the integrated logistics invoice for the product in question using the code recognition device 40.

The code recognition device 40 may include a code sensor unit 41, a code communication unit 42, a code display unit 43, and a code control unit 44.

The code sensor unit 41 may be made of a sensor that can recognize an identification code. It can be implemented with a laser sensor or camera. The code sensor unit 41 is provided to output light as an identification code and then read a barcode or QR code using the returned light.

The code communication unit 42 communicates with the logistics management server 20 and can receive location information.

The code display unit 43 is configured to display order details.

The code control unit 44 controls the code display unit 43 to display order details when the identification code of the integrated logistics invoice for the product is recognized by the code sensor unit 41, and the location received from the code communication unit 42. If it is determined that the product is in a plurality of preset areas based on the information, the code communication unit 42 can be controlled to transmit delivery information including location information for the product to the logistics management server 20.

The situation information detector 50 can detect the situation of the corresponding product being delivered. The situation information detector 50 may include a situation sensor unit 51, a situation communication unit 52, and a situation control unit 53.

The situation sensor unit 51 is mounted on at least one means of transportation, such as air, sea, or vehicle, that transports the product and detects situation information about the product. The situation sensor unit 51 may include at least one camera 511, a temperature sensor 512, a vibration sensor 513, and a three-axis acceleration sensor 514.

At least one camera 511 may be installed in multiple directions to photograph an article.

The temperature sensor 512 may be provided in plurality and detects the temperature at different locations with respect to the location of the cargo. A plurality of temperature sensors 512 detect the temperature of different areas of the loading space where cargo is loaded.

The vibration detection sensor 513 is supported on the transport vehicle and detects vibration of the cargo.

The 3-axis acceleration sensor 514 can detect the tilted direction and tilt information of the cargo. The 3-axis acceleration sensor 514 detects the balance and tilting of the cargo.

The situation communication unit 52 transmits the detected situation information to the logistics management server 20. The situation communication unit 52 can transmit situation information detected by the situation sensor unit 51 to the outside.

The situation control unit 53 controls the situation sensor unit 51 to detect the situation information of the product when the delivery vehicle starts delivering the product, and the situation communication unit 52 transmits the detected situation information to the logistics management server 20. ) can be controlled.

Here, the situation control unit 53 can continuously transmit the sensed situation information, or transmit it periodically, and includes at least one camera 511, a temperature sensor 512, a vibration sensor 513, and a 3-axis acceleration sensor. (514) Conditions for each can be set in advance. Afterwards, if the situation detected by at least one camera 511, temperature sensor 512, vibration sensor 513, and 3-axis acceleration sensor 514 deviates from the preset conditions, the situation control unit 53 delivers the product. The delivery terminal can also notify you of situations that deviate from pre-set conditions so that inspection can be carried out to improve the situation during delivery.

The delivery management server 60 manages the delivery of the goods to which the domestic delivery invoice issued by the delivery invoice issuing device 30 is attached. The delivery management server 60 can select a delivery vehicle, delivery person, etc. to facilitate delivery. The delivery management server 60 may include a delivery management communication unit 61 and a delivery control unit 62.

The delivery management and communication unit 61 can transmit and receive data with the outside world. The delivery management communication unit 61 receives a logistics delivery request from the logistics management server 20.

The delivery management control unit 62 ensures that a preset delivery company receives goods from the manufacturer or logistics center and transfers them to a means of transport for export, and performs a preset delivery function that receives goods imported into the country from the means of transport and delivers them to the customer. The delivery management communication unit 61 can be controlled to transmit a delivery request to the company.

The delivery management control unit 62 can control the delivery management communication unit 61 to transmit information detected from the code recognition device 40 and the situation information detector 50 to the logistics management server 20.

The overseas logistics management server 70 includes the overseas logistics management and communication department 71, which receives logistics delivery requests from the logistics management server 20, and in the case of import delivery, a preset overseas delivery company receives the goods from the manufacturer or logistics center and imports them. It is possible to deliver goods domestically using transportation methods for export, and to receive goods exported by transportation methods for export and deliver them to overseas customers. The overseas logistics management server 70 is a logistics server in charge of overseas logistics. The overseas logistics management server 70 is a server of a logistics company that ships and delivers the goods from overseas to Korea when a domestic buyer purchases an overseas product. The overseas logistics management server 70 may include an overseas logistics management and communication unit 71 and an overseas logistics management control unit 72.

The overseas logistics management and communication department 71 can transmit and receive data with the outside world.

When the overseas logistics management control unit 72 receives a request for order information including customer information from the logistics management server 20, it can control the overseas logistics management communication unit 71 to transmit order information corresponding to the request.

Figures 9 and 10 are flowcharts of a logistics service method using a logistics service system that provides a virtual logistics quotation service of the present invention.

The user terminal 10 requests a virtual quotation page to request a logistics quotation for delivery from the logistics management server 20 (S1).

A virtual quotation page is transmitted from the logistics management server 20 to the user terminal 10 in response to the virtual quotation page request (S2).

In the virtual quotation page received by the user terminal 10 in response to a request from the logistics management server 20, enter the specifications of the product including the volume, quantity, and weight of the product, and select at least one of air, sea, and vehicle. Request a logistics quotation by checking logistics information including schedule registration, logistics cost, exchange rate, incidental costs, and cost list for each type of transportation method (S3).

The logistics management server 20 calculates the freight weight based on the product specification input on the virtual quotation page received from the user terminal 10 (S4).

Air and sea freight rates, fuel surcharges, and air and sea export/import incidental costs are calculated according to the freight weight calculated in the logistics management server (20) (S5).

The logistics management server 20 calculates inland transportation costs, air or sea transportation costs, and logistics costs based on the information on the virtual quotation page received from the user terminal 10 (S6).

A logistics estimate including air or sea freight, fuel surcharge, air or sea import/export costs, inland transportation cost, air or sea transportation cost, and logistics cost calculated by the logistics management server 20 is generated (S7).
The logistics management server 20 stores the total weight in kg and the freight weight according to the weight per volume according to the volume, quantity, and weight of the goods entered into the virtual quotation page, and inputs them into the virtual quotation page by the user terminal 10. The freight weight is calculated based on the specifications of at least one of the product's volume, width, length, height, quantity, and weight, and depending on the calculated freight weight, air and sea freight, fuel surcharge, air or sea Create a logistics estimate that includes import and export incidental costs.
In addition, if the freight weight of the product is less than a preset standard, the logistics management server 20 determines the product to be small quantity logistics, and sets the product to LCL (Less than Logistics), which loads products from multiple exporters together in one container. You can calculate the logistics cost for the above goods by applying the Container Load (Container Load) transportation method.

The logistics management server 20 provides a logistics quotation in response to a logistics quotation request from the user terminal 10 (S8).

The user terminal 10 transmits a contract opinion agreeing with the received logistics quotation to the logistics management server 20 (S9).

Logistics delivery is requested from the logistics management server 20 to the delivery management server 60 based on the contract opinion received in response to the logistics quotation (S10).

From the logistics management server 20 to the overseas logistics management server 70, in the form of a barcode or QR code containing the customer name, customer address, product name, etc., among the overseas delivery invoices attached to each of the plurality of products in the identification code recognition unit 21. When the identification code is recognized, order information including customer information is requested (S11).

The logistics management server 20 receives order and delivery information corresponding to the request from the overseas logistics management server 70 (S12).

The logistics management server 20 transmits the identification code and order and delivery information to the delivery invoice issuing device 30 to issue a logistics delivery invoice for each of the plurality of products (S13).

The delivery invoice issuing device 30 issues a logistics delivery invoice (S14).

In the case of export delivery, the delivery management server 60 causes a preset delivery company to receive goods from the manufacturer or logistics center and transfer them to a means of transportation for export, and receives goods imported from the means of transportation and delivers them to domestic customers. A delivery request is sent to the preset delivery company (S15).

Delivery information including location information about the product is transmitted from the code recognition device 40 to the logistics management server 20 (S16).

The situation information of the goods is transmitted from the situation information detector 50 to the logistics management server 20 (S17).

The overseas logistics management server 70, which receives a logistics delivery request from the logistics management server 20, in the case of import delivery, allows a pre-set overseas delivery company to receive the goods from an overseas manufacturer or logistics center and use transportation means for import. It is delivered domestically, and exported goods are received by means of transport for export and delivered to overseas customers (S18).

Modifiable embodiments other than the above embodiments will be described.

When the situation information detector 50 detects situation information, the situation information is transmitted to the logistics management server 20, and the situation control unit 53 of the situation information detector 50 also detects the normal appearance, normal temperature range, and normal vibration range of the product. , stores the normal balance range and normal tilt range, and takes action in each case where the product's appearance, temperature, vibration, balance, and tilt values are outside the normal appearance, normal temperature range, normal vibration range, normal balance range, and normal tilt range. An information message is stored, and if the product's appearance, temperature, vibration, balance, and tilt values are judged to be outside of at least one of the normal appearance, normal temperature range, normal vibration range, normal balance range, and normal tilt range, the deliverer's terminal You can deliver the relevant information message to the transport driver through .

The information message can be set to be immediately output through the speaker of the deliverer's terminal.

The domestic delivery invoice indicates the sender, recipient, contact information, and return address, and may also display an identification code issued by the manufacturer or overseas logistics management server to identify the product. The domestic delivery invoice may display a barcode, which is the courier company's identification code for domestic delivery after the goods enter the country. Ensuring that goods can be delivered to customers without confusion by using only one identification code issued to identify the goods from a survey or overseas logistics management server can improve delivery efficiency and improve delivery stability.

Due to the logistics service system (1) that provides the above-mentioned virtual logistics quotation service, when a user requests a quotation for logistics, a logistics quotation can be provided quickly according to the specifications of the product, and once a logistics contract is concluded, By sending a delivery request to the delivery management server and managing the stable delivery of the goods to the customer, a virtual quotation can be quickly provided to the user. The speed of the virtual quotation and product management can be achieved, thereby improving the stability of delivery.

In addition, logistics information including logistics costs, exchange rates, incidental costs, and cost lists are provided to users, and depending on the packaging type of the goods provided by the user, the width, length, height, quantity, and weight of the goods or containers, We can provide logistics estimates including sea freight, fuel surcharges, air and sea import and export incidental costs, and information received from users on pickup area, destination country and port of arrival, whether insurance is required, whether export packaging is required, and whether it is a dangerous goods product. Accordingly, inland transportation costs, air and sea transportation costs, and logistics costs can be provided. In addition, exported goods can be delivered stably and efficiently to overseas customers, and the delivered goods can be reliably tracked, thereby increasing the stability of goods delivery. In addition, managers and orderers can check the status and status of delivered goods, and order information can be organized quickly and accurately, improving overall delivery efficiency.

1: Logistics service system that provides virtual logistics quotation services
10: user terminal 11: first user terminal
12: second user terminal 13: third user terminal
111: first user communication unit 112: first user display unit
113: first user input unit 114: first user control unit
20: Logistics management server 21: Identification code recognition unit
211: transfer belt 212: recognition camera
213: Location Change Department 22: Logistics Management and Communication Department
23: Logistics management control department
30: Delivery invoice issuing device 31: Delivery invoice communication department
32: Delivery invoice issuing department 33: Delivery invoice control department
40: Code recognition device 41: Code sensor unit
42: Code communication unit 43: Code display unit
44: Code control unit
50: Situation information detector 51: Situation sensor unit
511: Camera 512: Temperature sensor
513: Vibration detection sensor 514: Acceleration sensor
52: Situation Communication Department 53: Situation Control Department
60: Delivery Management Server 61: Delivery Management Communication Department
62: Delivery management control department
70: Overseas Logistics Management Server 71: Overseas Logistics Management and Communication Department
72: Overseas Logistics Management Control Department

Claims (9)

Request a virtual quotation page to request a logistics quotation, and request a logistics quotation that includes inputting product specifications and registering a schedule for at least one type of transportation method among air, sea, or vehicle on the virtual quotation page received in response to the request. , a user terminal that transmits a contract opinion agreeing to the logistics quotation received in response to a logistics quotation request;
A virtual quotation page is transmitted to the user terminal, a logistics quotation is generated based on the virtual quotation page provided from the user terminal and provided to the user terminal, and logistics delivery is performed based on the contract opinion received in response to the logistics quotation. Logistics management server that requests;
A delivery management server that receives a logistics delivery request from the logistics management server and transfers the delivery request to a domestic delivery company that transfers the goods from the manufacturer or logistics center to a means of transportation for export or delivers the imported goods to domestic customers; and
An overseas company receives a logistics delivery request from the logistics management server and sends the delivery request to an overseas delivery company that has the goods transferred from an overseas manufacturer or logistics center to the above-mentioned means of transportation for import, or delivers the exported goods to overseas customers. Includes a logistics management server;
The virtual quote page is,
Logistics including product specification input, which includes inputting at least one of the volume, weight, and quantity of the product, schedule registration for each type of transportation, including air, sea, or vehicle, logistics cost, exchange rate, incidental costs, and cost list. Provides information and stores inland transportation costs, air or sea transportation costs depending on the destination country, insurance, packaging, and logistics costs depending on whether the product is a dangerous product.
The logistics management server,
An identification device that has a camera that recognizes the identification code attached to the delivery invoice of the goods on the transfer belt, and a position change unit that changes the state of the goods placed on the transfer belt by rotating or moving the goods on the transfer belt horizontally or up and down. Code recognition unit; and
The freight weight of the product is calculated based on the input of the product specifications stored in the virtual quotation page, and based on the calculated freight weight, air or sea transportation freight, fuel surcharge, air or sea import and export incidental costs, inland transportation cost, and insurance are calculated. A logistics management control unit that generates a logistics quotation including logistics costs depending on whether packaging is necessary, whether packaging is necessary, and whether it is a dangerous goods product, and controls to request logistics delivery based on the contract opinion received in response to the logistics quotation; including; A logistics service system that provides a virtual logistics quotation service, characterized in that:
According to paragraph 1,
The logistics management control department,
If the freight weight is less than the preset standard, the corresponding logistics is judged to be small volume logistics, and the LCL (Less than Container Load) transportation method, which loads the logistics of multiple exporters together in one container, is applied to the corresponding logistics. A logistics service system that provides a virtual logistics quotation service characterized by calculating logistics costs.
According to paragraph 1,
It further includes a situation information sensor having a situation sensor unit mounted on the means of transportation to detect situation information of the goods and a situation communication unit that transmits the situation information detected by the situation sensor unit to a logistics management server,
The situation sensor unit,
at least one camera for photographing the article;
A temperature sensor that detects the temperature of the loading space where the goods are loaded;
A vibration detection sensor that detects vibration in the loading space; and
Includes an acceleration sensor that detects the balance and tilting pressure of the article,
A virtual logistics quotation service, wherein when a situation detected by at least one of the camera, temperature sensor, vibration sensor, and acceleration sensor deviates from preset conditions, the situation control unit notifies the situation to the delivery terminal of the means of transportation. A logistics service system that provides.
Requesting a virtual quotation page for requesting a logistics quotation from the user terminal to the logistics management server;
Transmitting a virtual quotation page from the logistics management server to the user terminal;
In the virtual quotation page that the user terminal receives in response to the request to the logistics management server, input the specifications of the product including the volume, quantity, and weight of the product, and enter at least one type of transportation method among air, sea, or vehicle. Requesting a logistics quotation by checking logistics information including schedule registration, logistics costs, exchange rates, incidental costs, and cost list;
Calculating the freight weight based on the product specification input received from the user terminal at the logistics management server;
Calculating air or sea freight, fuel surcharge, and air or sea export/import incidental costs according to the weight calculated by the logistics management server;
Calculating inland transportation costs, air or sea transportation costs, and logistics costs in the logistics management server based on the virtual quotation page received from the user terminal, and generating a logistics quotation;
providing a logistics quotation from the logistics management server to the user terminal in response to a logistics quotation request;
Transmitting a contract opinion agreeing with the logistics quotation received from the user terminal to the logistics management server; and
A step of requesting logistics delivery from the user terminal to a delivery management server and an overseas logistics management server based on the contract opinion received in response to the logistics quotation,
Receiving goods from a manufacturer or logistics center and transferring them to a means of transportation for export, or transmitting a delivery request through a delivery management server to a pre-set delivery company that receives goods imported by a means of transportation and delivers them to domestic customers;
The goods are received from the manufacturer or logistics center and delivered domestically using transportation for import, and the goods exported by transportation are sent to a pre-established overseas delivery company that receives them and delivers them to overseas customers through the overseas logistics management server. It further includes a step of requesting delivery,
The step of generating a logistics quotation in the logistics management server is,
Depending on the volume, quantity, and weight of the product entered into the virtual quotation page, the total weight in kg and the freight weight according to the weight per volume are stored, and the volume, horizontal length, vertical length, and Calculate the freight weight based on the specifications of at least one of height, quantity, and weight of the product, and generate a logistics estimate including air and sea freight, fuel surcharge, and incidental costs for export and import by air or sea according to the calculated freight weight. , if the freight weight of the goods is less than the preset standard, the goods are judged to be small-volume logistics, and the LCL (Less than Container Load) transportation method, which loads the goods of multiple exporters together in one container, is applied to the goods. A logistics service method using a logistics service system that provides a virtual logistics quotation service characterized by calculating logistics costs for goods. delete delete delete delete delete

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