WO2021235633A1

WO2021235633A1 - Server device and method for supporting delivery

Info

Publication number: WO2021235633A1
Application number: PCT/KR2020/017091
Authority: WO
Inventors: 이정수; 박순호; 최경식
Original assignee: (주)피엘지
Priority date: 2020-05-19
Filing date: 2020-11-27
Publication date: 2021-11-25
Also published as: KR20210143054A

Abstract

Disclosed is a delivery support method for an electronic device. The present invention comprises the steps of: providing an item order screen; when an order is placed for one store on the item order screen, additionally providing a related information screen related to contents of the order; and when additional orders are placed for the store and other stores on the related information screen, calculating a delivery fee for a bundled delivery in which items from the store and the other stores are received by one deliveryman and delivered to the same address. Accordingly, satisfaction of food delivery orders may be improved.

Description

Server device and method for delivery support

The present invention relates to a server device and method for supporting product delivery.

As smartphones become widespread and delivery-related applications become more widely used, orders for delivery using smartphones are increasing. When a delivery order is received, the store that sells the goods uses a delivery agency to deliver the goods. In this case, the store must pay a predetermined delivery fee to the delivery driver. The store may set the order to pay a portion of the total delivery cost.

Stores have no choice but to implement a policy of not placing orders for delivery below a certain price because the delivery fee must be paid the same even if the price of the ordered item is less than a certain amount.

Therefore, even if the orderer wants to order only a small amount or a small amount of goods, there is the inconvenience of having to additionally order in order to receive delivery. In addition, when the orderer orders a variety of items from several stores, there is also a burden of separately paying a delivery fee for each delivery.

SUMMARY OF THE INVENTION The present invention is to solve the above problems, and an object of the present invention is to provide a server device and a method thereof that support efficient delivery even when various items are ordered from various stores.

A server device according to an embodiment of the present invention for achieving the above object includes a communication unit for performing communication with a terminal device, a memory storing at least one command, and when the terminal device accesses through the communication unit, and a processor that executes the at least one command to select a store and a product and provides a product order screen for ordering delivery to the terminal device.

Here, when an order for one store is made on the product order screen, the processor additionally provides a related information screen related to the order contents, and an additional order for a store different from the store is made on the related information screen It performs a function of calculating a delivery fee for bundled delivery in which one delivery driver receives the goods of the store and the other store on the ground and delivers them to the same address, and guides it to the terminal device through the communication unit.

In addition, the processor calculates the additional delivery cost differently depending on the number of stores where the additional order is made, calculates the final delivery cost by adding the additional delivery cost to the basic delivery cost, and varies depending on the number of stores where the additional order is made to determine the customer's contribution, and the remaining amount excluding the customer's contribution from the final delivery cost may be determined as the store's contribution.

Here, the final delivery cost may be calculated as an amount lower than the sum of delivery costs generated when the order and the additional order are each independently performed.

Also, the processor may divide the store levy into levy for each store in consideration of at least one of an order price for each store, a weight of food provided by each store, and a volume of food provided by each store.

In addition, the related information screen includes information on other stores located within a predetermined radius based on the location of the store, information on other stores located within a predetermined radius based on the address, and from the store to the address. Information on other stores located in the vicinity of the moving path of At least one of information about stores that have been ordered, information about stores that sell other items that match the ordered items, and information about stores that sell items that have been ordered along with items included in the order may include

Here, the related information screen may include information on stores located within a predetermined range based on a straight path between the store and the address.

Also, when the additional order is made, the processor may calculate a delivery route for a two-wheeled vehicle connected to an address via the store and the other stores in a specific order.

Here, the delivery route for the two-wheeled vehicle may be calculated by comprehensively considering the location of the store, the location of the other store, the product preparation time of each store, the delivery time allowed, the current location of the delivery driver, and the location of the address.

In addition, if at least one of the weight, volume, and number of the total goods included in the bundled delivery exceeds an allowable condition, the processor divides the bundled delivery into a plurality of delivery groups based on the store, and of the plurality of delivery groups It is possible to select a plurality of delivery drivers corresponding to the number, determine a delivery route connected to an address for each of the plurality of delivery groups, respectively, and provide each delivery route to the plurality of delivery drivers, respectively. Here, at least one of the basic delivery fee and the additional delivery fee may be increased according to the number of the plurality of delivery drivers.

On the other hand, the method for supporting delivery of an electronic device according to an embodiment of the present invention includes the steps of providing an item order screen, and when an order for one store is made on the item order screen, adding a screen of related information related to the order contents and, when an additional order is made for a store different from the store on the related information screen, one delivery driver receives the goods from the store and the other store and delivers it to the same address. It includes the step of calculating

Here, the step of calculating the delivery cost includes: checking the basic delivery cost based on the distance to the store and the address; calculating the additional delivery fee differently depending on the number of stores where the additional order is made; the basic delivery cost and the Calculating the final delivery cost by adding up the additional delivery cost, determining the orderer's fee differently depending on the number of stores where the additional order is made, and calculating the remaining amount after excluding the orderer's fee from the final delivery fee as the store's fee may include.

In addition, the method may further include dividing the store charge by each store in consideration of at least one of an order price for each store, a weight of an article provided by each store, and a volume of an article provided by each store.

In addition, the final delivery cost may be calculated as an amount lower than the sum of delivery costs generated when the order and the additional order are each independently performed.

Here, when the additional order is made, the method may further include calculating a delivery route for a two-wheeled vehicle connected to an address via the store and the other stores in a specific order.

In addition, the delivery route for the two-wheeled vehicle may be calculated by comprehensively considering the location of the store, the location of the other store, the product preparation time of each store, the delivery allowable time, the current location of the delivery driver, and the location of the address.

In addition, if at least one of the weight, volume, and number of the total goods included in the bundled delivery exceeds an allowable condition, classifying the bundled delivery into a plurality of delivery groups based on the store, corresponding to the number of the plurality of delivery groups It may further include the steps of selecting a plurality of delivery drivers to be, respectively determining a delivery path connected to an address for each of the plurality of delivery groups, and providing each of the determined delivery routes to the plurality of delivery drivers, respectively.

In this case, at least one of the basic delivery fee and the additional delivery fee may be increased according to the number of the plurality of delivery drivers.

In addition, the related information screen may include information on shops located within a certain range based on a straight path between the shop and the address.

On the other hand, the program stored in the recording medium according to an embodiment of the present invention for performing the delivery support method includes the steps of providing an item order screen, when an order for one store is made on the item order screen, the order contents and Further providing a related information screen, when an additional order is made for a store different from the store on the related information screen, confirming a basic delivery fee based on the distance to the store and the address, the store where the additional order is made Calculating the additional delivery fee differently depending on the number of , adding up the basic delivery fee and the additional delivery fee to receive the goods of the store and the other store by one delivery driver and deliver it to the same address Final delivery cost for bundled delivery Calculating , and determining a delivery cost for a store corresponding to the final delivery cost, and determining a share for the store delivery cost for the store and the other stores.

According to various embodiments of the present invention as described above, it is possible to order delivery of various items at a reasonable cost.

1 is a view for explaining a delivery support method according to an embodiment of the present invention.

2 is a block diagram showing the configuration of a server device according to an embodiment of the present invention.

3 is a view for explaining an example of the configuration of a UI screen for ordering a package delivery.

4 is a table for explaining an example of a method of calculating an apportionment for each store.

5 and 6 are diagrams for explaining various methods of detecting related information.

7 is a view for explaining a method of determining a delivery route for package delivery.

Fig. 8 is a block diagram showing another configuration example of a server device.

9 is a view for explaining a delivery system according to an embodiment of the present invention.

10 is a flowchart illustrating a delivery support method according to an embodiment of the present invention.

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Transmission or transmission referred to in this specification may mean transmission of data, information, or signals, and encryption/decryption may be applied as necessary.

In addition, in this specification, expressions such as "transfer from A to B (transfer)" or "A receives from B" include transmission (transmission) or reception with another medium included in the middle, and must be sent from A It does not represent only direct transmission (delivery) or reception to B. In addition, each of the devices shown and mentioned herein may be implemented as devices independent of each other, but is not necessarily limited thereto and may be implemented with several components included in one device.

In the description of the present invention, the order of each step should be understood as non-limiting unless the preceding step must be logically and temporally performed before the subsequent step. That is, except for the above exceptional cases, even if the process described as a subsequent step is performed before the process described as the preceding step, the essence of the invention is not affected, and the scope of rights should also be defined regardless of the order of the steps.

And, in the present specification, "A or B" is defined as meaning not only to selectively indicate any one of A and B, but also to include both A and B. In addition, in the present specification, the term "comprising" has a meaning to encompass the inclusion of other components in addition to the elements listed as including.

In this specification, only essential components necessary for the description of the present invention are described, and components not related to the essence of the present invention are not mentioned. And it should not be construed as an exclusive meaning including only the mentioned components, but should be construed as a non-exclusive meaning that may include other components as well.

The mathematical operation and calculation of each step of the present invention to be described later may be implemented as a computer operation by a known coding method for performing the corresponding operation or calculation and/or coding designed to suit the present invention.

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

1 is an illustration on the assumption that the delivery driver 20 delivers the goods to one orderer 30 after receiving the goods while passing through the plurality of shops 10-1, 10-2, and 10-3. did. Each of the stores 10-1, 10-2, and 10-3 means a company that provides goods, and the address 30 means a location of an orderer who wants to receive the goods. The types of shops and goods may vary, but as an example, in the present specification, a store is a restaurant (or a general store). Explain that the item is a product (ie, food) sold at the restaurant. In FIG. 1, only three stores are illustrated for convenience of explanation, but the number of stores may vary according to additional order contents.

The orderer 30 may access the server device 100 using various terminal devices 31 such as a smart phone, a tablet PC, a PC, a laptop PC, a kiosk, or the like. The server device 100 provides an item order screen to the orderer terminal device 31 . The item order screen refers to a UI screen that allows you to select a store, the items to be sold, the number, etc., enter an address or time for delivery, or even make a payment. The server device 100 may provide an item order screen in the form of a web page, or may include the item order screen in an execution screen of an application installed in the orderer terminal device 31 . The orderer terminal device 31 receives data on the item order screen from the server device 100 and displays it. Items selected by the orderer on the item order screen are transmitted to the server device 100 .

When an order for one store is made on the item order screen, the server device 100 additionally provides a screen of related information related to the content of the order. The related information refers to information about a store different from the store ordered by the orderer and items sold in the other store. The related information screen is a screen provided for ordering other items that can be delivered together with the order when one order is made. The related information screen may be configured differently according to various criteria, and a detailed description thereof will be described later.

The orderer can additionally place an order on the related information screen. In the present specification, for convenience of explanation, an order added through the related information screen is referred to as an additional order. When an additional order is made, the server device 100 processes it as a bundled delivery. Bundled delivery means that, when an order is made for several stores, a delivery driver passes through the stores, receives each item, and then delivers it to the same address. When processing the bundled delivery, the server device 100 may calculate the delivery fee of the bundled delivery differently from the delivery fee for a single delivery in which each item is delivered separately. The server device 100 calculates the delivery cost of the bundled delivery to be cheaper than the sum of delivery costs for single delivery of each item. The delivery fee of the bundled delivery is distributed to the stores according to a specific standard, and the cost to the buyer is also set according to the specific standard.

Accordingly, the orderer can order food at a lower price than when ordering a variety of food from several restaurants and receiving each delivered. In addition, since each restaurant only needs to spend a certain amount of the total delivery cost, it is possible to lower the allowable delivery amount.

The server device 100 may request delivery from the delivery driver when the order is received and the delivery fee is calculated. The delivery driver 20 may communicate with the server device 100 using a terminal device 21 such as a smart phone or a tablet PC. The server device 100 may provide a variety of information for package delivery to the terminal device 21 of the delivery driver. For example, information such as the name and location of each of the stores 10-1, 10-2, and 10-3, product information to be delivered, final delivery address, final delivery fee, and product cost in case of deferred payment may be provided. . According to an embodiment, the server device 100 may determine and provide the moving path of the delivery driver in consideration of the location of each of the stores 10-1, 10-2, and 10-3 and the final delivery address. . The movement route may be determined differently depending on the type of transportation means used by the delivery driver. That is, the delivery driver may use a car, may use a two-wheeled vehicle such as a motorcycle, may use a non-motorized means such as a kickboard or bicycle, a means of transportation such as a Segway, etc., and may use walking or public transportation. The movement path setting method will be described in detail in a later part.

The delivery driver 20 may check information provided by the server device 100 or other relay devices (eg, an agency server managing delivery drivers, etc.) using its own terminal device 21 . When the delivery driver 20 intends to proceed with the package delivery, the delivery driver 20 may visit each store while moving along the movement route provided to the terminal device 21 to receive the goods, and then collectively deliver the goods to the final delivery address.

In FIG. 1, one server device 100 provides an item order screen or related information screen, and has been illustrated and described as processing all tasks such as delivery cost calculation or moving route determination, but these tasks are performed by several server devices. It may be distributed processing.

For example, one server device operating an online ordering platform provides an item order screen to an orderer, and at least one other server device may perform tasks such as providing a related information screen, calculating a final delivery cost, determining a moving route, etc. . For example, another server device operating a new delivery agency platform in charge of tasks other than ordering and payment of goods may provide the above-described service in conjunction with an existing online ordering platform server.

2 is a block diagram illustrating an example of a configuration of a server device according to an embodiment of the present invention. The server device 100 of FIG. 2 may be implemented regardless of the type of device capable of storing data and a program and executing the program.

According to FIG. 2 , the server device 100 includes a communication unit 110 , a processor 120 , and a memory 130 .

The communication unit 110 is configured to communicate with various types of external devices. The communication unit 110 may communicate with an external device through various wired/wireless communication interfaces such as LAN, wireless LAN, Wi-Fi, Bluetooth, Near Field Communication (NFC), and Zigbee. For convenience of explanation, although the communication unit 110 is illustrated as an independent module in FIG. 2 , the communication unit 110 may be understood as a concept including a port for wired connection with an external device.

The memory 130 is a component for storing various data and programs including at least one instruction. Although only one memory 130 is illustrated in FIG. 2 , a storage means including a plurality of memories may be provided in actual product implementation, or an external hard memory or memory card may be additionally used.

The processor 120 provides various services by executing instructions stored in the memory 130 . Specifically, the processor 120 provides a service corresponding to an external interaction received through the communication unit 110 and an interaction input through other input means, based on various programs and data stored in the memory 130 . Such a service may be provided through a web page, but may also be provided in the form of an application execution screen according to a request of an application installed in various external terminal devices.

The operation of the server device 100 may vary depending on the purpose of a visitor accessing the server device 100 . That is, a store owner who provides the goods, an orderer who orders the goods, a delivery driver who performs delivery (or a delivery branch that manages several delivery drivers) may access the server device 100 .

A store owner who wants to provide goods may use the service of the server device 100 to facilitate ordering or delivery of goods. When the store owner accesses the server device 100 using his/her terminal device, the communication unit 110 transmits web page data under the control of the processor 120 . The store owner may register his/her store on a web page provided by the server device 100 . Various information may be input during the store registration process. For example, a store name or location, product information, and precautions during delivery (delivery time, etc.) may be input. The product information may include a variety of information on the type, weight, volume, price, and property of the product.

The communication unit 110 may store the input data in the memory 130 under the control of the processor 120 . On the other hand, when registration is made offline through a phone call or a face-to-face meeting, or registration is performed automatically according to the platform operation policy without a separate registration procedure, the user or administrator of the server device 100 may directly input such information. may be

On the other hand, the processor 120 may also receive the information of the drivers who directly proceed with the delivery through the communication unit 110 and store it in the memory 130 . The information of the delivery drivers may include various information such as the driver's name, delivery history, minimum delivery cost, delivery area, type of transportation, accident history, branch name, and the like. Alternatively, instead of directly storing the information of several delivery drivers, information about a delivery branch that manages several delivery drivers may be stored representatively.

In addition, the processor 120 may also receive information of an orderer who wants to use the delivery service through the communication unit 110 and store it in the memory 130 . For example, various information such as the name or phone number of the orderer, a main delivery address, payment method information, delivery order details, and the like may be stored in the memory 130 .

In this state, the server device 100 may relay a delivery service according to an order for goods.

For example, when the orderer 30 who wants to order food executes an application installed in the terminal device 31 , the executed application accesses the server device 100 . When an application request is received through the communication unit 110 , the processor 120 provides an item order screen to the terminal device 31 through the communication unit 110 . As described above, the item order screen refers to at least one UI screen that can select a store and an item to place an order for delivery.

The processor 120 may configure a product order screen using graphic user interface (GUI) data stored in the memory 130 , store information, and product information. The processor 120 may select and provide the registered store store information based on the current location or the registered location of the orderer 30 based on surrounding areas.

3 is a view for explaining an example of a delivery order process. As described above, the delivery order may be made through a web page of the server device 100 or may be made through an execution screen of an application installed in the terminal device. Hereinafter, description will be made based on the case of using the application execution screen.

When the orderer executes an application installed in his/her terminal device, the application interworks with the server device 100 to display the item order screen 300 . The contents of the product order screen 300 may be sorted according to various criteria, such as by store location, by product type, by preference, and the like. As shown in FIG. 3 , the user may search for a desired item type.

When the orderer selects a specific store (AA pizza) on the item order screen 300 , the server device 100 provides a screen 310 including information on foods handled in the store through the display of the terminal device. do.

The orderer may select a desired food and press the order button 311 to place an order, or press the shopping cart button 312 to make an order reservation. When an order is made, the server device 100 additionally provides a related information screen 320 about another store related to the order.

On the related information screen 320 , a guide message 321 informing that a product that can be delivered together with the ordered product or another store can be selected and various contents 322 may be displayed together.

Although the related information screen 320 of FIG. 3 shows a state in which information on a store different from the store where the initial order is placed is displayed, information on items handled by other stores may be included.

Whether the related information screen 320 is provided, the type of information included in the related information screen 320, etc. may vary depending on an option setting state. For example, whether or not to allow the store information or the product information to be displayed on the related information screen may be set as an option for each store. Stores that do not want to support bundled delivery according to store policy may not set this option, and in this case, the store will not be included in the related information screen. The orderer may also set as an option whether or not to view the related information screen. If the orderer selects an option not to view the related information screen, the order is completed on the order screen, and the related information screen is not displayed.

As shown in FIG. 3 , if the related information screen 320 is provided, the orderer can check the related information screen 320 to easily check the types of items that can be delivered together with the initially ordered items, the name of the store, and the like.

The user can select several different stores from the related information screen and place additional orders for those stores. When the order is finally completed, the order result screen 330 is displayed.

The order result screen 330 may display order details, food prices, delivery costs, and the like. In FIG. 3 , the delivery path 331 through which the delivery driver arrives at the address via several shops is illustrated, but the case is composed of the price information 332 that synthesizes the food price and the calculated delivery cost, but must be configured in this way there is no

The calculation of the delivery fee is calculated by adding the basic delivery fee and the additional delivery fee calculated differently depending on the number of stores where the additional order is made. According to the embodiment disclosed by the present invention, the final delivery cost is calculated as an amount lower than the sum of delivery costs generated when delivery is performed independently for each store.

In FIG. 3, an additional delivery cost of 500 won is added to the basic delivery cost of 1,000 won, and the total delivery cost is displayed as 1,500 won. This shows only the amount borne by the orderer, and the amount borne by the store may be separately calculated and charged to the store.

The final delivery cost, which is the sum of the store charge and the customer's charge, is determined to be higher than for one single delivery, and lower than the total delivery charge for multiple single deliveries separately.

Therefore, when the bundled delivery is performed, the delivery driver can receive a higher delivery fee without significantly increasing the required time or travel distance compared to when performing single delivery. Customers can save on delivery costs compared to placing multiple orders separately. In the case of a store owner, the final delivery cost is shared with other stores using bundled delivery, thereby reducing the burden of delivery costs.

When using delivery of goods, at least one of the store owner or the orderer must bear the delivery cost. Typically, the delivery cost is calculated through a contract between the store owner and the delivery agency, and the store owner may charge the orderer a certain amount according to the store policy. In the present specification, for convenience of explanation, the portion borne by the orderer is referred to as the purchaser charge, and the portion borne by the store is referred to as the store charge.

Delivery cost calculation can be calculated according to various criteria.

As an example, the final delivery cost may be calculated in the form of determining a basic delivery cost for one order and adding an additional delivery fee according to the number of additional orders. The final delivery cost is again divided into the customer's levy and the store's levy, and the store levy can be divided again for each store. The share ratio between the purchaser's contribution and the store's contribution and the share between the stores can be appropriately determined. If the share ratio between the orderer and the store is equally determined, the table below shows.

주문 건수number of orders	최종 배달비final delivery fee	주문자 부담금Buyer's Fee		상점 부담금store levy
1건(기본 배달비)1 case (basic delivery fee)	35003500	10001000	25002500
1건 추가 Add 1	45004500	15001500	30003000
2건 추가2 more	55005500	20002000	35003500
3건 추가3 more	65006500	25002500	40004000

According to Table 1, it can be seen that the final delivery cost is added by 1,000 won for each additional order, and the customer's levy and the store levy are added by 500 won, which is half of the additional amount. Meanwhile, in consideration of the fact that there are multiple stores and there is only one orderer, the share ratio may be determined differently to reduce the burden on the orderer for the additional amount and increase the burden on the stores. This is because even if the total burden of stores increases, if several stores share the burden, the burden decreases compared to the orderer. Specifically, it can be determined as shown in the following table.

주문 건수number of orders	최종 배달비final delivery fee	주문자 부담금Buyer's Fee		상점 부담금store levy
1건(기본 배달비)1 case (basic delivery fee)	35003500	10001000	25002500
1건 추가 Add 1	45004500	12001200	33003300
2건 추가2 more	55005500	15001500	40004000
3건 추가3 more	65006500	20002000	45004500

When the store levy is shared by stores, at least one of an order price for each store, a weight of food provided by each store, and a volume of food provided by each store may be taken into consideration when calculating the store levy. If you share based on the order price, stores that sell small items only need to pay a small delivery fee. As in the present case, if a single store uses a delivery driver, regardless of the value of the item, all other delivery costs except for the cost borne by the orderer must be paid. Therefore, if the price of the product is lower than the delivery cost or there is no difference, there is no net profit from the sale of the product. Therefore, even if the orderer wants to order only one item from a specific store, he had to order other items in order to meet the allowable delivery amount. However, if the package is delivered, the delivery fee will be borne according to the price of the product, so that the limit on the amount that can be delivered can be removed or lowered. 4 is a table for explaining an example of a method of calculating a share for each store. In FIG. 4 , examples of menu prices for various stores and price sharing ratios at the time of package delivery are illustrated. In the example of FIG. 4 , the store charge was set at 2500 won in the case of delivery in two bundles, 3,000 won in the case of delivery in three or four bundles, and 4,000 won in the case of delivery in bundles of 5 or more. Customer charges may be set separately. Although not shown in FIG. 4, as an example, the basic orderer's contribution may be set at 1,000 won, and may be set in stages, such as 1500 won when 2 or 3 bundles are used, and 2000 won when 4 or more bundles are bundled. As in the first example, if menu 1 of shop A and menu 2 of shop D are selected as bundled delivery, the delivery fee is 2500. Divided according to the price of goods, store A costs 2174 won and store B only needs to pay 326 won. According to the prior art, it was difficult to order because store B, which sells a 3,000 won menu, has to pay all of the basic delivery fee.

As in the third example, if three bundles including menu 1 from store A, menu 1 from store D, and menu 1,000 from store F are decided, the store charge will be 3,000 won. If the contribution is set according to the price, the F store only needs to bear 83 won. Therefore, even a small menu of 1,000 won can be delivered.

In FIG. 4 , the contribution for each store is accurately calculated, but in actual calculation, it may be cut or raised in units of a certain amount. For expenses that are slightly different due to cutting or raising, the bearer may be determined according to the order order, or the bearer may be determined according to the order amount.

For example, in bundled delivery, additional orders are made starting from the initial order, so that more benefits can be given to the store receiving the initial order. For example, if the total amount of store deductible is 2500 won, the store that received the initial order is 1550 won and the store that received additional orders is 950 won. Stores that receive additional orders can be adjusted by raising them to 1,000 won.

Alternatively, it is possible to set the quota for each store in such a way that the store of the store with the largest share among the stores bears the share of the remaining stores in units of 10 won or less. For example, if Store 1 shares KRW 1230, Store 2 shares KRW 960, and Store 3 shares KRW 810, it is calculated so that Store 1 bears an additional KRW 70, which is the sum of the shares of the remaining stores in units of KRW 10 or less. Contributions can be set at 1300 won, 900 won, and 800 won.

In the above, the contribution for each store was calculated according to the amount of goods ordered for each store, but it is of course also possible to calculate differently depending on the size or weight of each item, the location of the store, and the like. In other words, the larger the size or weight, the higher the cost, and the farther away from the delivery address, the higher the cost.

On the other hand, since the weight, size, quantity, etc. that the delivery driver can carry is limited, it is possible to limit the size, such as the quantity, weight, and volume, etc. in one order even in the case of package delivery. Each store can register the weight or volume of the item to be delivered as well. When an additional order is made, the server device 100 determines whether the additional order is accepted by determining whether the sum of the weight, volume, number, etc. of the initial order and the item of the additional order is within a limit value. If the combined value of the weight, volume, number, etc. of the bundled delivery product exceeds the allowable range, the server device 100 may process differently according to a policy.

For example, if the permissible conditions are exceeded, the package delivery itself may not be permitted.

Alternatively, the server device 100 may select a plurality of two-wheeled vehicle drivers as delivery drivers without using one two-wheeled vehicle delivery driver when the allowable condition is exceeded. In the present specification, such a case is referred to as multimodal shipment. The permissible condition for determining whether multimodal shipping is required may be set in advance based on a one-time delivery criterion. Acceptable conditions may include the weight, volume, number, type, etc. of the article.

When the combined delivery is determined, the server device 100 classifies all items into a plurality of delivery groups based on the store. The classification criterion may be determined according to a location between stores, the number of goods, weight, and volume of the goods. For example, if there are 6 items that can be shipped at a time, if 3 items from Shop A, 1 item from Shop B, 2 items from Shop C, and 4 items from Shop D are ordered, then Shops A and C can be classified into one delivery group, and stores B and D into another delivery group. When the server device 100 is classified into a plurality of delivery groups, a plurality of delivery drivers corresponding to the number of each delivery group is selected.

In this case, the server device 100 may determine a delivery path connected to an address for each of the plurality of delivery groups, respectively, and provide each of the determined delivery routes to the plurality of delivery drivers, respectively. That is, the first route for delivering to the address via shops A and C may be provided to the first delivery driver, and the second route delivering to the address via shops B and D may be provided to the second delivery driver.

As the delivery driver is added, at least one of the basic delivery fee and the additional delivery fee may be set at an amount corresponding to the number of the plurality of delivery drivers. For example, if there are a total of two delivery drivers, twice the basic delivery cost may be set as the basic delivery cost, and additional delivery costs may be added according to the addition of the store.

The server device 100 may inform the orderer and the store of the fact that the allowable condition has been exceeded, and that a plurality of delivery drivers separately proceed with delivery. In this case, the total delivery cost may also be informed. On the other hand, for the delivery driver, only information about the delivery group may be provided.

As described above, when the item is food, it must be delivered within a certain time, so it is advantageous to use a plurality of two-wheeled vehicle drivers. However, if the item is not food or a situation where fast delivery is not required, a plurality of two-wheeled vehicle drivers may not be used, and a four-wheeled vehicle driver may be used.

That is, according to another embodiment of the present invention, when the bundled delivery exceeds an allowable condition, the server device 100 may select a delivery driver using a four-wheeled vehicle rather than a two-wheeled vehicle, and may proceed with the combined delivery. If a four-wheeled vehicle is used, the standard for calculating the delivery cost itself may be different. That is, at least one of the basic delivery fee and the additional delivery fee may be set at an amount corresponding to the four-wheeled vehicle driver. For example, if the basic and additional delivery costs when using a two-wheeled vehicle were 2,500 won and 500 won, respectively, the basic and additional delivery costs when using a four-wheeled vehicle can be adjusted upward such as 3,000 won and 1,000 won.

Even if a four-wheeled delivery driver is used, the final delivery cost will inevitably increase, so it is possible to inform the orderer and store owner of the situation in advance and obtain their consent before proceeding. Such consent may be obtained for every combination package delivery, but may also be obtained in advance when contracting a store or ordering an orderer. In the above, the selection of the delivery driver may be made in various ways, such as an autonomous method, a forced method, a recommendation method. Specifically, it is possible to provide a variety of information including the location of the store, the type of goods, the delivery address, whether the package is delivered, and the like to the terminal device of each delivery driver. When an article desiring delivery from among the delivery drivers responds, the article that responded first may be selected as the delivery driver. Alternatively, it may be forcibly selected the most advantageous positional article from among the already registered delivery articles, or may be implemented in a manner of selecting an article recommended by a delivery branch. Also, these selection methods may be used in combination. That is, it is possible to obtain a delivery driver in an autonomous manner for a certain period of time, and then switch to a forced method or a recommendation method after a period of time.

The ratio between the orderer's charge and the store's charge, the distribution policy for each store, the bundled delivery condition, the delivery driver selection method, delivery article information, etc. are stored in the memory of the server device 100, and the processor 120 determines whether the bundle delivery is based on this. can be determined and the total delivery cost can be calculated.

In addition, when an additional order is made, the processor 120 may calculate a delivery route connected to an address via stores selected in the order process in a specific order. Delivery route calculation may be directly calculated based on the map that the processor 120 owns, or by providing main location information to the device used by the delivery driver, utilize the navigation function or map service supported by each device. It can also be implemented in a way that calculates the delivery route. In general, a delivery order is often performed by a two-wheeled vehicle delivery driver. Therefore, the delivery route can be set for two-wheeled vehicles. The delivery route for two-wheeled vehicles refers to routes determined including roads that cannot be used by four-wheeled vehicles. For example, there is a limitation that a four-wheeled vehicle cannot pass on a narrow road or sidewalk, and it is difficult to move even in a construction section or a congested section. On the other hand, two-wheeled vehicles can pass on narrow roads and sidewalks, and can proceed without slowing down significantly in construction sections or congested sections. Therefore, it is advantageous to set the delivery route for two-wheeled vehicles as close to a straight route as possible by including these sections.

The server device 100 may calculate the delivery route for the two-wheeled vehicle by comprehensively considering the location of the shops, the product preparation time of each shop, the delivery time allowed, the current location of the delivery driver, and the location of the address.

As described above, when the weight or volume of food included in the order and the additional order exceeds the two-wheeled vehicle permissible condition, the processor 120 may perform combined package delivery.

In the case of combined delivery using a plurality of two-wheeled vehicle drivers, the processor 120 divides the store into a plurality of delivery groups based on the store, and then calculates a delivery route between at least one store and an address included in each delivery group, respectively. It is advantageous to calculate each delivery route for two-wheeled vehicles.

In the case of combined delivery using a four-wheeled vehicle driver, the processor 120 calculates and provides a delivery route for a four-wheeled vehicle that is connected to an address via shops in a specific order. The delivery route for four-wheeled vehicles may include highways or roads exclusively for automobiles that cannot be driven by two-wheeled vehicles, but may exclude sections where only two-wheeled vehicles can travel or it is difficult to move four-wheeled vehicles. Meanwhile, the related information screen may be configured according to various criteria. Specifically, information on other stores located within a certain radius based on the location of the store that is the target of the initial order, information on other stores located within a certain radius based on the delivery address, and the target of the initial order Information on other stores located in the vicinity of the moving route from this store to the address, and other stores within the unit area including both the latitude and longitude values of the original ordering store and the latitude and longitude values of the delivery address. Stores, such as information, in locations where bundled delivery is possible may be included in the related information screen. Separately, information on stores manually registered by the operator of the server device 100 may be added to the related information screen. For example, a store that has paid an advertisement fee or other fee according to the policy of the server device 100 may be set to be displayed in a fixed manner on the related information screen.

Alternatively, information about stores selling other items that match the ordered item may be included, and information on items and stores that have a large history of requesting bundled delivery by other people who ordered items included in the initial order may be included. may be

When extracting other items that match the ordered item or when extracting items with many history of bundled delivery, Big Data including information on the propensity and patterns of users who use the food delivery service may be utilized.

5 and 6 are diagrams for explaining various criteria for determining shops to be displayed on a related information screen.

5 illustrates a case in which stores located within a predetermined distance from a store receiving an initial order are determined as related information content. When the AA pizza 51 is selected, information on

other shops

52 , 53 , and 54 within a predetermined distance (d km) is displayed on the related information screen. Among them, when the XX pasta 54 is selected and the item is ordered, one bundled delivery is created that delivers the items of the AA pizza 51 and the XX pasta 54 to the orderer's location, that is, the delivery address 35. .

In some embodiments, related stores may be determined by considering not only the locations of the stores but also the ordering frequency. That is, among all the stores within the area 50 where bundled delivery is possible in FIG. 5, only the

stores

52, 53, and 54 that frequently ordered with the AA pizza 51 are determined as related stores and displayed on the related information screen. can do.

Although FIG. 5 describes a method of specifying an area within a certain radius around the store receiving the initial order and finding the relevant store, the relevant store may be selected based on the latitude and longitude values of the initial store and the delivery address, respectively. That is, a unit area including both latitude and longitude values of two points may be specified, and stores located within the unit area may be determined as related stores. Alternatively, a store within a certain radius based on the delivery address may be determined as a related store.

According to another embodiment, a related store may be determined based on a movement path between a store receiving an initial order and a delivery address.

6 is a result of extracting the stores located within a certain distance (x km) based on the straight path 60 between the AA pizza 51 and the address 35, where the order is made for the first time. As described above, when food is delivered by a two-wheeled vehicle, it may include a road that cannot be traveled by a four-wheeled vehicle, such as a congested section, a construction section, a vehicle entry restriction section, a walking path, and a section dedicated to a two-wheeled vehicle. Therefore, it is possible to set the delivery route in the form as close as possible to the straight route (60). Since the delivery driver may stop by another store to receive additional goods while moving from the initial ordering store to the orderer's address 35 anyway, the burden on the additional order can be greatly reduced. Therefore, it is possible to further reduce the delivery cost or delivery time.

In FIG. 6 , the surrounding stores are selected based on the straight path 60 , but the actual delivery path may be different from the complete straight path. Accordingly, according to another embodiment, an actual delivery route may be first determined, and a nearby store on or around the delivery route may be selected as a related store that can additionally order.

In the above, a method of selecting a related store based on a location and a delivery route of the store has been illustrated, but as described above, it goes without saying that the relevant store selection criterion may be variously selected. As described above, when it is determined that a plurality of stores participate in the bundled delivery, the server device 100 determines the entire delivery path from each store to the orderer's address and provides it to the delivery driver. The order of visits to each store within the overall delivery route does not necessarily coincide with the order of the order, and the preparation time it takes to prepare the goods at each store, the transit time it takes to move between stores and addresses, the delivery time allowed, and the delivery driver's time. It can be determined by synthesizing various information such as the current location, the location of the store, the orderer's address, and the like.

7 is a diagram for explaining an example of a method of determining a delivery route. According to FIG. 7 , time information such as the location of each of the

stores

51 , 52 , 53 , 54 participating in the bundled delivery, product preparation time, and delivery time information is detected.

The location of each store is detected as geographic information including latitude and longitude values of each store location.

In the case of food, the preparation time means the time it takes from cooking the food to packaging. Even if the delivery driver arrives at the store, if the goods are not ready for delivery, they have to wait, so it is necessary to efficiently use the time for preparing the goods.

The allowable delivery time means the minimum amount of time during which the taste of the food is not significantly deteriorated in the case of food. Compared to general processed products, if food is not consumed within a certain period of time, it may deteriorate or taste, so it needs to be delivered to the orderer within the allowable delivery time. The allowable delivery time may be directly set for each menu by the store owner and registered in the server device 100 , may be determined according to an operation policy of the server device 100 , or may be changed according to a request of an orderer.

The processor 120 may calculate a provisional delivery route based on the detected information. The provisional delivery route means a delivery route calculated as a temporary delivery route according to an algorithm before the delivery route is definitively calculated.

In the process of determining the delivery route, the moving time to each store according to the temporary delivery route may be calculated by the processor 120, and the moving time to each store will be described as 'moving time' for convenience.

The travel time for each store means the time it takes for the delivery driver to arrive at the store according to the delivery route from the initial location. In the case of bundled delivery, the travel time is not defined as the time it takes to go straight from the location of the delivery driver to a specific store, since it is possible to visit another store without going to the orderer's address immediately after receiving the item from one store.

The processor 120 may calculate a temporary delivery route in consideration of the distance between each location, the speed limit for each section, the average speed, traffic information, etc. in order to determine the visit order for each store, and the processor 120 provides the temporary delivery In calculating the path, a partial movement path between each point is set, and the entire movement path is set by combining them.

7, in the case of the AA pizza 51, it can be seen that the preparation time is 20 minutes and the allowable delivery time is 30 minutes. It can be seen that the XX pasta 54 has a preparation time of 30 minutes and an allowable delivery time of 20 minutes. It can be seen that YY chicken 52 has a preparation time of 10 minutes and a delivery time of 45 minutes. It can be seen that ZZ sushi 53 has a preparation time of 5 minutes and a delivery time of 50 minutes.

In stores other than ZZ Sushi, the travel time for the delivery driver to go to the store is shorter than the food preparation time of the store. Accordingly, the server device 100 sets the ZZ sushi 53 as the most visited point.

After visiting the ZZ sushi 53, the same algorithm may be applied as when setting the highest priority visit point. According to this, when the delivery driver arrives, the YY chicken 52, where the food is already prepared, is set as the next visit point.

Similarly, AA pizza and XX pasta are set as a destination to pass through in turn, and the processor 120 calculates the travel time for each store on the calculated temporary delivery route. Since the total delivery time minus the travel time per store must be less than the permissible delivery time for each store, all food can be delivered within the permissible delivery time. delivery time) if the condition is not satisfied, the processor 120 calculates the delivery route again.

That is, even if the delivery driver arrives at the store and waits for the food to be ready, a new delivery route is calculated that is different from the delivery route so that the delivery time is not exceeded.

The processor 120 preferentially calculates a delivery route with the shortest waiting time when the delivery driver arrives at the store, and when according to the calculated delivery route (total delivery time) - (moving time) < (allowable delivery time) condition After repeatedly checking whether this is satisfied, the delivery route can be confirmed.

When a delivery route that satisfies the condition (total delivery time)-(travel time) < (allowable delivery time) is calculated by the above-described algorithm, the processor 120 may determine the delivery route as the final delivery route .

On the other hand, due to the limitation of the allowable delivery time, a situation may arise in which bundled delivery to the entire store is not possible. In this case, the processor 120 may transmit a guide message to the terminal device of the orderer or the terminal device of the store to obtain consent to extend the allowable delivery time, and if the allowable delivery time is extended, the delivery route may be determined accordingly. If the extension of the allowable delivery time is not allowed, the processor 120 informs that the bundled delivery is not possible, and may request the orderer terminal device to delete some shops or goods from the bundled delivery.

Although FIG. 7 illustrates and describes a method of calculating a delivery route based on a two-wheeled vehicle delivery driver, a four-wheeled vehicle delivery route can also be calculated in the same way. However, unlike two-wheeled vehicles, the sections included in the delivery route include highways and automobile-only roads, and exclusive roads for two-wheeled vehicles or other impassable sections or low-speed sections may be excluded.

In the above, various embodiments in which the server device 100 supports product order and package delivery have been described. In these embodiments, it has been described that the server device 100 can provide a service by interworking with the orderer terminal device, the delivery driver terminal device, the store terminal device, and other server devices, but the orderer terminal device itself is the subject of the above-described service. It may be designed to implement

8 shows an example of the configuration of a terminal device according to this embodiment. According to FIG. 8 , the terminal device 600 includes a communication unit 610 , a processor 620 , a storage unit 630 , and a display 640 . The terminal device 600 may be implemented as various types of electronic devices having communication functions, such as a mobile phone, a tablet PC, a PC, a laptop PC, a kiosk, and a smart TV.

The storage unit 630 is configured to store various data and programs necessary for the operation of the terminal device 600 . An application that performs an operation of transmitting and receiving delivery-related information and displaying information, an application for setting an entire moving route through a plurality of points, an application for receiving or counting compensation related to delivery, etc. are stored in the storage unit 630 can

The communication unit 610 may include various communication means such as a GPS chip, a Wi-Fi module, a Bluetooth module, and a wireless LAN module.

When the GPS signal transmitted from the GPS satellite 500 is received through the communication unit 610 , the processor 620 may calculate the current location of the terminal device 600 based on the GPS signal. Alternatively, when a base station signal is received through the communication unit 610 , the processor 620 may determine the current location using base station information included in the base station signal.

The map server 400 refers to a server for transmitting map data that can be used in the terminal device 600 . The server 100 - 1 refers to a device for providing information related to delivery. In FIG. 1 , the server device 100 is illustrated and described as even setting a movement route, but in the embodiment of FIG. 8 , the server 100-1 transmits only delivery-related information, and searches for nearby stores or a movement route is a terminal device. (600) can be set directly. The delivery-related information may include a variety of information, such as a store name, location information, address location information, contact information, product information, delivery fee, delivery time allowed, and the like.

The processor 620 executes a program stored in the storage unit 630 to perform various functions. When the application for delivery order is executed, the processor 620 controls the display 640 to display an application execution screen. The application execution screen may include information on shops or goods provided by the server 100 - 1 . When one store and its goods are selected and an order is placed on the execution screen of the application, the processor 620 requests information on the relevant store from the server 100-1. When information on a related store is received, the processor 620 controls the display 640 to display an additional order screen including the same.

Accordingly, when a plurality of orders are completed, the processor 620 accesses a server device performing a delivery service and delivers order information. The order information may include the location of a plurality of stores and addresses included in the number of confirmed deliveries, the current location of the terminal device 600, the total movement route set in consideration of the preparation time of each store, the allowable delivery time, and the like. . That is, the processor 620 directly sets the entire moving path for delivery to the location of the orderer. Since the entire movement path setting method has already been described in detail in the above section, a redundant description will be omitted.

Unlike the other embodiments described above, when the user's terminal device 600 directly determines the bundled delivery and applies for a delivery service, the delivery fee may be set differently. That is, since the store owner or delivery driver receives an application from the orderer directly without using the delivery order platform, the delivery fee setting standard may be changed in such a way that the orderer is exempted from the additional delivery fee or bears a small amount.

The processor 620 may control the display unit 640 to display the delivery process together with a map when the package delivery order is completed and delivery is made. Accordingly, the orderer can easily grasp the current delivery progress, what time the goods can be received, and the like. In this case, the processor 620 may also display the current location of the delivery driver on the map. Whether or not to display the delivery driver's location may depend on platform policies, and may also depend on user settings. Although not shown in FIG. 8 , if the terminal device 600 is equipped with a sound output device such as a speaker, the processor 620 may perform route guidance by voice. As described above, the partial movement path may be variously set according to the delivery method, and a redundant description thereof will be omitted.

Although FIG. 8 illustrates the content of the terminal device having a display notifying the delivery process while the package delivery is carried out in the lead, this content may also be applied to the other embodiments described above. That is, in the embodiment of FIG. 1 , the server device 100 may provide UI data for displaying the current location of the delivery driver together with the map data to the orderer's terminal device 31 .

In FIG. 1 , one server device performs bundled delivery, and in FIG. 8 , an embodiment in which the terminal device performs the above-described bundled delivery has been described. Alternatively, several server devices may interwork to perform bundled delivery.

9 is a diagram illustrating an example of a configuration of a server device according to this embodiment.

According to FIG. 9 , the server 1 710 and the server 2 720 may perform the delivery support function separately.

For example, server 1 710 exchanges information in relationships with orderers and stores. Terminal 1 (71), terminal 2 (72), and terminal 3 (73) may be the orderer and terminal devices of a plurality of stores, respectively.

The server 1 710 extracts and provides related information when order information is input from the orderer, and provides the entire order information to the server 2 720 when the additional order is completed. Server 2 (720) may calculate the total delivery cost based on the order information provided from the server 1 (710), and among them, it is possible to calculate an orderer charge, a store charge, and a contribution for each store. In addition, the entire delivery route can be determined. Since the method of calculating the delivery cost and charge and the method of determining the entire delivery route have been described in detail in the above section, unnecessary description will be omitted.

Server 2 720 may be a server device having a delivery agency platform. The server 2 720 may provide the detected information to the server 1 710 and other devices. For example, information on the final delivery cost and the entire delivery route, etc., needs to be confirmed by the delivery driver or the terminal device of the branch in charge of the delivery, so it can be transmitted there. Since the orderer needs to confirm the information about the orderer's charge and the final delivery time, it can be provided to the orderer's terminal device through the server 1 710 . If the server 2 720 is capable of communicating with each store, the server 2 720 may provide each store with the quota for each store, the expected arrival time of the delivery driver, information on the delivery driver, and the like to each store.

10 is a flowchart illustrating a delivery support method according to an embodiment of the present invention. Referring to FIG. 10 , when an orderer executes an application for ordering items or accesses the server device, an item order screen is provided to the orderer's terminal device (S1010). When the first order information is input from the orderer on the goods order screen (S1020), a screen related to the first order is provided (S1030). This related information screen contains information on other stores located within a certain radius based on the location of the store that is the target of the initial order, and within the rectangular unit area that intersects the latitude and longitude values of the initial store and delivery address. Information on other stores to be used, information on other stores located within a certain radius based on the address, information on other stores located in the vicinity of the moving path from the store that was the target of the initial order to the address, At least one of information on manually registered stores, information on stores selling other items that match the ordered item, and information on stores selling items that have been ordered along with items included in the initial order may include information from

In order to extract other items that match the pre-ordered items, Big Data including information on the propensity and patterns of users who use the food delivery service may be utilized.

The orderer places an additional order by referring to the relevant information screen, and when the additional order is completed and various information such as store location, product information, delivery time allowed, address location, etc. are input from the orderer (S1040), the preparation time of each store , to calculate the delivery cost and the delivery route by detecting the travel time between each point, the delivery allowed time, etc. (S1050). In this case, the entire movement path may be detected in consideration of whether each item can be delivered within the delivery allowable time and whether the total time required to complete the entire delivery is minimized.

In various embodiments as described above, when an initial order is made on the product order screen, it has been illustrated and described as providing a related information screen for an additional order to induce bundled delivery, but guides the fact that bundled delivery is possible from the beginning and may induce users to proceed with bundled delivery.

In this case, by providing a single delivery store view menu, a bundle delivery possible store view menu, a full view menu, etc. on the initial screen of the goods order screen, it may be implemented so that the user can selectively check the stores. If you do not want bundled delivery with other stores according to the store policy, it may not be displayed on the screen when the Browse Available Stores menu is selected. Alternatively, the entire store may be displayed on the item order screen itself, but whether a bundle delivery is possible for each store or whether only a single delivery is possible may be displayed in the form of an icon or text.

In addition, according to various embodiments of the present disclosure, a function for performing delivery more efficiently and safely may be added. That is, in the case of package delivery, a message pickup guide message for each step may be provided to a store or an orderer. According to this, when an item is picked up at the first store, a message for preparing the next pick-up for the second store may be provided, while a message indicating that the first item has been safely picked up to the orderer may be provided. Alternatively, it may be designed to guide the orderer only once only when it is picked up from the final store.

In addition, since non-face-to-face delivery can be made, when delivery is completed, proof of delivery completion can be provided by photographing and transmitting a photo of the delivered product.

According to various embodiments as described above, the orderer can order a variety of foods with a single order by paying a low delivery fee, so it is possible to improve the satisfaction of ordering food for delivery, and also because the food is delivered through an optimal delivery route. It also has the effect of reducing time.

When a program code for performing a delivery support method, a bundle order method, a delivery cost calculation method, a delivery route determination method, etc. according to various embodiments as described above is installed in the electronic device, the electronic device executes the program code to You can do it in a variety of ways. For example, providing an item order screen, when an order for one store is placed on the item order screen, additionally providing a related information screen related to the order contents, and additional orders for several stores are made on the related information screen Checking the basic delivery cost based on the distance to the ground store and address, calculating the additional delivery cost differently depending on the number of stores where the additional order is made The steps of calculating the final delivery cost for the bundled delivery received by the driver and delivering it to the same address, determining the store delivery cost corresponding to the final delivery cost, and determining the share of the store delivery cost for several stores sequentially When the program code to be executed is installed in the electronic device, the electronic device may perform the delivery support task.

Such program code may be distributed as recorded on various types of computer-readable media such as ROM, RAM, memory chip, memory card, external hard drive, hard disk, CD, DVD, magnetic disk or magnetic tape.

A device that has downloaded such a program code online may also perform the above-described various operations.

Although the present invention has been described above with reference to the accompanying drawings, the scope of the present invention is determined by the following claims and should not be construed as being limited to the above-described embodiments and/or drawings. And it should be clearly understood that improvements, changes and modifications obvious to those skilled in the art of the invention described in the claims are also included in the scope of the present invention.

Claims

A method for supporting delivery of an electronic device, the method comprising:

providing an item order screen;

When an order for one store is made on the product order screen, additionally providing a screen of related information related to the order contents; and

When an additional order is made for several stores on the related information screen, calculating a delivery fee for bundled delivery in which a delivery driver receives goods from several stores and delivers them to the same address; delivery support method comprising a.
According to claim 1,

The step of calculating the delivery cost is,

checking a basic delivery fee based on the distance to the store and the address;

calculating an additional delivery fee differently according to the number of stores where the additional order is made;

calculating a final delivery cost by adding up the basic delivery cost and the additional delivery cost;

determining an orderer's charge differently according to the number of stores where the additional order is made; and

Calculating the remaining amount excluding the purchaser's charge from the final delivery cost as a store charge;

The final delivery cost is calculated as an amount lower than the sum of the delivery costs generated when the order and the additional order are each independently performed, the delivery support method.
3. The method of claim 2,

The related information screen is

Information on other stores located within a certain radius based on the location of the store, information on other stores located within a certain radius based on the address, and other stores located in the vicinity of the moving path from the store to the address Information on stores, information on other stores in the unit area including both latitude and longitude values of the store and latitude and longitude values of the address, information on stores manually registered by the administrator, A delivery support method, comprising at least one of information about a store that sells other items matching the ordered item, and information about a store that sells items that have been ordered along with the items included in the order.
According to claim 1,

The related information screen is

A delivery support method including information on stores located within a certain range based on a straight path between the store and the address.
3. The method of claim 2,

When the additional order is made, calculating a delivery route for a two-wheeled vehicle connected to an address via the store and the other stores in a specific order;

The delivery route for the two-wheeled vehicle is characterized in that it is calculated by comprehensively considering the location of the store, the location of the other store, the product preparation time of each store, the allowable delivery time, the current location of the delivery driver, and the location of the address, How to support delivery.
3. The method of claim 2,

A method of supporting delivery, further comprising; dividing the store charge by each store in consideration of at least one of the order price for each store, the weight of the item provided by each store, and the volume of the item provided by each store .
6. The method of claim 5,

dividing the bundled delivery into a plurality of delivery groups based on a store when at least one of the weight, volume, and number of the total items included in the bundled delivery exceeds an allowable condition;

selecting a plurality of delivery drivers corresponding to the number of the plurality of delivery groups;

Further comprising; determining a delivery route connected to an address for each of the plurality of delivery groups, respectively, and providing each of the determined delivery routes to the plurality of delivery drivers, respectively;

At least one of the basic delivery fee and the additional delivery fee is increased according to the number of the plurality of delivery drivers, delivery support method.
In the server device,

a communication unit for performing communication with the terminal device;

a memory in which at least one instruction is stored; and

When the terminal device accesses through the communication unit, the processor executes the at least one command to provide the terminal device with an item order screen for selecting a store and a product to order delivery;

The processor is

When an order for one store is made on the product order screen, a related information screen related to the order content is additionally provided, and when an additional order is made for a store different from the store on the related information screen, the store and the store A server device that calculates a delivery fee for bundled delivery in which one delivery driver receives goods from another store and delivers them to the same address, and guides the delivery to the terminal device through the communication unit.
9. The method of claim 8,

The processor is

The additional delivery cost is calculated differently depending on the number of stores where the additional order is made, the final delivery cost is calculated by adding the additional delivery cost to the basic delivery cost, and the customer charge is determined differently according to the number of stores where the additional order is made, , determining the remaining amount excluding the customer contribution from the final delivery cost as the store charge,

The final delivery cost is calculated as an amount lower than the sum of delivery costs generated when the order and the additional order are each independently performed, the server device.
10. The method of claim 9,

The related information screen is

Information on other stores located within a certain radius based on the location of the store, information on other stores located within a certain radius based on the address, and other stores located in the vicinity of the moving path from the store to the address Information on stores, information on other stores in the unit area including both latitude and longitude values of the store and latitude and longitude values of the address, information on stores manually registered by the administrator, A server device comprising at least one of information about a store that sells other items matching the ordered item, and information about a store that sells items that have been ordered along with items included in the order.
9. The method of claim 8,

The related information screen is,

A server device including information on stores located within a certain range based on a straight path between the store and the address.
10. The method of claim 9,

The processor is

When the additional order is made, a delivery route for a two-wheeled vehicle that is connected to an address via the store and the other stores in a specific order is calculated,

The delivery route for the two-wheeled vehicle is characterized in that it is calculated by comprehensively considering the location of the store, the location of the other store, the product preparation time of each store, the allowable delivery time, the current location of the delivery driver, and the location of the address, server device.
10. The method of claim 9,

The processor is

A server device, wherein the store levy is divided by the quota for each store in consideration of at least one of an order price for each store, a weight of an item provided by each store, and a volume of an item provided by each store.
13. The method of claim 12,

The processor is

When at least one of the weight, volume, and number of the total goods included in the bundled delivery exceeds the allowable condition, the bundled delivery is divided into a plurality of delivery groups based on the store, and a plurality of delivery groups corresponding to the number of the plurality of delivery groups are classified. Choose a delivery driver,

Each of the plurality of delivery groups determines a delivery route connected to an address, and provides each delivery route to the plurality of delivery drivers, respectively,

At least one of the basic delivery fee and the additional delivery fee is increased according to the number of the plurality of delivery drivers, a server device.
In a recording medium storing a program for performing a delivery support method,

The delivery support method is,

providing an item order screen;

When an order for one store is made on the product order screen, additionally providing a screen of related information related to the content of the order;

When an additional order is made for a store different from the store on the related information screen, confirming a basic delivery fee based on the distance to the store and the address;

calculating an additional delivery fee differently according to the number of stores where the additional order is made;

calculating a final delivery cost for bundled delivery in which one delivery driver receives the goods of the store and the other store by adding up the basic delivery cost and the additional delivery cost and delivers them to the same address; and

Determining a delivery cost for a store corresponding to the final delivery cost, and determining a share for the store delivery cost for the store and the other stores;

The final delivery cost is calculated as an amount lower than the sum of delivery costs that occur when the order and the additional order are each independently performed.