KR20170052375A

KR20170052375A - Method for delivering using sharing economy

Info

Publication number: KR20170052375A
Application number: KR1020150154747A
Authority: KR
Inventors: 임성원
Original assignee: 임성원
Priority date: 2015-11-04
Filing date: 2015-11-04
Publication date: 2017-05-12
Also published as: KR101777580B1

Abstract

Disclosed is a delivery method using a logistics point registered in a relay server by introducing a shared economy concept without having a logistics warehouse by a seller or a manufacturer. The present invention comprises: selecting an idle space such as a warehouse at home or an office in the building for each unit region as the logistics warehouse instead of delivering to a customer directly from a warehouse owned by the seller or the manufacturer; and delivering a product from the logistics warehouse to an orderer by a request of the seller whenever placing an order after supplying products for sales to the logistics warehouse in advance.

Description

A method of delivering using shared economy,

The present invention relates to a delivery method to which a shared economy is applied, and more particularly, to a method for securing a large number of distribution points to enable rapid and reliable delivery while reducing investment costs and logistics costs.

With the rapid development of e-commerce, there is a great need for a rapid delivery system. Accordingly, e-commerce giants such as Amazon, Google, eBay, and existing logistics companies are trying to realize day-to-day delivery through large-scale investment.

However, these companies are pursuing a common strategy of building a huge warehouse, which has the following problems.

As the volume of e-commerce transactions increases, the number of logistics warehouses also increases. Therefore, there is a constant need for continuous large-scale investment.

In addition, even if a large warehouse is located near a large city, there is a problem in that the same day delivery or 3-hour delivery can not be accomplished by merely constructing a warehouse due to traffic congestion or the like.

Accordingly, it is an object of the present invention to provide a delivery method using a shared economy that can secure a large number of distribution points based on a shared economy concept and thereby reduce investment costs and logistics costs.

Another object of the present invention is to provide a delivery method using a shared economy that enables rapid and reliable delivery through a plurality of distribution points.

The above object may be accomplished by a method including the steps of: specifying a type and quantity of an article to be sold by a sales server and a sales area, and notifying the relay server; Extracting a distribution logistics point in consideration of the distribution of distribution points and the quantity in the specific region among the registration logistic points of the relay server, and determining a supply quantity of each of the distribution logistical points with reference to the security amount; The relay server transmitting the address of the distribution logistics point and the supply quantity to the sales server to supply the goods at the distribution logistics point offline; The order is generated in the sales server and the sales server transmits order information according to the order to the relay server; The relay server searches the distribution logistics point closest to the shipping address based on the order information from the distribution logistics point and delivers the order information to the logistics point terminal of the searched logistic point; And when the article ordered offline through the delivery article is delivered with reference to the order information, the distribution point terminal delivers delivery completion to the relay server, and the relay server delivers the delivery to the sales server again And a delivery method using a shared economy.

Preferably, the registration logistic point is a step of presenting the logistics point recruitment by presenting the information on the logistics point selection region, the size of the logistics point, the kind and quantity of the article to be handled, and the collateral amount as registration conditions. Receiving a distribution point registration application from an applicant having a certain storage space such as a house or a building office; Selecting a target distribution point after arranging an appropriate number of distribution points in consideration of the equality of the size of the distribution point and the kind of the article to be handled; The relay server is registered through the step of completing the registration by receiving the payment of the security amount or completion of the guarantee insurance by the selected applicant.

Preferably, the amount of the collateral can be an amount for receiving compensation for a monetary loss when the article is stolen or lost after wearing the article at the distribution point.

Preferably, when the searched information is not delivered to the corresponding distribution point terminal while the searched distribution point is in an unintentional state, the relay server searches for an adjacent distribution point next to the searched distribution point, Order information can be delivered.

According to the above configuration, even if a seller or a manufacturer does not have a warehouse, it is possible to obtain an effect of substantially securing a plurality of distribution points based on a shared economy concept, thereby saving investment costs and logistics costs.

In addition, since a plurality of distribution points are used as a delivery point adjacent to a delivery destination, it is possible to deliver quickly and reliably within a predetermined time even in an area with high traffic such as a city center.

1 shows an example of a delivery system for applying the delivery method of the present invention.
2 is a flow chart showing a method for registering a distribution point.
Figure 3 illustrates a logistic point selection algorithm.
4 is a flowchart showing the delivery method of the present invention.

It is noted that the technical terms used in the present invention are used only to describe specific embodiments and are not intended to limit the present invention. In addition, the technical terms used in the present invention should be construed in a sense generally understood by a person having ordinary skill in the art to which the present invention belongs, unless otherwise defined in the present invention, Should not be construed as interpreted or interpreted in an excessively reduced sense. In addition, when a technical term used in the present invention is an erroneous technical term that does not accurately express the concept of the present invention, it should be understood that technical terms can be understood by those skilled in the art. In addition, the general terms used in the present invention should be interpreted according to a predefined or prior context, and should not be construed as being excessively reduced.

Furthermore, the singular expressions used in the present invention include plural expressions unless the context clearly dictates otherwise. In the present invention, the terms such as " comprises " or " comprising " and the like should not be construed as encompassing various elements or various steps of the invention, Or may further include additional components or steps.

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

The feature of the delivery method of the present invention is that the seller or the manufacturer itself adopts the shared economy concept and uses the logistics point registered in the relay server without having the logistics warehouse directly.

Accordingly, it is possible to select an unused space such as a warehouse of a house or a building of a building for each unit area, without delivering the same directly to the purchaser at a warehouse owned by a seller or a manufacturer, The goods to be sold are supplied to the logistics shop, and b) Whenever the order is made, the seller carries out the delivery to the purchaser at the logistics shop at the request of the seller.

1 shows an example of a delivery system for applying the delivery method of the present invention.

The distribution point terminals 100 and 110, the relay server 200, and the sales server 300 are connected to each other through the Internet 400.

The distribution point terminals 100 and 110 may be mobile devices installed in the distribution point registered in the relay server 200 or a mobile point of sale of the distribution point and related applications are installed if necessary.

The relay server 200 performs registration and management of the distribution point terminals 100 and 110 and supplies the off-line goods to the distribution points from the manufacturer and distributes them to the distribution point terminals 100 and 110 from the sales server 300 Relay information.

The sales server 300 receives and stores the order information from the buyer terminal 10 and allows the manufacturer to supply the goods offline to the logistics point at the request of the relay server 200. [

Here, the seller may concurrently manufacture the product, and in the following description, it is assumed that one seller sells a plurality of manufacturer goods for convenience.

2 is a flow chart showing a method for registering a distribution point.

The relay company needs to recruit, register and manage the logistics points that the seller or the manufacturer will use as an intermediate stage.

Logistics point refers to a small warehouse that handles a small quantity of goods, which may be the idle space of an individual's house or building. A logistics point terminal for communication with the relay server 200 is installed in the logistics point, and the computer 110 installed in the logistics point itself or the mobile 110 having the logistics point of departure can be the logistics terminal.

Figure 3 illustrates a logistic point selection algorithm.

It is based on dividing the area into a grid shape and assigning at least one logistic point to each area. If the area of the area belonging to the lattice is small, the logistic point can be omitted and replaced with an adjacent logistic point.

The size of the grid may vary depending on the size of the area. For example, if the area is in the center and the delivery time is one hour, the size of the grid may be about 5 km, but is not limited thereto.

The size of the distribution point, the kind and quantity of the article to be handled, and the amount of the guarantee are determined when registering the distribution point, which will be described later.

A distribution point for handling the same kind of article and a distribution point for handling another article may be mixed in one grid and if a plurality of distribution points for handling the same kind of article are arranged in the same grid, The distance is adjusted appropriately.

Referring to FIG. 2, the relay company announces the distribution point recruitment (step S21).

When the offer is announced, information on the selected location, the size of the store, the type and quantity of the item handled, and the amount of the collateral are presented as registration conditions.

The logistics point selection area refers to the administrative area where the logistics point will be located, and can be the same as the city such as Seoul or Pusan or Chungcheongnam-do.

The size of the distribution point means the size of the space in which the article can be stored, expressed in square meters, and is related to the quantity of the article to be handled.

Handled goods refers to goods stored in a logistics shop waiting for delivery, and may be limited to, for example, 10 or fewer types.

The amount of the collateral is the amount to be paid for the monetary liability if the item is stolen or lost after the goods are put in the warehouse, and the applicant can pay the corresponding amount directly or insure it. .

When the recruitment announcement is made, the applicant who owns a certain storage space such as a house or a building office checks whether the registration conditions are met and requests registration of the distribution point (step S22). At this time, the applicant only has to submit the amount to be paid or guaranteed insurance without paying the security amount.

The relay company examines the logistics point application and adjusts the logistics point application so that an appropriate number of logistics points can be arranged in consideration of the size of the logistics point and the type of the item to be handled for each lattice, S23).

The applicant who has received the approval notification completes the registration by paying the security amount written at the time of application to the relay company or by subscribing to the guarantee insurance (step S24).

The distribution point information of the registered distribution point is stored in the database of the relay server 200. The distribution point information may include, for example, the distribution point code, the location and size of the distribution point, the amount of the collateral, and the type of the article to be handled. In addition, the database may store stock information, shipping information, and shipping process information including the kind and quantity of the stock items by the logistics shop.

Hereinafter, the delivery method according to the present invention will be described in detail.

4 is a flowchart showing the delivery method of the present invention.

The seller having the sales server 300 uses the delivery method provided by the relay company through the contract with the relay company.

In general, when a seller is a large-sized shopping mall, various kinds of goods are ordered and delivered to various regions. In a case where a small quantity is limited to a specific area and is intended to be sold through quick delivery, it is necessary to use the delivery method of the present invention.

In this way, the effect of the delivery method of the present invention can be more efficiently utilized by limiting the type of the delivery area and the delivery article.

The sales server 300 specifies the type and quantity of the goods to be sold and the sales area based on the contract with the relay company, and notifies the relay server 200 of the type and quantity of the goods to be sold. For example, a case where the delivery method of the present invention is used to sell 1,000 clothes is limited to the Seoul area.

The relay server 200 extracts a distribution logistics point for handling the garment in consideration of the distribution chart in the Seoul area and the allocated quantity, and sets the allocation quantity for each distribution point referring to the collateral amount of each distribution logistics point.

Logistics shop
code Logistics point address Supply quantity
(Unit: bees) 001 Seoul City Guro ○ ○○ △△△ 100 002 Seoul Gwanak-gu ○○○ △△△ 150 003 Seoul Gangnam-gu ○○○ △△△ 50 004 Seoul Dobong-gu ○○○ △△△ 30 005 Seoul, Jungnang-gu ○○○ △△△ 20 006 Seoul, Eunpyeong-gu ○○○ △△△ 50 007 Seoul city mapo ○ ○○ △△△ 200 008 Seoul Gangseo-gu ○○○ △△△ 100 009 Seoul Yongsan-gu ○○○ △△△ 250 010 Seoul Gangdong-gu ○○○ △△△ 50

In this embodiment, it is assumed that 10 shipping distribution points are extracted as shown in FIG. 3, for example, and shipping distribution point information as shown in Table 1 is generated.

The relay server 200 delivers the distribution point address and the supply quantity to the sales server 300 and the sales server 300 transmits the distribution point address and the supply quantity to the manufacturer server 20 to supply the supply quantity of the clothes offline .

When the delivery logistics point side confirms the supply quantity of the garments and transfers them to the relay server 200 through the distribution point terminals 100 and 110, the relay server 200 synthesizes the types and quantity of the finally supplied goods To the server (300).

When an order is issued from the customer to the sales server 300 and the destination is identified as 'Seoul Yongsan-gu XXX', the sales server 300 delivers the order information to the relay server 200.

Here, the order information may include a type of the order item, for example, a code indicating the specific type of the item, a quantity, a destination address, and orderer information (orderer name and telephone number).

The relay server 200 searches the distribution logistics point information stored in the database for the logistics point closest to the shipping address based on the order information (logistics point code 009), and transmits the order to the logistics point terminals 100 and 110 of the retrieved logistics point Information.

At this time, if the searched logistics point is in an unintentional state and can not be delivered, if the order information is not delivered to the logistics point terminal 100 or 110, the relay server 200 extracts, from the logistics point information stored in the database, (Logistics point code 003 or 007) to transfer the order information.

When the delivery of the goods is completed, the distribution point terminals 100 and 110 deliver the delivery completion to the relay server 200, and the delivery server 200 200 transmits it to the sales server 300 again.

By carrying out the delivery in the same manner as described above, even if the seller or the manufacturer does not have the warehouse, it is possible to obtain a substantial number of the distribution points based on the shared economy concept, thereby reducing the investment cost and the logistics cost have.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or essential characteristics thereof. Therefore, the embodiments disclosed in the present invention are intended to illustrate rather than limit the scope of the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be construed according to the following claims, and all technical ideas within the scope of equivalents should be construed as falling within the scope of the present invention.

20: manufacturer server
100, 110: Logistics point terminal
200: relay server
300: Sales server
400: Internet

Claims

The sales server notifying the relay server of the type and quantity of the goods to be sold and the sales area;
Extracting a distribution logistics point in consideration of the distribution of distribution points and the quantity in the specific region among the registration logistic points of the relay server, and determining a supply quantity of each of the distribution logistical points with reference to the security amount;
The relay server transmitting the address of the distribution logistics point and the supply quantity to the sales server to supply the goods at the distribution logistics point offline;
The order is generated in the sales server and the sales server transmits order information according to the order to the relay server;
The relay server searches the distribution logistics point closest to the shipping address based on the order information from the distribution logistics point and delivers the order information to the logistics point terminal of the searched logistic point; And
When the ordered article is delivered through the delivery article with reference to the order information, the distribution point terminal delivers the delivery completion to the relay server, and the relay server transmits the delivery completion message to the sales server again A delivery method using a shared economy.

In claim 1,
The registration logistic point may include:
The relay server presenting the logistics point selection region, the size of the logistics point, the kind and amount of the article to be handled, and the amount of the secured amount as registration conditions, and publicizing the logistics point recruitment;
Receiving a distribution point registration application from an applicant having a certain storage space such as a house or a building office;
Selecting a target distribution point after arranging an appropriate number of distribution points in consideration of the equality of the size of the distribution point and the kind of the article to be handled;
Wherein the relay server is registered through a step of completing the registration upon receipt of the payment of the security amount or completion of the guarantee insurance by the selected applicant.

In claim 2,
Wherein the amount of the collateral is an amount to receive compensation for a monetary liability when the article is stolen or lost after wearing the article at the distribution point.

In claim 1,
If the searched information is not delivered to the corresponding distribution point terminal in a state where the searched distribution point can not be delivered due to unintentional accident, the relay server searches for the adjacent distribution point next to the searched distribution point, And delivering the shared economy.