KR20190106828A - Sharing economy based on service method of package storage and delivery and service system thereof - Google Patents

Abstract

Provided are a method for providing a goods storage and delivery service capable of storing and delivering goods with more improved system through a network, and a system including the same. The method for providing a goods storage and delivery service comprises the steps of: receiving user information to register as a member; selecting at least one of a plurality of host terminals by a user terminal stored in a server when a storage request of the user registered as the member is received; providing the storage request information of the user inputted to at least one host terminal selected through the user terminal to the server; exposed to a plurality of driver terminals through the server when the user requests delivery; performing a delivery reservation through the driver terminal selected based on the delivery request information of the user; delivering the goods to a delivery destination based on the delivery reservation requested through the driver terminal; and providing delivery completion information through the user terminal when the delivery of the goods is completed.

Description

METHOD OF PROVIDING SHIPPING SHIPPING SERVICE AND SYSTEM INCLUDING THE SAME {SHARING ECONOMY BASED ON SERVICE METHOD OF PACKAGE STORAGE AND DELIVERY AND SERVICE SYSTEM THEREOF}

The present invention relates to a goods storage and delivery service system and a method of providing the same for realizing a shared economy, and more particularly, to a method for providing a goods storage and delivery service that can be improved and stored and delivered through a network. It is about a system.

In general, those who want to travel and those who enjoy leisure often use a locker installed in the subway. However, in the case of subway storage box, a large number of storage functions for large carriers, etc., are extremely small, and a lot of time is wasted due to their goods. For example, if you need to take a plane or train that departs in the afternoon, you may go on vacation because of your luggage even though you can go after work or business.

Even families with infants have the inconvenience of using their own homes because they have to carry their luggage with them. In addition, in order to use the courier company as a way to deliver the baggage, the inconvenience of having to go to the courier's office, as well as the increase in delivery time through the base and the unstable process of separating by destination, there is not much use.

According to the prior art in this field, Korean Patent Application No. 10-2005-0020056 (name: a product storage box management system and method using a mobile terminal) provides the location of the product storage box and at the same time determines whether it is used or not. It provides, but this is inconvenient to move to the place where the size of the storage box and the storage box is installed.

In addition, Korean Patent Application No. 10-2013-0107091 (name: the goods delivery system using the subway) discloses a system for carrying out the delivery to the storage box and storage box installed in the subway by participating in the goods delivery.

However, there is still a problem that does not meet the convenience of users because the storage box is only a part that exists.

Therefore, there is a need for research and development of methods and systems that can fundamentally solve the existing problems caused by the limitations of time and place of storage and delivery of goods.

Published Patent Publication No. 10-2005-0020056 Published Patent Publication No. 10-2013-0107091

The present invention aims to solve the problems of the prior art as described above and the technical problems that have been requested from the past.

After in-depth research and various experiments, the inventors of the present application, as will be described later, through the operators that can provide space while minimizing the time to move and thus the opportunity cost loss to store the goods The present invention provides a method for providing a goods storage and delivery service and a system including the same, which can realize a sharing economy by providing a space for storing goods to generate revenue.

The method for providing goods storage delivery service according to the present invention for achieving the above object,

A method of storing and delivering goods through a server connected to a plurality of terminals through a network,

Receiving user information through a user terminal according to a user's request and registering as a member;

Selecting at least one of a plurality of host terminals by a user terminal stored in the server when a storage request of a user registered as the member is received;

Providing storage request information of the user input to at least one host terminal selected through the user terminal to the server;

Exposing to a plurality of driver terminals through the server when the user requests delivery;

Carrying out a delivery reservation through the driver terminal selected based on the delivery request information of the user;

Delivering the goods to a delivery destination based on a delivery reservation requested through the driver terminal; And

And providing delivery completion information through the user terminal when the delivery of the article is completed.

In one preferred embodiment of the present invention, when the storage request service is requested from the user terminal, the location and basic information of the plurality of host terminals through the center terminal based on the location information or the input area information of the user terminal is the user terminal Can be exposed to.

In one preferred embodiment of the present invention, when a delivery request service is requested from the user terminal, delivery reservation may be performed by loading host terminal information of a region where the selected driver terminal is registered.

In one preferred embodiment of the present invention, the service selection step of receiving a storage request or a delivery request from the user when there is a storage request or a delivery request from the user;

A search result providing step of exposing one or more hosts that can be stored based on the information of the user terminal;

A cost calculation step of calculating costs according to the quantity, size and duration of the goods input from the user terminal;

An article information recording step of inputting an article number according to the quantity of the article and adding a photograph of the article; And

The reservation and payment step of generating a reservation number for managing the goods information through the user terminal; may further include.

Here, in one preferred example of the present invention, the reservation number may be sent through the user terminal or e-mail so that at least one or more of the basic information, article number and picture of the user can be confirmed.

In one preferred embodiment of the present invention, when there is a storage request or delivery request from the user providing a search result for exposing information of at least one host terminal and the center terminal based on the information of the user terminal;

A usage fee calculation step between the host terminal and the center terminal selected based on the quantity of items requested for storage from the user;

Providing delivery request information exposing the delivery request information from the user to the driver terminal;

A delivery reservation step of requesting delivery through the selected driver terminal; And

And a pickup-sanding step of checking the authenticity of the goods of the user in the goods delivery process between the host terminal and the driver terminal and the driver terminal and the center.

On the other hand, the present invention provides a goods storage delivery service system using the above method, the system,

A plurality of terminals connected through a network;

A database storing user terminal information, center terminal information, and driver terminal information;

When the user terminal selects at least one of the center terminals and requests for storage among the plurality of terminals, a driver terminal is selected according to the user request contents exposed through the center terminal.

The user terminal, the center terminal, and the driver terminal may be connected through the network, the management server including a pickup sanding module that displays the storage and delivery information may be configured to include.

Here, in one preferred embodiment of the present invention, the management server may further include an article collection module for displaying the collection request information on the user terminal.

As described above, the method for providing goods storage and delivery service according to the present invention and a system including the same provide the goods through a service provider that can provide space while minimizing the time taken to store the goods and thus the opportunity cost loss. It is effective to realize the sharing economy by providing a space to store the money to make a profit.

1 is a block diagram of a goods storage delivery system according to an embodiment of the present invention,
2 is a flowchart illustrating a pickup process for goods by a guest account according to an embodiment of the present invention.
3 is a flowchart illustrating a process of picking up items by a host account according to an embodiment of the present invention.
4 is a flowchart illustrating a pickup process for goods by a driver account according to an embodiment of the present invention.
5 is a flowchart illustrating a process of picking up items by a center account according to an embodiment of the present invention.
6 is a flowchart illustrating a process of providing and storing goods according to an embodiment of the present invention.
7 is an exemplary view showing a reservation screen of a reservation progress module according to an embodiment of the present invention.
8 is an exemplary view showing the approval screen of the pickup sand module according to an embodiment of the present invention,
9 is an exemplary view showing a process for providing storage and delivery of goods according to an embodiment of the present invention.
10 and 11 are exemplary diagrams showing a goods storage reservation screen by a guest account according to an embodiment of the present invention.
12 is an exemplary view showing a goods delivery reservation screen by a driver account according to an embodiment of the present invention,
13 is an exemplary view showing a progress screen of the pickup sand module according to an embodiment of the present invention,
14 is an exemplary view showing a status screen of goods registered in a center account according to an embodiment of the present invention.
15 is an exemplary view showing a goods information confirmation screen of the pickup sand module according to an embodiment of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. However, the examples are not intended to limit the scope of the present invention, which will be construed as to help the understanding of the present invention.

The terminology used herein is for the purpose of describing particular example embodiments only and is not intended to be limiting of examples. Singular expressions include plural expressions unless the context clearly indicates otherwise. In this specification, terms such as "comprise" or "have" are intended to indicate that there is a feature, number, step, action, component, part, or combination thereof described on the specification, and one or more other features. It is to be understood that the present invention does not exclude the possibility of the presence or the addition of numbers, steps, operations, components, components, or a combination thereof.

In addition, the '? Wealth ,? The terms 'unit', 'module', and 'device' refer to a unit that processes at least one function or operation, which may be implemented by a combination of hardware and / or software. For each step throughout the specification, an identification code (eg, a, b, c, ...) is used for convenience of description, and the identification code does not limit the order of the steps. Unless the context clearly dictates a particular order, it may occur differently from the stated order. That is, each step may occur in the same order as specified, may be performed substantially simultaneously, or may be performed in the reverse order.

Hereinafter, preferred embodiments of the present invention will be described in detail so that those skilled in the art can easily implement the present invention.

As described above, there has been a problem of time and place constraints in terms of storage and delivery of goods, since a lot of luggage has to be moved in order to travel or travel in the related art.

That is, firstly, first, the storage box that can solve the inconvenience of users who want to use the storage of goods is limited, and second, in the case of accommodation, it is difficult to know whether the storage of the goods is possible without the user, and thirdly, The usage fee is also opaque, and customers cannot judge it in advance. Fourth, there is no basic way to prevent the loss of goods due to misjudgment of businesses that conduct offline storage. There were problems that the market was narrow to solve the demand shortage of drivers who are spending money.

Accordingly, the present invention provides a space for storing the goods through operators that can provide space while minimizing the time to move and the opportunity cost loss for storing the goods, thereby creating a profit sharing economy. In order to realize this problem, the above-mentioned problem was sought.

Hereinafter, with reference to the drawings will be described in the article storage and delivery service method based on the sharing economy according to an embodiment of the present invention.

1 is a block diagram of a goods storage delivery system according to an embodiment of the present invention.

Referring to FIG. 1, the goods storage delivery system P100 according to the present invention may include at least one guest account G100, a driver account M100, a host account H100, and a center account communicating through a network 600. K100) is configured to include. Here, the goods storage delivery system (P100) is configured to include a database unit (D100) and a management server (S100) for storing user terminal, host terminal, driver terminal and center terminal information. In this case, the network 600 includes a public communication network including wired and wireless, and the user terminal, host terminal, driver terminal and the center terminal may be provided in the form of an application provided by the server (S100).

The database unit (D100) is a guest account DB (D101) that stores member information, a host account DB (D102) that stores a host address and member information, and a driver account DB that stores member information including a driver's preferred region and course. (D103), the center account DB (D104) which is a shipping point located in aviation, train, passenger, etc., the location information DB (D105) which stores the location entered by the host and the center account, the picture of the goods, the item number, the reservation number, etc. The item information DB (D106) to store, the delivery request information DB (D107) to store pick-up sanding information and delivery request information, the preferred driver area DB (D108) to store the driver's preferred area and course, and the supplier's It is configured to include a supplier driver DB (D109) for storing driver information.

Management server (S100) is a search result providing unit (S101) that exposes the location and basic information of a plurality of hosts and centers based on the location of the guest account (G100) or the input area information, the article number according to the quantity of goods The article information management unit (S102) that can be provided and add a picture attachment, the usage fee calculation unit (S103), which calculates the amount between the host and the center when the period and the quantity and size of the article after selecting the host, guest account (G100) A product selection unit (S104) for selecting a storage or delivery product type selected by the user; a reservation payment unit (S105) for generating a reservation number for managing one or more goods information of the guest; and a plurality of delivery request information for the driver account (M100) Delivery request information generation providing unit (S106) to expose to the delivery reservation progress unit (S107) to select a plurality of delivery request information for the delivery reservation, the host and the driver, the driver and the center to deliver the goods Pick-up sanding module (S108) to check whether the goods in the guest, the information sending unit (S109) and the guest account (G100) for transmitting the pickup information to the history menu of the guest account (G100) It is comprised including the article collection module (S110).

In detail, the search result providing unit S101 may refer to the location information DB D105 of the database unit D100 based on the location information or input information received from the guest account G100 that selects the service type, or at least one host account. Provides the location and basic information of (H100). Further, the information of the database unit D100 is provided at the request of the center account K100 and the driver account M100.

The article information management unit S102 may store article information such as a photo generated by the reservation progress module 200 from the guest account G100. That is, the article information management unit S102 provides the information required by the pick-up sanding module S108 with reference to the database unit D100, and stores additional photographs and state change information of the goods generated by the pick-up sanding module S110. Stored in the unit (D100).

Usage fee calculation unit (S103) is based on the information of the product selection unit (S104) in which the product type selected by the guest account (G100) is stored, the quantity, size and period of the item selected in the reservation process module (see Fig. 7: 200). A payment amount is calculated by reference. In addition, the profit distribution amount distributed to the host account H100 and the driver account M100 to be distributed with respect to the payment amount may be calculated.

The product selection unit S104 provides at least one product of a storage service or a delivery service, and if a delivery service is selected, location information of a center is preferentially provided to the user terminal.

The reservation payment unit S105 generates a reservation number and stores the reservation number in the database unit D100 when the guest account G100 completes the payment after the reservation is in progress and sends it through a registered e-mail or a text message of the guest account G100. do. The reservation number is stored through the database unit D100 to scan the corresponding article information.

The delivery request information generation unit S106 generates and stores delivery request information in the database unit D100 when the guest account G100 selects delivery and payment is completed, and stores the delivery request information stored in the database unit D100. Reference to the transfer to the screen of the driver account (M100). At this time, one or more delivery request information provided to the driver account M100 may be exposed, and one or more delivery reservations may be made through the delivery progress unit S107.

When the driver account M100 selects and reserves one or more delivery items, the delivery progress unit S107 stores the information in the database unit D100 and provides location information in order of proximity from a point located in the delivery reservation list of the driver.

The pickup sanding module S108 determines whether the goods are picked up or sanded by referring to the database unit D100 in order to check in the process of delivering the goods, and corresponds to the driver account M100, the host account H100, or the center. Information is sent to the pickup module (see FIG. 7: 300) and the sanding module of the account K100. In this case, the account changes the state of the article based on this information and stores it in the database unit D100.

The information sending unit S109 changes or additionally stores the database unit D100 according to the progress of the delivery request information generation providing unit S106, the product information management unit S102, the pickup sand module S110, and the reservation settlement unit S105. Information in one or more of these accounts. At this time, the information sending unit (S109) provides a notification in real time to the driver account (M100) corresponding to the delivery request information in reference to the database unit (D100), the guest account (G100) of the selected shipping goods The information is transmitted to the host account H100 and the center account K100 of the pick-up and sanding point with reference to the database unit D100.

Item recovery module (S110) is activated only in the guest account (G100) is stored in the database unit (D100) when the request for the recovery of the goods identified in the reservation management history, the host account (H100) or the center account Activate the sanding module of (K100).

With the configuration as described above, the management server (S100) according to the present invention provides the location and basic information of the host account (H100) or center account (M100) searched by the guest account (G100) and driver account (M100) The article information management unit (S102) and the information transmitting unit (S109) stored in the position and transmits the basic information. In addition, when the management server (S100) selects one or more delivery items specified from the driver account (M100) and proceeds with the reservation, the location information is transmitted from the delivery progress unit (S100) in the order of being close to the point located in the delivery reservation list. The delivery item is specified.

Hereinafter will be described in detail with respect to the article storage and delivery service providing method using the above-described goods storage delivery system (P100).

First, FIG. 2 is a flowchart illustrating a pickup process for goods by a guest account according to an embodiment of the present invention, and FIG. 3 illustrates a pickup process for goods by a host account according to an embodiment of the present invention. 4 is a flowchart illustrating a pickup process of goods pickup by a driver account according to an embodiment of the present invention, and FIG. 5 is a pickup of goods by a center account according to an embodiment of the present invention. A flowchart illustrating a sanding process is shown, and FIG. 6 is a flowchart illustrating a process of storing and delivering goods according to an embodiment of the present invention.

First, referring to FIG. 2 and FIG. 7, the pick-up sanding process of the guest account is described. The user accesses the management server S 100 using a user terminal or a PC and proceeds to register (G101). Is generated.

Next, when the product to be used is selected from the web page provided by the server (S100), the host and the center in the search result provider (S101) based on the location-based search using the location information or the designated region through the product selector (S104). Provide the information of the user terminal or the PC (G102).

In this case, the user preferentially selects the center account K100 when the delivery is included, searches for and selects a host, and selects the corresponding host account H100 in case of the storage service product (G103).

Thereafter, the operation date and time of the host and the quantity of items that can be stored are checked based on the information of the database unit D100, and the reservation is performed through the reservation settlement unit S105. In this case, as shown in FIG. 7, in the reservation process, a process of selecting an essential item such as setting quantity of goods and storing time or delivery date is performed (G104). When the quantity is selected, each article number 202 is generated and displayed with reference to information such as the ID of the guest account G100.

Next, the user selects the size and type according to the article number, checks the fee provided by the usage fee calculation unit S103 (G105), and completes the reservation and payment (G106). Here, the fee may be calculated according to the quantity, size, period and delivery location of the goods according to the goods (G113), and as shown in FIG. Information such as a picture 207 of the article may be stored through the picture attachment module.

When the reservation and payment by the user is completed, the reservation payment unit (S105) generates a reservation number that covers all the goods of the user at the time of the payment is completed, and an email, text or app push notification entered in the guest account G100 And the like (G107). At this time, the information sending unit (S109) transmits the corresponding contents in the reservation management menu of the host account (H100) provided by the app and transmits the contents to the reservation management of the host menu to receive the pickup module (see FIG. 7: 300). Activate it.

Here, according to the present invention, the reservation number is generated in correspondence with the quantity of the article, and is attached to the article in the form of a dog tag printed with a picture of each article. This provides an effect that can be confirmed through the reservation number when the user loses the terminal.

The article information management unit S102 stores detailed information of the article stored in the guest account G100, such as a photograph, a moving picture, a reservation number, and the like in the database unit D100. At this time, when the article is an article including delivery, the delivery request information generation providing unit S106 refers to the database unit D100 and transmits this information to the driver account M100 (G114). The information sending unit S109 transmits the current status of the guest account G100 in real time such as reservation information, scheduled delivery information, and pickup information in real time, so that the goods status information can be checked through the history menu of the driver account M100. do.

Next, the user visits the selected host to proceed with the delivery of goods and approves the pickup of the activated goods of the user through the pickup module 300 of the host account H100 (G108), as shown in FIG. 7. Likewise, the article number 304 is attached to the article.

When the pickup is completed as described above, the article information management unit S102 further stores the article information and transmits it to the history menu of the guest account G100 through the information sending unit S109 (G109).

Finally, the user visits the host or the center and executes the item collection menu provided by the app to approve the reservation management menu of the host account (H100) or the center account (K100) and the sanding module 300 to retrieve the requested item. Activate (G110), check the items in the reservation management history of the host account (H100) or the center account (K100) and check the basic information of the user, the user collects the goods through the approval (G111) . At this time, the user may evaluate the satisfaction with the host or the center (G115).

Pick-up module menu according to the present invention, for example, as shown in Figure 7, when generating an additional line in accordance with the quantity of goods in the reservation process 200, extract the front part of the guest ID input unit 201 of the guest article number The input unit 202 is automatically generated. In one article line, a size selection input unit 204 and an article type selection input unit 205 of the article including the article number are selected. In addition, after selecting the photo input unit 206 on the menu using a terminal or a photo stored in the PC, the additional photo input unit 207 of the article may be additionally stored. For reference, each article number is generated differently according to the quantity of the article, and when the selection is completed, the usage fee output unit 209 may be confirmed. Next, if the payment is selected through the payment progress input unit, the payment proceeds.

In addition, referring to Figure 3 of the pickup process of goods by the host account, first, the host is connected to the management server (S100) using a host terminal or a PC to proceed with the host membership to create a host account (H100) (H101).

Then, the process of inputting the requirements required by the management server (S100), such as operating time of the host, open information, service product selection, location information, using unit price and maximum quantity is performed (H102). In some cases, it may include a module for performing the authentication of the host provider information additionally requested by the web service (H103).

Here, the company providing the storage delivery service system may additionally generate and provide a work progress manager of the host account H100 requested by the host. At this time, when a host account is created, the host account creates an account by requesting a batch of accounts of the corresponding branches through the server (S100) operator when one operator is an operator operating an affiliate store through a contract. It may be paid to the operator of the affiliated store for operation. The web page provided by the server S100 may receive a notification.

Thereafter, the reserved reservation contents are confirmed through the guest account G100, and the contents information of the goods is confirmed, and the user sanding request is confirmed and approved (H104).

When the payment of the guest account (G100) is completed, the management server (S100) receives a delivery request to activate the pickup module together with the reservation management information (H105), and the user visits the host to pick up the goods. After confirming the match and confirming the basic information of the user, the pickup is completed and a label recording the article number (FIG. 8: 304) is attached (H106) to proceed with the storage of the article (H107).

At this time, if the article is a product that has a delivery request, the delivery request information generation unit S106 transmits the pickup completion information to the host with the pickup information to the driver account (M100). In addition, in the case of the article, the host account H100 receives a request for delivery reservation of the driver account M100 and is reflected in the sanding module. This includes the case where the button is not activated if the driver's pick-up request is not approved. In addition, when the driver visits, the driver confirms the pickup request information of the goods reserved for delivery (300 in FIG. 7), approves and delivers the goods (H111).

Finally, when the user visits the goods information is confirmed by confirming whether the item recovery request is matched and approved and delivers the goods (H109), when all the services are completed, the information of the host account (H100) is updated ( H110).

In the pickup module menu according to the present invention, for example, as shown in Figure 8, the upper left is displayed the ID 307 of the account to pick up the goods, which is the ID of the account to approve the database unit (D100) Can also be used for storage.

The approval button input unit 302 is activated by receiving the approval information from the priority account transmitted from the server S100. View menu input unit 301 serves to open a window for viewing the goods information, the item information display unit 303 is visible, including a picture of the goods and the item number label display unit 304 attached to the first pickup, guest information Driver information, destination account information, and storage time and delivery date information display unit 305 and the like.

For reference, items of other users who are scheduled to be picked up can be checked together, and this is not to be activated if the item to be picked up display unit 309 is not activated. In addition, when a pickup account selects the approval when the item is picked up, it is displayed as a pop-up window and can be additionally stored through the additional picture attachment input unit 306 of the pickup item.

In addition, the article pickup sanding process by the driver account will be described with reference to Figure 4, first, the driver is connected to the management server (S100) using a driver terminal or a PC to proceed with the driver membership to create a driver account (M100) (M101).

Such a driver account (M101) includes a case where a terminal having a self-authentication equipped with a photo function is used, and inputs a requirement of the server (S100) such as a preferred region, a delivery method, a preferred course, and a travel time. have.

In this case, when the driver accesses the server (S100) through the driver terminal, the driver can check the delivery request items of the region exposed to the app page based on the location information, so that the details of the delivery notification of the goods in the preferred region or the region designated by the preferred course can be checked. It may be (M102), it is possible to register the delivery reservation of the corresponding goods to proceed with the delivery, which is a list is generated in the order of distance from the position specified through the delivery progress unit (S107) (M103). As shown in FIG. 7, driver information for identifying a driver who has made a delivery reservation is stored in the item information, which is stored and exposed in the item information by activating the delivery schedule and the pickup module of the driver.

Next, the delivery schedule list provided by the app provides basic information of the host and the center, and the driver checks this and sequentially visits the host or the center according to the situation (M104). In addition, when a delivery reservation is registered, the information is reflected in the reservation history of the host account that transmits the information to the guest and the host, which is reflected in the reservation management history and the sanding module of the host. In addition, the items in the list of delivery reservations registered in the drive account activate the pickup module.

After that, the driver arrives at the pick-up point of the item, approves and sends a pickup request of the corresponding item on the pickup list, activates the host's sanding module, and when the item is approved, the pickup module of the driver is completed. The process of identifying each real is performed (M105). As shown in FIG. 7, the pickup module of the driver may further store a picture of the pickup article (FIG. 7: 306). This information is stored in the article information and may be sent to the history menu of the guest account.

At this time, the changed pickup completion information is reflected in the driver's delivery reservation list and indicates that the delivery is in progress, and is reflected in the reservation management history of the center account K100 to receive the goods and reflects it to the pickup module (M110).

Thereafter, the delivered goods may be delivered to the center selected by the guest account G100 (M106), and in some cases, delivery of the goods reserved for delivery may be performed together.

Finally, when the goods arrive at the destination and the goods are delivered to the staff of the center and the approval is completed after checking the goods in the sanding module of the driver account (M100), the pick-up module is activated on the terminal or the PC of the center account (K100). Delivery is completed through the approval process (M107).

If there is information that is to be delivered from the center account (K100) to the host account (H100) or a delivery reservation, the delivery proceeds continuously while being updated and updated (M108), which is received in the center information (M109).

Meanwhile, referring to FIG. 5, a pickup process for goods picked up by a center account will be described. First, the center connects to the management server S100 using a center terminal or a PC and proceeds to register as a center member. (K101).

At this time, the center account (K100) is set to be registered only after approval of the company operating the storage delivery platform.If the center account (K100) connects to the server (S100), the driver receives pickup information and picks up the host. If you do not proceed by receiving the sanding information and check the goods information and delivery request information with reference to the database unit (D100), based on this check the delivery goods, stored goods, etc. Can be requested (K115) (K116).

Here, according to the present invention, the center account (K100) and the host account (H100) to the final company through the process of additionally checking the ID of the business registration certificate or the representative director's ID for approval of the company operating the platform. The registration may be set to be possible, and for example, the matching may be confirmed through a manual authentication method based on a business registration certificate automatic OCR authentication method, a location information (url) of a registered center or host.

Therefore, it is possible to fundamentally prevent a problem that may occur due to the loss of the user's goods by blocking the registration of the unknown or ghost company.

Subsequently, at the request of the user, the storage delivery service service is performed (K102), and the host is searched for the destination of the region requested by the user, and whether the driver has registered the preferred region and the course in the region (K103). At this time, if only the host exists in the region where the preferred driver is not registered, the process may be performed using the driver of the cooperating company with reference to the registered database unit D100.

Thereafter, the quantity of goods is set, an article number is assigned, a delivery date is selected (K104), and the usage fee is calculated (K106).

The article corresponding to the article number may be received by the user or received by the user and added to the article information to be reflected in the article information (K112). At this time, the information is transmitted to the reservation management details of the host to which the goods are delivered, and the generated delivery request information is notified and exposed to the driver (K113 and K114).

Upon completion of payment in the center account, the server (S100) completes the pickup of the goods is processed, and transmits the information to the history menu of the guest account (G100), the generated reservation number is sent to the guest's email account (K107). In addition, the picked-up goods are transmitted to the reservation management menu of the center account (K100) and reflected in the sanding module, and transmitted to the reservation management menu of the host account (H100) and reflects the goods information in the pickup module.

Subsequently, the article number 202 of FIG. 6 is recorded and attached to the article (K108), and the storage of the article is proceeded until the driver visits for delivery of the article (K109).

Finally, the driver connected to the server (S100) visits and approves the pickup request of the delivery reservation item, and if the authorization is activated in the sanding module of the center account, the approval is delivered (K110), and the server (S100) is approved. This completed article transmits the information to the history menu of the guest account that is the user of the article (K111).

According to the present invention, as shown in Figure 6, the article storage delivery service providing method of the present invention is the storage of the goods through a host account selected by the user with the host, guest, driver and the center terminal connected through the network and When a delivery reservation is made and the user selects a delivery, information is exposed to a driver account so that the goods are transferred to the host or the center, and the goods are confirmed through a pickup sand module to provide a sharing economy model. It becomes possible.

Here, the item identification function through the pickup and sanding module described in the present invention, as well as information about the user's item including a picture of the item, as well as user member information, driver, host and center information registered the item information at the same time Includes cross-identifying functions.

In other words, due to the characteristics of the domestic service industry, which has a large number of business owners who operate their own businesses, there are a number of erotic issues for operators such as catering, convenience stores, cafes, and lodging. Profit can be made using the space of operators who have to spend high rents and labor costs, and the vehicle can be used to reduce unnecessary waiting time for taxi drivers and transporters in the industry or to solve the expense of moving to empty cars.

In addition, the operator also acts as a promotional effect that can introduce potential customers through the management server. In addition, the user can solve the present or future foreseeable inconvenience caused by the accidental goods, and minimize the waste of expenses through the stable operation of the driver subscribers through the advance reservation of the delivery product.

Although the embodiments of the present invention have been described above with reference to the accompanying drawings, those skilled in the art to which the present invention belongs may be embodied in other specific forms without changing the technical spirit or essential features of the present invention. You will understand that. Therefore, it should be understood that the embodiments described above are exemplary in all respects and not restrictive.

Therefore, the spirit of the present invention should not be limited to the above-described embodiments, and all of the equivalents or equivalents of the claims, as well as the following claims, fall within the scope of the spirit of the present invention. will be.

200: reservation progress module 201: guest ID input unit
202: article number input section 204: size selection input section
205: article type selection input unit 206: photographic input unit
207: input unit with additional photo 209: charge output unit
210: payment progress input unit 300: pickup module
301: view menu input unit 302: approval button input unit
303: article information display unit 304: article number label display unit
305: Delivery date information display unit 306: Input unit with additional photo
307: Item pickup ID display unit 308: Transmission input unit
309: pickup schedule item display unit

Claims (8)

A method of storing and delivering goods through a server connected to a plurality of terminals through a network,
Receiving user information through a user terminal according to a user's request and registering as a member;
Selecting at least one of a plurality of host terminals by a user terminal stored in the server when a storage request of a user registered as the member is received;
Providing storage request information of the user input to at least one host terminal selected through the user terminal to the server;
Exposing to a plurality of driver terminals through the server when the user requests delivery;
Carrying out a delivery reservation through the driver terminal selected based on the delivery request information of the user;
Delivering the goods to a delivery destination based on a delivery reservation requested through the driver terminal; And
And providing delivery completion information through the user terminal when the delivery of the goods is completed.
The method of claim 1,
When the storage request service is requested from the user terminal, the sharing economy, characterized in that the location and basic information of a plurality of host terminals are exposed to the user terminal through the center terminal based on the location information or the input area information of the user terminal; How to provide a storage delivery service based on.
The method of claim 1,
When the delivery request service is requested from the user terminal, the selected storage terminal service method for providing a storage service based on a sharing economy, characterized in that the reservation is carried out by loading the host terminal information of the registered region.
The method of claim 1,
A service selection step of inputting a storage request or a delivery request from the user when a storage request or a delivery request is received from the user;
A search result providing step of exposing one or more hosts that can be stored based on the information of the user terminal;
A cost calculation step of calculating costs according to the quantity, size and duration of the goods input from the user terminal;
An article information recording step of inputting an article number according to the quantity of the article and adding a photograph of the article; And
And a reservation and payment step of generating a reservation number for managing the goods information through the user terminal.
The method of claim 4, wherein
The reservation number is a goods storage delivery service providing method based on a sharing economy, characterized in that sent to the user terminal or via e-mail to check at least one or more of the basic information, article number and picture of the user.
The method of claim 1,
A search result providing step of exposing information of at least one host terminal and a center terminal based on the information of the user terminal when a storage request or a delivery request is received from the user;
A usage fee calculation step between the host terminal and the center terminal selected based on the quantity of items requested for storage from the user;
Providing delivery request information exposing the delivery request information from the user to the driver terminal;
A delivery reservation step of requesting delivery through the selected driver terminal; And
Pick-up and sending step of checking the authenticity of the goods of the user in the process of delivering the goods between the host terminal and the driver terminal and the driver terminal and the center; goods storage delivery service based on the sharing economy, further comprising How to Provide.
A plurality of terminals connected through a network;
A database storing user terminal information, center terminal information, and driver terminal information;
When the user terminal selects at least one of the center terminals and requests for storage among the plurality of terminals, a driver terminal is selected according to the user request contents exposed through the center terminal.
The user terminal, the center terminal and the driver terminal is connected via the network management server including a pickup and a sending module to display the storage and shipping information; consisting of goods storage service system consisting of.
The method of claim 7, wherein
The management server is a product storage delivery service system further comprises a product recovery module that displays the collection request information on the user terminal.

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