KR102600709B1 - Apparatus for operating platform of space network - Google Patents

Abstract

The present invention relates to a space network operation platform device, which loads a preset information input screen, transmits the inputted user information and supporting documents to an intermediate server, and transmits a spatial information registration request or spatial information inquiry request to the intermediate server to make a request. A user terminal that receives the results and transmits a spatial information brokerage request to the brokerage server to receive the results of electronic contract conclusion for sale/lease; and verifies the authenticity of the user information and supporting documents received from the user terminal, registers them to correspond to the identification ID, transmits the request result corresponding to the received spatial information registration request or spatial information inquiry request to the user terminal, and spatial It includes a brokerage server that receives information brokerage requests and concludes an electronic contract for the relevant spatial information for sale/lease.
According to the present invention as described above, the information on the space held by the supplier is uploaded to the brokerage server, and the space that matches the required space searched by the consumer is recommended through an AI chatbot, thereby matching the space that meets the conditions and entering into a rental contract. It has the effect of providing fastening.

Description

Space network operating platform device {Apparatus for operating platform of space network}

The present invention relates to a space network operation platform device, and more specifically, connects a lessee who wishes to rent a warehouse with a lessor who manages and operates the warehouse, and provides mobility services, rental/sharing of goods, monitoring, cloud services, etc. In addition, it is about technology that can be expanded to shared services for kitchens, parking, offices, and conference room spaces.

In general, businesses that operate businesses related to cargo handling or businesses that operate online shopping malls, etc., need a warehouse to store cargo or goods, but small businesses or small businesses often have items that need to be stored. Companies that do not do so do not have their own warehouses due to economic conditions.

Therefore, because it is difficult for companies that do not have their own warehouses to actively respond to sudden increases or decreases in stored goods, they use the method of entrusting the storage of the goods to logistics companies specializing in warehousing.

This conventional consignment method involves the cargo owner, that is, selecting a warehouse location considering the economic efficiency of storage of goods, determining whether the desired warehouse owner can accept the goods, determining whether the storage cost of the goods is appropriate, unreasonableness of storage, etc. Various situations must be evaluated comprehensively.

However, in reality, it is very difficult for cargo owners to comprehensively judge the above-mentioned conditions, so there is a problem in that economic losses frequently occur, and cargo owners have no choice but to bear these economic losses.

In addition, there is a problem that processing work for storing goods is very cumbersome and complicated because it is necessary to contact the warehouse owner in person or by phone in order to accurately determine the location.

In addition, warehouse rental transactions through warehouse owners or their own sales organizations have unclear standards, are unprofessional due to external requests through rental consignment agencies, and require limited information such as visits to and confirmation of the cargo owner's warehouse. There is a problem that inconveniences and accidents occur frequently.

In order to improve this problem, the applicant uploads space information (land, warehouse, factory, office, conference room, self-storage, kitchen, parking space, etc.) input from the supplier to the server, and allows the consumer to search for the required space. We aim to provide a warehouse brokerage system using space matching that brokers the necessary space through product recommendation through an AI chatbot and provides the conclusion of a rental contract that meets the conditions.

Korean Patent Publication No. 10-2020-0112391 (2020.10.05)

The purpose of the present invention is to upload the space information inputted from the supplier to the brokerage server, and recommend a space that matches the required space searched by the consumer through an AI chatbot, thereby concluding a rental contract by matching the space that meets the conditions. It is provided.

The purpose of the present invention is to upload information on means of transportation for transporting goods loaded in a space to a mediation server, and recommend through an AI chatbot a means of transportation that matches the necessary means queried by the consumer, thereby providing a method of transportation that meets the conditions. The aim is to provide for the conclusion of a rental contract by matching.

The space network operation platform device according to an embodiment of the present invention to achieve this technical task loads a preset information input screen, transmits the input user information and supporting documents to the mediation server, and requests spatial information registration to the mediation server. Or, a user terminal that transmits a spatial information inquiry request to receive the request result, and transmits a spatial information brokerage request to a brokerage server to receive the electronic contract conclusion result for sale/lease; and verifies the authenticity of the user information and supporting documents received from the user terminal, registers them to correspond to the identification ID, transmits the request result corresponding to the received spatial information registration request or spatial information inquiry request to the user terminal, and spatial It is characterized by comprising a brokerage server that receives an information brokerage request and concludes an electronic contract for the corresponding spatial information for sale/lease.

Preferably, the user terminal includes a loading unit that loads an app installation screen or a membership registration screen according to the connection environment and displays it on the screen; A register that transmits a spatial information registration request including the inputted user information and supporting documents to the mediation server, and displays the user information registration results and supporting documents registration results received from the mediation server on the screen; and a contract book that transmits the inputted brokerage request to the brokerage server and receives, stores, and manages electronic contract conclusion results corresponding to registered supporting documents or searched spatial information.

The user terminal includes a loading unit that loads an app installation screen or a membership registration screen according to the connection environment and displays it on the screen; A register that transmits a transportation business information registration request including the inputted user information and supporting documents to the brokerage server, and displays the user information registration results and supporting documents registration results received from the brokerage server on the screen; and a contract book that transmits the entered brokerage request to the brokerage server and receives, stores, and manages electronic contract conclusion results corresponding to the registered supporting documents or the inquired means of transportation.

The mediation server includes a collection unit that classifies spatial information registration requests including user information and supporting documents received from the user terminal by identification ID; A verification unit that transmits user information and supporting documents included in the spatial information registration request to a public institution network and receives verification results; A register that receives verified spatial information and detailed information about the verified spatial information and matches it with the spatial information; When receiving a spatial information brokerage request from a user terminal, it is characterized by including a brokerage unit that concludes an electronic contract by matching the identification ID of each of the supplier who uploaded the spatial information and the consumer who wishes to request a spatial information brokerage.

In addition, the brokerage server includes a collection unit that classifies detailed freight information corresponding to the transportation business information registration request and supporting documents received from the user terminal by vehicle, distance, weight (size), or delivery item; A verification department that receives verification results by transmitting user information and supporting documents included in the transportation business information registration request to the public institution network; A register that receives verified transport business information and detailed information on the verified transport business information and stores and manages it in a spatial detail DB to match it with the transport business information; and a brokerage unit that concludes an electronic contract by matching the identification IDs of the supplier who uploaded the transportation business information and the consumer who wishes to request a transportation method brokerage when receiving a request for transportation method brokerage from the user terminal.

According to the present invention as described above, the information on the space held by the supplier is uploaded to the brokerage server, and the space that matches the required space searched by the consumer is recommended through an AI chatbot, thereby matching the space that meets the conditions and entering into a rental contract. It has the effect of providing fastening.

According to the present invention, information on the means of transportation for transporting goods loaded in a space is uploaded to a mediation server, and a means of transportation that matches the necessary means searched by the consumer is recommended through an AI chatbot, so that a means of transportation that meets the conditions is selected. It has the effect of providing matching to conclude a rental contract.

Figure 1 is a block diagram showing a space network operating platform device according to an embodiment of the present invention.
Figure 2 is a block diagram showing a user terminal of a space network operating platform device according to an embodiment of the present invention.
Figure 3 is a block diagram showing a mediation server of a space network operating platform device according to an embodiment of the present invention.
Figure 4 is a block diagram showing a user terminal of a space network operating platform device according to another embodiment of the present invention.
Figure 5 is a block diagram showing a mediation server of a space mediation system using condition matching according to another embodiment of the present invention.
Figure 6 is a block diagram showing the additional configuration of a space brokerage system using condition matching according to an embodiment of the present invention.
Figure 7 is a flowchart showing a space mediation method using condition matching according to an embodiment of the present invention.
Figure 8 is a flowchart showing a process prior to step S702 of the space mediation method using condition matching according to an embodiment of the present invention.
Figure 9 is a flowchart showing the detailed process of step S704 of the space network operation platform operation method according to an embodiment of the present invention.
Figure 10 is a flowchart showing the detailed process of step S708 of the space network operation platform operation method according to an embodiment of the present invention.
Figure 11 is a flowchart showing the detailed process of step S712 of the space network operation platform operation method according to an embodiment of the present invention.

Specific features and advantages of the present invention will become more apparent from the following detailed description based on the accompanying drawings. Prior to this, the terms and words used in this specification and claims are based on the technical idea of the present invention based on the principle that the inventor can appropriately define the concept of the term in order to explain the invention in the best way. It must be interpreted with corresponding meaning and concept. Additionally, it should be noted that if a detailed description of a known function related to the present invention and its configuration is judged to unnecessarily obscure the gist of the present invention, the detailed description has been omitted.

Referring to FIG. 1, the space network operating platform device (S) according to an embodiment of the present invention loads a preset information input screen, transmits the input user information and supporting documents to the mediation server 200, and mediates A user terminal that receives the request results by transmitting a spatial information registration request or a spatial information inquiry request to the server 200, and transmits a spatial information brokerage request to the brokerage server 200 to receive the results of electronic contract conclusion for sale/lease. (100), and verify the authenticity of the user information and supporting documents received from the user terminal 100, register them to correspond to the identification ID, and request results corresponding to the received spatial information registration request or spatial information inquiry request. It is transmitted to the user terminal 100 and includes a brokerage server 200 that receives the spatial information brokerage request and concludes an electronic contract for the corresponding spatial information for sale/lease.

At this time, the information input screen provided by the user terminal 100 is provided separately for suppliers and consumers. The supplier is the owner of one of warehouses, factories, land, or real estate, and the consumer is a person who wishes to purchase or rent the supplier's products. It is desirable to understand this as an example, but an embodiment of the present invention is not limited thereto, and may be provided to all consumers of related services.

Specific mention will be omitted below, but 'space' according to an embodiment of the present invention is a term that collectively refers to various spaces required to run a factory, farm, distribution center, etc., and 'space network' is an entity related to sharing space. It is a network that connects (landlords, tenants, and real estate agents), and it is desirable to understand the 'space network operating platform' as a device that provides space sharing-related services.

In addition, the user terminal 100 is composed of any device among a PC, laptop, smartphone, or tablet that can be connected to the mediation server 200 through an information and communication network, and is executed through an app or web connection, and receives input user information. is information that corresponds to either a supplier, consumer, or licensed real estate agent.

For reference, in the present invention, the user may include a supplier who owns and supplies space, such as a warehouse, factory or land, a consumer who wishes to purchase or lease the supplier's space, and a transporter who owns a means of transport and transports the consumer's cargo. there is. And, if necessary, users may also include stevedores who provide unloading work in the space where the transportation means arrives.

Therefore, in the present invention, the user terminal 100 may include a supplier terminal, a consumer terminal, a transporter terminal, and an unloader terminal.

In addition, the mediation server 200 is also composed of a PC, laptop, smartphone, or tablet that can be connected to the user terminal 100 through an app or web connection, and the identification ID is the ID entered at the time of membership registration, the terminal It may consist of any one of an identification number, ID image, seal image, or biometric information (fingerprint or iris).

Specifically, referring to FIG. 2, the loading unit 110 of the user terminal 100 loads the app installation screen or membership registration screen according to the connection environment and displays it on the screen, and displays the input/output screen with the connected mediation server 200. Display. At this time, if the access environment is a mobile app, the loading unit 110 can display a membership registration screen following the app installation screen, and if the access environment is a website, it can be driven to immediately display a membership registration screen.

In addition, the register 120 transmits a spatial information registration request including the inputted user information and supporting documents to the mediation server 200, and displays the user information registration results and supporting documents registration results received from the mediation server 200 on the screen. Displayed on . At this time, the user information includes information to confirm the identity of a licensed real estate agent, a supplier, or a consumer, and may include any one of a qualification certificate, identification card, or certificate.

In addition, the supporting documents are documents to prove the space owned by the supplier, and may include documents for any one of land, warehouse, factory, knowledge industry center, self-storage, parking area/space, or shared kitchen, but the present invention It is not limited to this.

Additionally, the input unit 130 receives detailed information corresponding to the supporting documents registered by the user and uploads it to the mediation server 200. At this time, detailed information includes one of the following: use, area, handling items, facility information (photos), or sales/lease conditions, and other conditions to be reflected in the contract may be included.

In addition, the inquiry unit 140 transmits the spatial information inquiry request input from the user to the mediation server 200, receives detailed information corresponding to the spatial information inquiry request, and displays it on the screen. At this time, the spatial information inquiry request may include a search term for any one of land, warehouse, factory, knowledge industry center, self-storage, parking lot/space, or shared kitchen, and detailed information may include location (map), use, area, Any one of the items handled, facility information (photos), or sales/lease conditions may be included.

Then, the contract unit 150 transmits the inputted mediation request to the mediation server 200 and receives, stores, and manages the electronic contract conclusion result corresponding to the registered supporting documents or the searched spatial information. At this time, the electronic contract conclusion result includes a contract for the sale or lease of spatial information, and can be concluded through verification of the already entered real estate agent terminal.

In addition, each component of the user terminal 100, which is the registration unit 120, input unit 130, inquiry unit 140, and contract unit 150, is configured to receive information from the user through key input or screen touch, One embodiment of the present invention is not limited to this, and the voice input through the built-in speaker can be recognized and the converted text can be transmitted to the mediation server 200.

Referring to FIG. 3, the collection unit 210 of the mediation server 200 classifies spatial information registration requests including user information and supporting documents received from the user terminal 100 according to the identification ID assigned at the time of membership registration and stores them in the subscriber DB. and manage.

In addition, the collection unit 210 of the mediation server 200 receives a spatial information inquiry request from the user terminal 100, indexes the corresponding spatial information from the spatial type DB, and transmits it to the user terminal 100. Detailed information corresponding to the spatial information inquiry request is indexed from the detailed DB and transmitted to the user terminal 100.

Specifically, the collection unit 210 converts the spatial information registration request received from the user terminal 100 into big data by categorizing it by region, location, area, or rental period, stores it in the space type DB, and stores it in the space type DB. Detailed information is converted into big data by classification by use, area, handling items, facility information (photos), or sales/lease conditions, and is stored and managed in the spatial detailed DB.

In this way, the spatial information and detailed information stored and managed through the space type DB and space detail DB are controlled by the collection unit 210 to be indexed and searchable from the corresponding DB at the request of the user terminal 100, and each DB may be configured in the form of a cloud that can be accessed through a network.

Meanwhile, the verification unit 220 of the mediation server 200 transmits the user information and supporting documents included in the spatial information registration request to the public institution network, receives the verification result, and transmits the verification result to the user terminal 100. do.

At this time, verification of user information can be done by checking the issuance date of the ID card on the public institution network (Ministry of the Interior and Safety) to check its authenticity, and verification of supporting documents can be verified by checking the certificate of registration on the public institution network (Ministry of Justice). can be confirmed, but an embodiment of the present invention does not necessarily confirm authenticity in this form.

In addition, when the authenticity of the spatial information is confirmed by the verification unit 220, the registration unit 230 of the mediation server 200 stores and manages the verified spatial information in the spatial type DB to correspond to the identification ID, Detailed information on the verified spatial information is received from the user terminal 100 and stored and managed in a spatial detail DB to match the spatial information.

And, when receiving a spatial information brokerage request from the user terminal 100, the brokerage unit 240 sends an electronic copy of the contract created by matching the identification ID of each of the supplier who uploaded the spatial information and the consumer who wants to request a spatial information brokerage. A contract is concluded, and the result of the concluded electronic contract is transmitted to the user terminal 100.

In this electronic contract conclusion procedure, first, the brokerage unit 240 starts the electronic signature algorithm for the public certificate of the seller and buyer (renter) according to the contract contents of the contract, and based on the electronic signature input from the user terminal 100 Thus, the contract and a copy of the register corresponding to the spatial information are stored/registered as electronic documents, and the result of concluding the electronic contract for real estate sale (contract details) that has been archived and registered is transmitted to the user terminal 100.

Hereinafter, with reference to FIG. 4, the user terminal 100 of the space network operating platform device (S) according to another embodiment of the present invention will be examined as follows.

First, the loading unit 110 of the user terminal 100 loads an app installation screen or a membership registration screen depending on the connection environment and displays it on the screen.

In addition, the registration unit 120 of the user terminal 100 transmits a transportation business information registration request including the inputted user information and supporting documents to the mediation server 200, and the user information registration result received from the mediation server 200. and the registration results of supporting documents are displayed on the screen.

At this time, the user information includes information to confirm the identity of either the supplier or the consumer, and may include any one of a qualification certificate, identification card, or certificate. In addition, the supporting documents are documents to prove the means of transportation held by the supplier, and may include documents for any one of motorcycles, couriers, or cargo trucks, but the present invention is not limited thereto.

Additionally, the input unit 130 receives detailed fare information corresponding to the registered supporting documents and uploads it to the brokerage server 200. At this time, the detailed freight information includes one of the following conditions: vehicle type, distance, weight (size), or delivery item, and may include other conditions to be reflected in the contract.

In addition, the inquiry unit 140 transmits the inputted transportation method inquiry request to the mediation server 200, receives detailed fare information corresponding to the transportation method inquiry request, and displays it on the screen. At this time, the transportation method inquiry request may include a search term for either motorcycle, delivery, or cargo truck, and the detailed freight information may include any one of the conditions by vehicle type, distance, weight (size), or delivery item. there is.

Additionally, the contract unit 150 transmits the inputted transportation business information brokerage request to the brokerage server 200 and receives, stores, and manages the electronic contract conclusion results corresponding to the registered supporting documents or the searched transportation means.

Hereinafter, with reference to FIG. 5, the mediation server 200 of the space network operation platform device (S) according to another embodiment of the present invention will be examined as follows.

First, the collection unit 210 of the mediation server 200 receives a transportation method inquiry request from the user terminal 100, indexes the corresponding transportation business information from the transportation method type DB, and transmits it to the user terminal 100. , the detailed fare information corresponding to the transportation method inquiry request is indexed from the fare detail DB and transmitted to the user terminal 100.

Specifically, the collection unit 210 divides the transportation business information registration request received from the user terminal 100 into any one transportation method among motorcycles, couriers, or cargo trucks, stores it in the transportation method type DB, and collects the collected supporting documents. Detailed freight information that meets the requirements is stored and managed in the freight detail DB by classifying it by vehicle, distance, weight (size), or delivery item.

In addition, the information stored and managed through the transportation type DB and fare detail DB is controlled by the collection unit 210 to be indexed and searchable from the corresponding DB at the request of the user terminal 100, and each DB is connected to the network. It can be configured in the form of a cloud that can be accessed through.

Meanwhile, the verification unit 220 of the brokerage server 200 transmits the user information and supporting documents included in the transportation business information registration request to the public institution network, receives the verification result, and sends the verification result to the user terminal 100. send.

At this time, verification of user information can be done by checking the issuance date of the ID card on the public agency network (Road Traffic Authority or National Police Agency) to check its authenticity, and verification of supporting documents can be done by checking the vehicle registration certificate through the public agency network (city hall or district office). Authenticity can be confirmed by inquiry, but an embodiment of the present invention does not necessarily confirm authenticity in this form.

In addition, when the authenticity of the transportation business information is confirmed by the verification unit 220, the register 230 of the mediation server 200 stores and manages the verified transportation business information in a space type DB to correspond to the identification ID. And, detailed information on the verified transportation business information is received from the user terminal 100 and stored and managed in a spatial detail DB to match the transportation business information.

In addition, when receiving a transportation method brokerage request from the user terminal 100, the brokerage unit 240 provides a contract created by matching the identification ID of each of the supplier who uploaded the transportation business information and the consumer who wishes to request a transportation method brokerage. An electronic contract is concluded, and the concluded electronic contract result is transmitted to the user terminal 100.

In this electronic contract conclusion procedure, first, the brokerage unit 240 activates the seller's public certificate electronic signature algorithm according to the contract contents of the contract, and based on the electronic signature input from the user terminal 100, the contract and the corresponding transportation business are executed. The vehicle registration certificate corresponding to the information is stored/registered as an electronic document, and the result of entering into an electronic contract for the stored and registered transportation vehicle (contract details) is transmitted to the user terminal 100.

In addition, as shown in FIG. 6, the mediation server 200 of the space network operating platform device (S) according to an embodiment of the present invention provides spatial information corresponding to the spatial information inquiry request received from the user terminal 100. , It further includes a recommendation unit 250 that indexes detailed information or information (recommended information) belonging to the same classification group through an AI chatbot function and transmits it to the user terminal 100.

This recommendation unit 250 also provides transportation means, fare details, or information belonging to the same category (recommendation information) corresponding to the transportation method inquiry request received from the user terminal 100 to the user terminal 100 through the AI chatbot function. It can be configured to transmit to .

And, the AI chatbot function provided by the recommendation unit 250 extracts text included in the information received from the user terminal 100, indexes the extracted text and previously matched information from the DB, and sends the indexed information to the user. It is desirable to understand this as a configuration that provides feedback to the terminal 100. At this time, the AI chatbot function can change the inquiry range or inquiry quantity of information to be fed back according to condition settings.

As described above, the space network operation platform device (S) according to an embodiment of the present invention provides brokerage services between suppliers and consumers through spatial information matching as well as brokerage services by means of transportation matching. In addition, as mentioned at the beginning, it not only provides rental/sharing of goods, monitoring, and cloud services, but can also be expanded to share services for kitchen, parking, office, and conference room spaces.

In the present invention, the user is a warehouse, factory or land, i.e. a supplier who owns and supplies space, a consumer who wants to purchase or lease the supplier's space, a transporter who owns a transport means and transports the consumer's cargo, and unloads in the space where the transport means arrives. Since the unloader providing the work is also included in the user, in the present invention, the user terminal 100 may include a supplier terminal, a consumer terminal, a transporter terminal, and a unloader terminal.

According to an embodiment of the present invention, after the contract between the consumer and the supplier and the contract between the consumer and the transporter are concluded, the transporter can load the consumer's cargo using the transport vehicle he or she owns and transport it to the supplier's space. And after the transportation means arrives at the supplier's space, the consumer's cargo can be unloaded. The consumer's cargo unloaded in this way can be stored in the supplier's space.

The mediation server 200 can transmit cargo quantity data to the supplier terminal and the transporter terminal at the request of the consumer terminal. Cargo volume data may include the volume of the consumer's cargo. For example, the amount of cargo in the form of 100 bags of rice, 100 boxes of apples, etc. may be included in the cargo volume data.

And the mediation server 200 can receive transporter reply data, which is reply data for cargo volume data, from the transporter terminal. Carrier reply data may include the amount of cargo completed for transport. For example, if the transport of 100 boxes of apples has been completed, 100 boxes of apples may be included in the transporter's reply data, and if the transport of 99 boxes of apples has been completed, 99 boxes of apples may be included in the transporter's reply data.

Additionally, the mediation server 200 can receive supplier reply data, which is reply data for cargo volume data, from the supplier terminal. Supplier return data may include the amount of cargo that has been unloaded and will be stored in the space. For example, if the unloading of 100 boxes of apples has been completed, 100 boxes of apples may be included in the supplier reply data, and if the unloading of 99 boxes of apples has been completed, 99 boxes of apples may be included in the supplier reply data.

The brokerage server 200 can determine whether the consumer's cargo has been safely transported and unloaded by comparing the received transporter's response data and the supplier's response data.

For example, the mediation server 200 can determine whether the consumer's cargo has been safely transported and unloaded by determining whether the transporter's response data and the supplier's response data are the same.

If the transporter reply data and the supplier reply data are not the same, a nonconformity decision may be made. As a specific example, if the transporter's reply data includes 100 boxes of apples, but the supplier's reply data includes 99 boxes of apples, a non-conformity decision may be made because the transporter's reply data and the supplier's reply data are not the same.

After this nonconformity determination, it can be compared with the cargo volume data received from the consumer terminal.

For example, the mediation server 200 may compare cargo volume data and transporter response data after nonconformity determination, and compare cargo volume data and supplier response data. In other words, the cargo volume data is compared with each returned data. As a specific example, if the cargo quantity data includes 100 boxes of apples, the transporter reply data contains 100 boxes of apples, and the supplier reply data contains 99 boxes of apples, the brokerage server 200 may send the cargo quantity data and the transporter reply data. When comparing, a decision of 'no problem' can be made because 100 boxes of identical apples are included, and a 'problem' decision can be made because there is a difference of 1 box of apples when comparing cargo volume data and transporter reply data.

With the above configuration, the space network operating platform device according to an embodiment of the present invention enables accurate confirmation in which part of the transportation and supplier space cargo is missing, and ensures that the consumer's cargo is safely transported and stored. Because it can be confirmed, the trust of consumers can be improved.

Additionally, if necessary, the space network operation platform device according to an embodiment of the present invention may transmit an unloading request signal to the unloader terminal when the mediation server 200 determines that the cargo volume of the consumer included in the cargo volume data is greater than a predetermined standard value.

If the customer's cargo volume is very large, unloading may be difficult, so additional unloaders are needed. In the present invention, if the cargo volume of the consumer included in the cargo volume data is greater than a predetermined standard value, additional stevedores can be recruited by transmitting a unloading request signal to the stevedore terminal.

In addition, the mediation server 200 can transmit cargo volume data to the stevedore terminal, which is the stevedore terminal that provides unloading operations in the space of the supplier where the transportation means has arrived, and can receive stevedore reply data from the stevedore terminal. Unloader response data may include the amount of cargo that has been unloaded. For example, if the unloading of 100 boxes of apples has been completed, 100 boxes of apples may be included in the unloader's reply data, and if the transportation of 99 boxes of apples has been completed, 99 boxes of apples may be included in the unloader's reply data.

The brokerage server 200 can determine whether the consumer's cargo has been completely transported and unloaded by comparing the stevedore's response data received in this way with the transporter's response data and the supplier's response data. In other words, a decision can be made by comparing the three data: transporter reply data, supplier reply data, and stevedore reply data.

At this time, the unloader can be considered fair because it is a third party unrelated to the transporter and supplier. Taking this into account, the brokerage server 200 matches the transporter reply data or the supplier reply data based on the unloader reply data. You can check if it does.

If the stevedore's reply data and the transporter's reply data match, it can be judged as 'no problem' in transportation. If the stevedore's reply data and the supplier's reply data do not match, it can be judged as 'a problem' in the supplier's space. can do.

With this configuration, the space network operating platform device according to an embodiment of the present invention can more accurately determine which part of the transportation and supplier space is missing cargo.

Hereinafter, a method of operating a space network operation platform according to an embodiment of the present invention will be discussed with reference to FIG. 7.

First, the user terminal 100 loads a preset information input screen and transmits the input user information and supporting documents to the mediation server 200 (S702).

Next, the mediation server 200 verifies the authenticity of the user information and supporting documents received from the user terminal 100 and registers them to correspond to the identification ID (S704).

Subsequently, the user terminal 100 transmits the received spatial information registration request or spatial information inquiry request to the mediation server 200 (S706).

Subsequently, the request result corresponding to the spatial information registration request or spatial information inquiry request received by the mediation server 200 is transmitted to the user terminal 100 (S708).

Subsequently, the mediation server 200 determines whether to receive a spatial information mediation request from the user terminal 100 (S710).

As a result of the determination in step S710, when receiving a spatial information brokerage request, the user terminal 100 corresponding to the identification ID with which the brokerage server 200 uploaded the spatial information and the identification ID requesting inquiry/brokerage for spatial information An electronic contract is concluded between them (S712).

Hereinafter, with reference to FIG. 8, the process prior to step S702 of the space network operation platform operation method according to an embodiment of the present invention is as follows.

First, the user terminal 100 detects whether the access environment is mobile or a website (S802).

As a result of the detection in step S802, if the connection environment is mobile, the user terminal 100 installs an app for connection to the mediation server 200 (S804). At this time, if the app installation is refused, the user terminal 100 may be connected to the website of the mediation server 200.

On the other hand, as a result of the detection in step S802, if the connection environment is a website, the user terminal 100 connects to the mediation server 200 (S806).

After step S804 or step S806, the user terminal 100 is connected to the mediation server 200, displays a membership registration screen, and proceeds to step S702 (S808).

As such, the process prior to step S702 described above represents the connection environment setting and membership registration procedures of the space network operation platform operation method according to an embodiment of the present invention.

Hereinafter, with reference to FIG. 9, the detailed process of step S704 of the space network operation platform operation method according to an embodiment of the present invention is as follows.

After step S702, the mediation server 200 transmits the user information and supporting documents included in the spatial information registration request to the public institution network (S902).

Next, the mediation server 200 determines whether to receive the verification result from the public institution network (S904).

When receiving the judgment result and verification result of step S904, the mediation server 200 stores and manages the spatial information corresponding to the received verification result in the space type DB to correspond to the identification ID, and proceeds to step S706. Execute (S906).

Hereinafter, with reference to FIG. 10, the detailed process of step S708 of the space network operation platform operation method according to an embodiment of the present invention is as follows.

After step S706, the mediation server 200 receives a spatial information registration request or a spatial information inquiry request from the user terminal 100 (S1002).

Next, the mediation server 200 stores and registers spatial information corresponding to the received spatial information registration request in the DB, or indexes the spatial information corresponding to the received spatial information inquiry request from the DB (S1004).

Then, the mediation server 200 transmits the spatial information registration result or the spatial information index result to the user terminal 100, and proceeds to step S710 (S1006).

Hereinafter, with reference to FIG. 11, the detailed process of step S712 of the space network operation platform operation method according to an embodiment of the present invention is as follows.

After step S710, the mediation server 200 receives a spatial information mediation request from the user terminal 100 (S1102).

Next, the mediation server 200 indexes and matches the identification ID that uploaded the spatial information and the identification ID that requested inquiry or mediation of the spatial information (S1104).

Subsequently, the mediation server 200 creates a contract including each matched identification ID, spatial information, and contract details (S1106).

Next, the mediation server 200 starts the seller's public certificate electronic signature algorithm according to the contract details (S1108).

Subsequently, the mediation server 200 stores/registers the contract and a copy of the register corresponding to the spatial information as an electronic document based on the electronic signature input from the user terminal 100 and concludes an electronic contract (S1110).

Then, the mediation server 200 transmits the result of concluding an electronic contract for purchasing and selling spatial information registered for storage (a contract including contract details) to the user terminal 100 (S1112).

The method of operating a space network operation platform according to an embodiment of the present invention described above specifies the subject of registration, inquiry, and contract with spatial information, but the subject of registration, inquiry, and contract can be replaced with a means of transportation based on the above-mentioned system. there is.

As such, according to an embodiment of the present invention as described above, brokerage services are provided by means of transportation matching as well as brokerage between suppliers and consumers through spatial information matching, and sale/lease of the matched space or transportation means is provided. It provides for the conclusion of a contract.

Although the preferred embodiments have been described and illustrated above to illustrate the technical idea of the present invention, the present invention is not limited to the configuration and operation as shown and described, and does not deviate from the scope of the technical idea. Those skilled in the art will understand that numerous changes and modifications can be made to the present invention without any modification. Accordingly, all such appropriate changes, modifications and equivalents shall be considered to fall within the scope of the present invention.

S: Space network operating platform device
100: user terminal
110: loading department 120: registration department
130: input unit 140: inquiry unit
150: Contract Department
200: Mediation server
210: collection unit 220: verification unit
230: Register 240: Brokerage Department

Claims (5)

Loads the preset information input screen and transmits the entered user information and supporting documents to the mediation server, transmits a spatial information registration request or spatial information inquiry request to the mediation server, receives the request result, and mediates the spatial information mediation request. A user terminal that receives electronic contract conclusion results for sale/lease by sending them to a server; and
Verifies the authenticity of the user information and supporting documents received from the user terminal, registers them to correspond to the identification ID, transmits the request result corresponding to the received spatial information registration request or spatial information inquiry request to the user terminal, and spatial A brokerage server that receives information brokerage requests and concludes an electronic contract for the relevant spatial information for sale/lease; contains
The user terminal is,
A loading unit that loads an app installation screen or a membership registration screen according to the connection environment and displays it on the screen;
A spatial information registration request including the inputted user information and supporting documents, a transportation business information registration request including the inputted user information and supporting documents are sent to the mediation server, and the user information registration results and evidence received from the mediation server A register that displays document registration results on a screen; and
a contract department that transmits the entered brokerage request to the brokerage server and receives, stores, and manages electronic contract conclusion results corresponding to registered supporting documents or searched spatial information; includes
the contract book; Is
The entered brokerage request is transmitted to the brokerage server, and the registered supporting documents or electronic contract conclusion results corresponding to the searched transportation method are received, stored and managed,
The mediation server is,
a collection unit that classifies spatial information registration requests including user information and supporting documents received from the user terminal by identification ID;
A verification unit that transmits user information and supporting documents included in the spatial information registration request to a public institution network and receives verification results;
A register that receives verified spatial information and detailed information about the verified spatial information and matches it with the spatial information;
When receiving a spatial information brokerage request from the user terminal, a brokerage unit that concludes an electronic contract by matching the identification ID of each of the supplier who uploaded the spatial information and the consumer who wishes to request a spatial information brokerage; and
a recommendation unit that indexes spatial information and detailed information corresponding to the spatial information inquiry request received from the user terminal and transmits it to the user terminal; includes
The recommendation section; Is
Through the AI chatbot function, the text contained in the information received from the user terminal is extracted, the extracted text and previously matched information are indexed from the database, the indexed information is transmitted to the user terminal, and the information is sent to the user terminal according to condition settings. Change the inquiry range or inquiry quantity of information to be transmitted,
The mediation server; Is
Compare transporter reply data containing the amount of cargo that has been transported and supplier reply data containing the amount of cargo that has been unloaded and will be stored in the space, and if the transporter reply data and the supplier reply data are the same, the consumer's cargo has been completely Make a judgment of compliance determining that it has been transported and unloaded;
If the transporter reply data and the supplier reply data are not the same, nonconformity is determined,
A space network operation platform device characterized in that it compares the cargo volume data transmitted from the consumer terminal, the transporter reply data, and the supplier reply data, respectively, after nonconformity determination.
delete delete delete According to paragraph 1,
The mediation server is,
a collection unit that classifies detailed freight information corresponding to the transportation business information registration request and supporting documents received from the user terminal by vehicle, distance, weight (size), or delivery item;
a verification unit that transmits user information and supporting documents included in the transportation business information registration request to a public institution network and receives verification results;
A register that receives verified transport business information and detailed information on the verified transport business information and stores and manages it in a spatial detail DB to match it with the transport business information; and
When receiving a transportation method brokerage request from the user terminal, a brokerage unit that concludes an electronic contract by matching the identification ID of each supplier who uploaded transportation business information and the consumer who wishes to request transportation method brokerage.
A space network operating platform device comprising: