KR102555550B1 - A platform system for collecting recycled resources and a method for providing platform services using the same - Google Patents

Abstract

The present invention, based on the integration server 200, is a platform system that mediates between users and service providers using a recycling resource complex collector, wherein the recycled resource complex collector 100 separates and collects predetermined recycled resources. First to N-th collection modules 140, 150, 160; and an arithmetic module 170 generating compensation point information for individual users based on the recycled resource information input to the first to Nth collection modules, wherein the integration server 200 includes the arithmetic module 170 ) and a communication module 251 configured to transmit and receive; a user account module 260 for managing compensation point information of individual users collected through the communication module 251; a service provider module 270 that manages service providers that provide preset services to users in exchange for the reward points; and a mediation module 280 that mediates users and service providers in a preset manner; Including, the mediation module 280, when the user selects any one of the preset services using the recycled resource complex collector 100, a platform that matches at least one service provider related to the service provide the system.

Description

A platform system for collecting recycled resources and a method for providing platform services using the same}

The present invention relates to a platform system for collecting recycled resources and a method for providing platform services using the same.

Recently, as the importance of the environment and resources has emerged as an important issue, countries around the world are making great efforts and investments for efficient use and recycling of resources and environmental protection.

Among them, the recycling aspect of resources includes both solutions to resource problems and solutions to environmental problems, so its importance is being further emphasized, and various efforts are being made to activate recycling of household waste.

However, lack of economic value for household waste, lack of knowledge on recyclable household waste, inconvenience of separate collection of household waste by users, lack of base expansion of household waste collection devices, and compensation for recyclable household waste Due to the lack of a system, the recycling rate of household waste that can be recycled, such as scrap metal, plastic, glass bottles or cans, is very low.

Looking at the situation in Korea, currently PET bottles are mixed with waste plastic and thrown away, but as it has become a social issue, companies such as Tomra (Norway), Superbin, and Oyster Able are developing PET bottle collectors. However, due to the inconvenience of users, since PET bottles, which have a very high recycling potential, are collected without being separated from waste plastics, recycling efficiency is very low.

On the other hand, there is an Oyster Able collector for paper cartons or milk cartons, but compensation is compensated with points or milk, and community centers collect a certain number of milk cartons and compensate with toilet paper, etc., but these compensation levels and distance limitations As a result, it is not very active.

In addition, waste batteries are collected from products with severe environmental pollution, mailboxes in apartments or waste fluorescent light boxes, etc., but they are not collected well, and the collection rate is very weak as they are collected from community centers.

As a prior art, Korea Patent Registration No. 10-2276006, 'recycling resource recovery device using QR code' is disclosed. The prior art collects and pulverizes recycled resources, especially polyethylene terephthalate resin (PET), by authenticating a smartphone displaying a QR code with personal information on the authentication screen, and provides a reward to the user corresponding to the recovered weight. Disclosed is a configuration that increases the collection efficiency of recycling resources by configuring to be provided.

However, since the prior art simply adopts a configuration in which compensation is paid in response to the recovered weight, it is difficult to distinguish compensation according to the type of recycled resource, and an algorithm for calculating compensation is also problematic in that it cannot sufficiently encourage users.

(Patent Document 1) Korea Patent Registration No. 10-2276006

The present invention has been made to solve the above problems.

The present invention does not collect a single type of recycled resource, but introduces the concept of a multi-collector to increase user convenience and ultimately proposes a system that can encourage users to participate in separate collection of recycled resources.

In addition, the present invention provides reward points to users based on the type of recycling resources, and creates an environment in which users can apply for auxiliary services within each household as well as processing large wastes using the reward points. By doing so, we intend to propose a platform service that maximizes user convenience.

One embodiment of the present invention for solving the above problems is a platform system for mediating users and service providers using a recycling resource complex collector based on the integration server 200, the recycling resource complex collector 100 ), first through N-th collection modules (140, 150, 160) in which predetermined recycling resources are separately collected; and an arithmetic module 170 generating compensation point information for individual users based on the recycled resource information input to the first to Nth collection modules, wherein the integration server 200 includes the arithmetic module 170 ) and a communication module 251 configured to transmit and receive; a user account module 260 for managing compensation point information of individual users collected through the communication module 251; a service provider module 270 that manages service providers that provide preset services to users in exchange for the reward points; and a mediation module 280 that mediates users and service providers in a preset manner; Including, the mediation module 280, when the user selects any one of the preset services using the recycled resource complex collector 100, a platform that matches at least one service provider related to the service provide the system.

In addition, the user account module 260 includes a user wallet unit 261 for updating compensation point information according to changes in the user's compensation points; and a user payment unit 262 configured to enable a user to purchase reward points through a preset payment method and to be linked with the user wallet unit 261; Including, through the mediation module 280, when the service provider selected by the user is matched, the reward point information corresponding to the service is deducted and the reward point information in the user wallet unit 261 can be updated.

In addition, the service provider module 270 is a service group unit 271 that manages service providers by grouping them according to the type of service pre-input by the service provider. Provided to, service group unit 271; and a service provider account unit 272 individually assigned to each service provider, configured to acquire service points corresponding to reward points when a service provider provides a service to a user; can include

In addition, the mediation module 280 includes a service provider recommendation unit 281 for recommending at least one service provider included in a service group corresponding to a service requested by the user to the user; Further, the service provider recommendation unit 281 ranks the service providers in consideration of at least one of previous user's review points, neighboring area points, and required time points of the service, and then ranks the service providers with a preset upper ratio. Service providers can be recommended to users.

In addition, the service group unit 271 is divided into first through N+1th service units and is provided to the user through the recycled resource complex collector 100 (N is an integer), and the N+1th service unit 271 is provided. The service unit may be configured to allow the user to manually input contents of the service when the user wants to receive services other than the first through Nth service units.

In addition, the recycling resource complex collector 100 is configured to allow the user to select the type of large-size waste, and a sticker issuing module that outputs and provides a large-size waste sticker corresponding to the type of large-size waste selected by the user to the user ( 180); Further, the sticker issuing module 180 may be configured to deduct compensation points corresponding to the type of bulky waste in conjunction with the user wallet 261 or the user payment unit 262.

In addition, when the user selects the type of bulky waste, the recycling resource complex collector 100 is set to additionally select whether or not to apply for a moving service for moving the bulky waste, and when the user applies for the moving service, Compensation points corresponding to the mobile service may be additionally deducted from the user wallet unit 261 .

On the other hand, the present invention is a method for providing a platform service performed by a complex collector of recycled resources and an integrated server, wherein (a) a login request is received from each user terminal 310 or the complex collector 100 of recycled resources connected to the complex collector of recycled resources If so, providing a user interface to allow the user to input required service information (S110); (b) the user interface divides and provides the service information into first through N+1th service units, and service information including service schedule information is generated and received according to a user's input (S120); (c) a step in which the service information received in step (b) is transmitted to a service provider of a K-th service unit classified to correspond to the service information, wherein the service information is transmitted to the service provider terminal 320; (S130); (d) at least one service provider receiving the service information inputs a deduction compensation point and proposes it to the user, wherein the suggestion information is provided to the user through a user interface (S140); (e) a step in which service provider selection is performed by a user through a user interface, in which acceptance information is provided to the service provider terminal 320 of the service provider selected by the user (S150); And (f) a step in which the service corresponding to the service information is actually performed by the service provider, and when the service is completed, service completion is input through the user interface and reward points held in the user wallet are deducted. Step (S160); Including, it provides a platform service providing method.

In addition, in the step (c), (c1) all or partial transmission of the service information to the service provider included in the Kth service unit is formed so that the user can select (where N is an integer and K is any one of 1 to N+1), when the user selects partial transmission through the user interface, providing the user with a list of service providers included in the K-th service unit so that the user can directly select, step (S131); may further include.

On the other hand, the present invention in the integrated platform service providing server 200, the communication module 251; a memory 252 in which a platform service providing program is stored; and a processor 253 executing the program; Including, the processor 253, according to the execution of the program, when a login request is received from each user terminal 310 connected to the recycled resource complex collector 100 or the recycled resource complex collector 100, the user needs Provides a user interface for inputting service information to be provided, and the service information is divided into first to N+1 service units and provided through the user interface, and service schedule information by user input is included and received. , The service information is transmitted to the service provider terminal 320 pre-registered with the service provider of the K-th service unit corresponding to the service information, and when the deduction compensation point proposed by the service provider is received, through the user interface, Suggestion information is provided to the user to enable the user to select a service provider. When a service provider is selected by the user, acceptance information is provided to the service provider terminal 320, and in the user interface, the user selects the service provider. When completion is entered, an integrated server providing platform services is provided, from which reward points held in the user wallet 261 are deducted.

The present invention does not collect single types of recycled resources, but introduces the concept of a complex collector, thereby increasing user convenience and ultimately encouraging users to participate in separate collection of recycled resources.

In addition, the present invention provides an environment in which reward points are paid to users based on the type of recycling resources, and other wastes are processed using the reward points, and users can apply for auxiliary services within each household they want. By creating, user's convenience can be maximized. In particular, considering the current situation in which single-person households are rapidly increasing, the elderly and housewives can receive services in a simple way without the help of a separate company for tasks that are difficult for the elderly and housewives to perform, the value of true upcycling. can seek

1 is a schematic schematic diagram of a recycling resource complex collector applied to the present invention.
Figure 2 is a front view of the recycling resource complex collector applied to the present invention as viewed from the front.
3 is a block diagram of a recycling resource complex collector applied to the present invention.
4 is a block diagram of another embodiment of a complex collector applied to the present invention.
5 is a block diagram schematically illustrating a process of providing reward points to a user in a recycling resource complex collector applied to the present invention.
6 is a schematic block diagram of a platform system according to the present invention.
7 is a conceptual diagram schematically illustrating a process of using a platform system according to the present invention.
8 is a block diagram illustrating the configuration of a platform system according to the present invention.
9 shows an example of a user interface applied to the platform system according to the present invention.
10 is a block diagram showing a treatment process in the case of bulky waste disposal in the platform system according to the present invention.
11 is a flowchart illustrating a service providing method using a platform system according to the present invention.
FIG. 12 is a flowchart for explaining FIG. 11 .

Hereinafter, a recycling resource complex collector according to the present invention will be described with reference to the drawings.

In the present application, when a part is said to be “connected” to another part, this includes not only the case where it is “directly connected” but also the case where it is “electrically connected” with another element interposed therebetween. In addition, when a part "includes" a certain component, this means that it may further include other components, not excluding other components, unless otherwise stated, and one or more other characteristics. However, it should be understood that it does not preclude the possibility of existence or addition of numbers, steps, operations, components, parts, or combinations thereof.

As used herein, the term "step of (doing)" or "step of" does not mean "step for". In this application, a 'unit' includes a unit realized by hardware, a unit realized by software, and a unit realized using both. Further, one unit may be realized using two or more hardware, and two or more units may be realized by one hardware.

In addition, the term 'module' means a unit that performs a predetermined function, but the module is not limited only to the function, and in addition to the function for which the module is specified, auxiliary functions and additional functions for performing the function It is specified in advance that a function may be further included, and may be recorded in one physical memory or distributed and recorded between two or more memories and recording media.

In addition, the various techniques described herein may be implemented with hardware or software, or a combination of both, where appropriate. As used herein, terms such as '~Unit', '~Module', '~Server' and '~System' likewise refer to computer-related entities, i.e. It may be treated as equivalent to hardware, a combination of hardware and software, software, or software in execution.

Some of the operations or functions described herein as performed by a terminal, device, or device may be performed instead by a server connected to the terminal, device, or device. Likewise, some of the operations or functions described as being performed by the server may also be performed by a terminal, apparatus, or device connected to the server. In the present application, some of the operations or functions described as mapping or matching with a terminal are interpreted as meaning mapping or matching a terminal's unique number or personal identification information, which is the terminal's identifying data. It can be.

The present invention is PCS (Personal Communication System), GSM (Global System for Mobile communications), PDC (Personal Digital Cellular), PHS (Personal Handyphone System), PDA (Personal Digital Assistant), IMT (International Mobile Telecommunication)-2000, CDMA (Code Division Multiple Access)-2000, W-CDMA (W-Code Division Multiple Access), Wibro (Wireless Broadband Internet) terminals, smartphones, smart pads, tablet PCs, etc. All kinds of handheld-based wireless communication devices and computing devices such as stationary PCs and notebooks can be used, and the distributed application is implemented in the form of a computer program and is recorded on a readable and writable recording medium and stored in a terminal. can be mounted.

In addition, since the present invention is based on a network, the network means a connection structure capable of exchanging information between nodes such as terminals and servers. Examples of such networks include a 3rd Generation Partnership Project (3GPP) network, a Long Term Evolution (LTE) network, a World Interoperability for Microwave Access (WIMAX) network, the Internet, a Local Area Network (LAN), and a Wireless LAN. (Wireless Local Area Network), WAN (Wide Area Network), PAN (Personal Area Network), Bluetooth network, satellite broadcasting network, analog broadcasting network, DMB (Digital Multimedia Broadcasting) network, WiFi, etc. Not limited.

In addition, in the present invention, the types of 'recyclable resources' are largely classified into PET bottles, paper packs, and waste batteries, but are not limited thereto, and all of the various types of recycled resources to which the technical idea of the present invention can be applied Indicate in advance if applicable.

In addition, among the recycling resources of the present invention, the main raw material of paper packs is natural pulp, and since natural pulp is 100% dependent on imports, collecting paper packs as a recycling resource can replace foreign currency and plant trees. However, it can be recycled into high-quality products such as high-quality toilet paper or tissues.

Composition of recycling resource complex collector

Hereinafter, with reference to FIGS. 1 to 5, the recycling resource complex collector 100 applied to the present invention will be first described.

The appearance of the recycling resource complex collector according to the present invention is composed of a body frame (100). The shape of the body frame 100 shown in FIGS. 1 and 2 is an exemplary shape, and may be modified into an optimal shape according to a designer's choice.

A plurality of separate collection modules are provided inside the body frame 100, and the separate collection modules are configured to accommodate recyclable resources having a predetermined volume, and the inside of the body frame 100 is divided into a plurality of independent zones. provide space.

One side of the outer surface of the body frame 100 is provided with a display module 110. The display module 110 includes a touch panel, and is configured to visually provide predetermined information to the user and to allow information input from the user. It is preferable that the display module 110 is formed in a location that is easily accessible to the user.

The user is configured to select a separation and collection module to be described later through the display module 110 . The display module 110 is configured to communicate with the arithmetic module 170, and in the arithmetic module 170, each type of recycled resource is divided into its own mode. It can be made up of processes.

A user identification module 120 is provided on the outer surface of the body frame 100 . User identification module 120 is to check user information. At the same time as determining the subject to input recycled resources, it is largely related to the reward points described later.

In the present invention, the display module 110 and the user identification module 120 are shown as being physically separated from each other, but the user identification module 120 may be implemented within the display module 110 . That is, in the present application, it is described as a separate configuration in order to distinguish it functionally, but it means that the actual operation may be processed in the display module 110. One side of the display module 110 is provided with an RFID unit or an NFC unit, so that it can be configured to perform wireless communication with a user terminal possessed by a corresponding user. In this case, it is very convenient in that the user information is automatically identified even if the user does not separately input the user information.

In the present invention, the QR recognition unit 122 will be described as an example of the user identification module 120. By identifying the QR tag temporarily or permanently assigned to the user in the QR recognition unit 122, user information is confirmed.

The recycling resource identification module 130 is provided in each separate collection module depending on the characteristics of the recycled resources. As an exemplary form, the recycled resource identification module 130 is provided in the PET bottle collection module 140 and the paper pack collection module 150, respectively.

The recycled resource identification module 130 is configured to identify recycled resources that are actually put into individual separate collection modules. This is to calculate a more reasonable reward point while confirming the actually input recycled resources. PET bottles (including aluminum cans) and paper packs have separate data and values, and by identifying/verifying all of them, it is possible to provide differentiated reward points for each type. Through this differential reward point calculation, it is possible to raise awareness of the separate collection of recycled resources by users and encourage active participation, which is a great difference from the prior art.

It may vary depending on the state of the input recycled resource, but if it is not identified by the recycled resource identification module 130, a message is provided to the user through the display module 110, and the user directly provides information on the recycled resource. input can be processed.

The PET bottle collection module 140, the paper pack collection module 150, and the waste battery collection module 160 are individually formed with input ports 141, 151, and 161, and configured so that recycled resources once put in cannot be taken out again. it is desirable to be This is to prevent user abuse in relation to reward points and to ensure the user's physical safety.

The PET bottle collection module 140 includes a PET color check unit 143, a PET weight sensing unit 144, and a PET compression unit 145.

The PET color checking unit 143 checks the color of the PET bottles injected into the inside, and the PET weight sensing unit 144 is configured to detect the weight of the PET bottles. The present invention can be formed to be classified according to PET color and automatically collected. This is to increase the recycling efficiency of recycled resources.

PET bottles can be compressed due to their characteristics, and since it is very advantageous for storage and transportation to perform compression during the collection process, a PET compression unit 145 for compressing the PET bottles is further included. As the compression method, all known methods may be applied. As an example, it is composed of a motor, an input auxiliary wing, and a compression drum, so that PET bottles can be effectively compressed.

The paper pack collection module 150 includes a paper pack input sensor 153 .

The paper pack input sensor 153 determines whether the paper packs identified by the recycling resource identification module 130 are actually put into the paper pack collection module 150 . In determining the actual input, all known methods are applicable. As an example, it may be processed in a manner of determining matching based on the information identified by the recycling resource identification module 130 . This can use the weight information of paper packs, and since predetermined weight information is stored in the identification code, the paper pack input sensor 153 can check the weight information of the inserted paper packs to determine whether they match each other. there is.

The waste battery collection module 160 is configured to generate waste battery information input to the waste battery collection module 160 using a magnet sensing unit 163 and a waste battery weight sensing unit 164 provided therein. Here, the magnet sensing unit 163 means a means including a magnet sensor, and the waste battery weight sensing unit 164 may be composed of a known load cell of an appropriate type.

Referring to FIG. 4, a configuration including a sticker issuing module for issuing oversized waste stickers, which is another embodiment of the present invention, will be described.

Another embodiment of the present invention further includes a sticker issuing module 180 that outputs bulky waste stickers and provides them to users.

The sticker issuing module 180 is configured to provide a user with a payment method set in advance and output a bulky waste sticker corresponding to the type of bulky waste selected by the user through the display module 110 to the user.

At this time, the user is configured to input the type, quantity, weight, and other special items of bulky waste to the display module 110, and payment information corresponding thereto is provided to the display module 110. This is because the treatment cost may vary depending on the type, quantity, and weight of large-sized waste.

The sticker issuing module 180 includes a sticker output unit 182 that actually outputs bulky waste stickers, a payment processing unit 183 that generates payment information, and a computer processing unit 184 that is connected to an external server through a wireless network. . Payment information calculated by the payment processing unit 183 is provided to the user through the display module 110 . To this end, the computer processing unit 184 is configured to communicate with the display module 110 as well.

Large-sized wastes are generally processed by local governments, and the content processed by the sticker issuing module 180 needs to be transmitted to an external server. External servers include not only public institution servers of local governments that process large wastes, but also private institution servers that process large wastes.

When a bulky waste sticker is issued, information on bulky waste is first transmitted to the integrated server 200 . Based on the bulky waste information received from the integrated server 200, the operator operating the recycling resource platform system determines whether the bulky waste can be reused, and then determines whether to transmit it to an external server based on the determination result.

Large-sized wastes that are judged to be reusable can be collected by platform system operators and resold as used products or exported overseas. If it is damaged to such an extent that it cannot be reused, the information on the bulky waste is transmitted to external servers including public institution servers of the local government, and location information of the bulky waste is provided to the local government and related professional companies. However, local governments can collect bulky wastes with stickers attached.

In this way, according to the present invention, the conventional user has to solve the cumbersome problem of having to purchase a sticker from a nearby mart or the Internet, and can immediately purchase and use it using a recycling resource complex collector, saving the user's time and money. there is.

Referring to FIG. 5, reward point payment according to the present invention will be described.

The sticker issuing module 180 of the present invention is connected to the compensation point calculation unit 171 of the calculation module 170 so that the payment points corresponding to the type of oversized waste selected by the user are deducted from the remaining reward points of the corresponding user account. is set The reward point calculation unit 171 is configured to interwork with the user account module 260 of the integration server 200 of the present invention, which will be described later.

This means that the aforementioned reward points can be used for issuing bulky waste stickers. By improving the bulky waste treatment process using the recycling resource complex collector according to the present invention, it is possible to maximize the amount of reuse of the bulky waste, ultimately improving the efficiency of resource circulation and minimizing carbon emissions.

Compensation points are calculated based on the collection information transmitted from the aforementioned PET bottles collection module 140, paper packs collection module 150, and waste battery collection module 160. PET bottles, paper cartons, and waste batteries may have different values from a recycling point of view.

The compensation point calculation unit 171 is configured to calculate compensation points according to a preset method and transmit them to the corresponding user account module 260 . The user account module 260 includes an individual user wallet unit 261 . When a user subscribes to a system using the present invention, a unique user account is assigned to the user. Information on reward points is preferably provided in real time not only through the display module 110 but also through a user terminal pre-registered by the corresponding user. Accordingly, the user can check his or her reward points.

platform system

Hereinafter, a platform system according to the present invention will be described with reference to FIGS. 6 to 12 . The platform system according to the present invention is based on the integrated server 200, but provides a platform service that mediates the user and the service provider to both sides by using the aforementioned recycled resource complex collector 100.

That is, it is a platform system that provides services to both users and service providers. For convenience of explanation, descriptions overlapping with those described above will be omitted.

Considering that the 'platform' used in the present invention is used in the sense of a place where two different groups can meet and trade with an emphasis on value exchange through the platform from a business point of view, based on the integrated server 200 Transactions between users (participants in recycling collection) and service providers are made through a platform system that allows platform services to be provided to users and service providers.

In addition, the platform system according to the present invention may be developed and implemented in the form of an app on a smart device, and may be developed and distributed as a program so that it can be used through a user's desktop or laptop.

The recycled resource complex collector 100 of the platform system according to the present invention is capable of communication, but from the user's point of view, a user terminal such as a smart phone or a smart tablet may be more convenient, and communication through the user terminal 310 is premised. be explained by However, communication through the user terminal 310 does not exclude the communication method by the recycling resource complex collector 100 itself at all, and all operations are performed through a communication means (not shown) built into the recycling resource complex collector 100. It is stated in advance that this can be performed in the same way.

Referring to FIG. 6 , the integrated server 200 basically includes a communication module 251, a memory 252, and a processor 253, thereby mediating between a user and a service provider.

The user communicates using the user terminal 310, and the service provider is configured to communicate using the service provider terminal 320 (however, the user can also communicate using the recycled resource complex collector 100) (Fig. 7).

The database 201 is configured to store information on users and service providers in real time, and is configured to load necessary information from the database 201 when calculation is required in the integration server 200 .

Referring to FIG. 7 for a more detailed description of functional divisions, the integration server 200 is composed of a communication module 251, a user account module 260, a service provider module 270, and an intermediary module 280.

The communication module 251 is configured to communicate with the aforementioned calculation module 170 . To this end, the communication module 251 may be composed of a transceiver that combines a transmitter and a receiver into one package.

The user account module 260 is configured to manage reward point information of individual users. In the user account module 260, an account is created individually for each user subscribed to the service provided by the present invention. In order to access the corresponding account, login and predetermined security procedures may be required. As the login method, all known methods may be applied.

Referring first to FIG. 8 , the user wallet unit 261 and the user payment unit 262 may be understood as components provided for each user.

The user wallet unit 261 is configured to update compensation point information according to changes in the user's compensation points. The user payment unit 262 is a component enabling purchase of reward points.

As described above, reward points may be generated by collecting recycled resources, but may also be generated by a user directly purchasing reward points. The user payment unit 262 can be used very usefully in the treatment of bulky waste. Currently, a procedure for purchasing a sticker at a separate location is required for processing large-sized waste, but according to the present invention, when processing large-sized waste urgently, it is possible to purchase and use reward points, which can increase user convenience. there is.

The service provider module 270 is configured to manage service providers that provide preset services to users in exchange for reward points. That is, when a service provider subscribes to this service, it is configured to be registered and managed by the service provider module 270 .

9 schematically shows user interfaces for service types. The service may illustratively include a glass replacement service, a tile repair service, a furniture relocation service, a moving assistance service, a belongings arrangement service, a bulky waste moving service, and other services.

Hereinafter, an exemplary description of the above service together with <Table 1> will be given. However, the service that can be provided by the present invention is not limited to the following description, and the type of service can be appropriately added by an administrator.

service name service contents glass replacement service Promptly respond to simple damage at home, such as windows, dining tables, and closet glass tile repair service Assistance and response to tasks that do not occur frequently, such as replacing tiles, sinks, and toilets that may occur in bathrooms, balconies, and kitchens Furniture location change service When single households, housewives, etc. want to relocate the piano or furniture in the house, labor costs are incurred, so it can be handled at a low cost. Moving Assistant Service Services supported by residents, such as moving in the house, which do not occur frequently, so not many professional companies use them. Items tidying up service Service of donation, incineration, disposal of belongings of the deceased and cleaning and organizing the living space of the deceased after the funeral Bulky waste moving service Service to move to a designated bulky waste disposal site for household bulky waste disposal Other services It is an item that supports simple tasks that do not occur often in family life, and is a service that helps housewives or single women with tasks that are difficult to do alone, such as replacing digital door locks and lighting fixtures.

The service provider module 270 includes a service group unit 271 and a service provider account unit 272 .

The service group unit 271 is configured to group and manage service providers according to service types previously input by the service providers. At this time, the service group unit 271 divides and manages service providers by service type, and thus can provide the user with a service group corresponding to the service requested by the user. A user interface can be provided using the user terminal 310, and individual personal information of service providers (meaning personal information such as gender and age) as well as history, user reviews, region, and service point acquisition history (service A point is a concept corresponding to a user's reward point) and the like can be provided to the user together.

Referring to <Table 1> above, the service group unit 271 is divided into 1st to N+1th service units and can be provided to the user through the recycled resource complex collector 100 (where N is integer). Here, the N+1th service unit means that the user can manually input the contents of the service when the user wants to receive services other than the first to Nth service units. In <Table 1> above, it corresponds to 'other services'.

The service provider account book 272 refers to an account individually assigned to a service provider. That is, it can be understood as a homepage of each service provider. Preferably, all information on the aforementioned service providers is stored in the service provider account book 272 and disclosed to the user. In addition, since it is interlocked with the account of the service provider, when the service provider provides a service to the user, service points corresponding to reward points may be acquired and automatically accumulated in the account of the service provider.

The mediation module 280 is configured to mediate users and service providers in a preset manner. To this end, the mediation module 280 is connected to the CPU type processor 253 and is configured to use the information processed by the processor 253. When a user selects a service using the recycled resource complex collector 100 or the user terminal 310, it is configured to match at least one service provider related to the service. The mediation module 280 may match a plurality of service providers, and in this case, matches a final service provider according to user selection.

For user convenience, the mediation module 280 may include a service provider recommendation unit 281 . The service provider recommendation unit 281 is a component that recommends at least one service provider included in a service group corresponding to a service requested by the user to the user. After ranking service providers in consideration of at least one of previous user's review points, neighboring area points, and required time points of the service, it may be designed to recommend a service provider with a preset higher ratio to the user.

That is, as a method of recommending a service provider most suitable for the service requested by the user, for example, five service providers are recommended to the user. Of course, the user may ignore this recommendation and select a service provider he or she wants, and this choice is the user's freedom. Through the service provider recommendation unit 281, the user can make a selection more easily, and the service provider also provides better services on a daily basis, thereby motivating the service provider recommendation unit 281 to rank at the top. exert

The service provider recommendation unit 281 may be configured to generate a service provider recommendation learning model through learning by employing a deep learning method. At this time, the learning model can be learned elaborately by utilizing the type of service selected by the user and the review information on individual service providers as learning information.

As described above, the recycling resource complex collector 100 applied to the present invention may include a sticker issuing module 180. In order to dispose of bulky waste, according to national policy, a certain cost is required, which is replaced with compensation points. The sticker issuing module 180 is linked with the user wallet 261 or the user payment unit 262 to deduct reward points corresponding to the type of oversized waste. Depending on the size, weight, and type of bulky waste, the compensation point deduction amount may vary.

At this time, when the user selects the type of bulky waste, the recycling resource complex collector 100 may be configured to select whether or not to apply for a moving service for moving the bulky waste additionally. This is because the proportion of single-person households is increasing recently, and users who have difficulty in handling large-sized wastes, such as the elderly and pregnant women, may need to move large-sized wastes out of their residences.

When a user applies for the mobile service, compensation points corresponding to the mobile service are additionally deducted from the user wallet 261 . Referring to FIG. 10 , the user may select only sticker issuance for handling bulky waste, and may also select an item for requesting a mobile service. At this time, the reward points currently held in the user wallet unit 261 are checked, and if insufficient, additional payment is possible through the user payment unit 262.

Hereinafter, a platform service providing method according to the present invention will be described with reference to FIGS. 11 and 12 . The method includes steps S110 to S160.

Step (S110) is a step of providing a user interface that allows the user to input required service information when a login request is received from each user terminal 310 or the recycled resource complex collector 100 connected to the recycled resource complex collector. .

Step S120 is a step in which the user interface divides and provides the service information into first to N+1th service units, and generates and receives service information including service schedule information according to a user's input.

Step S130 is a step in which the service information received in step S120 is transmitted to a service provider of the K-th service unit divided to correspond to the service information, wherein the service information is transmitted to the service provider terminal 320. am.

Step S140 is a step in which at least one service provider receiving the service information inputs a deduction compensation point and proposes it to the user, and the suggestion information is provided to the user through the user interface.

Step S150 is a step in which a service provider is selected by a user through a user interface, and acceptance information is provided to the service provider terminal 320 of the service provider selected by the user.

Step (S160) is a step in which the service corresponding to the service information is actually performed by the service provider, and when the service is completed, service completion is input through the user interface and reward points held in the user wallet are deducted. It is a step.

Here, a series of processes are performed through the mediation module 180, and basically, when a user applies for a service first, a service provider who wants to perform the corresponding service makes an application. At this time, the service provider does not simply apply for service performance, but configures to input reward points for service performance, which can be understood as a kind of bidding method for selecting an optimal service provider from the user's point of view.

In step S160, if the actual service content differs from or exceeds the service information initially input by the user, additional compensation points may be requested, and in this case, additional compensation points may be individually configured. This is to consider equity between users and service providers.

Meanwhile, step S130 may further include step S131. This means that all or partial transmission of the service information selected by the user to the service provider included in the K-th service unit is formed so that the user can select it. If the user does not specify otherwise, it can be performed in the 'all transmission method'. However, this method may be somewhat inefficient from the viewpoint of user selection. This is because, if the range of selection is excessively widened, it may take a lot of time for the user to select, and it may also be related to the advertising behavior of service providers, which is pointed out as a problem in many platforms. When a user makes a proposal to all service providers registered in the Kth service unit, it may be somewhat inefficient in actual mediation.

Therefore, when the user selects partial transmission through the user interface, it may be effective to set the service provider list included in the Kth service unit to the user so that the user can directly select some of them. As the proposal is provided in the form of a message only to the service provider carefully selected by the user, mediation efficiency can be maximized. Ultimately, a quality platform service environment can be formed.

In the above, the present specification has been described with reference to the embodiments shown in the drawings so that those skilled in the art can easily understand and reproduce the present invention, but this is only exemplary, and those skilled in the art can make various modifications and equivalents from the embodiments of the present invention. It will be appreciated that embodiments are possible. Therefore, the scope of protection of the present invention should be defined by the claims.

100: body frame
110: display module
120: user identification module
130: recycling resource identification module
140: PET bottle collection module
150: paper pack collection module
160: waste battery collection module
170: calculation module
180: sticker issuing module
200: integrated server
201: database
251: communication module
252: memory
253: processor
260: user account module
270: service provider module
280: mediation module
310: user terminal
320: service provider terminal

Claims (10)

Based on the integrated server 200, as a platform system that mediates users and service providers using the recycling resource complex collector 100,
The recycling resource complex collector 100,
a PET bottle collection module 140, a paper pack collection module 150, and a waste battery collection module 160 in which predetermined recycling resources are separately collected;
User identification module 120 for checking information of a user inputting the recycled resources;
Recycled resource identification module 130 provided in each of the collection modules 140, 150 and 160 and identifying recycled resources input to each collection module 140, 150 and 160;
An arithmetic module 170 generating compensation point information for individual users based on recycled resource information input and identified through each of the collection modules 140, 150, and 160 and generating differential compensation point information for each type of recycled resource ; and
a sticker issuing module 180 configured to enable a user to select a type of bulky waste, and outputting and providing a bulky waste sticker corresponding to the type of bulky waste selected by the user to the user;
including,
The integration server 200,
a communication module 251 configured to transmit and receive data to and from the calculation module 170;
As a user account module 260 that manages the reward point information of individual users collected through the communication module 251, the user wallet unit 261 that updates the reward point information according to the change in the user's reward points and the user in advance A user account module 260 including a user payment unit 262 configured to enable purchase of reward points through a set payment method and configured to interwork with the user wallet unit 261;
As a service provider module 270 that manages a service provider that provides a preset service to a user in exchange for the reward points,
A service group unit 271 for grouping and managing service providers according to service types input by service providers in advance, and providing service groups corresponding to services requested by users to users; and
As a service provider account 272 individually assigned to each service provider, when the service provider provides a service to a user, a service provider account 272 configured to acquire service points corresponding to reward points, service provider module 270; and
A mediation module 280 that mediates users and service providers in a preset manner; Including,
The mediation module 280,
When the user selects one of the preset services using the recycled resource complex collector 100, matching at least one service provider related to the service,
The user account module 260,
When the service provider selected by the user is matched through the mediation module 280, reward points corresponding to the service are deducted and reward point information is updated in the user wallet 261,
The sticker issuing module 180 is configured to interwork with the user wallet 261 or the user payment unit 262 to deduct reward points corresponding to the type of large-size waste,
The recycling resource complex collector 100,
When the user selects the type of bulky waste, it is additionally set to select whether or not to apply for a moving service for moving the bulky waste,
When the user applies for the mobile service, compensation points corresponding to the mobile service are additionally deducted from the user wallet 261.
platform system.
delete delete The method of claim 1,
The mediation module 280,
a service provider recommendation unit 281 for recommending at least one service provider included in a service group corresponding to a service requested by the user to the user; Including more,
The service provider recommendation unit 281,
After ranking service providers in consideration of at least one of previous user's review points, neighboring area points, and required time points of the service, recommending a service provider with a preset higher ratio to the user,
platform system.
The method of claim 4,
The service group unit 271,
It is divided into 1st to N+1th service units and provided to the user through the recycled resource complex collector 100 (where N is an integer),
The N+1 service unit,
If the user wants to be provided with services other than the first to Nth service units, configured so that the user can manually input the contents of the service,
platform system.
delete delete A platform service providing method performed by the platform system according to claim 1,
(a) When a login request is received from each user terminal 310 or the recycled resource complex collector 100 connected to the recycled resource complex collector, providing a user interface to input service information required by the user, step S110 );
(b) the user interface divides and provides the service information into first through N+1th service units, and service information including service schedule information is generated and received according to a user's input (S120);
(c) a step in which the service information received in step (b) is transmitted to a service provider of a K-th service unit classified to correspond to the service information, wherein the service information is transmitted to the service provider terminal 320; (S130);
(d) at least one service provider receiving the service information inputs a deduction compensation point and proposes it to the user, wherein the suggestion information is provided to the user through a user interface (S140);
(e) a step in which service provider selection is performed by a user through a user interface, in which acceptance information is provided to the service provider terminal 320 of the service provider selected by the user (S150); and
(f) a step in which the service corresponding to the service information is actually performed by the service provider, and when the service is completed, service completion is input through the user interface and reward points held in the user wallet are deducted; (S160); including,
How to provide platform services.
The method of claim 8,
In step (c),
(c1) All or partial transmission of the service information to the service provider included in the Kth service unit is formed so that the user can select (N is an integer, and K is one of 1 to N+1) ),
When the user selects partial transmission through the user interface, a service provider list included in the K-th service unit is provided to the user so that the user can directly select the service (S131); Including more,
How to provide platform services. delete

Images