Recyclable garbage recycling system

Abstract

The present invention relates to a recoverable waste recovery system, comprising: a discharger terminal of a discharger for discharging recoverable waste; the screener terminal is used for screening recyclable materials which can be recycled from the recycled and carried recyclable garbage; and a central server capable of communicating with the discharger terminal and the screener terminal, receiving recoverable garbage discharge application information from the discharger terminal, and sending the recoverable garbage to a recoverer terminal held by a recoverer that recovers and transports the recoverable garbage to the screener side, and the controller is used for receiving recoverable material screening related information from the screener terminal, generating compensation information based on the recoverable material screening related information and sending the compensation information to the discharger terminal, so that compensation is provided for a discharger of recoverable garbage, and the enthusiasm of each user to participate in recycling voluntarily is stimulated.

Description

Technical Field

[0001] The present invention relates to a recyclable waste recycling system, and more particularly, to a recyclable waste recycling system that provides compensation to recyclable waste emitters, thereby stimulating their enthusiasm for voluntary participation in recycling activities and increasing the benign circulation rate of resources. Background Art

[0002] Recently, the world is promoting carbon emission reduction and reducing landfill / incineration of waste to prevent global warming. As part of this, it is required to improve the accurate classification and discharge habits of recyclable waste and the recycling rate of recyclable waste.

[0003] In particular, the amount of such recyclable waste (recyclable garbage) has increased dramatically recently with the increase in packaging, take-out food, and various express deliveries.

[0004] Types of recyclable garbage include paper, plastic, scrap iron (steel), aluminum, glass bottles, etc. For example, types of paper may include newspapers, milk cartons, etc., and types of plastic may include polyester (PET) bottles, polyester (PET) caps, food packaging bodies, food packaging container caps, etc. (They can also be subdivided according to different capacities, and multiple types can be applied / input in the recyclable garbage recycling system of the present invention).

[0005] On the other hand, when discharging recyclable waste, the concept of receiving compensation is generally not applicable when the discharger, i.e., an individual in a household, a person in charge at a workplace, etc., discharges recyclable waste in a classified manner in front of the house or workplace. Therefore, it is necessary to motivate the discharger to voluntarily participate in recycling.

[0006] Furthermore, even if compensation is given to the emitters, the compensation price can only be specified based on the weight measured by using the collection box (discharge box). However, it is reasonable to apply compensation price only to materials that meet the criteria of being reused as recyclables, that is, processed raw materials (such as paper, base paper / plastic, and plastic for production) (recyclables can be sorted according to the possibility of use by considering the presence of foreign matter, cleaning status, etc.), and unnecessary compensation will become an element that hinders the accurate classification and discharge habits of recyclable garbage.

[0007] The prior art refers to the technical information that the inventor possesses in order to derive the present invention or that he obtains in the process of deriving the present invention. It is not necessarily the known technology disclosed to the general public before the present invention is applied for.

[0008] (Prior art literature)

[0009] Patent Document 1: Korean Patent Publication No. 10-2021-0035374 (published on April 1, 2021) Summary of the invention

[0010] (Problems to be solved by the invention)

[0011] In order to solve the above-mentioned problems, the object of the present invention is to provide a recyclable waste recycling system, which provides compensation to the dischargers of recyclable waste, thereby stimulating the enthusiasm of each user to voluntarily participate in recycling.

[0012] Furthermore, the purpose of the present invention is to provide a recyclable waste recycling system, which only provides appropriate compensation corresponding to recyclables in the recyclable waste discharged to the discharger of recyclable waste, thereby guiding the accurate classification and discharge habits of recyclable waste.

[0013] Furthermore, the purpose of the present invention is to provide a recyclable waste recycling system, which provides behavior improvement information related to recyclable waste to dischargers of recyclable waste, so that each user can learn the correct recyclable waste classification and discharge habits.

[0014] Furthermore, the purpose of the present invention is to provide a recyclable waste recycling system, which encourages each emitter of recyclable waste to voluntarily participate in recycling to increase the benign circulation rate of resources, thereby increasing the degree of carbon emission reduction on the earth.

[0015] At the same time, an object of the present invention is to provide a recyclable waste recycling system, which provides entertainment elements to the disposers of recyclable waste, thereby helping the disposers to continue to carry out environmental protection activities.

[0016] Furthermore, the movable baffle may include: a gear portion formed at three positions at equal intervals along the periphery of the inner hole; and a plurality of gear teeth formed on the inner side surface of the gear portion, an idler gear arranged on the bottom surface of the chamber meshes with the gear portions at two positions of the gear portions at the three positions, and a driving gear driven by the baffle driving device meshes with the gear portion at the remaining position.

[0017] (Measures taken to solve the problem)

[0018] The recyclable waste recycling system of the embodiment of the present invention includes: an emitter terminal of an emitter, which is used to emit recyclable waste; a screener terminal of a screener, which is used to screen recyclable recyclables from the recyclable waste after collection and transportation; and a central server, which can communicate with the emitter terminal and the screener terminal, receive recyclable waste discharge application information from the emitter terminal, and send the recyclable waste to the recycler terminal held by the recycler who collects and transports the recyclable waste to the screener side, receive recyclable material screening related information from the screener terminal, and generate compensation information based on this, and send it to the emitter terminal.

[0019] In this case, the emitter terminal may include: a first communication unit, capable of communicating with the central server; a first display unit, providing a user interface capable of utilizing the recyclable waste recycling system; a first input unit, for inputting recyclable waste emission-related information including emission application information, and inputting compensation information of the central server received through the first communication unit; a first output unit, for sending the recyclable waste emission-related information input into the first input unit to the central server through the first communication unit, and outputting the compensation information of the central server input into the first input unit to the first display unit; a first database unit, for storing information generated, received and sent at the emitter terminal; and a first control unit, for controlling the first communication unit, the first display unit, the first input unit, the first output unit and the first database unit.

[0020] At this time, the screener terminal may include: a second communication unit, capable of communicating with the central server; a second display unit, providing a user interface capable of utilizing the recyclable waste recycling system; a second input unit, for inputting recyclable screening related information including weight information of different types of recyclables; a second output unit, for sending the recyclable screening related information input into the second input unit to the central server via the second communication unit; a second database unit, for storing information generated, received and sent by the screener terminal; and a second control unit, for controlling the second communication unit, the second display unit, the second input unit, the second output unit and the second database unit.

[0021] Furthermore, the central server may include: a central communication unit capable of communicating with the emitter terminal and the screener terminal; a central display unit providing a user interface capable of utilizing the recyclable waste recycling system; a central input unit for inputting information related to the emission of recyclable waste of the emitter terminal and information related to the screening of recyclables of the screener terminal received through the central communication unit; a central output unit for sending compensation information of the central server to the emitter terminal through the central communication unit; a central database unit for storing information generated, received and sent by the central server; and a central control unit for controlling the central communication unit, the central display unit, the central input unit, the central output unit and the central database unit.

[0022] In this case, when the weight or total weight of different types of recyclable garbage discharged based on the discharge application information of the discharger terminal is less than the set value, the central control unit can execute the step of generating notification information that recycling cannot be applied for, and sending it to the discharger terminal through the central communication unit.

[0023] Furthermore, the central control unit may execute the step of comparing the weight information of different varieties of recyclables at the screener terminal with the pre-stored carbon emission reduction matching data of different varieties to convert them into carbon emission reductions, calculate compensation points corresponding to the corresponding carbon emission reductions, and send them as compensation information to the emitter terminal.

[0024] In this case, the central control unit can calculate the compensation points based on the weight ratio of different types of recyclables screened by comparing the recyclable screening-related information based on the screener terminal with the discharge amounts of different types of recyclable garbage, and apply a weighted value proportional to the weighted ratio.

[0025] In addition, the central control unit can also perform cumulative storage and statistics on recyclable garbage discharge-related information and recyclable material screening-related information for different usage times of multiple emitters. If it is determined that the screening ratio of specific types of recyclables of a specific emitter is lower than the average screening ratio of specific types of recyclables of multiple emitters, then a step is performed to generate attention information for guiding the improvement of the corresponding specific type of recyclable garbage disposal habits, and send the information to the emitter terminal of the specific emitter as behavior improvement information.

[0026] At the same time, the central control unit can also perform cumulative storage and statistics on recyclable garbage discharge-related information and recyclable material screening-related information for different usage times of multiple emitters. If it is determined that the usage rate of a specific variety by a specific emitter is higher than the average usage rate of the specific variety by multiple emitters, challenge information is generated to guide the improvement of usage habits related to the corresponding specific variety, and the challenge information is sent to the emitter terminal of the specific emitter as behavior improvement information.

[0027] On the other hand, a tree planting game program for planting trees in a theme park including virtual courtyards, parks, and mountains may be provided at the emitter terminal, and the central control unit pays the game prop "tree" corresponding to the converted carbon emission reduction amount together with the compensation points to the emitter terminal side. The tree planting program of the emitter terminal plants the "trees" paid together with the compensation points at the central control unit, and as the amount of planted "trees" increases, the theme park planted with "trees" can be upgraded in the order of courtyard, park, and mountain.

[0028] On the other hand, the recycler terminal may include: a third communication unit, which can communicate with the central server; a third display unit, which provides a user interface that can utilize the recyclable waste recycling system; a third input unit, which inputs the recyclable waste discharge application information of the central server received through the third communication unit, and inputs the recycling transportation end information when the recycling transportation is ended; a third output unit, which sends the recycling transportation end information input to the third input unit to the central server through the third communication unit; a third database unit, which is used to store information generated, received and sent by the recycler terminal; and a third control unit, which is used to control the third communication unit, the third display unit, the third input unit, the third output unit and the third database unit.

[0029] (Effects of the Invention)

[0030] As described above, the recyclable waste recycling system of the present invention provides compensation to the dischargers of recyclable waste, thereby stimulating the enthusiasm of each user to voluntarily participate in recycling.

[0031] Furthermore, the recyclable waste recycling system of the present invention only provides appropriate compensation corresponding to the recyclables among the recyclable waste discharged to the discharger of the recyclable waste, thereby guiding the accurate classification and discharge habits of the recyclable waste.

[0032] Furthermore, the recyclable waste recycling system of the present invention provides the dischargers of recyclable waste with information for behavior improvement related to recyclable waste, so that each user can learn the correct habit of classifying and discharging recyclable waste.

[0033] Furthermore, the recyclable waste recycling system of the present invention encourages each emitter of recyclable waste to voluntarily participate in recycling to increase the benign circulation rate of resources, thereby increasing the degree of carbon emission reduction on the earth.

[0034] At the same time, the recyclable waste recycling system of the present invention provides entertainment elements to the disposers of recyclable waste, thereby helping the disposers to continue to carry out environmental protection activities.

[0035] The effects of the present invention are not limited to the effects mentioned above, and a person skilled in the art in the art to which the present invention belongs can clearly understand other effects not mentioned from the following description. BRIEF DESCRIPTION OF THE DRAWINGS

[0036] Figure 1 A simplified block diagram of a recyclable garbage collection system according to an embodiment of the present invention.

[0037] Figure 2 For illustration Figure 1 The flowchart is a sequence diagram of an example of the execution functions of the central control unit shown.

[0038] (Explanation of Reference Numerals)

[0039] 100: emitter terminal 110: first communication unit

[0040] 120: first display unit 130: first input unit

[0041] 140: first output unit 150: first database unit

[0042] 160: First Control Unit

[0043] 200: Screener terminal 210: Second communication unit

[0044] 220: second display unit 230: second input unit

[0045] 240: Second output unit 250: Second database unit

[0046] 260: Second Control Unit

[0047] 300: Recycler terminal 310: Third communication unit

[0048] 320: third display unit 330: third input unit

[0049] 340: third output unit 350: third database unit

[0050] 360: Third Control Unit

[0051] 1000: Central server 1100: Central communication unit

[0052] 1200: Central display unit 1300: Central input unit

[0053] 1400: Central output unit 1500: Central database unit

[0054] 1600: Central Control Department DETAILED DESCRIPTION

[0055] In the present invention, the drawings may be expressed in exaggerated form to facilitate the distinction, clarity and technical mastery from the prior art. Furthermore, the terms described below are defined in consideration of the functions in the present invention, and may differ according to the intention or convention of the user or operator, and thus these terms should be defined based on the technical content of the full text of this specification. On the other hand, the embodiments are only exemplary matters of the structural elements proposed within the scope of the present invention, and do not limit the scope of rights of the present invention, which should be interpreted based on the technical ideas of the full text of the specification of the present invention.

[0056] Throughout the specification, when a structure “includes” another structure, unless there is a special record to the contrary, it means that the other structures may also be included, and the other structures are not excluded.

[0057] In addition, when the terms "first", "second" and the like are used, they are terms used to distinguish each structure and are not to be interpreted restrictively.

[0058] In order to more clearly explain the features of the embodiments of the present invention, detailed descriptions of matters known to those skilled in the art to which the embodiments belong are omitted. Also, detailed descriptions of parts of the drawings that are not related to the description of the embodiments are omitted.

[0059] Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

[0060] Figure 1 is a simplified block diagram of a recyclable garbage recycling system according to an embodiment of the present invention. Figure 2 For illustration Figure 1 The flowchart is a sequence diagram of an example of the execution functions of the central control unit shown.

[0061] Reference Figure 1 and Figure 2 The recyclable garbage recycling system of the embodiment of the present invention includes a discharger terminal 100, a screener terminal 200 and a central server 1000. In this case, the recyclable garbage recycling system of the embodiment of the present invention may further include a recycler terminal 300.

[0062] The discharger terminal 100 is a terminal for the discharger to discharge recyclable waste, and can be a portable terminal (smartphone, tablet computer, laptop) or an independent terminal (desktop computer, monitoring display device) of the discharger.

[0063] Among them, the emitter, as the emitter for discharging recyclable waste, can be an individual in a household who initially sorts and discharges recyclable waste, a person in charge in a workplace, etc.

[0064] The emitter terminal 100 may include a first communication unit 110 , a first display unit 120 , a first input unit 130 , a first output unit 140 , a first database unit 150 , and a first control unit 160 .

[0065] The first communication unit 110 is a structure capable of communicating with the central server 1000. The first communication unit 110 can communicate with the central server 1000 through a known wired or wireless communication method.

[0066] The first display unit 120 is a structure for providing a user interface for utilizing the recyclable waste recycling system.

[0067] The first input unit 130 is a structure for inputting information related to the discharge of recyclable waste including discharge application information, and inputting compensation information of the central server 1000 received through the first communication unit 110. In addition, the first input unit 130 can confirm the compensation information and / or behavior improvement information of the central server 1000 or input whether to execute or not.

[0068] The discharge application information and the information related to the discharge of recyclable waste are described in more detail. Of course, it is not limited to this and may also include other information. First, the discharge application information may include the discharge site information, the type of recyclable waste discharged and the weight of the type (it may also be the quantity instead of the weight / in this case, if the quantity is entered, the weight of the type can be automatically calculated by multiplying it by the pre-stored weight values ​​of different types in the central server 1000). In addition to the aforementioned discharge application information, the information related to the discharge of recyclable waste may also include the personnel information of the discharger and the scheduled discharge time information.

[0069] The first output unit 140 is a structure that transmits the recyclable waste discharge related information input into the first input unit 130 to the central server 1000 through the first communication unit 110, and outputs the compensation information of the central server 1000 input into the first input unit 130 on the first display unit 120. In addition, the first output unit 140 may also output the behavior improvement information of the central server 1000 to the first display unit 120.

[0070] The first database unit 150 is a structure for storing information generated (including the concept of “input”), received, and transmitted by the emitter terminal 100 .

[0071] The first control unit 160 is a structure for controlling the first communication unit 110, the first display unit 120, the first input unit 130, the first output unit 140, and the first database unit 150. The first control unit 160 inputs the first information provided by the central server 1000 to the first input unit 130 through the first communication unit 110, and outputs it to the first display unit 120 through the first output unit 140, thereby also performing the role of providing the information itself or in the form of a chart / report required by the emitter.

[0072] The emitter terminal 100 may be a portable terminal or an independent terminal of the emitter programmed with the aforementioned functions and configured as a small program or application. In addition, the emitter terminal 100 may be a portable terminal or an independent terminal of the emitter capable of utilizing the aforementioned functions in a network-based platform form.

[0073] On the other hand, the emitter terminal 100 may provide visual information including a theme park, ie, a virtual garden, park, or mountain (hereinafter referred to as a "tree planting game program") linked to the compensation information provided by the central server 1000.

[0074] The screener terminal 200 is a screener's terminal for screening recyclable materials from the recyclable garbage that is recycled and transported. It can be a screener's portable terminal (smartphone, tablet computer, laptop) or an independent terminal (desktop computer, monitoring display device).

[0075] Among them, the screener can be a screening field enterprise that screens recyclables from recyclable garbage, compresses and packages them, and sells them. In the relationship between the screener and the emitter, a reasonable approach is to only buy recyclables from recyclable garbage and charge scrapping fees for non-recyclables.

[0076] The screener terminal 200 may include a second communication unit 210 , a second display unit 220 , a second input unit 230 , a second output unit 240 , a second database unit 250 , and a second control unit 260 .

[0077] The second communication unit 210 is a structure capable of communicating with the central server 1000. The second communication unit 210 can communicate with the central server 1000 through a known wired or wireless communication method.

[0078] The second display unit 220 is a structure for providing a user interface for utilizing the recyclable waste collection system.

[0079] The second input unit 230 is a structure for inputting information related to recyclable material screening including weight information of different types of recyclable materials.

[0080] The weight information of different varieties of recyclables and information related to the screening of recyclables are described in more detail. Of course, it is not limited to this and may also include other information. First of all, the weight information of different varieties of recyclables may include the types of recyclables and the weight of the varieties weighed after screening the recyclables according to different varieties from the recyclable garbage recovered and transported by the discharger (it may also be the quantity instead of the weight / in this case, if the quantity is entered, the weight of the variety can be automatically calculated by multiplying it by the pre-stored weight value of the different varieties in the central server 1000). In addition to the aforementioned weight information of different varieties of recyclables, the information related to the screening of recyclables may also include the personnel information of the screener, the start time information of the recycling and transportation, the end time information of the recycling and transportation, the types of recyclable garbage recovered and transported from the discharger, and the weight of the varieties (compared with the discharger, the accuracy of the measurement by the screener using weighing equipment, etc., is higher, and it is more suitable for the generation of information for behavior improvement).

[0081] The second output unit 240 is a structure for transmitting the recyclable material screening related information input into the second input unit 230 to the central server 1000 through the second communication unit 210 .

[0082] The second database unit 250 is a structure for storing information generated (including the concept of “input”), received, and transmitted by the screener terminal 200 .

[0083] The second control unit 260 is a structure for controlling the second communication unit 210, the second display unit 220, the second input unit 230, the second output unit 240, and the second database unit 250. The second control unit 260 inputs the second information provided by the central server 1000 to the second input unit 230 through the second communication unit 210, and outputs it to the second display unit 220 through the second output unit 240, thereby performing the role of providing the information itself or in the form of a chart / report required by the screener.

[0084] The screener terminal 200 may be a portable terminal or an independent terminal of the screener programmed with the aforementioned functions and configured as a small program or application program. Also, the screener terminal 200 may be a portable terminal or an independent terminal of the screener capable of utilizing the aforementioned functions in a network-based platform form.

[0085] The recycler terminal 300 serves as a recycler's terminal for collecting and transporting recyclable garbage discharged from the discharger side to the screener side. It can be a recycler's portable terminal (smartphone, tablet computer, laptop) or an independent terminal (server, desktop computer, monitoring display device).

[0086] Among them, the recycler can be a person who receives the recyclable waste discharge application information from the discharger and drives a transport vehicle that matches the recycling and transportation, or a company that directs and supervises such personnel (such as a transportation company, a transportation agency). Furthermore, the recycler can also be the same as the screener.

[0087] The recycler terminal 300 may include a third communication unit 310 , a third display unit 320 , a third input unit 330 , a third output unit 340 , a third database unit 350 , and a third control unit 360 .

[0088] The third communication unit 310 is a structure capable of communicating with the central server 1000. The third communication unit 310 can communicate with the central server 1000 through a known wired or wireless communication method.

[0089] The third display unit 320 is a structure for providing a user interface for utilizing the recyclable waste recycling system.

[0090] The third input unit 330 is a structure for inputting the recyclable waste discharge application information of the central server 1000 received through the third communication unit 310 (more specifically, the recyclable waste discharge application information input from the discharger terminal 100), and inputting the recycling transportation end information when the recycling transportation is ended.

[0091] The third output unit 340 is configured to transmit the collection and transportation completion information input to the third input unit 330 to the central server 1000 through the third communication unit 310 .

[0092] The third database unit 350 is a structure for storing information generated (including the concept of “input”), received, and sent by the recycler terminal 300 .

[0093] The third control unit 360 is a structure for controlling the third communication unit 310, the third display unit 320, the third input unit 330, the third output unit 340 and the third database unit 350. The third control unit 360 can also perform the function of generating the matching scheduling information based on the recyclable garbage discharge application information. Furthermore, the third control unit 360 inputs the third information provided by the central server 1000 to the third input unit 330 through the third communication unit 310, and outputs it to the third display unit 320 through the third output unit 340, thereby, it can also perform the function of providing the information itself or in the form of a chart / report required by the recycler.

[0094] The central server 1000 is a structure capable of communicating with the discharger terminal 100 , the sorter terminal 200 , and the recycler terminal 300 .

[0095] The central server 1000 receives the recyclable waste discharge application information from the discharger terminal 100, and sends the recyclable waste to the recycler terminal 300 held by the recycler who collects and transports the recyclable waste to the screener side, receives the recyclable material screening related information from the screener terminal 200, and generates compensation information based on the information, and sends it to the discharger terminal 100. More specifically, the central server 1000 may receive the recyclable waste discharge application information from the discharger terminal 100, send it to the recycler terminal 300, and then receive the recycling and transportation completion information from the recycler terminal 300 to determine whether to end the recycling and transportation.

[0096] The central server 1000 may include a central communication unit 1100 , a central display unit 1200 , a central input unit 1300 , a central output unit 1400 , a central database unit 1500 , and a central control unit 1600 .

[0097] The central communication unit 1100 is a structure capable of communicating with the discharger terminal 100, the screener terminal 200, and the recycler terminal 300. The central communication unit 1100 can communicate with the discharger terminal 100, the screener terminal 200, and the recycler terminal 300 through a known wired or wireless communication method.

[0098] The central display unit 1200 is a structure for providing a user interface for utilizing the recyclable waste recycling system.

[0099] The central input unit 1300 is a structure for inputting the information related to the discharge of recyclable waste received by the discharger terminal 100 and the information related to the screening of recyclables received by the screener terminal 200 through the central communication unit 1100. In addition, the central input unit 1300 can input the collection and transportation completion information received by the recycler terminal 300 through the central communication unit 1100.

[0100] The central output unit 1400 is a structure that sends the compensation information and / or behavior improvement information of the central server 1000 to the emitter terminal 100 through the central communication unit 1100. In addition, the central output unit 1400 can send the collection and transportation completion information of the recycler terminal 300 received through the central communication unit 1100 to the emitter terminal 100 and the screener terminal 200. At this time, the emitter terminal 100 and the screener terminal 200 can also receive and display the corresponding collection and transportation completion information.

[0101] The central database unit 1500 is a structure for storing information generated (including the concept of "input"), received, and sent by the central server 1000. The central database unit 1500 can also be embodied in a distributed storage manner on a blockchain.

[0102] The central control unit 1600 is a structure for controlling the central communication unit 1100 , the central display unit 1200 , the central input unit 1300 , the central output unit 1400 , and the central database unit 1500 .

[0103] In this case, the central control unit 1600 may execute a process including step S10 of applying for discharge of recyclable waste, step S20 of determining whether to recycle, and step S30 of generating / providing compensation information. At this time, the central control unit 1600 may also execute step S40 of generating / providing information for behavior improvement.

[0104] Regarding the step S10 of applying for discharge of recyclable waste, the central control unit 1600 may execute the step of receiving discharge application information from the discharger terminal 100 .

[0105] Regarding the step S20 of determining whether to recycle, when the weight of different types of recyclables or the total weight discharged based on the discharge application information of the discharger terminal 100 is less than the set value, the central control unit 1600 may generate a notification message that the recycling cannot be applied for, and send it to the discharger terminal 100 through the central communication unit 1100. In this case, the discharger terminal 100 may request a text message notification (such as: "The application standard weight (Kg) has not been reached", etc.) or re-enter. Through this step, the recyclable waste recycling system of the embodiment of the present invention will prevent the situation where a small amount of recyclable waste that is not economical to recycle and transport is eliminated.

[0106] Regarding the step S30 of generating / providing compensation information, the central control unit 1600 may perform a step of comparing the weight information of different varieties of recyclables of the screener terminal 200 with the pre-stored carbon emission reduction matching data of the weight of different varieties, converting them into carbon emission reductions, calculating compensation points corresponding to the corresponding carbon emission reductions, and sending them as compensation information to the emitter terminal 100. The carbon emission reduction matching data of different varieties may be stored in the central database unit 1500. In addition, the compensation points may be, for example, carbon neutrality practice points operated by the Korea Environment Corporation, gift certificates operated by cooperative enterprises, and the like. Through such steps, the recyclable waste recycling system of the embodiment of the present invention provides compensation to the emitters of recyclable waste, thereby stimulating the enthusiasm of each user to voluntarily participate in recycling.

[0107] On the other hand, regarding the step S30 of generating / providing compensation information, the central control unit 1600 can be based on the weight ratio of different types of recyclables screened by comparing the recyclables screening related information based on the screener terminal 200 with the discharge amount of recyclable garbage of different types, and apply a weighted value proportional to it to calculate the compensation points. That is, the step S30 of generating / providing compensation information can be performed in a manner that the more actual recyclables there are in the recyclable garbage discharged by the discharger, the higher the compensation points are given. Through this step, the recyclable garbage recycling system of the embodiment of the present invention only provides appropriate compensation corresponding to the recyclables in the recyclable garbage discharged by the discharger of recyclable garbage, thereby guiding each user to accurately classify and discharge recyclable garbage (such as: in order to achieve a high recycling rate of the food packaging body as a type of plastic, it is discharged after the cleaning step).

[0108] Regarding the step S40 of generating / providing information for behavior improvement, the central control unit 1600 may also perform the steps of accumulating, storing and counting the information related to the discharge of recyclable garbage and the screening of recyclables of different times of use of multiple emitters, and if it is determined that the screening ratio of recyclables of a specific type of a specific emitter is lower than the average screening ratio of recyclables of a specific type of a plurality of emitters, generating attention information for guiding the improvement of the treatment habits of recyclable garbage of the corresponding specific type, and sending it to the emitter terminal 100 of the specific emitter as information for behavior improvement. For example, the central control unit 1600 may perform a text message notification to the emitter terminal 100 by sending a text message that "the food packaging body must be cleaned and separated after ensuring that there is no food, so that it can be recycled" through statistical analysis of emitter A, when the screening ratio of recyclables of the food packaging body as a type of plastic by emitter A is lower than the average of others. At this time, the emitter terminal 100 may perform a text message notification. On the other hand, compared with the input information of the emitter, it is more accurate to use the screening information related to recyclables input by the screener.

[0109] In addition, regarding the step S40 of generating / providing information for behavior improvement, the central control unit 1600 may also perform the step of accumulating, storing and counting the information related to the discharge of recyclable garbage and the screening of recyclables of different times of use of multiple emitters, and if it is determined that the usage ratio of a specific variety of a specific emitter is higher than the average usage ratio of a specific variety of multiple emitters, then generating challenge information for guiding the improvement of usage habits related to the corresponding specific variety, and sending it to the emitter terminal 100 of the specific emitter as information for behavior improvement. For example, the central control unit 1600 may generate a challenge function of "using home bowls and chopsticks (target 2 meals / day)" to the emitter terminal 100 through statistical analysis of emitter A, when the amount of recyclable garbage of food packaging bodies as a variety of plastics by emitter A is greater than the ratio of others in the amount of recyclable garbage or in the amount of plastic recyclable garbage. At this time, the emitter terminal 100 may activate the challenge function and receive the user's execution degree for evaluation. On the other hand, compared with the input information of the emitter, it is more accurate to use the recyclable screening related information input by the screener.

[0110] Furthermore, the step S40 of generating / providing behavior improvement information can compare the input information of the emitter (recyclable waste emission related information) and the input information of the screener (recyclable material screening related information), and in the case of a large difference, generate information to remind the emitter to input accurate information, and send it to the emitter terminal 100. In this case, the emitter terminal 100 can display the corresponding information. Through such steps, the recyclable waste recycling system of the embodiment of the present invention provides the emitter of recyclable waste with behavior improvement information related to recyclable waste, so that each user can learn the correct habit of recyclable waste classification and discharge.

[0111] On the other hand, in a case where the emitter terminal 100 is provided with a tree planting game program for planting trees in a theme park including a virtual courtyard, park, or mountain, the central control unit 1600 may pay the emitter terminal 100 a game item "tree" corresponding to the converted carbon emission reduction amount together with the compensation points in the step S30 of generating / providing compensation information.

[0112] In this case, the tree planting program of the emitter terminal 100 can automatically or manually plant "trees" paid together with the compensation points in the central control unit 1600. As the amount of "trees" planted increases, the theme park planted with "trees" can be upgraded in the order of courtyard, park, mountain (or field).

[0113] Therefore, in the tree planting game driven in the emitter terminal 100, the amount of trees is gradually increased in proportion to the carbon emission reduction of the types and weight of the screened recyclables, and thus the theme park where the trees have been planted is gradually upgraded, which can not only provide the emitter with economic compensation based on environmental protection activities, but also provide entertainment elements, which can be called a factor that allows the emitter to happily continue environmental protection activities (screening, classification and discharge of recyclable garbage).

[0114] As described above, the recyclable waste recycling system of the present invention provides compensation to the emitters of recyclable waste, thereby stimulating the enthusiasm of each user to voluntarily participate in recycling and utilization, and only provides appropriate compensation corresponding to the recyclables in the recyclable waste discharged by the emitters of recyclable waste, thereby guiding each user to accurately classify and discharge recyclable waste. In addition, the recyclable waste recycling system of the present invention provides the emitters of recyclable waste with information for improving behavior related to recyclable waste, so that each user can learn the correct classification and discharge habits of recyclable waste, and encourage each emitter of recyclable waste to voluntarily participate in recycling and utilization, so as to increase the benign circulation rate of resources, thereby increasing the degree of carbon emission reduction on the earth.

[0115] As mentioned above, the present invention is described with reference to the embodiments shown in the drawings, but it should be understood that this is only exemplary and that various modifications and equivalent other embodiments can be made based on the common knowledge in the field to which the technology belongs. Therefore, the true technical protection scope of the present invention is based on the attached claim scope and should be determined based on the specific content of the above invention.

[0116] (Industrial Applicability)

[0117] The invention relates to a recyclable garbage recycling system, which can be used in industrial fields related to waste recycling.

Claims

1. A recyclable waste recycling system, characterized in that: include: The emitter's terminal is used to discharge recyclable waste; The screener's screener terminal screens recyclable materials from the recyclable garbage after recycling and transportation; as well as The central server is capable of communicating with the discharger terminal and the screener terminal, receiving the recyclable garbage discharge application information from the discharger terminal, and sending the recyclable garbage to the recycler terminal held by the recycler who collects and transports the recyclable garbage to the screener side, receiving the recyclable material screening related information from the screener terminal, and generating compensation information based on this, and sending it to the discharger terminal.

2. The recyclable waste recycling system according to claim 1, characterized in that: The emitter terminal comprises: A first communication unit capable of communicating with the central server; a first display unit, providing a user interface capable of utilizing the recyclable waste recycling system; a first input unit for inputting information related to discharge of recyclable waste including discharge application information, and inputting compensation information of the central server received through the first communication unit; a first output unit, which sends the recyclable waste discharge related information input into the first input unit to the central server through the first communication unit, and outputs the compensation information of the central server input into the first input unit to the first display unit; A first database unit for storing information generated, received and sent by the emitter terminal; and The first control unit is used to control the first communication unit, the first display unit, the first input unit, the first output unit and the first database unit.

3. The recyclable waste recycling system according to claim 2, characterized in that: The screener terminal comprises: a second communication unit capable of communicating with the central server; a second display unit, providing a user interface capable of utilizing the recyclable waste recycling system; A second input unit is used to input information related to the screening of recyclables including weight information of different types of recyclables; a second output unit, sending the recyclable material screening related information input into the second input unit to the central server through the second communication unit; A second database unit for storing information generated, received and sent by the screener terminal; and The second control unit is used to control the second communication unit, the second display unit, the second input unit, the second output unit and the second database unit.

4. The recyclable waste recycling system according to claim 3, characterized in that: The central server comprises: a central communication unit capable of communicating with the discharger terminal and the screener terminal; a central display unit providing a user interface capable of utilizing the recyclable waste recycling system; A central input unit, used to input the recyclable waste discharge related information of the discharger terminal and the recyclable material screening related information of the screener terminal received through the central communication unit; a central output unit, which sends the compensation information of the central server to the emitter terminal through the central communication unit; A central database unit for storing information generated, received and sent by the central server; and The central control unit is used to control the central communication unit, the central display unit, the central input unit, the central output unit and the central database unit.

5. The recyclable waste recycling system according to claim 4, characterized in that: When the weight or total weight of different types of recyclable garbage discharged based on the discharge application information of the discharger terminal is less than the set value, the central control unit generates notification information that recycling cannot be applied for and sends it to the discharger terminal through the central communication unit.

6. The recyclable waste recycling system according to claim 4, characterized in that: The central control unit executes the step of comparing the weight information of different types of recyclables at the screener terminal with the pre-stored carbon emission reduction matching data of different types to convert them into carbon emission reductions, then calculating the compensation points corresponding to the corresponding carbon emission reductions, and sending them to the emitter terminal as compensation information.

7. The recyclable waste recycling system according to claim 6, characterized in that: The central control unit calculates the compensation points based on the weight ratio of different types of recyclables screened by comparing the recyclables screening-related information based on the screener terminal with the discharge amounts of different types of recyclable garbage, and applies a weighted value proportional to the weighted ratio.

8. The recyclable waste recycling system according to claim 6, characterized in that: The central control unit also performs the step of accumulating, storing and counting information related to the discharge of recyclable waste and the screening of recyclables for different times of use by multiple emitters. If it is determined that the screening ratio of recyclables of a specific type of a specific emitter is lower than the average screening ratio of recyclables of a specific type of a plurality of emitters, then generating attention information for guiding the improvement of the corresponding specific type of recyclable waste handling habits, and sending the information to the emitter terminal of the specific emitter as behavior improvement information.

9. The recyclable waste recycling system according to claim 6, characterized in that: The central control unit also performs the step of accumulating, storing and counting information related to the discharge of recyclable garbage and the screening of recyclables for different times of use by multiple emitters. If it is determined that the usage rate of a specific variety by a specific emitter is higher than the average usage rate of the specific variety by multiple emitters, a challenge message is generated to guide the improvement of usage habits related to the corresponding specific variety, and the message is sent to the emitter terminal of the specific emitter as behavior improvement information.

10. The recyclable waste recycling system according to claim 6, characterized in that: The emitter terminal is provided with a tree planting game program for planting trees in a theme park including a virtual garden, park, and mountain. The central control unit pays the emitter terminal side with the compensation points and the game prop "tree" corresponding to the converted carbon emission reduction amount. The tree planting program of the emitter terminal plants "trees" paid together with compensation points in the central control unit, and as the amount of "trees" planted increases, the theme park planted with "trees" can be upgraded in the order of courtyard, park, and mountain.

11. The recyclable waste recycling system according to claim 1, characterized in that: The recycler terminal comprises: a third communication unit capable of communicating with the central server; a third display unit, providing a user interface capable of utilizing the recyclable waste recycling system; A third input unit for inputting the recyclable waste discharge application information received from the central server through the third communication unit, and inputting the recycling transportation completion information when the recycling transportation is completed; a third output unit, which sends the collection and transportation completion information input into the third input unit to the central server through the third communication unit; A third database unit for storing information generated, received and sent by the recycler terminal; and The third control unit is used to control the third communication unit, the third display unit, the third input unit, the third output unit and the third database unit.

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