Recycled waste collection system

Abstract

The present invention relates to a recycled waste collection system, which includes a discharger terminal of a discharger who discharges recycled waste, a sorter terminal of a sorter who sorts recyclable materials from the collected and transported recycled waste, and a collector terminal held by a collector who is communicably provided with the discharger terminal and the sorter terminal, receives an input of recycled waste discharge application information from the discharger terminal, and transmits it to the collector terminal of the collector who collects and transports the recycled waste to the sorter side, receives an input of recyclable material sorting-related information from the sorter terminal, generates compensation information based on this, and transmits it to the discharger terminal. By including these components, compensation is provided to the dischargers of recycled waste to enhance the willingness of each user to participate in recycling voluntarily.

Description

Technical Field

[0001] The present invention relates to a recycling waste collection system, and more particularly, to a recycling waste collection system that increases the willingness to participate in voluntary recycling activities and increases the good recycling rate of resources by providing compensation to recycling waste emitters.

Background Art

[0002] Recently, globally, carbon reduction for preventing global warming and reduction of landfill / incineration of waste have been recommended. As part of this, correct separation and discharge habits of recycling waste and improvement of the recycling rate of recycling waste are required.

[0003] In particular, recently, the increase in takeout, delivery, and various types of home delivery services has led to a sharp increase in the amount of such recycling waste.

[0004] The types of recycling waste include paper, plastic, old iron (steel), aluminum, glass bottles, etc. For example, as paper items, there are newspapers, milk cartons, etc., and as plastic items, there may be PET bottles, lids of PET bottles, main bodies of food packaging containers, lids of food packaging containers, etc. (It can also be subdivided by capacity, and various items can be applied / input into the recycling waste collection system according to the present invention).

[0005] On the other hand, when recycling waste is discharged, generally, the concept of receiving compensation is not applied when the emitter, that is, an individual at home, a person in charge at a workplace, etc., separates and discharges recycling waste in front of the house or in front of the workplace. Therefore, there is an increasing need to increase the willingness of emitters to participate in voluntary recycling.

[0006] Conventionally, even when compensation is provided to the discharger, the compensation value was determined only based on weight measurement using a collection box (discharge box). However, it is reasonable that the compensation value should be applied only to recyclable materials, that is, materials that meet the criteria for being reusable as processing raw materials (e.g., in the case of paper, the base paper; in the case of plastic, the manufacturing plastic), and that recyclable materials can be selected based on usability considering the presence or absence of foreign substances, cleaning status, etc. There is a problem in that unnecessary compensation may rather act as a factor inhibiting the correct separation and discharge habit of recyclable waste.

[0007] The prior art was not necessarily publicly known to the general public before the filing of the present invention. It was either held by the inventor in order to conceive the present invention or was technical information acquired during the process of conceiving the present invention.

Prior Art Documents

Patent Documents

[0008]

Patent Document 1

Summary of the Invention

Problems to be Solved by the Invention

[0009] In order to solve the above-mentioned problems, an object of the present invention is to provide a recyclable waste collection system that enhances the willingness of each user to voluntarily participate in recycling by providing compensation to the dischargers of recyclable waste.

[0010] Another object of the present invention is to provide a recyclable waste collection system that induces the correct separation and discharge habit of recyclable waste by providing only legitimate compensation for the recyclable portion of the recyclable waste discharged by the dischargers of recyclable waste.

[0011] Another object of the present invention is to provide a recyclable waste collection system that enables each user to learn the correct habit of separating and discharging recyclable waste by providing information for improving actions related to recyclable waste to the dischargers of recyclable waste.

[0012] Another object of the present invention is to provide a recyclable waste collection system that encourages each discharger of recyclable waste to voluntarily participate in recycling, increases the good recycling rate of resources, and thereby increases the degree of carbon reduction on the earth.

[0013] Another object of the present invention is to provide a recyclable waste collection system that provides an entertaining element to the dischargers of recyclable waste and helps the dischargers to continue activities that are friendly to the environment.

[0014] The problems to be solved by the present invention are not limited to those mentioned above, and other problems to be solved that are not mentioned should be clearly understood by those with ordinary skills in the technical field to which the present invention pertains from the following description.

Means for Solving the Problems

[0015] The recyclable waste collection system according to an embodiment of the present invention includes a discharger terminal of a discharger who discharges recyclable waste, a sorter terminal of a sorter who sorts recyclable materials from the collected and transported recyclable waste, and a central server that is communicably provided with the discharger terminal and the sorter terminal, receives an input of recyclable waste discharge application information from the discharger terminal, transmits it to a collector terminal held by a collector who collects and transports the recyclable waste to the sorter side, receives an input of recyclable material sorting related information from the sorter terminal, generates compensation information based on this, and transmits it to the discharger terminal.

[0016] In this case, the discharger terminal may include a first communication unit communicably provided with the central server, a first display unit providing a user interface enabling use of the recyclable waste collection system, a first input unit into which recyclable waste discharge-related information including discharge application information is input and into which compensation information of the central server received through the first communication unit is input, a first output unit transmitting the recyclable waste discharge-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 storing information generated, received, and transmitted by the discharger terminal, and a first control unit controlling the first communication unit, the first display unit, the first input unit, the first output unit, and the first database unit.

[0017] At this time, the sorter terminal may include a second communication unit communicably provided with the central server, a second display unit providing a user interface enabling use of the recyclable waste collection system, a second input unit into which recyclable waste sorting-related information including weight information for each recyclable item is input, a second output unit transmitting the recyclable waste sorting-related information input into the second input unit to the central server through the second communication unit, a second database unit storing information generated, received, and transmitted by the sorter terminal, and a second control unit controlling the second communication unit, the second display unit, the second input unit, the second output unit, and the second database unit.

[0018] In addition, the central server may include a central communication unit communicably provided with the discharger terminal and the sorter terminal, a central display unit providing a user interface enabling use of the recyclable waste collection system, a central input unit into which recyclable waste discharge-related information of the discharger terminal and recyclable item sorting-related information of the sorter terminal received through the central communication unit are input, a central output unit transmitting compensation information of the central server to the discharger terminal through the central communication unit, a central database unit storing information generated, received, and transmitted by the central server, and a central control unit controlling the central communication unit, the central display unit, the central input unit, the central output unit, and the central database unit.

[0019] In this case, when the weight or total weight of each item of recyclable waste discharged based on the discharge application information of the discharger terminal is less than the set value, the central control unit may be configured to perform a step of generating non-notification information for collection application and transmitting it to the discharger terminal through the central communication unit.

[0020] In addition, the central control unit may be configured to perform a step of comparing the weight information of each recyclable item of the sorter terminal with the carbon reduction amount matching data of each item already stored, converting it into a carbon reduction amount, calculating it into compensation points corresponding to the carbon reduction amount, and transmitting it to the discharger terminal as compensation information.

[0021] In this case, the central control unit may be configured to calculate compensation points by applying a weight proportional thereto based on the weight ratio of the recyclable items of each selected item to the recyclable waste discharge amount of each item based on the recyclable item sorting-related information of the sorter terminal.

[0022] In addition, the central control unit accumulatively stores and statistically processes the recycling waste discharge-related information and recyclable item sorting-related information for each usage count of a plurality of dischargers. When it is determined that the sorting ratio of recyclable items of a specific item for a specific discharger is lower than the average sorting ratio of recyclable items of the specific item for the plurality of dischargers, the central control unit further generates attention information for inducing improvement of the recycling waste treatment habit of the specific item and additionally transmits it as behavior improvement information to the discharger terminal of the specific discharger.

[0023] In addition, the central control unit accumulatively stores and statistically processes the recycling waste discharge-related information and recyclable item sorting-related information for each usage count of a plurality of dischargers. When it is determined that the usage ratio of a specific item for a specific discharger is higher than the average usage ratio of the specific item for the plurality of dischargers, the central control unit further generates challenge information for inducing improvement of the usage habit related to the specific item and additionally transmits it as behavior improvement information to the discharger terminal of the specific discharger.

[0024] On the other hand, a tree-planting game program for planting trees in a theme space including a virtual garden, park, and mountain is installed in the discharger terminal. The central control unit is configured to pay the game item "tree" corresponding to the converted carbon reduction amount to the discharger terminal side together with compensation points. The tree-planting program of the discharger terminal is configured to plant the "tree" paid together with the compensation points by the central control unit. The theme space where the "tree" is planted can be configured to be upgraded in the order of garden, park, and mountain as the amount of the planted "tree" increases.

[0025] On the one hand, the collector terminal device includes a third communication unit that is communicably provided with the central server, a third display unit that provides a user interface for enabling the use of the recyclable waste collection system, a third input unit into which the recyclable waste discharge application information of the central server received through the third communication unit is input and the collection and transportation end information is input at the end of collection and transportation, a third output unit that transmits the collection and transportation end information input into the third input unit to the central server through the third communication unit, a third database unit that stores the information generated, received, and transmitted by the collector terminal device, and a third control unit that controls the third communication unit, the third display unit, the third input unit, the third output unit, and the third database unit.

Advantages of the Invention

[0026] As described above, the recyclable waste collection system according to the present invention enhances the willingness of each user to participate in recycling voluntarily by providing compensation to the dischargers of recyclable waste.

[0027] In addition, the recyclable waste collection system according to the present invention induces the correct separation and discharge habit of recyclable waste for each user by providing only legitimate compensation for the recyclable portion of the recyclable waste discharged by the dischargers of recyclable waste.

[0028] In addition, the recyclable waste collection system according to the present invention enables each user to learn the correct habit of separating and discharging recyclable waste by providing information for improving behaviors related to recyclable waste to the dischargers of recyclable waste.

[0029] In addition, the recyclable waste collection system according to the present invention encourages each discharger of recyclable waste to participate in recycling voluntarily, increases the good circulation rate of resources, and thus increases the degree of carbon reduction on the earth.

[0030] In addition, the recycling waste collection system according to the present invention provides an entertaining element to the recyclable waste discharger, which helps the discharger to continue the environment-friendly activities.

[0031] The effects of the present invention are not limited to those mentioned above, and other effects not mentioned should be clearly understood by those with ordinary skills in the technical field to which the present invention pertains from the following description.

Brief Description of the Drawings

[0032]

Figure 1

Figure 2

Modes for Carrying Out the Invention

[0033] In the present invention, the attached drawings may be shown in an exaggerated expression for the sake of differentiating from the prior art, clarity, and convenience of understanding the technology. Also, the terms described later are defined in consideration of the functions in the present invention and may change according to the intention or convention of the user or operator. Therefore, the definitions of such terms must be based on the technical content throughout this specification. On the other hand, the embodiments are merely exemplary matters of the components presented in the claims of the present invention and do not limit the scope of rights of the present invention. The scope of rights must be interpreted based on the technical idea throughout the specification of the present invention.

[0034] Throughout the specification, when a certain configuration "includes" a certain configuration, this means that, unless otherwise stated to the contrary, it does not exclude other configurations, and other configurations can also be further included.

[0035] Also, when terms such as "first" and "second" are used, these are terms for distinguishing each configuration and should not be analyzed restrictively.

[0036] To more clearly explain the features of the embodiments of the present invention, detailed descriptions of matters well-known to those having ordinary knowledge in the technical field to which the following embodiments belong are omitted. And detailed descriptions of parts not related to the description of the embodiments in the drawings are omitted.

[0037] Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

[0038] FIG. 1 is a schematic block configuration diagram of a recyclable waste collection system according to an embodiment of the present invention, and FIG. 2 is a flowchart for explaining an example of the execution functions of the central control unit shown in FIG. 1.

[0039] Referring to FIGS. 1 and 2, the recyclable waste collection system according to the embodiment of the present invention includes a discharger terminal 100, a sorter terminal 200, and a central server 1000. In this case, the recyclable waste collection system according to the embodiment of the present invention may further include a collector terminal 300.

[0040] The discharger terminal 100 is a terminal of a discharger who discharges recyclable waste, and may be a portable terminal (smartphone, tablet, notebook personal computer) of the discharger, or a separate terminal (desktop, monitoring display device).

[0041] Here, the discharger is a discharger who discharges recyclable waste, and may be an individual at home who first separates and discharges recyclable waste, a person in charge at a business site, or the like.

[0042] The discharger 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.

[0043] The first communication unit 110 is configured to be communicable with the central server 1000. The first communication unit 110 may be configured to be communicable with the central server 1000 by a wired or wireless communication method that is already known.

[0044] The first display unit 120 is configured to provide a user interface that enables the use of the recyclable waste collection system.

[0045] The first input unit 130 is configured such that recyclable waste discharge-related information including discharge application information is input, and compensation information of the central server 1000 received through the first communication unit 110 is input. In addition, the first input unit 130 may be configured to confirm the compensation information and / or behavior improvement information of the central server 1000 or input the execution availability.

[0046] The discharge application information and the recyclable waste discharge-related information will be described in more detail. Needless to say, it is not limited to this, and other information can also be further included. First, the discharge application information may include discharge location information, recyclable waste item to be discharged, and item weight (quantity may be used instead of weight / in this case, when the quantity is input, it may be configured to automatically calculate the item weight by multiplying the weight value for each item already stored in the central server 1000). The recyclable waste discharge-related information may further include the person trace information of the discharger and the discharge scheduled time information in addition to the above-described discharge application information.

[0047] The first output unit 140 is configured to transmit the recyclable waste discharge-related information input to the first input unit 130 to the central server 1000 through the first communication unit 110, and output the compensation information of the central server 1000 input to the first input unit 130 to the first display unit 120. In addition, the first output unit 140 may be configured to output the behavior improvement information of the central server 1000 to the first display unit 120.

[0048] The first database unit 150 is configured to store information generated (including the concept of "input"), received, and transmitted by the discharger terminal 100.

[0049] The first control unit 160 is configured to control 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 may be further configured to input various information provided from the central server 1000 through the first communication unit 110 to the first input unit 130 and output it to the first display unit 120 through the first output unit 140 in the form of the information itself or a graph / report desired by the discharger.

[0050] The discharger terminal 100 may be a portable terminal of the discharger or a separate terminal in which the above-described functions are programmed and installed as an app or application. Further, the discharger terminal 100 may be a portable terminal of the discharger or a separate terminal in which the above-described functions are available in the form of a web-based platform.

[0051] On the other hand, the discharger terminal 100 can be configured to provide a theme space linked to the compensation information provided from the central server 1000, that is, visual information including a virtual garden, park, and mountain (hereinafter referred to as the "plant game program").

[0052] The sorter terminal 200 is a terminal of a sorter that sorts recyclable materials from the collected and transported recyclable waste, and may be a portable terminal of the sorter (smartphone, tablet, notebook computer) or a separate terminal (desktop, monitoring display device).

[0053] Here, the sorter may be a sorting facility operator who sorts recyclable recyclable materials from the recyclable waste, compresses and packs them, and then sells them. In the relationship with the discharger, it is appropriate for the sorter to adopt a method of purchasing recyclable recyclable materials from the recyclable waste and charging a waste treatment fee for the remaining non-recyclable materials.

[0054] The sorter 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.

[0055] The second communication unit 210 is configured to be communicable with the central server 1000. The second communication unit 210 may be configured to be communicable with the central server 1000 by a known wired or wireless communication method.

[0056] The second display unit 220 is configured to provide a user interface that enables the use of the recyclable waste collection system.

[0057] The second input unit 230 is configured to receive recyclable material sorting-related information including weight information for each recyclable item.

[0058] More specifically explain the weight information for each recyclable item and the information related to the sorting of recyclable items, and of course, other information can also be further included without being limited thereto. First, the weight information for each recyclable item is the recyclable item and the item weight (quantity may be used instead of weight / in this case, when the quantity is input, it may be configured to automatically calculate the item weight by multiplying the weight value for each item already stored in the central server 1000) obtained by sorting recyclable items for each item and then measuring the weight after the recyclable waste collected and transported from the discharger. The information related to the sorting of recyclable items may further include, in addition to the weight information for each recyclable item described above, the trace information of the sorter, the start time information of collection and transportation, the end time information of collection and transportation, the recyclable waste item and the item weight collected and transported from the discharger (it is more accurate for the sorter to measure using a weighing device etc. from the discharger side, and it is suitable for generating information for behavior improvement).

[0059] The second output unit 240 is configured to transmit the information related to the sorting of recyclable items input to the second input unit 230 to the central server 1000 through the second communication unit 210.

[0060] The second database unit 250 is configured to store the information generated (including the concept of "input"), received, and transmitted by the sorter terminal 200.

[0061] The second control unit 260 is configured to control 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 may be further configured to input various information provided from the central server 1000 through the second communication unit 210 to the second input unit 230 and output it to the second display unit 220 through the second output unit 240 in the form of the information itself or a graph / report desired by the sorter.

[0062] The selector terminal 200 may be a mobile terminal or a separate terminal of the selector programmed with the functions described above and installed as an app or application. Further, the selector terminal 200 may be a mobile terminal or a separate terminal of the selector that can be used in the form of a web-based platform with the functions described above.

[0063] The collector terminal 300 is a terminal of the collector that collects and transports the recyclable waste discharged from the discharger side to the selector side, and may be a mobile terminal (smartphone, tablet, notebook computer) of the collector or a separate terminal (server, desktop, monitoring display device).

[0064] Here, the collector may be a person who receives the input of the recyclable waste discharge application information of the discharger and drives a transport vehicle matched for collection and transportation, or a company that supervises such a person (e.g., a transportation business entity, a transportation intermediary business entity). Thus, the collector may be the same as the selector.

[0065] The collector 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.

[0066] The third communication unit 310 is configured to be communicable with the central server 1000. The third communication unit 310 may be configured to be communicable with the central server 1000 by a known wired or wireless communication method.

[0067] The third display unit 320 is configured to provide a user interface that enables the use of the recyclable waste collection system.

[0068] The third input unit 330 is configured to receive the recycling waste discharge application information of the central server 1000 received through the third communication unit 310 (more specifically, the recycling waste discharge application information input from the discharger terminal 100), and to receive the collection and transportation end information at the end of collection and transportation.

[0069] The third output unit 340 is configured to transmit the collection and transportation end information input to the third input unit 330 to the central server 1000 through the third communication unit 310.

[0070] The third database unit 350 is configured to store information generated (including the concept of "input"), received, and transmitted by the collector terminal 300.

[0071] The third control unit 360 is configured to control 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 may be configured to generate vehicle allocation information matched based on the recycling waste discharge application information. As a result, the third control unit 360 may input various information provided from the central server 1000 to the third input unit 330 through the third communication unit 310, and may further be configured to output the information itself or in the form of a graph / report desired by the collector to the third display unit 320 through the third output unit 340.

[0072] The central server 1000 is configured to be communicable with the discharger terminal 100, the sorter terminal 200, and the collector terminal 300.

[0073] The central server 1000 is configured to receive an input of recycling waste discharge application information from the discharger terminal 100, transmit it to the collector terminal 300 held by a collector who collects and transports the recycling waste to the sorter side, receive an input of recyclable material sorting related information from the sorter terminal 200, generate compensation information based on this, and transmit it to the discharger terminal 100. More specifically, after receiving an input of recycling waste discharge application information from the discharger terminal 100 and transmitting it to the collector terminal 300, the central server 1000 can receive collection and transportation completion information from the collector terminal 300 and determine whether the collection and transportation has ended.

[0074] 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.

[0075] The central communication unit 1100 is configured to be communicable with the discharger terminal 100, the sorter terminal 200, and the collector terminal 300. The central communication unit 1100 may be configured to be communicable with the discharger terminal 100, the sorter terminal 200, and the collector terminal 300 by a known wired or wireless communication method.

[0076] The central display unit 1200 is configured to provide a user interface that enables the use of the recycling waste collection system.

[0077] The central input unit 1300 is configured to receive the recycling waste discharge related information of the discharger terminal 100 and the recyclable material sorting related information of the sorter terminal 200 received through the central communication unit 1100. In addition, the central input unit 1300 may be configured to receive the collection and transportation completion information of the collector terminal 300 received through the central communication unit 1100.

[0078] The central output unit 1400 is configured to transmit the compensation information and / or the information for behavior improvement of the central server 1000 to the discharger terminal 100 through the central communication unit 1100. In addition, the central output unit 1400 may be configured to transmit the collection and transportation completion information of the collector terminal 300 received through the central communication unit 1100 to the discharger terminal 100 and the sorter terminal 200. At this time, the discharger terminal 100 and the sorter terminal 200 may be configured to receive and display the collection and transportation completion information.

[0079] The central database unit 1500 is configured to store the information generated (including the concept of "input"), received, and transmitted by the central server 1000. The central database unit 1500 can also be realized in a manner of being distributed and stored on the blockchain.

[0080] The central control unit 1600 is configured to control 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.

[0081] In this case, the central control unit 1600 can be configured to perform a procedure including a step of applying for recycling waste discharge (S10), a step of determining whether to collect (S20), and a step of generating / providing compensation information (S30). At this time, the central control unit 1600 can be further configured to perform a step of generating / providing information for behavior improvement (S40).

[0082] Regarding the step of applying for recycling waste discharge (S10), the central control unit 1600 can be configured to perform a step of receiving the input of the discharge application information of the discharger terminal 100.

[0083] Regarding the step (S20) of determining whether to collect or not, the central control unit 1600 can be configured to perform the step of generating non-collection application notification information when the weight or total weight of each item of recyclable waste to be discharged based on the discharge application information of the discharger terminal 100 is less than the set value, and transmitting it to the discharger terminal 100 through the central communication unit 1100. In this case, the discharger terminal 100 can be configured to request a text notification (e.g., "It does not reach the application standard weight (Kg).") or re-entry. Through such steps, the recyclable waste collection system according to the embodiment of the present invention can block the case where a small amount of recyclable waste without economic efficiency is collected and transported.

[0084] Regarding the step (S30) of generating / providing the compensation information, the central control unit 1600 compares the weight information of each recyclable item of the sorter terminal 200 with the carbon reduction amount matching data for each item weight already stored, converts it into a carbon reduction amount, calculates it into the compensation points corresponding to the carbon reduction amount, and transmits it to the discharger terminal 100 as compensation information. The carbon reduction amount matching data for each item may be stored in the central database unit 1500. Also, the compensation points may be, for example, carbon neutral practice points operated by the Korea Environment Corporation, gift coupons (gifticon) operated by partner companies, etc. Through such steps, the recyclable waste collection system according to the embodiment of the present invention enhances the willingness of each user to participate in recycling voluntarily by providing compensation to the dischargers of recyclable waste.

[0085] On the other hand, for the step (S30) of generating / providing the compensation information, the central control unit 1600 can be configured to calculate compensation points by applying a weight proportional thereto based on the weight ratio of recyclable items for each item to the recyclable waste discharge amount for each item based on the recyclable item sorting-related information of the sorter terminal 200. That is, the step (S30) of generating / providing the compensation information may be performed in such a way that the more recyclable items actually discharged by the discharger, the higher the compensation points obtained. Through such steps, the recyclable waste collection system according to the embodiment of the present invention provides only legitimate compensation for the recyclable portion of the recyclable waste discharged by the discharger of recyclable waste, thereby inducing each user to develop a correct habit of separating and discharging recyclable waste (e.g., discharging after undergoing a cleaning step due to the high recycling rate of a food packaging container body, which is a single item of plastic).

[0086] Regarding the step (S40) of generating / providing the information for behavior improvement, the central control unit 1600 accumulatively stores and statistically analyzes the recycling waste discharge-related information and recyclable item sorting-related information for each usage frequency of a plurality of dischargers, and when it is determined that the sorting ratio of recyclable items of a specific item of a specific discharger is lower than the average sorting ratio of recyclable items of the specific item of a plurality of dischargers, it further generates caution information for inducing improvement of the recycling waste treatment habit of the specific item and additionally transmits it as information for behavior improvement to the discharger terminal 100 of the specific discharger. For example, through statistical analysis of discharger A, when the sorting ratio of recyclable items of the food packaging container body, which is an item of plastic for discharger A, is lower than the average value of others, the central control unit 1600 can be configured to send character information "In the case of the food packaging container body, it can be recycled only after being washed so that no food remains and then separated and discharged." to the discharger terminal 100 as a character notification. At this time, the discharger terminal 100 can be configured to be capable of character notification. On the other hand, it is more accurate to utilize the recyclable item sorting-related information input from the sorter rather than the input information of the discharger.

[0087] Also, regarding the step (S40) of generating / providing the behavior improvement information, the central control unit 1600 accumulatively stores and statistically analyzes the recycling waste discharge-related information and the recyclable item sorting-related information for each usage count of a plurality of dischargers. When it is determined that the usage ratio of a specific item of a specific discharger is higher than the average usage ratio of the specific item of the plurality of dischargers, the central control unit 1600 further performs a step of generating challenge information for inducing improvement of the usage habit related to the specific item and additionally transmitting it as behavior improvement information to the discharger terminal 100 of the specific discharger. For example, through statistical analysis of discharger A, when the amount of recycling waste of the food packaging container body, which is a type of plastic of discharger A, accounts for a higher ratio in the total amount of recycling waste or the amount of plastic recycling waste compared to others, the central control unit 1600 can be configured to generate a challenge function of "Use my own container (target: 2 meals / day)" for the discharger terminal 100. At this time, the discharger terminal 100 can be configured to activate the challenge function and receive and evaluate information input regarding the degree of execution by the user. On the other hand, it is more accurate to utilize the recyclable item sorting-related information input from the sorter rather than the input information of the discharger.

[0088] Consequently, the step (S40) of generating / providing the behavior improvement information may be configured to generate information for alerting the discharger to input accurate information when there is a large difference between the input information of the discharger (recycling waste discharge-related information) and the input information of the sorter (recyclable item sorting-related information), and transmit it to the discharger terminal 100. In this case, the discharger terminal 100 can be configured to display the information. Through such steps, the recycling waste collection system according to the embodiment of the present invention provides behavior improvement information related to recycling waste to the dischargers of recycling waste, thereby teaching each user the correct habit of separating and discharging recycling waste.

[0089] On the other hand, when a tree-planting game program for planting trees in a theme space including a virtual garden, park, and mountain is installed on the discharger terminal 100, the central control unit 1600 can be configured to pay the game item "tree" corresponding to the carbon reduction amount converted in the step (S30) of generating / providing the compensation information to the discharger terminal 100 side together with the compensation points.

[0090] In this case, the tree-planting program of the discharger terminal 100 is configured to automatically or passively plant the "tree" paid together with the compensation points by the central control unit 1600, and the theme space where the "tree" is planted is upgraded in the order of garden, park, mountain (or, field) as the amount of the planted "tree" increases.

[0091] Therefore, in the tree-planting game driven by the discharger terminal 100, the amount of trees gradually increases in proportion to the carbon reduction amount based on the selected recyclable items and weights, and thereby the theme space where the trees are planted is sequentially upgraded, so that in addition to the economic compensation for the discharger by the environmentally friendly activities, an entertainment element can be provided, which can be a factor for the discharger to enjoyably and continuously carry out the environmentally friendly activities (separation and discharge of sorted recyclable waste).

[0092] As described above, the recyclable waste collection system according to the present invention increases the willingness of each user to participate in recycling voluntarily by providing compensation to the dischargers of recyclable waste, and provides only the legitimate compensation for the recyclable portion of the recyclable waste discharged by the dischargers of recyclable waste, thereby inducing the correct separation and discharge habit of recyclable waste for each user. The recyclable waste collection system according to the present invention provides information for improving the behavior related to recyclable waste to the dischargers of recyclable waste, thereby enabling each user to learn the correct separation and discharge habit of recyclable waste, encouraging each discharger of recyclable waste to participate in recycling voluntarily, and increasing the good circulation rate of resources to increase the degree of carbon reduction on the earth.

[0093] As described above, the present invention has been described with reference to the embodiments shown in the drawings, but this is merely exemplary, and it should be understood that various modifications and equivalent other embodiments are possible based on ordinary knowledge in the field to which the technology belongs. Therefore, the true technical protection scope of the present invention is determined by the claims described below and should be defined based on the specific content of the invention described above.

Industrial Applicability

[0094] The present invention relates to a recycled waste collection system and can be used in industrial fields related to waste recycling.

Explanation of Reference Numerals

[0095] 100: Discharger Terminal 110: First Communication Unit 120: First Display Unit 130: First Input Unit 140: First Output Unit 150: First Database Unit 160: First Control Unit 200: Sorter Terminal 210: Second Communication Unit 220: Second Display Unit 230: Second Input Unit 240: Second Output Unit 250: Second Database Unit 260: Second Control Unit 300: Collector Terminal 310: Third Communication Unit 320: Third Display Unit 330: Third Input Unit 340: Third Output Unit 350: Third Database Unit 360: Third Control Unit 1000: Central Server 1100: Central Communication Unit 1200: Central Display Unit 1300: Central Input Unit 1400: Central Output Unit 1500: Central database section 1600: Central control section

Claims

1. A terminal device for a person who discharges recyclable waste; A sorter terminal device for sorting recyclable items from the collected and transported recycling waste; a central server that is communicable with the waste generator terminal and the sorter terminal, receives recycling waste discharge application information from the waste generator terminal, transmits the information to a collector terminal of a collector who collects and transports the recycling waste to a sorter, receives recyclable item selection information from the sorter terminal, generates compensation information based on the information, and transmits the compensation information to the waste generator terminal; Recycling and collection systems, including:

2. The emitter terminal A first communication unit capable of communicating with the central server; a first display unit providing a user interface for enabling use of the recycling waste collection system; a first input unit to which recycling waste discharge related information including discharge application information is input and compensation information of the central server received through the first communication unit is input; a first output unit that transmits the recycling waste discharge related information inputted to the first input unit to the central server through the first communication unit and outputs the compensation information of the central server inputted to the first input unit to the first display unit; a first database unit for storing information generated, received and transmitted by the emitter terminal; a first control unit that controls the first communication unit, the first display unit, the first input unit, the first output unit, and the first database unit; The recycling waste collection system according to claim 1, comprising:

3. The selector terminal is A second communication unit capable of communicating with the central server; a second display unit providing a user interface for enabling use of the recycling waste collection system; a second input section for inputting recyclable item sorting related information including weight information for each recyclable item; a second output unit that transmits the recyclable item sorting related information inputted to the second input unit to the central server through the second communication unit; a second database unit for storing information generated, received and transmitted by the selector terminal; a second control unit that controls the second communication unit, the second display unit, the second input unit, the second output unit, and the second database unit; The recycling waste collection system according to claim 2, comprising:

4. The central server comprises: a central communication unit capable of communicating with the waste disposal terminal and the sorter terminal; a central display section providing a user interface for enabling the recycling waste collection system to be used; a central input unit to which the waste disposal information of the waste generator terminal and the recyclable item sorting information of the sorter terminal are inputted through the central communication unit; a central output unit for transmitting the compensation information of the central server to the waste collector terminal through the central communication unit; a central database unit for storing information generated, received, and transmitted by the central server; a central control unit which controls the central communication unit, the central display unit, the central input unit, the central output unit, and the central database unit; The recycling waste collection system according to claim 3, comprising:

5. The central control unit: The recyclable waste collection system of claim 4, characterized in that if the weight of each item of recyclable waste or the total weight of the recyclable waste discharged based on the discharge application information of the waste generator terminal is less than a set value, a step of generating a collection application non-availability notification information and transmitting it to the waste generator terminal via the central communication unit.

6. The central control unit: The recycling waste collection system of claim 4, characterized in that the sorter's terminal device compares weight information for each recyclable item with previously stored carbon reduction amount matching data for each item to convert it into a carbon reduction amount, calculates compensation points corresponding to the carbon reduction amount, and transmits the calculated compensation information to the generator's terminal.

7. The central control unit: The recyclable waste collection system of claim 6, characterized in that, based on the recyclable sorting related information of the sorter's terminal, a weight proportional to the weight ratio of recyclables for each sorted item to the amount of recyclable waste output for each item is applied to calculate compensation points.

8. The central control unit: The recyclable waste collection system of claim 6 further comprises a step of accumulating and storing recyclable waste discharge-related information and recyclable item sorting-related information for each use by a plurality of waste generators, and if it is determined that the sorting rate of recyclable items for a particular item by a particular waste generator is lower than the average sorting rate of recyclable items for a particular item by the plurality of waste generators, generating warning information to induce improvement in the recyclable waste disposal habits of the particular item and additionally transmitting the warning information to the waste generator terminal of the particular waste generator as behavior improvement information.

9. The central control unit: The recycling waste collection system of claim 6, further comprising a step of accumulating and storing information related to recycling waste discharge and information related to recyclable item sorting for each usage count of a plurality of waste generators, and if it is determined that the usage rate of a particular item of a particular waste generator is higher than the average usage rate of the particular item of the plurality of waste generators, generating challenge information to induce improvement of usage habits related to the particular item, and additionally transmitting the challenge information to the waste generator terminal of the particular waste generator as behavior improvement information.

10. The emitter terminal is installed with a tree planting game program in which the emitter can plant trees in a theme space including a virtual garden, a park, and a mountain. The central control unit is configured to provide the emitter terminal with a game item "tree" corresponding to the converted carbon reduction amount together with compensation points; 7. The recycling waste collection system of claim 6, wherein the tree planting program of the waste generator terminal is configured to plant the "trees" provided along with the compensation points in the central control unit, and the theme space in which the "trees" are planted is upgraded to gardens, parks, and mountains in that order as the amount of planted "trees" increases.

11. The collector terminal A third communication unit capable of communicating with the central server; a third display unit for providing a user interface for enabling use of the recycling waste collection system; a third input unit to which the recycling waste discharge application information of the central server received through the third communication unit is input and to which collection and transportation completion information is input when collection and transportation is completed; a third output unit that transmits the collection and transportation completion information inputted to the third input unit to the central server through the third communication unit; a third database unit for storing information generated, received and transmitted by the collector terminal; a third control unit that controls the third communication unit, the third display unit, the third input unit, the third output unit, and the third database unit; The recycling waste collection system according to claim 1, comprising:

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