KR20000050040A - System for collecting reusable wastes by internet - Google Patents

Abstract

PURPOSE: A system for gathering a recycle product using an internet communication network is provided to increase a rate of gathering the recycle product, and improve the system for transporting the product between a recycle product gathering company and a recycle product producing company, by supplying a cost of the recycle product, and allowing the recycle product producing company to be compensated. CONSTITUTION: A recycle product provider(10) becomes a member. An internet network(N1) between the recycle product provider(10) and a server agency(20) inputs the information on the generation of the recycle product and a desired gathering data in a login state, and calculates an accumulated compensation point by each member. An internet network(N2) between a recycle product gathering company(30) and the server agency(20) processes the information on the generation thereof, and matches the processed information with the recycle product gathering company(30). The internet network(N2) supplies the processed information to the matched recycle product gathering company(30), and reports the state of gathering the recycle product.

Description

Recycling system using internet communication system {SYSTEM FOR COLLECTING REUSABLE WASTES BY INTERNET}

The present invention relates to a system for collecting recyclables using an internet communication network, in particular, a system for collecting recyclables by visiting a home or industrial site where recyclables are directly received by receiving recycling information registered on an internet server. It is about.

In modern capitalist society, characterized by mass production and mass consumption, it is inevitable that household wastes such as waste paper, scrap metal, waste glass, and waste plastics are generated, and the amount and economic value are huge. These wastes are preferably collected and recycled as far as possible from the point of view of resource recycling and environmental pollution prevention, but the economic perception of household wastes by the people who discharge them is inconvenient, the hassle of separate discharge, and the fineness of the collection system. In Korea, the recycling rate for domestic waste such as waste paper, scrap metal, waste glass, and waste plastics is very low compared to developed countries because of lack of compensation system and lack of information on recycled items.

The present invention has been presented as one of the ways to increase the recycling rate by collecting wastes more efficiently, such as waste paper, scrap metal, waste glass, waste plastics, etc., and the information and systemization of the recycling business can be achieved by using the Internet communication network. Is to present a way. According to the present invention, the recycled products are online in real time by region and item of occurrence, while the information of the collectors and producers of recycled products is databased and interconnected by a network, and the price information and compensation information of reasonable recycled products are provided. An internet business motel is proposed that can turn the small and high quality household waste recycling business that has been done in the off-line into a systematic and modern on-line business.

According to the present invention, the recycler can obtain information on the origin and amount of each type of recycled product in real time, accurately and quickly, and can innovatively improve the logistics system. Efficiency is dramatically improved.

Existing e-commerce through the Internet is mainly called the B2C model (BUSINESS TO CUSTOMER MODEL), which is a transaction between a business model operator and a general customer, such as a shopping mall, and the so-called B2B model (BUSINESS TO BUSINESS MODEL), which is a transaction between a business model operator or an auction. Likewise, the so-called C2C model (CUSTOMER TO CUSTOMER MODEL), which is an individual-to-personal transaction, is the present invention. This business model provider is based on the new C2B model, which is distinguished from the conventional B2C, B2B, and C2C models because the trading goods provider is a general person and the consumer is a company in that it is a system for collecting recyclables by visiting the place where this occurs. A new form of coupling that combines the B2B model, a transaction between The four business motel.

The present invention has the following object.

First, an object of the present invention is to enable a collector to utilize the information as a reasonable collection information by building a system that can identify the origin and amount of each recycled product in real time online on a national scale.

Secondly, the present invention aims to drastically increase the collection efficiency of recycled products by separating ordinary recycled materials from general waste and allowing ordinary people who have been disposed of without receiving any economic compensation and receive appropriate economic compensation. It is done.

Thirdly, an object of the present invention is to enable a drastic improvement in the logistics system between a recycled product collector and a recycled producer.

Fourth, the present invention aims to maintain domestic and international commerce order by inducing domestic and foreign waste resource price trends and raw material price information based on accurate recycling statistics of recycled products to induce transparency and rational pricing of corporate management.

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

1 is a conceptual diagram of a first embodiment of a recycling collection system using an internet communication network according to the present invention.

2 is a conceptual diagram of a first embodiment of a recycling product collection system using an internet communication network according to the present invention.

3 is a block diagram schematically illustrating an online network between each group member and an intermediary in a recyclables collection system using an internet communication network according to the present invention.

4 (a) is a schematic diagram of an online network (N1) STEP EVENT flowchart between a recycled product supplier and an intermediary who is a member of the first group of the Internet business model according to the present invention.

4 (b) is a schematic diagram of an online network (N2) STEP EVENT flowchart between a recycling collector and an intermediary who is a member of the second group of the Internet business model according to the present invention.

4 (c) is a schematic diagram of an online network (N3) STEP EVENT flowchart between a middle school provider of a recyclables collection, a recyclables collector, and an intermediary of a member of a third group of the Internet business model according to the present invention.

5 is an example of the configuration of the web page (WEB PAGE) in the state of processing the recycled product generation information based on the location and the collection date desired.

FIG. 6 is an example of a web page configuration of matching processing information of FIG. 5 with a collecting company having jurisdiction.

FIG. 7 is an example of a configuration of a web page representing an example of a report sheet in which a collector reports a collection process status to an intermediary.

FIG. 8 is an example of a configuration of a web page showing a state in which recycled products are first sorted by their items, sorted by the desired date of collection, and processed by the third sorted by region.

FIG. 9 is an example of a configuration of a web page in which the processing information of FIG. 8 is matched with a specialized collection company for each item.

<Description of the code | symbol about the principal part of drawing>

10: recycled material provider 20: intermediary

30: Recycling Collector 40: Recycling Incident Information Supply Online

50: Offline visit to a recycling provider for recycling

60: Recyclable Collection Pickup Provider

1 is a conceptual diagram of a first embodiment of a recycling collection system using an internet communication network according to the present invention.

In FIG. 1, reference numeral 10 denotes a recycled product supplier (general person) who has joined as a first group member of the Internet business model according to the present invention, reference numeral 20 denotes an intermediary of the Internet business model according to the present invention, and reference numeral 30 denotes Representative recycling collectors (A, B, C ..) who are members of the second group of the Internet business model according to the invention. The black arrow 40 shown in FIG. 1 represents the online distribution of information on recycled goods, and the white arrow 50 shows that the recycler 30 visits the recycler 10 directly to collect the recycled goods. Indicates one offline.

As can be seen from Figure 1 as described above, in the first embodiment of the recycling product collection system using the Internet communication network according to the present invention, the recycled goods supplier 10 registered as a member of the first group, the type of recycled goods that they discharge, When the information on the quantity (number, volume and / or weight) and the desired collection date are transmitted to the relay 20, which is a server of the business model, using the personal computer terminal, the broker 20 receives the received information. Is sent to a collector (A), which has a collection point closest to the address of the recyclable information provider, among a number of collectors (A, B, C ..) registered as members of the second group, and relay (20) Collector (A) is provided with this recycling information from the collection system (A) is a system that collects the recyclables by directing the collection vehicle or personnel to the place (10) where the recycled products occurred.

2 is a second embodiment of a recycling product collection system using the Internet communication network according to the present invention.

Successful operation of the recycling system using the Internet communication network according to the present invention can be seen that ultimately depends on the success of the offline collection system. In the first embodiment described above, since the information generation source of recycled products is an individual entity such as each household, and the collection place is an individual household, which is an input location of each information, the number of recycled products is inevitably increased. The more places there are, the less economical the offline logistics are for collectors to collect them. In other words, in the system according to the present invention, since there are many unspecified providers of recyclables generation information and the desired collection time varies, it is not easy for collectors to keep all the promised collection visit times and avoid visits by strangers. In addition, it is not easy to secure the logistics economics of the offline collection system by individual visits to Gagaho Lakes, even if the recycling company empties the house even after the scheduled collection time. . At present, the number of traditional offline antiques in Korea is about 10,000 nationwide, so when the household count is assumed to be about 10 million, the range of households in charge of one conventional merchant is about 1000 households. Alternative measures are needed in cases where sufficient collection capacities are not supported by the patrol individual visit system.

The second embodiment is a model to solve this problem, for example, general neighborhood living facilities operators (X, Y, Z, such as supermarkets, 24-hour convenience stores, butcher shops, laundry, video tape rental stores, apartment management offices, government offices, post offices) ..) to the third group member 60 of the recyclables collection system using the Internet communication network according to the present invention, and the third group members 60 to be used as the intermediate storage provider of the recyclables collection. In the second embodiment, the third group member 60 serves as an intermediate base of the collection logistics for collecting household waste from each household and the like, thereby improving the overall logistics economics of the recyclables collection system using the Internet communication network according to the present invention. In view of the contribution, it is desirable for the intermediary 20 or the collector 30 to provide appropriate compensation to them. On the other hand, the role of the intermediate storage provider of such recycling collections in neighborhood facilities such as supermarkets, 24-hour convenience stores, butcher shops, laundries, videotape rental shops, apartment management offices, town offices and post offices can also contribute to the promotion of environmental movements highlighted today.

3 is a block diagram schematically illustrating an online network (N1, N2, N3) between each group member (10, 30, 60) and the intermediary (20) in the recyclables collection system using the Internet communication network according to the present invention, 4 (a) to 4 (c) are schematic diagrams of a step event flowchart of an operation server for each of these networks.

4 (a) is a schematic diagram of an online first network (N1) between a recycled goods supplier (general person) 10 and a broker 20 of the present Internet business model, as a member of the first group of the Internet business model according to the present invention. The first network includes at least a registration step S1 as a supplier of recycled goods, a log in step S2, and input generation information (type, quantity) and a desired collection date of the recycled goods in a logged-in state (S3). And, and calculating a cumulative reward point for each member (S4), preferably, a bulletin board query for two-way communication between the recycler supplier (the general public) 10 and the intermediary 20 of the present Internet business model. It further includes a response step (S5). The step (S4) of calculating the reward accumulation point for each member is performed by a server program designed to automatically accumulate the existing residual amount by type when the same member newly inputs discharge information of recycled goods. In addition, the recycled goods provider 10 as a member of the first group may log in from the internet homepage of the intermediary 20 to check the accumulated accumulated reward points for each member according to the step S4 (S6) and Optionally, the method may further include performing a reward corresponding to all or a part of the performance (S7). The compensation method is a variety of rewards provided according to the program of the intermediary at the time of their choice, such as electronic money, shopping mall product purchase rights, discounts on cash, computer or mobile phone communication fees, donations to various NGOs, NPO organizations, etc. The broker 20 may establish a separate partnership with other Internet shopping mall operators, telecommunications companies, and credit card companies for this compensation, and deduct the remaining compensation after compensation. You can program your web server to do this.

4 (b) is a schematic diagram of an online second network (N2) between a recycling collector 30 subscribed as a second group member of the Internet business model according to the present invention and an intermediary 20 of the Internet business model. The second network (N2) is at least a registration step (S8) as a recyclables collector, a recycling information processing step (S9), and matching (MATCHING) the processed information with the collectors (S10), the processed information It is characterized in that it comprises a step (S11) for providing a matched collection company, and (S12) reporting the status of the collection of recyclables. The recycling generation information processing step (S9) is the recycling information provided by the recycling provider 10 in the first network (N1) according to the step (S3), the generation information (type, quantity) and the desired date of collection by the inputter's location Preferably, the program sorts by surface or east unit in the current administrative district, while sorting by the administrative district, while re-sorting the collection dates in a fast order. The step S10 of matching and processing the processed information with the collecting company is performed by matching the generated recyclables information according to the jurisdiction which is processed by the information processing step S9 with the collecting company. Is made by However, depending on the circumstances of the collecting company, the administrative unit for sorting to process the recyclables information may be a unit of address smaller than a face or a east. The collecting company 30 who registers as a member for such matching, lists the range of administrative districts that can be collected and managed as one of the member information during the membership registration step (S8) in cotton or the same unit (or address unit). It is preferable to include what it does. 5 is an example of the configuration of the web page (WEB PAGE) in the state of the above-mentioned processing step (S9) on the basis of the generation location and the date of collection of the recycled product generation information, and FIG. 6 is a collecting company having jurisdiction over the processed information. An example of the configuration of the web page (WEB PAGE) of step S10 matching with.

On the other hand, it is preferable to perform the step (S12) of reporting the collection state of the recycled products using the report sheet (REPORT SHEET) of the same format as the information sheet (INFORMATION SHEET) provided by the collector. FIG. 7 is a configuration example of a web page showing an example of the report sheet. In addition, the online second network (N2) between the recycling collector 30 and the intermediary 20 of the present Internet business model is a bulletin board question and answer step (S13) including an e-mail in order to facilitate bi-directional communication between the two. It may further include.

In the above-described configuration, when the first network N1 and the second network N2 are combined and understood, the recycled product collection system using the Internet communication network according to the present invention is provided through the first network N1. The amount of generation and collection date of each recycled product input by 10) is processed by the intermediary 20 server program, that is, by location and date by step S9, and then the processing information is processed through a matching step (step S10). Is sent online to the competent collector 30, and each such collector, who has received such recycling information, collects the recyclables using his or her logistics facility and personnel, and hands over the collected goods to the recycling producer, Report the collection performance to the intermediary (20).

This configuration consists of the process of sorting the recyclables subject to collection by the administrative district where they originated, and by secondary sorting by the date of collection, and providing them to the collecting company. ), Or areas that extend far beyond the units of copper (e.g., towns, districts, or more), as described above, It may be desirable to process the sorting by recycling items first, sorting by the desired collection date, and then sorting by region, rather than by the first sorting by small administrative unit. Therefore, the present invention may be more preferable, for example, in consideration of the collectible logistics distance of the collecting company, the matching method with a specialized collecting company for each type of collection object, etc. in the second network (N2) described above. At the joining stage (S8), the collector 30, who is a member of the second group, is allowed to join only by his / her specialized collection items, while the above-mentioned recycled article processing information providing stage (S11) is collected by the collector. It may be performed prior to the step (S10) of matching and designing to correspond to the main characteristics. 8 is a configuration example of a web page (WEB PAGE) showing a state in which a recycled product is processed by the first sorting by item, the second sorting by the desired collection date, and the third sorting by region, and FIG. This is an example of web page configuration where information is matched with a specialized collector by item. Therefore, in the present invention, it should be interpreted that the processing method of the recycling information generation information and the matching method with the collecting company can be executed in various ways without being limited to the above-described examples.

Meanwhile, in the above-described second network N2, the intermediary 20 processes the generated amount and collection date of each recycled product input by the recycled product supplier 10 into an optimal form in consideration of the location, type, date, etc. It is of utmost importance to provide this information to the appropriate collectors, but it is also important for the collectors who have received this information to report their collections to the mediator in an accurate and varied manner to prevent duplication of collection orders and to ensure that the members (10) Since it is very important from the point of view of managing the reward mileage, a collector's web browser program having various contents is required to facilitate two-way communication between the broker 20 and the collector 30 somewhere on the Internet homepage or each web page of the broker. Posted, and each registered collector (30) joins this dedicated program. By downloading and installing to the computer, it is possible to perform necessary steps on the second network N2 including the aforementioned reporting step S14 and to perform web surfing on various other provided contents. .

Figure 4 (c) is a network related to the second embodiment of the recycled product collection system using the Internet communication network according to the present invention, the intermediate storage provider of the recycled material collection subscription as a third group member of the Internet business model according to the present invention And an online third network (N3) schematic diagram between the third member 60 and the recycler 30 and the intermediary 20 of the present Internet business model. The process of the third network (N3) is based on the basic configuration of the first network (N1) and the second network (N2) described above, but the recyclable material provider (10) instead of selectively excluding the desired collection date input step Characterized in that the step (S15) for further inputting the middle house provider (60). That is, in the third network, the member registration step (S16) as the intermediate storage provider 60, the processing of the information of the recycled products accumulated in the intermediate storage provider (S17), and matching the processed information with the collecting company Step S18, transmitting the processed information to a matching collector (S19), and reporting the status of the collection of recycled goods (S20) is characterized in that it comprises a. Also preferably, the third network N3 includes a compensation step S21 for the midshipment provider.

Considering the specific implementation of this third network (N3) driving process according to such a system, the recycled goods supplier 10 searches for the intermediate storage provider 60 closest to his place of residence on the homepage of the intermediary 20 and Enter the information that means to provide the discharged recycled goods to the searched middle bin provider 60, and the broker statistically processes the type and amount of recycled materials collected by each registered middle bin provider 60, the total amount of It can be configured to notify the appropriate competent collector when the logistic unit is reached. In this configuration, the method of statistically processing the type and amount of recycled materials collected by each middle school provider 60 processes the statistical information processed by each individual subscriber 10 and each middle school provider 60 by itself. There may be a way to statistically process the information entered. In the meantime, in this system, each individual subscriber 10 can easily recognize the fact that there is a recycled mezzanine provider 60 in his neighborhood living facility. (60) The identification mark (for example, the operator (intermediator) of the recyclables collection system using the Internet communication network according to the present invention) has a URL (UNIFORM RESOURCE LOCATOR) of "www. Greencall.com" Assuming that the company operates an Internet business according to the above, the label " greencall.com Affiliate " When the step (S3) of inputting the generation information (type, quantity) of the own recycled products as described above (in this step, as described above) Input of the desired collection date is not mandatory. Immediately before the input is sent to the intermediary (20) server, "Recyclables you wish to provide can be collected and collected at your neighborhood living facility. Do you want to search for the location of the living facilities where the recyclables can be collected and collected by the system? Yes, the search step "S22" may be further added. At this time, if 'Yes' is selected but the search result does not have a registered place as a middle class provider 60, or if 'No' is selected, the collection date is collected as described in the first network. This can be done by personal visit. On the other hand, if the number of members subscribed as the intermediate provider 60 increases the role of the intermediate provider 60, the method of selecting the intermediate provider 60 by the execution of the search step (S22) This system can be settled in a viable manner, which can lead to the collection of recycled products according to the present invention in a more aggregated unit can be expected synergistic effect. On the other hand, in order to enable the recycle provider 10 to execute the search step (S22) to find such a neighboring middle ground provider, the server of the mediator 20 searches the database of the middle ground provider 60 as a member search program. It is desirable to be able to output the search results along with geographical information such as a map if necessary.

On the other hand, the intermediary 20 or the collecting company 60 is a predetermined logistics goods (e.g., simple storage boxes, bags, scales, computers, can compressors, merchant signage) to the intermediate storage provider 60 to operate the intermediate storage system. Etc.) may be provided or leased free of charge, and the logistics contribution may be compensated for these intermediate storage providers 60 at the intermediary 20 side or at the collector 30 side. As the third group member, the intermediate collection provider 60 may log in on the internet homepage of the intermediary 20 as in the recycling provider 10 and check the cumulative reward mileage (S23). The compensation method may also be configured in various ways such as electronic money, online or offline product purchase right, cash, donation. In the third network N3, the bulletin board question and answer step S24 for e-mail may be further included in order to facilitate communication between the middle school provider 60 and the intermediary 20.

In the recyclables collection system using the Internet communication network according to the present invention, the discharge information or the processing information of the recyclables input to the server by the recycled goods provider 10 must be delivered from the intermediary 20 to the collector 30 It is desirable to have the direction of information distribution, and on the contrary, the collector 30 accesses the server of the intermediary 20 and acquires the discharged information of the recycled product by themselves, and the unauthorized use of the information is damaged, redundant execution of the collection, and overheating between the collectors. It may cause undesirable problems such as confusion of statistics and compensation system due to competition, mixed collection of uncollected and uncollected, and to prevent this, for example, each webpage of intermediary server should be properly disclosed, undisclosed, or processed. Appropriate security systems, such as restricting access to compiled data to those relevant to each member It is desirable to keep the information provided non-return system, in the case where a very large mulryuryang or the like will be also introduced the authentication system.

From the above description, the recycling product collection system using the Internet communication network according to the present invention has the following effects.

First, the recycling collection system using the Internet communication network according to the present invention can be found in real-time on-line on a national scale on the basis of the generation and the amount of recycled products by the recycled collectors who could not obtain such information at all the reasonable collection information This can be used to ultimately improve the logistics of recycling collectors.

Second, the present invention provides an economic achievement motivation for the ordinary people who have been disposed of the conventional recycled products separately from ordinary waste and have not been given any economic compensation, but can receive appropriate economic compensation. In addition, the environmental protection awareness and resource conservation awareness can be dramatically increased, which greatly increases the efficiency of collecting recycled materials.

Third, the present invention can not only significantly reduce the collection logistics stage, but also systematically set up the entire collection plan such as the collection schedule and the collection volume, which was previously only extremely primitive and multi-level collection. This improves and stabilizes the supply of raw materials (recycled recyclables) to recycling producers, which can greatly boost the overall recycling business.

Fourth, the present invention can not only know the price trend of domestic and overseas waste resources based on accurate recycling statistics of recycled products, but also provide price information of raw materials, thereby enhancing sound transparency in corporate management and inducing rational pricing. There is an effect that can be planned.

Claims (7)

Member registration step (S1), the LOG IN step (S2) as a recycling supplier (10), the step of inputting the generation information (occurrence location, type, quantity) and the desired collection date of the recycled goods in the login state (S3) And an internet first network (N1) between the recycle provider 10 and the server intermediary 20, comprising the step (S4) of calculating the cumulative reward points for each member; And, Member registration step (S7) as a recycling goods collection company 30, the step (S8) of processing the recycled product generation information input by the step (S3) of the first network (N1) and the appropriate information is collected Matching with the company 30 (S9), the step of providing the processed information to the matching collector (S10), and reporting the status of the collection of recycled materials, including the step (S11) Internet Second Network N2 between Collector 30 and Server Intermediate 20 Recyclables collection system using the Internet communication network, characterized in that consisting of The method of claim 1, The recycling generation information processing step (S8) sorts the generation information and the desired collection date information of the recycled goods input by the recycled goods provider 10 according to the step (S3) in the first network (N1) by the administrative district unit of the inputter. (SORTING) while re-sorting the desired collection dates in rapid order while maintaining the sorting status by this administrative unit; Matching the processed information with the appropriate collector (S9) is performed by matching the recycled product generation information processed by the information processing step (S8) with a registered jurisdiction collector. Recyclables collection system using internet communication network The Internet first network (N1) of claim 1 or 2, wherein the recycling provider 10 and the server intermediary 20, Recycling provider 10 to log in from the Internet homepage of the intermediary (20) (SIN) to check the cumulative reward points for each member calculated according to the step (S4) (S6); And, Executing compensation corresponding to a part or all of the reward accumulation point (S7) Recyclables collection system using the Internet communication network, characterized in that further comprises Member registration step (S1), the login (LOG IN) step (S2) as the recycled goods supplier (10), the step of inputting the generation information (type, quantity) of the recycled goods and the location of the intermediate storage provider in the login state (S3) And an internet first network N1 between the recycled goods provider 10 and the server intermediary 20, comprising the step (S4) of calculating the accumulated reward points for each member; Member registration step (S8) as a recycling company (30), recycling generation information processing step (S9), matching (MATCHING) the processed information with the collecting company (S10), and the collected information matched collection An internet second network N2 between the recycler collection company 30 and the server intermediary 20, which includes providing the company (S11) and reporting the recycled product collection status (S14); And Registering step S16 as a middle picker provider, processing information of the recyclables accumulated in the middle picker provider (S17), matching the processed information with a collecting company (S18), and the processed information. Transmitting a match to the matched collecting company (S19), and reporting the collection state of the recycled goods (S20), the Internet third network (N3) between the middle school provider 60 and the server intermediary (20) Recyclables collection system using the Internet communication network, characterized in that consisting of The method of claim 4, wherein Recycling collection system using the Internet communication network, characterized in that for the middle collection provider further comprises a compensation step (S21) corresponding to the collection volume of the intermediate collection The method of claim 4, wherein Processing the information of the recyclables accumulated in the intermediate storage provider (S17) Collecting and processing information input by each individual subscriber at predetermined time intervals, or statistically processing by collecting and processing the information inputted by the collecting house provider at predetermined time intervals. Recyclables collection system using an internet communication network. The method of claim 4, wherein Intermediate as a neighborhood living facility where the recycled goods provider 10 can collect and collect the recycled goods before sending them to the intermediary 20 by inputting the generation information (type and quantity) of their recycled goods on the Internet homepage of the intermediary 20. Recycling collection system using the Internet communication network characterized in that it further comprises the step (S22) of searching the collection place