JP4221471B2 - Disposal company client device of recycling mediation system for used metal products - Google Patents

Description

  The present invention relates to a discharge company client device of a recycling intermediary system for used metal products that promotes recycling of used metal products to effectively use resources.

In recent years, environmental issues have been addressed at the national level, and how to recycle various used products and effectively utilize limited resources is one of the major issues. In particular, metals are used in most products, and are easy to reuse, so recycling is important.
Conventionally, when a used metal product is discharged by a business operator, the business operator directly inquires a recycling company and negotiates whether or not the used metal product can be purchased. In this case, whether or not the recycling processing company purchases the used metal product is largely related to the generation location and the generation amount. In other words, whether or not the recycling processor purchases depending on whether it is profitable, taking into consideration the transportation cost from the place where the used metal product is generated to its own processing plant and the processing cost based on the amount of used metal product generated. Will be judged.

  For this reason, when the place where used metal products are generated is a long distance or when the amount generated is small, recycling companies often refuse to purchase because they are not profitable even if they are purchased and recycled. In such cases, used metal products are not recycled but are treated as industrial waste. In addition, when a business operator has a used metal product processed by a waste disposal contractor as industrial waste, costs are incurred.

However, it is not preferable in terms of effective use of resources that the profitability of the recycling processor determines whether the used metal product is recycled or treated as industrial waste.
The present invention has been made in view of the above points, and provides a discharge business client device of a recycling intermediary system for used metal products that promotes recycling processing in order to make effective use of used metal products. The purpose is to do.

The discharge company client device of the recycling intermediation system for used metal products according to the present invention is an intermediary Internet server, a plurality of discharge company client devices, and a plurality of recycling processes connected via a communication network. A recycling intermediary system for used metal products is configured with the second client device of the supplier,
The Internet server receives from the each discharge company client device a server reception means for receiving used metal product information including a discharge company name, a place where a used metal product is generated, a generation amount, a desired selling price, and a received use Based on the location where the used metal product information is generated and divided into each area, each of the above-mentioned areas divided by each area based on the location, amount, and desired sales price of the used metal products of each discharge company a server computing means for computing the generation amount and the generation accumulated amount by integrating the hope selling price for each local area, respectively price sum of used metal products discharge operators for each geographical area, the used metal the generation accumulation amount and the price sum of products and a server public means for publishing on the site of the Internet server,
Wherein each of the second client device and the second client browsing means for browsing the generation accumulation amount and the selling price total value before the used metal products that are published on Kisa site to the respective recycle recycler, Second client transmission means for transmitting a purchase application including a desired purchase price inputted by each recycling processor to an Internet server,
If the Internet server further receives a purchase application from each of the second client devices, and if there is a purchase application for each area over the total selling price, a bid is made after a certain period of time. a server bid means for determining a recycle recycler name bid, recycle recycler name the bid to the discharge carrier client device sends the said purchase application bid results for each second of the geographical area to the client device Each discharging company client device of the recycling intermediary system for used metal products comprising server transmission means for transmitting a successful bid result including :
Waste generator's client sending means apply by sending the used metal product information input by the discharge operators in the Internet server, and a recycle recycler name the bid to receive the bid results from the Internet server configured with the waste generator's client reception unit that notifies to said discharge carrier.

In the system configuration described above, the discharge company can find a recycling processor as a trader that can meet the conditions only by inputting the generated used metal product information.
In addition, as the amount of used metal products generated is gathered for each area, the cost of recycling processing and transportation costs are reduced, and the second client can easily purchase used metal products.

  According to the present invention, as the generation amount of used iron pipes is gathered for each area, the cost of recycling processing and the transportation cost for collection are reduced, and the recycling processing as the second client is performed. This makes it easier for traders to purchase used iron pipes. In addition, the discharge company can find a recycling processor as a second client that meets the conditions only by inputting generated used iron pipe information.

Embodiments of the present invention will be described below in detail with reference to the drawings.
First, a business method of a recycling mediation system for used metal products according to the present invention will be described with reference to FIG. In the business method of the present invention, the mediator 1 as a person concerned, the discharge company 2 that discharges used metal products, the recycling processor 3 that recycles the used metal products, and the used metal products as waste. There is a waste disposal contractor 4 to be processed, and a collection transporter 5 that transports the used metal products from the discharge business 2 to the processing facility of the recycle processing business 3 or the waste disposal business 4, and the intermediary 1 The business transaction between the person 2 and the recycling processor 3, the waste disposal company 4, and the collection and transportation company 5 is intermediated. There are a plurality of discharge companies 2, recycling processors 3, waste disposal companies 4, and collection / transporters 5. Note that the waste disposal contractor 4 and the collection transporter 5 are required to have permission from the prefectures or the like for waste disposal and transport, respectively.

Examples of the discharge business 2 include local governments (government offices) and civil engineering contractors. Examples of used metal products to be discharged include iron members such as used guard rails and used iron pipes for water pipes. In the following description, “used iron pipe” will be treated as “used metal product”.
When a used iron pipe is generated, the discharge company 2 offers the broker 1 information on the location, amount, desired selling price, and the like. The intermediary 1 receives the information about the used iron pipes offered by the discharge company 2, divides the discharge companies 2 into each area based on the location where the used iron pipes are generated, and collects information on the discharged used iron pipes. It accumulates for each local area, discloses this accumulated information, and accepts a purchase request from a recycling processor (scrap metal supplier) 3. In this way, by separating information about used iron pipes generated from a plurality of discharge companies 2 for each area, the recycling processor 3 can know the amount of used iron pipes generated for each area, so it is easy to buy. Become.

  Based on this public information, the recycling processor 3 applies to the broker 1 for purchase in consideration of various conditions (transportation cost from the place of occurrence to its own processing facility, recycling processing cost, etc.). The broker 1 accepts a purchase request from the recycle processor 3 and, when there is a purchase request at or above the desired sales price of the discharge company 2, makes a bid after a certain period of time. After the bidding, the mediator 1 notifies the recycling processor 3 of the result of the bid, and notifies the discharging company 2 of the recycling processor (confirmed successful bidder) 3 that has made a successful bid.

  In addition, the broker 1 accepts the information (desired processing price) on the waste processing from the discharge business 2 when there is no application for purchase by the recycle processing company 3 and the discharge business 2 is allowed to do the waste processing. Publish. The waste disposal contractor 4 applies for a waste disposal contract to the mediator 1 based on the public information. The broker 1 makes a bid after a certain period of time when the waste disposal contractor 4 makes an application for processing at or below the desired disposal price of the discharge company 2, and notifies the waste disposal contractor 4 of the tender result after bidding. Then, the waste disposal contractor (confirmed successful bid contractor) 4 is notified to the discharge company 2.

  Further, the intermediary 1, when the recycling processor 3 or the waste disposal contractor 4 that has become a successful bidder wishes to entrust the transportation of the used iron pipes to the collection transporter 5, relates to the transportation from the successful bidder. Receive and publish information (location of occurrence, location of your business, desired transportation price). The collection carrier 5 applies to the broker 1 for transportation based on the public information. The broker 1 makes a bid after a certain period of time when the collection carrier 5 makes an application for the transportation contract below the desired transportation price of the successful bidder, and after the bidding, informs the collection carrier 5 of the bid result, The collection carrier (confirmed successful bidder) 5 who has made a successful bid is notified to the discharge company 2.

Next, a mediation system for realizing the business method will be described.
FIG. 2 is a schematic configuration diagram of a recycling mediation system for used metal products according to the present invention.
Internet server (intermediary) 10, first client (emission company) 11, second client (recycling processor) 12, third client (waste disposal operator) 13, fourth client (collection carrier) 14) can be connected to a communication network, the so-called Internet 15.

  The Internet server 10 includes a system server 21 that is always connected to the Internet 15 via a communication interface (I / F) 20, and this system server 21 is an Internet server having a higher processing capability than the normal clients 11 to 14. It is composed of a computer. The system server 21 is connected to a mail server 22 that manages the transmission and reception of e-mails, and a transaction website 23 for mediating transactions between the first client 11 and the second to fourth clients 12 to 14. On the other hand, a database search engine 24 is incorporated. The storage device for storing the mail server 22 and the transaction website 23 can be realized by the configuration of the system server 21 itself.

The database search engine 24 is implemented by software and accesses a used iron pipe database 25, a waste disposal company database 26, and a collection and transportation company database 27 stored in a storage device, and searches the database. And has a function of extracting the search result.
The used iron pipe database 25 is stored information on used iron pipes by region, receives information on used iron pipes from the first client 11 as shown in FIG. 3, and is based on the location of used iron pipes. The whole is divided into a plurality of area areas, for example, an A area area, a B area area, and a C area area, and a plurality of discharge operators 2 having used iron pipes generated in places included in each area area are collected. For example, A area, A-1, A-2, and A-3 emission companies 2 are used in the A area, B-1, B-2, and B-3 emission companies 2 are used in the B area, and C In the area, C-1, C-2, and C-3 emission companies 2 are assigned. In this way, by collecting a plurality of discharge companies 2 for each district, it becomes possible to greatly improve the recovery efficiency of used iron pipes of the recycling processor 3, the waste disposal contractor 4, and the collection transporter 5. This information is updated each time information is provided from the first client 11, and is always accumulated information (total amount generated, total desired sales price, etc.) regarding used iron pipes divided for each area.

  The database 26 of the waste disposal contractor 4 is accumulated data relating to the waste disposal contractor 4, and its items include a waste disposal contractor name, an e-mail address, an address, a telephone (TEL) number, a facsimile ( Fax) number, business scope, types of industrial waste (industrial waste) that can be handled, expiration date of qualification (permission), qualification (permission) conditions, and other information. The database 27 of the collection carrier 5 is stored data relating to the collection carrier 5, and the items include the collection carrier name, e-mail address, address, telephone (TEL) number, facsimile (FAX) number as shown in FIG. Information such as business scope, types of industrial waste (industrial waste) that can be handled, expiration date of qualification (permission), qualification (permission) conditions, etc. is stored.

  The first client 11 is a personal computer terminal and includes a client system 30 including a stationary computer, a mobile computer (including a mobile phone), and the like. The client system 30 includes a browser 31 and a communication interface (I / I). F) It is possible to connect to the Internet 15 via 32. The browser 31 is browsing software for browsing web pages on various Internet servers connected to the Internet 15 and enabling transmission / reception of electronic mail (e-mail).

  The second client 12 is a personal computer terminal similar to the first client 11 and includes a client system 40 including a stationary computer, a mobile computer (including a mobile phone), and the like. The client system 40 includes a browser 41. It is built-in and can be connected to the Internet 15 via a communication interface (I / F) 42. The browser 41 is browsing software for browsing web pages on various Internet servers connected to the Internet 15 and enabling transmission / reception of electronic mail (e-mail).

The third client 13 is a personal computer terminal similar to the second client 12 and includes a client system 50 including a stationary computer, a mobile computer (including a mobile phone), and the like. The client system 50 includes a browser 51. It is built in and can be connected to the Internet 15 via a communication interface (I / F) 52.
The fourth client 14 is a personal computer terminal similar to the second client 12, and includes a client system 60 composed of a stationary computer, a mobile computer (including a mobile phone), and the like. The client system 60 includes a browser 61. It is built-in and can be connected to the Internet 15 via a communication interface (I / F) 62.

Next, a management routine executed by the system server 21 of the Internet server 10 will be described with reference to an embodiment.
(Example 1)
A processing process among the Internet server 10 (broker), the first client 11 (discharge company), and the second client 12 (recycling processor) will be described with reference to the flowchart of FIG.

  The first client 11 inputs the generated used iron pipe information from the personal computer terminal and applies (transmits) to the Internet server 10 (step S1). Specifically, this used iron pipe information includes (1) Emission company name, (2) Email address, (3) Address, (4) Telephone (TEL) number, (5) Facsimile (FAX) number, ( 6) Location of occurrence, (7) Date and time of occurrence, (8) Amount generated, (9) Product type, (10) Product status, (11) Desired selling price, (12) Desired processing price (if waste disposal is desired ).

The system server 21 of the Internet server 10 executes the flowchart shown in FIG. 6, receives (receives) used iron pipe information from the first client 11, and based on the information, for each area shown in FIG. Disclose used iron pipe information on the site.
The second client 12 receives the used iron pipe information published on the site by the system server 21 of the Internet server 10. The second client 12 determines whether or not a necessary amount can be secured by one collection operation in order to increase the collection efficiency. For example, when collecting with a 4-ton truck, it is determined whether it is possible to secure (collect) an amount close to the full load by making a round in one local area or multiple adjacent local areas, and when it is determined that it can be secured The desired purchase price is applied (transmitted) to the system server 21 of the Internet server 10 (step S3), and the system server 21 accepts (receives) the purchase request from the second client 12 (step S4).

  The system server 21 of the Internet server 10 makes a bid by inquiring the transaction website 23 after a certain period of time when there is a purchase request from the second client 12 at a price higher than the desired selling price of the first client 11. (Step S5). After bidding, the system server 21 of the Internet server 10 notifies the second client 12 of the result of the bid (sent by e-mail) (step S6) and at the same time the second client 12 (confirmed) to the first client 11 Notification (sent by e-mail) of the recycling processor is performed (step S7).

According to the above treatment process, the recycling processor can obtain information on the amount of used iron pipes collected for each area, and if the amount of used iron pipes is collected for each area, The more it is collected, the more the recycling processing cost and the transportation cost for collection are reduced.
(Example 2)
Next, the Internet server 10 (broker), the first client 11 (emission company), the second client 12 (recycling company), and the third client 13 (waste disposal company (with permission) The processing process between the above and the condition)) will be described with reference to the flowcharts of FIGS.

  The third client 13 inputs data for membership registration from a personal computer terminal and applies for (sends) registration to the Internet server 10 (step S11). The data for this member registration application is specifically: (1) Waste disposal company name, (2) Email address, (3) Address, (4) Telephone (TEL) number, (5) Facsimile (FAX) number (6) Types of industrial waste (industrial waste) that can be handled, (7) Expiration date of permission, and (8) Conditions for permission. The system server 21 of the Internet server 10 examines whether or not there is a qualification related to waste disposal based on the data applied by the third client 13 (step S12). 26 (step S13), and if it is determined that there is no qualification, the application for registration is rejected (step S14). In this way, by accepting a registration application in advance and registering only those who have permission, it is possible to eliminate in advance bid participation by a trader who does not have permission for waste disposal.

The system server 21 of the Internet server 10 receives information on the used iron pipe from the first client 11 (step S15), and publishes used iron pipe information divided for each area based on the information on the site. (Step S16). The specific contents are the same as those in the first embodiment, and a description thereof will be omitted.
The system server 21 of the Internet server 10 determines whether or not there is a request regarding the processing method from the first client 11 in step S17 shown in FIG. This processing method is recycling processing or waste processing. The system server 21 of the Internet server 10 performs the request processing of the first client 11 in step S17, and if there is a purchase request (recycling application) from the second client 12 (step S18), A request is received (step S19).

  The system server 21 of the Internet server 10 makes a bid by inquiring the transaction website 23 after a certain period of time when there is a purchase request from the second client 12 at a price higher than the desired selling price of the first client 11. (Step S20). After the bidding, the system server 21 of the Internet server 10 notifies the second client 12 of the bid result (sent by e-mail) (step S21) and at the same time the second client 12 (confirmed) to the first client 11 Notification (sent by e-mail) is made (recycle processing company) (step S22).

The system server 21 of the Internet server 10 executes the waste processing when there is no application for purchase by the second client 12 and the first client 11 is allowed to perform the waste processing (step S17), and relates to the waste processing. Publish information on the site.
The third client 13 receives the used iron pipe information as the released waste and applies (sends) a processing price to the Internet server 10 based on various conditions (amount generated, a generation location, a desired processing price). (Step S23), the system server 21 of the Internet server 10 accepts an application for processing contract from the third client 13 (Step S24).

  The system server 21 of the Internet server 10 makes an inquiry to the transaction website 23 after a certain period of time if there is an application for a waste disposal contract from the third client 13 below the desired processing price of the first client 11. To bid (step S25). After bidding, the system server 21 of the Internet server 10 notifies the third client 13 of the bid result (sent by e-mail) (step S26), and the third client 13 (confirmed) who has made a successful bid to the first client 11 Notification (sent by e-mail) of the waste disposal contractor is performed (step S27).

According to the above processing process, the emission company can find a recycling processor that meets the conditions simply by inputting the generated used iron pipe information, even if there is no purchase request by the recycling processor, You can find a waste disposal contractor that fits your needs.
(Example 3)
Next, the Internet server 10 (intermediary), the first client 11 (emission company), the second client 12 (recycling company), and the third client 13 (waste disposal company (with permission) )) And the fourth client 14 (collection carrier (conditions have permission))) will be described with reference to the flowcharts of FIGS.

  As in the case of the second embodiment, the third client 13 inputs the membership registration application data from the personal computer terminal and applies (sends) registration to the Internet server 10 (step S31). The system server 21 of the Internet server 10 Based on the data applied by the third client 13, the presence / absence of the qualification regarding the waste disposal is examined (step S32), and when it is determined that the qualification is found, it is accumulated in the database 26 of the waste disposal contractor (step S33). If it is determined that there is no qualification, the application for registration is rejected (step S34).

  As with the third client 13, the fourth client 14 inputs data for membership registration from a personal computer terminal, and applies for (sends) registration to the Internet server 10 (step S35). Specifically, the data for this member registration application includes (1) name of collection carrier, (2) email address, (3) address, (4) telephone (TEL) number, (5) facsimile (FAX) number, (6) Types of industrial waste (industrial waste) that can be handled, (7) Expiration date of permission, and (8) Conditions for permission. The system server 21 of the Internet server 10 examines whether or not there is a qualification related to transportation based on the data applied from the fourth client 14 (step S36), and stores it in the database 27 of the collection and transportation company when it is determined that the qualification is present. If it is determined that the user is not qualified (step S37), the registration application is rejected (step S38). Thus, by accepting a registration application in advance and registering only those who have permission, it is possible to eliminate in advance bid participation by collection carriers that do not have permission.

The system server 21 of the Internet server 10 receives the used iron pipe information from the first client 11 (step S39), and publishes the used iron pipe information divided for each area area on the site based on the information (step S39). Step S40). The specific contents are the same as those in the first embodiment, and a description thereof will be omitted.
The system server 21 of the Internet server 10 determines whether or not there is a request regarding the processing method from the first client 11 in step S41 shown in FIG. This processing method is recycling processing or waste processing. When the request of the first client 11 is the recycling process in step S41 and there is an application for recycling (purchase request) from the second client 12 in step S41 (step S42), the system server 21 of the Internet server 10 A request is received (step S43). The system server 21 of the Internet server 10 makes a bid by inquiring the transaction website 23 after a certain period of time when there is a purchase request from the second client 12 at a price higher than the desired selling price of the first client 11. (Step S44). After bidding, the system server 21 of the Internet server 10 notifies the second client 12 of the result of the bid (sent by e-mail) (step S45) and at the same time the second client 12 (confirmed) to the first client 11 Notification (recycling processing company) notification (sent by e-mail) is performed (step S46).

  The system server 21 of the Internet server 10 executes the waste processing when there is no application for purchase by the second client 12 and the first client 11 may perform the waste processing (step S41). Publish information on the site. The third client 13 receives the used iron pipe information as the released waste, and applies a processing price to the Internet server 10 based on various conditions (generated amount, generated location, desired processing price) (step (S47) The system server 21 of the Internet server 10 accepts (receives) a processing contract application from the third client 13 (step S48).

  The system server 21 of the Internet server 10 makes an inquiry to the transaction website 23 after a certain period of time if there is an application for a waste disposal contract from the third client 13 below the desired processing price of the first client 11. Then, a bid is made (step S49). After bidding, the system server 21 of the Internet server 10 notifies the third client 13 of the bid result (sent by e-mail) (step S50), and the third client 13 (confirmed) who has made a successful bid to the first client 11 Notification (sent by e-mail) of the waste disposal contractor is performed (step S51).

  The system server 21 of the Internet server 10 determines whether or not the second client 12 or the third client 13 requests transportation to the fourth client 14 (step S52 in FIG. 11). When the second client 12 or the third client 13 transports itself, the process proceeds to step S53. When the second client 12 or the third client 13 that has become a successful bidder wishes to entrust transportation of used iron pipes to a collection and transportation company, the system server 21 of the Internet server 10 Publish information on transportation on the site. The information related to transportation includes the location where the used iron pipe is generated, the amount generated, the location of the second client 12 or the third client 13, the desired transportation price, and the like.

  The fourth client 14 obtains information related to the released transportation, applies (transmits) the transportation price to the Internet server 10 (step S54), and the system server 21 of the Internet server 10 transports the transportation price from the fourth client 14. Is accepted (step S55). When the system server 21 of the Internet server 10 has applied for transportation contract from the fourth client 14 below the desired transportation price of the second client 12 or the third client 13, the transaction website 23 and makes a bid (step S56). After bidding, the system server 21 of the Internet server 10 notifies the bid result to the fourth client 14 (sent by e-mail) (step S57), and makes a successful bid to the second client 12 or the third client 13. 4 (sent by e-mail) is sent to the client 14 (confirmed collection carrier) (step S58).

According to the above processing process, the emission company can find a recycling processor that meets the conditions simply by entering information about the generated used iron pipe, even if there is no purchase request by the recycling processor, You can find a waste disposal contractor that meets your requirements.
In addition, it is better for the recycling processor or waste disposal contractor who has become a successful bidder to consign the transportation from the place where the used iron pipes are generated to its own treatment facility to the collection and transportation company in consideration of the transportation cost etc. If it is determined that there is, it is possible to find a collector / carrier that meets the conditions simply by inputting information about the transportation.

Next, the flow of the product (used iron pipe) after the successful bidder is determined will be described.
(1) When a recycling processor purchases used iron pipes from a discharge company As shown in FIG. 12 (a), the recycling processor itself or collects and transports from the place where the used iron pipes are generated in the discharging company (step S60). The trader collects the used iron pipe (step S61), and transports it to the storage location or treatment facility designated by the recycle treatment trader (step S62).

(2) When the waste disposal contractor processes As shown in FIG. 12 (b), the waste disposal contractor itself or the collection transporter uses the spent iron pipe from the generation place (step S63) of the spent iron pipe in the discharge company. Is collected (step S64) and transported to a storage location or treatment facility designated by the waste disposal contractor (step S65).

Next, the flow of money after the successful bidder is determined will be described.
(1) When a recycling processor purchases
(i) Fee for purchase As shown in FIG. 13A, the recycling processor 3 settles the purchase price with the credit card to the mediator 1, and the mediator 1 purchases the purchase price paid by the recycling processor 3. The amount of charges obtained by subtracting a predetermined brokerage fee is paid to the discharge company 2.

(ii) Transportation fee (when recycling company entrusts to collection and transportation company)
As shown in FIG. 13 (b), the recycling processor 3 settles the transportation cost to the mediator 1 with a credit card, and the mediator 1 subtracts a predetermined mediation fee from the transportation cost paid by the recycling processor 3. Pay the amount of transportation cost to the collection carrier 5.
(2) When the waste disposal company handles
(i) Fees related to waste treatment As shown in FIG. 13 (c), the discharge company 2 settles the charge for the waste treatment price to the broker 1 using a credit card, and the broker 1 pays from the discharge company 2 A fee of the amount obtained by subtracting a predetermined brokerage fee from the waste disposal price is paid to the waste disposal contractor 4.

(ii) Transportation fees (when consigning to a collection carrier)
As shown in FIG. 13 (d), the waste disposal contractor 4 settles the transportation cost to the broker 1 using a credit card, and the broker 1 pays a predetermined brokerage fee from the transportation cost paid by the waste disposal firm 4. Pay the transport cost of the deducted amount to the collection carrier 5.

It is explanatory drawing of the business method of the recycling mediation system of the used metal product concerning this invention. It is a schematic block diagram of the system which performs the recycling mediation system of the used metal product which concerns on this invention. It is explanatory drawing of the accumulation | storage information accumulate | stored in the database of the used iron pipe shown in FIG. It is explanatory drawing of the accumulation | storage data item accumulate | stored in the database of a waste disposal contractor shown in FIG. It is explanatory drawing of the accumulation | storage data item accumulate | stored in the database of the collection carrier shown in FIG. 3 is a flowchart of Example 1 of a processing process of the system shown in FIG. 2. It is a part of flowchart of Example 2 of the processing process of the system shown in FIG. It is the remainder of the flowchart shown in FIG. It is a part of flowchart of Example 3 of the processing process of the system shown in FIG. 10 is a part of a flowchart following the flowchart shown in FIG. 9. It is the remainder of the flowchart shown in FIG. It is explanatory drawing of the flow of the thing after the successful bidder determination shown in FIG. It is explanatory drawing of the flow of money after the successful bidder determination shown in FIG.

Explanation of symbols

1 Intermediary 2 Discharge Business 3 Recycling Contractor 4 Waste Disposal Contractor 5 Collection Transporter 10 Internet Server (Intermediary)
11 First client (emission company)
12 Second client (recycler)
13 Third Client (Waste Disposer)
14 Fourth client (collector / carrier)
15 Internet 21 System Server 24 Database Search Engine 25 Used Iron Pipe Database 26 Waste Disposer Database 27 Collection Carrier Database

Claims (1)

A recycling intermediary system for used metal products is configured by the Internet server of the mediator, the plurality of discharge company client devices, and the second client device of the plurality of recycling processors connected through the communication network. ,
The Internet server is
Server receiving means for receiving used metal product information including the name of the discharged company, the location where the used metal product is generated, the generated amount, and the desired selling price from each of the discharged company client devices ;
Received the used metal products used metal products of the place of occurrence of each waste generator who is divided by region area based on the occurrence location of the information, the amount, based on the desired selling price, divided into the respective local area a server computing device, wherein the computing the generation amount and the generation accumulated amount by integrating the hope selling price for each local area, respectively price sum of used metal products of each discharge operators were,
For each geographical area, and a server public means to expose the generation accumulation amount and the price sum of the used metal products on the site of the Internet server,
Each of the second client devices is
A second client viewing means for viewing the generated accumulated amount and the price sum of the used metal products that are published on the front hexa site on each recycle recycler,
Second client transmission means for transmitting a purchase application including a desired purchase price inputted by each recycling processor to an Internet server,
The Internet server is
Further, when a purchase application is received from each of the second client devices, and there is a purchase application exceeding the total selling price for each area, a recycling processor who has made a bid after a certain period of time and has made a successful bid A server bidding means for determining a name ;
Server transmitting means for transmitting a bid result of the purchase application in the area to each of the second client devices and transmitting a successful bid result including the name of the successful recycling processor to the discharge company client device . Each of the emission company client devices of the recycling intermediary system for the used metal product,
Waste generator's client sending means apply by sending the used metal product information input by the discharge operators in the Internet server, and a recycle recycler name the bid to receive the bid results from the Internet server wherein characterized in that it comprises a waste generator's client reception unit that notifies the discharge operators, waste generator's client device recycling mediation systems used metal products.

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