JP2019164574A - Waste treatment management system, waste treatment management server, waste treatment management method, and program - Google Patents

Abstract

To provide a waste processing management system, a waste processing management server, and a waste processing management method capable of making a waste processing process using an electronic manifest transparent and reducing burden of paperwork.SOLUTION: A waste processing management system 10 includes waste discharge agent terminals C1, C2, a waste management server SVG of a management agent that manages waste processing, and a collection and transportation agent terminal MD for collecting and transporting the waste. The collection and transportation agent terminal MD is a terminal that can take a picture P1 of the waste at a collection destination of the waste, including location information of a shooting location, and a picture P2 of the waste at a transportation destination; and the management server SVG includes storage means 202 for storing information on the locations of waste collection and transportation destinations, and first to fourth condition determination means 208a to 208d for determining success or failure of predetermined first to fourth conditions, respectively.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a waste treatment management system, a waste treatment management server, a waste treatment management method, and a program.

In Patent Document 1, wastes from industrial waste generated for each process, especially in new construction, rebuilding, and renovation, to the industrial waste disposal contractor (collectively referred to as industrial waste contractor) after being collected by the collector A waste management system is described in which the flow is managed in a batch and waste is managed with images.
In this waste management system, the person in charge of transportation measures the weight of the waste collection bag with an electronic scale, reads the tag number of the IC tag with a portable terminal, and the vehicle number, the person in charge of transportation, the communication camera ID, and the collection date and time. Etc. are registered in the mobile terminal. The industrial waste company measures the weight with an electronic scale, reads the tag number of the IC tag with a portable terminal, registers it with the portable terminal together with the unloading date and time, etc., and then sends the industrial waste company portable terminal transmission information through the communication network. Send to server. On the other hand, the basic server allocates communication camera transmission information having the shooting date and time immediately before the collection date of the industrial waste mobile terminal transmission information, and manages the captured image in association with the industrial waste mobile terminal transmission information.

  Non-Patent Document 1 describes the mechanism, characteristics, introduction procedure, and the like of an electronic manifest.

JP 2010-191906 A

“Electronic Manifest Guidebook”, Japan Industrial Waste Disposal Promotion Center, 2016, ver. 2

  The present invention provides a waste processing management system, a waste processing management server, a waste processing management method, and a program capable of making a waste processing process using an electronic manifest transparent and reducing the burden of paperwork. For the purpose.

  The invention described in claim 1 is a discharge company terminal operated by a discharge company that discharges waste, a waste processing management server operated by a management company that manages the processing of the waste, and the disposal A collection and transportation company terminal operated by a collection and transportation company that collects and transports objects, and the discharge company terminal, the waste treatment management server, and the collection and transportation company terminal are connected to each other via a network, A waste disposal management system for managing the disposal of the waste based on an electronic manifest, wherein the collection carrier terminal has a camera and a GPS function, and each of the waste collection includes position information of a shooting location A terminal capable of taking a photograph P1 of the waste at a destination and a photograph P2 of the waste at a transportation destination, wherein the waste disposal management server is configured to collect the waste Storage means for storing information on each of the previous locations, and the position included in the information on the photo P1 is within a predetermined distance from the information on the location of the collection destination, and is included in the information on the photo P2. From the photograph P1 and the photograph P2, a first condition judging means for judging whether or not a first condition that the position is within a predetermined distance range from the information on the location of the transport destination A first judgment is made as to whether or not a second condition is met, in which the amount of waste obtained in each case and the amount of waste input by the collector / carrier via the collector / carrier terminal substantially coincide with each other. The condition judgment means 2 and the waste photographed as the photograph P1 and the waste photographed as the photograph P2 are the types of waste input by the collection carrier through the collection carrier terminal. Third condition determining means for determining success / failure of the third condition that is substantially the same, and fourth for determining success / failure of the fourth condition that the manifest information is registered in the electronic manifest system. A waste treatment management system comprising:

  The invention according to claim 2 is based on the condition that in the invention according to claim 1, the waste disposal management server participates in a block chain network, and the first to fourth conditions are all satisfied. The contract creation means for creating a contract including the transfer of virtual currency or points from the wallet A of the discharge company or the management company to the wallet B of the collection carrier.

  The invention according to claim 3 is the invention according to claim 1, wherein the waste treatment management server is authorized to execute a settlement process with respect to the collection carrier. It further has the 5th condition determination means which determines success or failure.

  According to a fourth aspect of the present invention, in the third aspect of the invention, the waste disposal management server is participating in a blockchain network, and all the first to fifth conditions are satisfied. The contract creation means for creating a contract including the transfer of virtual currency or points from the wallet A of the discharge company or the management company to the wallet B of the collection carrier.

  Invention of Claim 5 is a waste-treatment management server with which the invention of any one of Claims 1-4 is equipped.

  A sixth aspect of the invention is a waste treatment management method using the invention of the first aspect, wherein the first to third condition determining means satisfy the first to third conditions, respectively. Waste processing for determining that the fourth condition is satisfied, the fourth condition determining means is determining that the fourth condition is satisfied, and the fifth condition determining means is determining that the fifth condition is satisfied It is a management method.

  The invention described in claim 7 is a waste collection terminal that is operated by a discharge business that discharges waste, and a collection destination of the waste that includes the location information of the shooting location by the collection carrier that collects the waste. A management company connected via a network to the portable terminal for taking the waste photo P1 and the waste photo P2 at the transportation destination and managing the waste based on an electronic manifest A waste processing management server operated by the storage means for storing information on the location of the waste collection destination and transport destination, and the location included in the information of the photograph P1 is determined in advance from the location information of the collection destination. A first article that is within a set distance range and that the position included in the information of the photograph P2 is within a preset distance range from the information on the location of the transport destination. The first condition determining means for determining success or failure of the image, the amount of the waste obtained from each of the photos P1 and P2, and the amount of the waste input by the collection / transporter via the collection / transporter terminal The second condition determining means for determining whether or not the second condition is substantially the same, the waste photographed as the photograph P1, and the waste photographed as the photograph P2. Third condition determining means for determining success or failure of a third condition that is substantially the same as the type of waste input by the collection / transporter via the collection / transporter terminal, manifest information is an electronic manifest system Is a program for functioning as fourth condition determination means for determining success or failure of the fourth condition that is registered in the above.

  According to the present invention, there is provided a waste processing management system, a waste processing management server, a waste processing management method, and a program capable of making a waste processing process using an electronic manifest transparent and reducing the burden of paperwork. Can be provided.

It is explanatory drawing which shows an example of the process of a waste material. 1 is a configuration diagram of a waste treatment management system according to an embodiment of the present invention. It is a functional block diagram of the waste disposal management server with which the waste disposal management system is provided. It is explanatory drawing of the memory | storage means of the waste disposal management server with which the waste disposal management system is provided. It is explanatory drawing which shows the flow of waste processing management using the waste processing management system. It is explanatory drawing of the payment process using the waste processing management system.

  Next, embodiments of the present invention will be described with reference to the accompanying drawings for understanding of the present invention. It should be noted that in the drawing, illustration of parts not related to the description may be omitted.

As shown in FIG. 1, for example, the waste treatment process includes a discharge process P1, a collection and transport process P2, a storage process P3, and a disposal process P4.
The discharge process P1 is a process in which, for example, a renovation business operator (an example of a discharge business operator) that has received an order for a renovation work for a building from a customer discharges waste generated by the renovation work. Here, this remodeling business is developing a business in a franchise format, and there is a headquarters and a member store as an emission business. However, the emission company may not be engaged in a franchise format business, and may be a single company. Therefore, hereinafter, the remodeling business may be simply referred to as “emission business” without distinguishing between the headquarters and the member stores.

  The collection and transportation process P2 is a process in which a collection and transportation company collects and transports waste and transports it to a predetermined storage location.

  The storage process P3 is a process in which a storage company stores waste in a storage facility. Note that the storage company may be included in the above-described collection and transportation company because the storage process P3 may involve the work of collecting and transporting waste as necessary.

  The disposal process P4 is a process in which a disposal contractor disposes of waste. In addition, since the operation | work which collects and conveys a waste material as needed may generate | occur | produce in this disposal process P4, a disposal contractor may be included in the above-mentioned collection transportation contractor.

As shown in FIG. 2, the waste treatment management system 10 according to an embodiment of the present invention includes discharge company terminals C1 and C2, a collection carrier terminal MD, and a waste treatment management server SVG, and includes an electronic manifest. Can manage the disposal of waste. The discharge company terminals C1 and C2, the collection carrier terminal MD, and the waste disposal management server SVG are connected to each other via the Internet (an example of a network) N.
Here, an electronic manifest system (JWNET server SVJ) operated by the Japan Industrial Waste Treatment Promotion Center (hereinafter referred to as “information processing center”) is connected to the Internet N. That is, the information processing center can be accessed from each of the discharge company terminals C1 and C2, the collection / transporter terminal MD, and the waste processing management server SVG.

  In addition, the discharge provider terminals C1 and C2, the collection and transporter terminal MD, and the waste processing management server SVG participate in a consortium type block chain network (hereinafter referred to as “consortium chain”). The consortium chain is a block chain in which a plurality of specific business operators can participate, and a pre-authorized storage company, disposal company, or terminal of a financial institution can also participate as necessary.

The discharge company terminals C1 and C2 are terminals operated by the above-described remodeling company. The discharge company terminal C1 and the discharge company terminal C2 are, for example, computers installed at the headquarters and the location of the member store, respectively.
In the waste treatment management system 10, operations or operations performed by the headquarters may be performed by the member store instead, or operations or operations performed by the member store may be performed by the headquarters instead.

The collection carrier terminal MD is a terminal operated by the collection carrier, for example, a portable terminal possessed by a person in charge of the collection carrier. This portable terminal has a camera and a GPS function.
The collector / carrier terminal MD may be arbitrary as long as it can be connected to the Internet N, and may be a computer installed at the location of the collector / carrier. Further, there may be a plurality of collection / transportation company terminals MD per collection / transportation company.

The waste processing management server SVG is a server operated by a management company that manages processing of waste.
As shown in FIG. 3, the waste processing management server SVG includes a storage unit 202, a contractor selection unit 203, a delivery confirmation information transmission unit 204, a location information confirmation unit 205, an update unit 206, and first to fifth condition determination units. 208a to 208e and contract creation means 210.
The waste processing management server SVG functions as each of these means by a program executed by the waste processing management server SVG.

The storage unit 202 includes, for example, a hard disk drive device, and can store delivery confirmation information, provisional registration information, a collection / transporter database, processing fee information, and transport destination location information, as shown in FIG.
The delivery confirmation information includes at least information described in a delivery confirmation slip in the electronic manifest system, and is composed of first information, second information, and third information.

The first information is information provided by the discharge company accessing the waste processing management server SVG. For example, the manifest number, customer name (reform requester name), customer zip code, waste Address of the customer's home that will be the collection site of the waste (the location where the waste is collected), delivery work slip number, scheduled release date, work process date, remodeling type, registration partner (substantially based on the request of the remodeling business (Reformer that performs building renovation work), collection conditions, and information on the estimated amount of waste discharge. The collection conditions are information such as the type of the collected vehicle, whether or not there is a special collection that needs to be carried out by two persons or carried by hand, and the amount of waste to be discharged.
The second information is information provided by a trader selecting means 203 or a management company, which will be described later, and is, for example, information on the name and location of the collection / transporter.
The third information is information provided by the collection / transporter accessing the waste processing management server SVG. For example, the date of delivery, the amount of discharge of each waste item, the packing state, the waste information This is information such as the location of the transportation destination (disposal establishment, etc.), the disposal method of the waste, the vehicle number, and the name of the transport vehicle.

The provisional registration information is information composed at least of information of a plurality of photographs with position information including manifest information and position information of a photographing place where the waste is photographed.
The manifest information is information registered in the electronic manifest system, and is configured based on delivery confirmation information.
The plurality of photographs with position information are a photograph P1 of the waste photographed at the collection destination and a photograph P2 of the waste photographed at the transportation destination, respectively. Each of the photos P1 and P2 is associated with position information of a shooting location acquired using GPS.

  The database of the collection carrier is a database in which a plurality of collection carriers are registered. In this database, information (names, locations, etc.) of a plurality of collection carriers is registered. Each collection and transportation company registered in this database is a highly reliable company that has been examined to meet the criteria predetermined by the management company.

The processing fee information is information relating to a fee for processing the waste set by each of a plurality of collection carriers. The processing fee is set by each collection and transportation company accessing the waste processing management server SVG.
The processing fee is composed of collection and transportation costs, disposal costs, industrial waste tax, and additional fees (costs according to the distance to the waste collection destination and the burden of loading work, etc.).

  The transportation destination location information is information on the location of the transportation destination where the collection and transportation company transports the waste, and is set in advance by the management company. The location of the transportation destination is, for example, the location of the disposal business site.

  The supplier selection unit 203 processes the waste based on the location of the waste collection destination (the address of the customer's house), the location of the collection carrier, and the processing fee information of each collection carrier stored in the storage unit 202. A fee is calculated, and a collection / transporter with the lowest processing fee can be selected.

  The delivery confirmation information transmitting unit 204 can transmit delivery confirmation information to the collection / carrier operator MD via the Internet N.

  The position information confirming unit 205 has a position included in the information of the photograph P1 within a predetermined distance range from the information of the location of the collection destination, and a position included in the information of the photograph P2 is determined from the information of the location of the transport destination. It can be confirmed that the distance is within a preset distance range. The distance range is stored in the storage unit 202.

  The updating unit 206 can update the manifest information stored in the storage unit 202 based on the latest manifest information registered in the electronic manifest system. The update unit 206 can update the manifest information for each predetermined period.

The first condition determination unit 208a can determine whether the first condition is successful. The first condition is that the position included in the information of the photograph P1 is within a distance range set in advance from the information of the collection destination location included in the delivery confirmation information, and the position included in the information of the photograph P2 is It is within the range of the distance set beforehand from the information on the location of the transportation destination included in the delivery confirmation information or the transportation destination location information.
Therefore, when the position information confirmation unit 205 confirms that the position information associated with the waste photographs P1 and P2 is within a predetermined distance from the collection destination and the location of the transportation destination, respectively. The first condition determination unit 208a determines that the first condition is satisfied.

The second condition determination unit 208b can determine whether the second condition is successful. The second condition is that the amount of waste obtained from each of the photographs P1 and P2 and the amount of waste input by the collection / transporter via the collection / transporter terminal coincide with each other. It should be noted that the “match” mentioned here is not a strict match. That is, “match” means “substantial match” in which a predetermined degree of mismatch is allowed (hereinafter the same).
The amount of waste can be obtained from the photographs P1 and P2 by using AR (Augmented Reality), for example.

The third condition determination unit 208c can determine whether the third condition is successful. The third condition is that the waste recorded in the photo P1 and the waste recorded in the photo P2 are the same as the type of waste input by the collection carrier through the collection carrier terminal. is there. Note that “same” as used herein is not exactly the same. That is, “identical” means “substantially identical” in which a predetermined degree of dissimilarity is allowed (hereinafter the same).
The types of waste recorded in the photograph P1 and the waste recorded in the photograph P2 are obtained by image processing using, for example, AI (Artificial Intelligence).

The fourth condition determining unit 208d can determine whether the fourth condition is successful. The fourth condition is that the manifest information configured based on the delivery confirmation information is fully registered in the electronic manifest system.
The fourth condition determination unit 208d monitors that the manifest information is fully registered in the electronic manifest system, and determines that the fourth condition is satisfied when the main registration is performed.

The fifth condition determination unit 208e can determine whether the fifth condition is successful. The fifth condition is that the discharge business or the management business has approved the payment processing for the collection and transportation company.
The fifth condition determination unit 208e monitors whether the discharge company or the management company approves the execution of the settlement process, and determines that the fifth condition is satisfied when the approval is made.

The contract creation means 210 can create a contract with a predetermined condition and a predetermined content.
The predetermined condition is that all the first to fifth conditions are satisfied.
The predetermined content is to remit the consideration for collecting and transporting the waste from the wallet A that can be used by the discharge business or the management business to the wallet B that can be used by the collection and transportation company using virtual currency.
That is, after the contract created by the contract creation means 210 is registered in the blockchain, the collection and transportation company collects and transports the waste. When all the first to fifth conditions are satisfied, the contract is automatically collected and transported by the smart contract. Settlement processing for the merchant is performed.

Note that the contract condition may be that all of the first to fourth conditions are satisfied. In this case, when all of the first to fourth conditions are satisfied, the payment processing for the collection carrier is automatically performed without requiring approval for execution of the payment processing.
The payment of the consideration may not be based on the virtual currency, and may be, for example, a point issued independently by a financial institution participating in the consortium chain, an emission company, or a management company. That is, the content of the contract may be to transfer points from wallet A to wallet B.

  Next, a waste disposal management method using the waste disposal management system 10 (excluding settlement processing for a collection and transportation company) will be described with reference to FIG. In addition, each step shown below may be performed by changing order, if possible, and may be performed in parallel.

(Step S1)
The discharge company (headquarters or member store) acquires the manifest number in the electronic manifest. The manifest number can be obtained by utilizing reservation registration provided by the information processing center.
On the other hand, the contract creation means 210 creates a contract with a predetermined condition and a predetermined content for the waste processing corresponding to the acquired manifest number.
Note that the contract may not be created in step S1, but may be created in step S2, step S3, or step S4. The created contract is registered in the blockchain at an appropriate timing.

(Step S2)
The discharge company receives an order for renovation work from a customer. When the details of the renovation work are clarified and it is determined that the waste generated by the renovation work needs to be processed, the discharge company (member store) passes through the discharge company terminal C2 (see FIG. 2). Then, the manifest number and other first information (see FIG. 4) included in the delivery confirmation information is registered in the waste processing management server SVG.
Waste management is started upon registration of the first information included in the delivery confirmation information.

(Step S3)

The supplier selection means 203 (see FIG. 3) of the waste processing management server SVG selects a collection and transportation company.
In this step S3, the management company manually confirms delivery confirmation information (see FIG. 4) and, based on the delivery confirmation information, is suitable for collecting and transporting the waste from a plurality of collection carriers. You may select the correct collection carrier.
Thereafter, the selected collection carrier is arranged.
In addition, since the second information included in the delivery confirmation information is confirmed by this step, the management company registers the second information in the waste disposal management server SVG (see FIG. 2).

(Step S4)
The selected collection and transportation company acquires and confirms the delivery confirmation information stored in the storage unit 202 (see FIG. 3) of the waste processing management server SVG. Specifically, the delivery confirmation information transmitting unit 204 (see FIG. 3) of the waste processing management server SVG transmits delivery confirmation information (see FIG. 4) based on a request from the collection carrier.
Next, the collection and transportation company transmits the acquired delivery confirmation information to a remodeling company (a company that substantially performs the renovation work of the building based on the request of the remodeling company) using, for example, FAX. The remodeling company that has received the FAX confirms the delivery confirmation information and, for example, if there is a change in the scheduled discharge date, informs the collection and transportation company of the change contents.

Next, when the renovation work is performed by the remodeling company and the waste is discharged, the collection and transportation company goes to the waste discharge site on the scheduled discharge date included in the delivery confirmation information and collects the waste.
The collection transporter takes a photograph P1 of the discharged waste at the collection site (collection destination) of the waste using the collection transporter terminal MD (see FIG. 2). This photograph P1 includes position information acquired at the time of photographing by GPS. In addition, after transporting the collected waste, the collection / transporter takes a photograph P2 of the waste at the disposal business site of the transport destination using the collection / transporter terminal MD. This photo P2 also includes position information acquired at the time of shooting by GPS.
Thereafter, the collection and transportation company uses the collection and transportation company terminal MD to display the third information and the photographs P1 and P2 (see FIG. 4) included in the waste transportation destination and other delivery confirmation information as the waste processing management server SVG. Send to and register.

Note that the timing for transmitting the third information and the photos P1 and P2 included in the delivery confirmation information may be arbitrary, and may be sequentially transmitted instead of collectively.
In addition, when the collection carrier operator MD (see FIG. 2) is a computer installed at the location of the collection carrier, the third information and photographs P1 and P2 may be transmitted using this computer. .
In this way, the photographs P1 and P2 of waste with position information taken by the collection and transportation company at the collection destination and the transportation destination are registered, so the collection and transportation company actually does not carry the waste. Nevertheless, fraud that appears to have been transported is suppressed, and the disposal process of industrial waste is made transparent.

(Step S5)
The first to third condition determining means 208a to 208c determine the success or failure of the first to third conditions, respectively, based on the third information transmitted from the collection / transporter terminal MD and the photos P1 and P2.
When the first to third condition determining means 208a to 208c determine that the first to third conditions are satisfied, the next step S6 is executed.

(Step S6)
The management company fully registers the manifest information included in the temporary registration information in the electronic manifest system. At that time, the management company transmits the manifest information to the electronic manifest system by the EDI method.
When the manifest information is fully registered, the fourth condition determining unit 208d determines that the fourth condition is satisfied, and the next step S7 is executed.

(Step S7)
Each collection carrier reports to the electronic manifest system that the transport of waste has been completed.
Specifically, the collection and transportation company directly accesses the JWNET server SVJ and registers the collection date and the disposal completion date using the Web method. Since a commonly used Web method is used for registration, it is possible to report that the collection and transportation company has finished transporting waste without being confused by the operation method.
If a change is necessary, the confirmed quantity of waste is also registered.

(Step S8)
The updating unit 206 (see FIG. 3) of the waste processing management server SVG updates the manifest information stored in the storage unit 202 based on the latest manifest information registered in the electronic manifest system. The update is executed every predetermined period.

(Step S9)
The discharge company confirms temporary registration information (manifest information and photographs P1, P2) registered in the waste processing management server SVG in step S4. If there is no problem with the provisional registration information, the discharge company approves that the collection processing company executes the settlement process on the waste processing management server SVG.
When the approval is made, the fifth condition determination unit 208e determines that the fifth condition is satisfied.

(Step S10)
The discharging company refers to the manifest information (see FIG. 4) of the waste processing management server SVG via the discharging company terminal C1 or the discharging company terminal C2 (see FIG. 2), thereby determining the waste processing status. I can confirm.

Next, the settlement process for the collection carrier will be described with reference to FIG.
When the first to third conditions are satisfied in step S5, the fourth condition is satisfied in step S6, and the fifth condition is satisfied in step S9, the contract creating means 210 creates in step S1. The contents of the contract are fulfilled. In other words, the payment is transferred from the wallet A of the discharge company or the management company to the wallet B of the collection carrier by the smart contract.

In the case where the storage company is a collection and transportation company, when the first to fifth conditions are established for the storage process P3, the smart contract is charged from the wallet A of the discharging company or the management company to the wallet C of the collection and transportation company. Remittance.
In the case where the disposal contractor is a collection transporter, when the first to fifth conditions are established for the disposal process P4, the smart contract is used to pay the collection transporter wallet D to the collection transporter wallet D. Remittance.

  In addition, when the conditions of the contract created by the contract creation means 210 are that all of the first to fourth conditions are satisfied, the approval for execution of the settlement process is performed when all of the first to fourth conditions are satisfied. Remittance is made automatically without the need for payment.

As described above, according to the waste processing management system 10 according to the present embodiment, the processing of waste is managed through a series of steps, so that the processing process of industrial waste using an electronic manifest is transparent. It becomes.
Also, since the first to fifth condition determining means 208a to 208e determine whether or not the first to fifth conditions are satisfied, and when all the conditions are satisfied, the settlement process is performed. The burden of processing is reduced.

Although the embodiments of the present invention have been described above, the present invention is not limited to the above-described embodiments, and all changes in conditions and the like that do not depart from the gist are within the scope of the present invention.
Waste is not limited to construction waste.

10 waste disposal management system 202 storage means 203 supplier selection means 204 delivery confirmation information transmission means 205 location information confirmation means 206 update means 208a first condition determination means 208b second condition determination means 208c third condition determination means 208d 4 condition determination means 208e 5th condition determination means 210 Contract creation means C1, C2 Discharge carrier terminal MD Collection carrier terminal N Internet SVG Waste disposal management server SVJ JWNET server

Claims (7)

A discharge company terminal operated by a discharge company that discharges waste;
A waste disposal management server operated by a management company that manages the disposal of the waste;
A collection carrier terminal operated by a collection carrier that collects and transports the waste, and
The waste company terminal, the waste processing management server, and the collection carrier terminal are connected to each other via a network, and are a waste processing management system that manages processing of the waste based on an electronic manifest,
A terminal that has a camera and a GPS function, and that can take a photograph P1 of the waste at the collection destination of the waste and a photograph P2 of the waste at the transportation destination, each having a camera and a GPS function. And
The waste disposal management server stores storage location information of the waste collection destination and transport destination, respectively;
The position included in the information of the photograph P1 is within a predetermined distance range from the information of the location of the collection destination, and the position included in the information of the photograph P2 is determined in advance from the information of the location of the transport destination. First condition determination means for determining success or failure of a first condition that is within a set distance range;
The amount of the waste obtained from each of the photos P1 and P2 is substantially equal to the amount of the waste input by the collector / carrier through the collector / carrier terminal. Second condition judging means for judging success or failure of the condition;
The waste photographed as the photograph P1 and the waste photographed as the photograph P2 are substantially the same as the type of waste input by the collection carrier through the collection carrier terminal. Third condition determining means for determining success or failure of the third condition that is,
A waste treatment management system comprising: fourth condition determination means for determining success or failure of a fourth condition that manifest information is registered in an electronic manifest system. The waste treatment management system according to claim 1,
The waste disposal management server participates in a blockchain network, and the collection and transportation from the discharge business operator or the management business operator's wallet A on condition that all of the first to fourth conditions are satisfied. A waste treatment management system further comprising contract creation means for creating a contract whose content is to transfer virtual currency or points to a wallet B of a trader. The waste treatment management system according to claim 1,
The waste processing management server further includes fifth condition determining means for determining whether or not a fifth condition is approved that the collection processing company is authorized to execute a settlement process. system. The waste treatment management system according to claim 3,
The waste disposal management server participates in the block chain network, and the collection and transportation from the discharge business or the wallet A of the management business is performed on condition that all the first to fifth conditions are satisfied. A waste treatment management system further comprising contract creation means for creating a contract whose content is to transfer virtual currency or points to a wallet B of a trader.   A waste disposal management server provided in the waste disposal management system according to any one of claims 1 to 4. A waste treatment management method using the waste treatment management system according to claim 1,
The first to third condition determining means determine that the first to third conditions are satisfied, respectively.
The fourth condition determining means determines that the fourth condition is satisfied;
A waste treatment management method in which the fifth condition determining means determines that the fifth condition is satisfied. The waste operator terminal operated by the discharge operator that discharges the waste, and the waste collection destination at which the collection and collection company that collects the waste includes the location information of the shooting location A waste processing management server connected to a portable terminal for taking a photograph P2 of the waste in advance and operated by a management company that manages the processing of the waste based on an electronic manifest The
Storage means for storing information on the location of the waste collection destination and transport destination;
The position included in the information of the photograph P1 is within a predetermined distance range from the information of the location of the collection destination, and the position included in the information of the photograph P2 is determined in advance from the information of the location of the transport destination. First condition determining means for determining success or failure of a first condition that is within a set distance range;
The amount of the waste obtained from each of the photos P1 and P2 is substantially equal to the amount of the waste input by the collector / carrier through the collector / carrier terminal. Second condition determining means for determining whether or not the condition is satisfied;
The waste photographed as the photograph P1 and the waste photographed as the photograph P2 are substantially the same as the type of waste input by the collection carrier through the collection carrier terminal. Third condition determining means for determining success or failure of the third condition,
A program for functioning as fourth condition determination means for determining success or failure of a fourth condition that manifest information is registered in the electronic manifest system.