JP2006318468A - Waste management system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a waste management system which is capable of accurate tracking management of a process of carrying out waste from an ejecting office and disposing the waste in final disposal sites and is capable of confirming conditions in the course of the process and copes with electronic manifestation registration. <P>SOLUTION: A server performing data management of the waste which is ejected from the ejecting office and is carried to final disposal sites through intermediate disposal equipment and is disposed in the final disposal sites includes; a means for assigning a peculiar primary tracking ID to the waste and preserving it together with its relevant information in response to reception of a carrying-out completion notification informing that the waste has been carried out from the ejecting office; and a means for assigning one or more secondary tracking IDs showing classifications of one or more secondary products produced from the waste due to intermediate disposal in the intermediate disposal equipment, respectively to the secondary products and preserving the secondary tracking IDs in association with the primary tracking ID in response to reception of an intermediate disposal completion notification, for occurrence of the secondary products. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a waste management system for managing a process in which waste is discharged from a discharge company, is subjected to intermediate treatment at an intermediate treatment facility, and is finally disposed at a final disposal site.

  Under the Waste Disposal Law, the waste management (industry waste) that is landfilled at the final disposal site is also asked for the responsibility of the discharge company. Discharge companies are obligated to correctly convey the properties of the waste to the contractor when entrusting the disposal of the waste and confirm that the proper treatment has been performed. A waste management table (manifest) is used. In the past, a written manifest was generally used, and the discharge company entered the type, quantity, packaging, precautions for handling, the name of the carrier, the name of the processing company, the place of final disposal, etc. , And hand it over to the transporter when carrying out the waste. The document manifest is spelled out in multiple sheets. After that, an approved document indicating the completion of each process is given to the discharge company every time it is brought into the intermediate processing facility, at the end of the intermediate processing, at the end of the final disposal, etc. It is supposed to be returned.

  In Patent Document 1, in the process from collection of waste to final disposal, the waste for each processing step is imaged by the imaging unit, and the obtained image data is transferred to the data management unit by the image transfer unit. A system for tracking and managing a waste processing state by image data by accessing a data management unit is disclosed.

Recently, an electronic manifest has been introduced instead of a written manifest. The electronic manifest connects the management center server and the terminals owned by each of the discharge business operator, the carrier, and the processing company via a network, and transmits the same information as the document manifest by electronic data. Compared to a written manifest, the electronic manifest has a faster and easier registration procedure, enables electronic data to be used to immediately check the status of waste disposal, and saves the manifest slip. There is.
Japanese Patent No. 3361802

  The waste disposal process is managed by the manifest as described above. However, in the case of a written manifest, tampering such as tampering is possible, and there is a high risk of illegal waste disposal being performed. In addition, it is not possible to confirm the actual situation where the waste is transported and processed in either case of the document manifest or the electronic manifest.

  Moreover, in patent document 1, the actual condition of waste can be confirmed by acquiring the state of conveyance and processing of waste as image data, particularly moving image data, and browsing this. However, in many of the actual wastes, wastes from different discharge establishments are mixed, separated, and processed for each type in the intermediate processing for incineration, crushing, and the like. If multiple secondary products are generated by this intermediate process, even if the processing status is recorded by moving image data, how much each individual waste from different discharge establishments is each. It is not possible to grasp whether it is included in In addition, if each of the multiple secondary products is transported to a different final disposal site by a different route, it is no longer necessary to properly track the individual waste, matching the manifest data with details. Otherwise, it will be difficult and very complicated work will be required.

  In this way, in the waste treatment process, wastes that were initially individually identifiable are separated, mixed, changed in properties or separated, resulting in multiple branches that gradually become difficult to identify. There is an essential characteristic of becoming. Therefore, there is a demand for a system that can appropriately manage the waste treatment process in consideration of such characteristics.

  Furthermore, as described above, the electronic manifest has advantages over the written manifest. However, since the data entry work is entrusted to each discharge establishment and intermediate processing facility, it is not possible to actually transmit data accurately and quickly. Cannot guarantee. Moreover, although it is less burdensome than in writing, it cannot be denied that it is a complicated procedure for an emission establishment.

  In view of the above situation, the present invention can accurately track and manage the process until individual waste is carried out from the discharge establishment and disposed of at the final disposal site, and the status of the process can be confirmed. The purpose is to provide a waste management system that supports electronic manifest registration.

The configuration of the present invention that achieves the above object is as follows.
(1) A waste management system according to claim 1 is a waste management system having a server for managing data on waste transported and processed from a discharge establishment to an final disposal site through an intermediate treatment facility. Means for allocating a unique primary tracking ID to the waste and storing it together with related information in response to the server receiving a carry-out completion notification notifying that the waste has been carried out from the discharge establishment. When,
In response to receiving a notification of completion of the intermediate processing when one or more secondary products are generated from the waste by the intermediate processing in the intermediate processing facility, each of the one or more secondary products is received. And a means for assigning one or a plurality of secondary tracking IDs indicating the type, respectively, and storing one or a plurality of the secondary tracking IDs in association with the primary tracking ID.
(2) The waste management system according to claim 2 is a coefficient indicating the generation ratio of each secondary product when a plurality of secondary products are generated from the waste by the intermediate processing in claim 1. Is set in advance, and by applying the coefficient to the generation amount of the entire secondary product, calculation means for calculating the generation amount of the individual secondary products, and the calculated individual secondary products Means for storing the generation amount of the secondary product in association with each of the primary and secondary tracking IDs.
(3) A waste management system according to claim 3 is the waste management system according to claim 1 or 2, wherein the waste is transported from the discharge establishment, the waste is transported from the discharge establishment to the intermediate treatment facility, Status of importing waste into the intermediate treatment facility, status of intermediate treatment of the waste in the intermediate treatment facility, status of carrying out the secondary product from the intermediate treatment facility, final disposal site from the intermediate treatment facility of the secondary product Video data that captures the status of transport to the final disposal site of the secondary product and the final disposal status of the secondary product at the final disposal site are received and assigned at the time of reception. Means for storing each video data in association with the primary and secondary tracking IDs.
(4) A waste management system according to a fourth aspect of the present invention is the waste management system according to any one of the first to third aspects, wherein the waste is transported from a discharge establishment, the waste is transported to an intermediate treatment facility, the two The primary and secondary tracking IDs assigned at the time of receiving the weight measurement data when the secondary product is carried out from the intermediate treatment facility and when the secondary product is carried into the final disposal site. And means for storing each weight measurement data in association with each other.
(5) The waste management system according to claim 5 further includes an electronic manifest interlocking unit that transmits and receives information on the waste with the electronic manifest management center server in claim 1,
The electronic manifest interlocking means transmits primary electronic manifest registration information to the electronic manifest management center server in response to receiving an unloading completion notice from the waste discharge establishment, and the electronic manifest management center A primary electronic manifest number is received from the server, and the primary manifest number is stored in association with the primary tracking ID.
(6) A waste management system according to a sixth aspect of the present invention is the waste management system according to the fifth aspect, wherein the server has an intermediate processing time set in advance in response to the server receiving a notification of completion of loading of the waste into the intermediate processing facility terminal. The electronic manifest interlocking means transmits an intermediate processing completion notification related to the primary manifest registration information to the electronic manifest management center server in response to the end of the timer.
(7) The waste management system according to claim 7 is the waste management system according to claim 5 or 6, wherein the electronic manifest interlocking means receives the notification of completion of carrying out the secondary product from the intermediate processing facility. Sends secondary electronic manifest registration information to the electronic manifest management center server, receives a secondary electronic manifest number from the electronic manifest management center server, and associates the secondary manifest number with the primary and secondary tracking IDs And save.
(8) A waste management system according to an eighth aspect of the present invention is the waste management system according to any one of the fifth to seventh aspects, wherein the electronic manifest interlocking means receives the notification of completion of final disposal at the final disposal site. A final disposal completion notification regarding the primary and secondary electronic manifest registration information is transmitted to the management center server.
(9) A waste management system according to a ninth aspect of the present invention is the waste management system according to any one of the first to eighth aspects, wherein the server transports the waste from the discharge establishment to the intermediate treatment facility and operates the vehicle. Record the speed record data, and the record data of the operation route and the operation speed of the vehicle carrying the secondary product from the intermediate treatment facility to the final disposal site, and the primary and assigned at the time of receiving the record data There is further provided means for storing record data of the operation route and operation speed of the vehicle in association with the secondary tracking ID.
(10) A waste management system according to a tenth aspect of the present invention is the waste management system according to any one of the first to ninth aspects, wherein the server associates with the primary and secondary tracking IDs assigned at that time according to network access. Create and send a web page that allows you to view each piece of data.

(A) The server in the waste management system of the present invention assigns a unique primary tracking ID to the waste when the waste is carried out from the discharge establishment. Further, when one or more secondary products are generated from the waste in the intermediate treatment, one or more secondary tracking IDs indicating the type are assigned to each secondary product, and the primary tracking ID is assigned. Save it in association with. The ID obtained by concatenating the primary tracking ID and the secondary tracking ID becomes an ID unique to each secondary product, and can identify each secondary product. Note that the present system is not limited to the case where such intermediate processing is performed only once, but includes cases where the intermediate processing is performed a plurality of times. In other words, although referred to as “secondary” tracking ID in this specification, the case where “third order” and further “fourth order” tracking IDs are assigned is included depending on the number of intermediate processes. In this case, they should be referred to as “tertiary product” and “quaternary product”, but are collectively referred to as “secondary product” in this specification. Furthermore, the “intermediate treatment” includes cases such as simple separation in which the form and properties of the waste content itself do not change. For example, in the case of mere separation, the “secondary product” does not change in form or properties compared to the contents before processing, but in this system the “secondary product” ".

  As described above, in this system, when the initial waste is separated, mixed, or changed in the intermediate process, another tracking ID is newly assigned, and the existing tracking ID (1 given before the process) is assigned. (Or more than one). Thus, all IDs formed by sequentially connecting a plurality of tracking IDs are unique to the secondary product at that time. This makes it possible to reliably track and manage the movement route from the original discharge establishment even when the waste branches in the treatment process and is distributed to different treatment steps.

(B) Furthermore, in this system, when a plurality of secondary products are generated from waste by intermediate treatment, a coefficient indicating the production ratio of each secondary product is set in advance. By applying this coefficient to the generation amount, the generation amount of each secondary product can be calculated. By storing this in association with the secondary tracking ID, it is possible to compare with the amount of emissions from the original waste establishment even when the waste branches in the treatment process and is distributed to different treatment processes. Quantitative tracking management is possible.

(C) Furthermore, in this system, the status of carrying waste from the waste establishment, the status of transporting waste from the establishment to the intermediate treatment facility, the status of carrying waste to the intermediate treatment facility, and the middle of the waste Status of intermediate treatment at the treatment facility, status of carry-out of secondary products from the intermediate treatment facility, status of transport of secondary products from the intermediate treatment facility to the final disposal site, status of carry-in of secondary products to the final disposal site, And the video data which image | photographed the final disposal condition in the final disposal site of a secondary product are linked | related with a primary tracking ID or a secondary tracking ID, and are preserve | saved. Thereby, it is possible to monitor whether proper carry-out, transportation, carry-in, and processing are performed, and there is also a fraud prevention effect.

(D) Furthermore, in this system, when the waste is discharged from the business establishment, when the waste is transferred to the intermediate treatment facility, the state of carrying out the secondary product from the intermediate treatment facility, and the secondary product The weight measurement data at the time of carrying into the final disposal site is stored in association with the primary tracking ID or the secondary tracking ID. Thereby, it becomes possible to track and manage the amount of waste.

(E) Further, in this system, the server further has an electronic manifest interlocking means for transmitting and receiving waste information to and from the electronic manifest management center server, and receives a notification of completion of carrying out from the waste discharge establishment. Accordingly, the primary electronic manifest registration information is transmitted to the electronic manifest management center server, the primary electronic manifest number is received from the electronic manifest management center server, and the primary manifest number is stored in association with the primary tracking ID. As a result, the electronic manifest procedure can be performed in place of the discharge company, and the burden on the carrier can be reduced.

(F) Further, in this system, the server starts a timer that measures the passage of a predetermined intermediate processing time in response to receiving a notification of completion of the carrying of waste into the intermediate processing facility terminal, and the electronic manifest The interlocking means transmits an intermediate processing completion notification related to the primary manifest registration information to the electronic manifest management center server in response to the expiration of the timer. As a result, the electronic manifest procedure can be substituted for the intermediate processor, and the burden on the intermediate processor can be reduced.

(G) Further, in this system, the electronic manifest interlocking means transmits secondary electronic manifest registration information to the electronic manifest management center server in response to receiving a notification of completion of the secondary product removal from the intermediate processing facility. Then, the secondary manifest number is received from the electronic manifest management center server, and the secondary manifest number is stored in association with the secondary tracking ID. As a result, the electronic manifest procedure can be substituted for the intermediate processor, and the burden on the intermediate processor can be reduced.

(H) Further, in this system, the final disposal regarding the primary and secondary electronic manifest registration information to the electronic manifest management center server in response to the electronic manifest linking means receiving the final disposal completion notice at the final disposal site. Send a completion notification. As a result, the electronic manifest procedure can be substituted for the final disposal contractor, and the burden on the final disposal contractor can be reduced.

(I) Further, in this system, the server records the operation route and operation speed record data of the vehicle carrying the waste from the discharge establishment to the intermediate treatment facility, and the secondary product from the intermediate treatment facility to the final disposal site. The recording data of the operation route and the operation speed of the vehicle carrying the vehicle is received, and the operation data of the operation route and the operation speed of the vehicle are stored in association with the primary tracking ID or the secondary tracking ID. As a result, it is possible to monitor that proper transportation is being performed and to prevent fraud.

(J) Furthermore, in this system, the server creates and transmits a web page that enables browsing of each data associated with the primary and / or secondary tracking ID in response to network access. As a result, any of the discharge company, the intermediate processing company, and the final disposal company can view and confirm the waste processing process.

Hereinafter, an embodiment of a waste management system according to the present invention will be described with reference to the drawings showing an example.
FIG. 1 is a schematic configuration diagram of a waste management system according to the present invention. The waste management server 1 serving as the main part of the system can be implemented by an appropriate computer, and is realized by introducing a program for realizing each function included in the system. In FIG. 1, main functions realized by the waste management server 1 are shown as each processing unit.

The outline of the waste treatment process is as follows. Discharge company discharges waste. The transporter carries out the waste from the business site of the discharge company and carries it into the intermediate processing facility of the intermediate processing company, where the intermediate processing is performed.
In the intermediate treatment, usually, wastes collected from other discharge establishments are sorted by type, and appropriate intermediate treatment is performed for each type. Typical processes include incineration and crushing, for example. Depending on the type, it may be transported directly to the final disposal contractor or recycler after sorting. In this specification, waste separation is included in one of the intermediate treatments. Secondary products are produced by intermediate treatment of the waste. The secondary product is not limited to one type, and a plurality of secondary products may be generated. In addition, regarding this system, since separation is included in one of the intermediate treatments, even if the form and properties of the contents of the waste do not change, it is regarded as one of the secondary products.
After the intermediate treatment, the secondary product is carried out from the intermediate treatment facility and carried into the final disposal site of the final disposal contractor for final disposal. A typical final disposal is landfill. Alternatively, the secondary product is delivered from the intermediate treatment facility to the recycler.

  In the electronic manifest procedure in the manifest system, the primary manifest registration is required for the process in which waste is transported from the discharge establishment to the intermediate treatment facility by the carrier and the intermediate treatment is completed at the intermediate treatment facility. Is granted. Furthermore, secondary manifest registration is required for the process in which the secondary product is transported from the intermediate treatment facility to the final disposal site and the final disposal is completed at the final disposal site, and a secondary manifest number is assigned to it. Is done.

  Referring to FIG. 1, a waste management server 1 is connected to each terminal device related to the present system via a network suitable for the Internet. Each terminal device is used by each member involved in the waste disposal process. For example, a transport vehicle base terminal 20 is disposed at a transport vehicle base that is controlled by the transport company, and a discharge business terminal 30 is disposed at a discharge business site that is controlled by the discharge business. The intermediate processing facility terminal 50 is disposed at the final disposal site, and the final disposal site terminal 70 is disposed at the final disposal site under the jurisdiction of the final disposal contractor. In addition, although it is not essential, a recycled product delivery destination terminal 60 is disposed at the recycled product delivery destination under the jurisdiction of the recycled product purchaser.

  Each terminal is typically an appropriate computer, and a communication device for connecting to the Internet and a web page are accessed to download desired data and displayed on a display device provided in each terminal. Browser software. Each terminal can upload electronic data to the waste management server 1 through the communication device. This upload may be performed by accessing a web page. In addition, each terminal includes an input device such as a keyboard for data input.

  A video to record the handling and transportation status of waste or secondary products as videos of intermediate treatment facilities and final disposal sites, which are the main bases from the start to the end of the waste treatment process, and transport vehicles Each has a video recording device such as a camera. Although not essential, it is preferable to provide a video recording apparatus for the same purpose at the discharge establishment as in the illustrated example. The video recording apparatus includes a storage device that stores electronic data of a captured video and / or a data transfer device that transfers electronic data of the captured video to each terminal. Furthermore, the discharge establishment, the intermediate treatment facility, and the final disposal site are provided with a weight measuring device for measuring the weight of the waste or the secondary product. Preferably, each is equipped with a measuring device such as a truck scale that can measure in a state of being loaded on the vehicle.

  It should be noted that it is preferable that a recycling product delivery destination also includes a video recording device and a weight measuring device.

  In addition to the above video recording device, the vehicle for transporting waste receives a digital tachograph that records the speed and distance traveled, and a signal from the GPS satellite 41, and records the position during travel at regular time intervals. A vehicle-mounted device 40 that includes a GPS receiver that performs storage and a storage device such as a memory that stores these measured values as electronic data is mounted. Furthermore, the vehicle-mounted device 40 is preferably a communication device that performs communication (including telephone calls and / or data transmission) with each of the intermediate processing facility terminal 50, the final disposal site terminal 70, and the waste management server 1. Includes a wireless communication device. Note that the electronic data of the measurement values stored in the storage device of the vehicle mounting device 40 is normally once transferred from the vehicle mounting device 40 to the transport vehicle base terminal 20. This transfer is performed via a removable storage medium provided in the storage device or by connection through a data transfer line. The transferred electronic data is uploaded from the transport vehicle base terminal 20 to the waste management server 1. As another form, uploading to the waste management server 1 directly from the vehicle-mounted device 40 may be possible.

  The electronic manifest management center server 80 accepts registration of the electronic manifest, assigns an electronic manifest number, and performs data processing related to management of the electronic manifest. The waste management server 1 can transmit data regarding the electronic manifest to and from the electronic manifest management center server 80 via the Internet.

  Each function of the waste management server 1 is executed by each of the main processing units shown in FIG. Further, the waste management server 1 constructs the waste management database 100 and stores it in an appropriate auxiliary storage device, and controls registration / update and the like. The waste management database 100 is composed of a plurality of tables (to be described later) for storing various data related to the processing of this system, and is linked to each processing unit.

  The master data registration processing unit 11 has a basic data management function of this system. For example, the relevant information (name, address, contact information, location information (latitude / longitude), etc.) of discharge establishments, intermediate treatment facilities, and final disposal sites that are members of this system are registered in a predetermined table. Updates such as changes and deletions. Also, basic information (name, type, property, processing method, etc.) related to waste is registered in a predetermined table, and updated such as change / deletion.

  The contract data registration processing unit 12 has a data management function related to a waste disposal contract with the discharge establishment. For example, register the content information (contractor's emission establishment, waste quantity, unit price, etc.) for each contract and information related to the unloading plan (scheduled date, quantity, dispatch, etc.) in a predetermined table, change / delete, etc. Update.

  The tracking data processing unit 13 has a function of tracking and managing data relating to the movement status and processing status of waste from the time it is transported from the discharge establishment to the final disposal or delivery to the recycling destination. Only the primary tracking data processing unit 13a and the secondary tracking data processing unit 13b are shown, but a tertiary and quaternary processing unit may be provided depending on the situation. The primary tracking data processing unit 13a normally stores, in a predetermined table, data related to waste in the processes from the discharge establishment to the first intermediate processing facility and the completion of the intermediate processing. At the completion of the first intermediate treatment, one or more secondary products are generated from the original waste. The secondary tracking data processing unit 13b then transfers the secondary product in the process from the completion of the first intermediate process to the transfer to the second processing base (which may be in the same facility) and the completion of the second process. Is stored in a predetermined table.

  Typically, the second processing base is a final disposal site, and the second processing is final disposal. However, when a plurality of further intermediate processes other than final disposal are performed on the secondary product, a tertiary tracking data process or a quaternary tracking data process is also required. All of these are performed in the same manner as the secondary tracking data processing. Therefore, the case where these third-order and fourth-order tracking data processing is performed is referred to as secondary tracking data processing.

  In this connection, secondary products generated in the initial intermediate treatment may generate tertiary products, quaternary products, etc. in subsequent further intermediate treatments. These tertiary products, Since quaternary products and the like are handled in the same manner as secondary products in data processing, they are collectively referred to as secondary products in the present invention.

  The video data server 15 appropriately uploads video data uploaded from the transport vehicle base terminal 20, the intermediate processing facility terminal 50, and the final disposal site terminal 70 (preferably including the discharge establishment terminal 30 and the recycled product delivery destination terminal 60). It has the function of processing and storing.

  The web server 16 requests access from the discharge establishment terminal 30, the intermediate processing facility terminal 50, and the final disposal site terminal 70 (preferably including the transport vehicle base terminal 20 and the recycled product delivery destination terminal 60). The extracted data is extracted from the waste management database 100, an HTML document forming a web page is created, and transmitted to each terminal. Thereby, in each terminal, the data regarding the desired waste and / or secondary product can be browsed at any time. Further, the web server 16 has a function of receiving data such as registration information input from each terminal and electronic data such as uploaded measurement values and delivering them to the related processing units.

  The electronic manifest linkage processing unit 17 has a function of connecting to the electronic manifest management center server 80 via a network. It mainly functions in conjunction with the tracking data processing unit 13, transmits electronic manifest registration data to the electronic manifest management center server 80, receives an electronic manifest number assigned thereto, and delivers it to the tracking data processing unit 13. .

  2A to 2C show examples of tables included in the waste management database 100, and these tables are related to each other via common information items included in the tables, and constitute a related database as a whole. .

FIG. 2A shows an example of a main table managed by the master data registration processing unit 11 shown in FIG.
The discharge establishment master 101 is a table that stores related information of each discharge establishment, and includes an emission establishment ID (identification number), a business partner ID that has jurisdiction over this, an emission establishment name, an address, a telephone number, a latitude, Define or register longitude, person in charge, etc.

The facility master 102 is a table that stores related information on intermediate processing facilities or final disposal sites, and defines or registers facility IDs, names, addresses, telephone numbers, and the like.
The processing method master 103 is a table that stores the types of waste intermediate processing methods, and defines or registers processing method codes, names, and the like.

  The waste master 104 is a table for storing waste type information. The waste type code defined by the type of waste, the waste name, the processing method code, the code defined by the electronic manifest, the receiving unit price, etc. Is registered.

  The property coefficient master 105 is a table that stores information related to secondary products generated by intermediate processing of waste in each facility, and includes facility ID, waste type code, processing method code, secondary product code, Generation ratio is defined or registered. When there are a plurality of secondary products generated from the intermediate treatment of one waste, a code is defined for each secondary product, and each production ratio obtained empirically (hereinafter, May be referred to as “coefficient”).

FIG. 2B shows an example of a main table managed by the contract data registration processing unit 12 shown in FIG.
The contract information data 121 is a table for storing each contract case, and the contract information ID, discharge ID, supplier ID, and contract year assigned for each contract case are registered. For example, contracts are made on a yearly basis.

  The contract details data 122 is a table that stores detailed information for each contract, and registers a contract information ID, a waste type code, a contract quantity, a contract unit price, a vehicle type ID, and the like. For example, the contract information ID “1” includes three types of waste, of which the waste type code is “1”, the contract quantity is “100,000 kg” per year, the contract unit price is “35,000 yen”, Is defined in the vehicle type ID “1”.

  The unloading plan data 123 is a table for storing the contents information of each unloading plan determined based on the unloading request contents submitted from the discharge establishment, and the unloading plan ID, unloading desired date / time, contract information ID, and waste type Includes code, quantity, etc. For example, in the case of the unloading plan ID “1” assigned to each unloading plan, the unloading schedule date is “13:30 on June 12, 2006”, and the waste type of the case of the contract information ID “1” “8765 kg” of the waste code “2” is scheduled to be carried out. Information on the carry-out plan data 123 is notified in advance to the corresponding discharge establishment.

  The dispatch data 124 is a table that stores arrangement information of a transport vehicle that carries out waste from the discharge establishment and transports it to the intermediate processing facility, and includes dispatch ID, scheduled delivery date, scheduled delivery date, contract information ID, and waste type. Code, planned quantity, vehicle ID, driver ID, planned delivery facility ID, etc. are included. The information of the dispatch data 124 is notified in advance to the corresponding transport vehicle base.

FIG. 2C shows an example of a main table managed by the tracking data processing unit 13 shown in FIG.
The waste tracking data 131 is a table that stores relevant information for managing the movement status and processing status for each waste transported from the discharge establishment. It should be noted that the information items in the table 131 are schematic and some information items that are actually necessary are also omitted. The primary tracking ID is a unique identification number assigned to the waste when the waste is completely carried out from the discharge establishment. For data that has been confirmed at the time when the delivery from the discharge establishment is completed, the data at that time is stored. For example, contract information ID, waste type code, primary quantity, vehicle ID, unloading facility ID, unloading date and time, and the like.

  The secondary tracking ID is an ID indicating the type of each of one or more secondary products generated when the intermediate process is completed. For example, it is assumed that the waste of the primary tracking ID “1” is intermediately processed to generate one secondary product, and the type ID of the secondary product is “5”. The connection ID of the secondary product at that time is “1-5”. When a plurality of secondary products are generated, a new row for the primary tracking ID is added to the table, and a plurality of secondary tracking IDs indicating various types of the plurality of secondary products are stored. Although not shown, for example, each secondary product can be identified by a connection ID “1-4” or “1-6”.

The electronic manifest interlocking processing unit 17 performs the primary electronic manifest registration processing when the waste is carried out from the carrying out business, and the primary electronic manifest number assigned thereto is delivered to the tracking data processing unit 13. The tracking data processing unit 13 stores the primary electronic manifest number in association with the primary tracking ID.
In addition, when the intermediate processing is completed and the secondary product is carried out from the intermediate processing facility, the electronic manifest linked processing unit 17 performs the secondary electronic manifest registration processing, and the secondary electronic manifest number assigned thereto is assigned. The tracking data processing unit 13 stores the secondary electronic manifest number in association with the primary tracking ID and the secondary tracking ID.

  In this system, when a plurality of secondary products are generated by the intermediate processing, a secondary tracking ID indicating the type is assigned to each secondary product and stored in the table in association with the primary tracking ID. . A connection ID obtained by connecting the primary tracking ID and the secondary tracking ID is unique to the secondary product. Further, for data that has been confirmed when the intermediate processing is completed, the data at that time is stored. For example, secondary quantity.

  The secondary quantity is the production amount of each type of secondary product, and is calculated using the production ratio, that is, the coefficient registered in the property coefficient master 105 shown in FIG. 2A. It is calculated by measuring the generation amount of the entire secondary product and multiplying it by a coefficient.

  In addition, in the intermediate treatment facility, the waste carried from each of a plurality of different discharge establishments is mixed, sorted by waste type, and suitable intermediate treatment (incineration, crushing, etc.) is performed for each. It is common. In this way, when wastes from multiple emission establishments are mixed and processed, one type of secondary product is mixed with those originating from multiple emission establishments. Become. This mixing ratio can be regarded as the same ratio as the primary quantity of each waste before treatment.

  For example, referring to the waste tracking data 131, wastes having primary tracking IDs “1”, “2”, “3”, and “4” are mixed and intermediately processed, and the secondary tracking ID “5” is used. A secondary product with a type is generated. The secondary product “5” as a whole after the intermediate treatment is divided into the secondary products to be identified by the linkage IDs “1-5”, “2-5”, “3-5” and “4-5”. It is a mixed state. In this case, the quantity of the entire secondary product “5” is calculated by the coefficient of the property coefficient master 105 in FIG. 2A. Furthermore, the secondary quantities of the individual secondary products “1-5”, “2-5”, “3-5”, and “4-5” are different from the total quantity of the secondary product “5”. Calculated by multiplying the percentage of primary waste.

  In this way, in this system, a unique primary tracking ID is assigned to the initial waste transported from the discharge establishment, and then generated by the intermediate process when the intermediate process including mixing and / or separation is completed. A secondary tracking ID is assigned to each type of secondary product and associated with the primary tracking ID. When a plurality of intermediate processes are performed, a secondary (actually, tertiary or quaternary) tracking ID is newly assigned each time and associated with an existing connection ID. The link ID created in this way is unique to the secondary product at that time. Thus, even if the current secondary product is a mixture containing those from different sources, it is possible to identify from which source they originated through which route (of course, this Does not mean that they can be identified physically separated).

  As described above, information on waste and / or secondary products uniquely identified by the link ID is obtained when the information is confirmed or when the information is obtained by uploading from each terminal. It is stored in a predetermined cell of the table of waste tracking data 131. A blank cell in the table indicates that the process has not been completed.

  The final processing flag in the table of the waste tracking data 131 is turned on when the final disposal is completed.

  The carry-in / out position information event data 132 is a table that stores GPS position data measured by the vehicle-mounted device 40 shown in FIG. Although not shown, measurement data obtained by a digital tachograph is also stored and saved in the same manner. In the illustrated example, the information is stored in association with the primary tracking ID, but after the secondary tracking ID is assigned, it is stored in association with these concatenated IDs. For example, since the secondary tracking ID is assigned when the intermediate processing is completed, the measurement data being transported from the intermediate processing facility to the final disposal site is associated with the connection ID composed of the connection between the primary tracking ID and the secondary tracking ID. Stored.

Hereinafter, an example of the processing flow of the present system will be described with reference to the flowcharts of FIGS. In addition, the code | symbol of each component shown in FIG. 1 is used.
FIG. 3 is a schematic flow diagram showing a processing flow when a discharge request is made by the discharge establishment. In this processing flow, processing that is a premise of this system is performed.
Step 301: The discharge establishment terminal 30 transmits carry-out request data to the waste management server 1. This is performed well in advance of the desired delivery date. The carry-out request data includes information on the waste to be carried out (type, quantity, property, etc.), desired carry-out date and time, an intermediate processing facility at the carry-out destination, and the like. It should be noted that this includes information necessary for primary electronic manifest registration.

Step 302: The waste management server 1 receives the carry-out request data. Based on the information of the export request data, a new record is registered in the table of the export plan data 123 shown in FIG. 2B, and necessary information is stored.

Step 303: The waste management server 1 determines a vehicle allocation plan so as to respond to the carry-out request, and transmits vehicle allocation request data including the contents to the transport vehicle base terminal 20.

Step 304: The transport vehicle base terminal 20 receives the dispatch request data. Then, adjustment etc. are performed based on the content.
Step 305: The transport vehicle base terminal 20 transmits vehicle allocation approval data including vehicle allocation schedule information for carrying out the requested waste to the waste management server 1.

Step 306: The waste management server 1 receives the vehicle allocation approval data, and registers the vehicle allocation plan data in the table of the vehicle allocation data 124 shown in FIG. 2B.

Step 307: The waste management server 1 transmits unloading schedule data for answering the unloading request to the discharge establishment terminal 30 based on the vehicle allocation plan data, while the intermediate management facility terminal 50 receives the waste Sends the scheduled delivery data to notify the delivery schedule.

FIG. 4 is a processing flow relating to the discharge of waste from the discharge establishment to the intermediate processing facility.
Step 401: The transport vehicle arrives at the discharge office according to the vehicle allocation plan, and the target waste is loaded on the transport vehicle. Investigate the properties of the waste, and measure the weight of the waste using a truck scale. During this unloading operation, the state of waste loading, measurement, departure, etc. is photographed using a video recording device installed at the discharge office. Measurement data such as weight and video data are temporarily stored in an appropriate storage device of the discharge establishment terminal 30. As another embodiment, the situation at the time of carrying out from the discharge establishment may be photographed using a video recording device provided in the transport vehicle.

Step 402: The operator of the transport vehicle checks whether the type, properties, quantity, etc. of the waste are as planned. After confirmation, unloading completion data for notifying completion of unloading is transmitted to the waste management server 1 using the communication function of the vehicle-mounted device 40. Thereafter, the vehicle goes to an intermediate processing facility according to a preset route.

Step 403: The waste management server 1 receives carry-out completion data from the vehicle-mounted device 40. In response to this, a new record is registered in the table of waste tracking data 131 shown in FIG. 2C, and a unique primary tracking ID is assigned to and stored in the discharged waste. At the same time, data for the date and time of unloading is recorded. Further, various information related to the waste is also stored in the waste tracking data 131 in conjunction with the carry-out plan data 123 of FIG. 2B. Thereafter, the primary electronic manifest registration data created using the necessary waste related information is transmitted to the electronic manifest management center server 80.

Step 404: Upon receiving the primary electronic manifest registration data, the electronic manifest management center server 80 executes a predetermined electronic manifest acceptance process, assigns a primary manifest number to the waste, and sends the waste management server 1 Send data to notify the primary manifest number.

Step 405: Upon receiving the primary manifest number, the waste management server 1 registers it in the waste tracking data 131 table.

Step 406: On the other hand, the transport vehicle heading from the discharge establishment to the intermediate processing facility measures the vehicle speed and the moving distance by the digital tachograph which is the vehicle mounting device 40, and from the GPS satellite by the GPS receiver. The position information of latitude and longitude is measured. Both measurements are normally performed at predetermined time intervals (for example, every 10 minutes), and the date and time at the time of measurement is also recorded. In addition, the operation status is photographed using a video recording device, and the video data is acquired. These operation status measurement data are temporarily stored in a storage device included in the vehicle-mounted device 40.

Step 407: When the transport vehicle arrives at the intermediate processing facility, the weight of the waste is measured by a truck scale or the like. In addition, check whether the properties, received quantity, etc. are as planned. During this loading operation, a video recording device installed in the intermediate processing facility is used to photograph the situation of the arrival of the transport vehicle, the unloading of the waste, and the measurement. Measurement data such as weight and video data are temporarily stored in an appropriate storage device of the intermediate processing facility terminal 50.

Step 408: The intermediate processing facility terminal 50 transmits carry-in completion data for notifying the waste management server 1 of the carry-in completion after the carry-in work is completed.

Step 409: Upon receiving the carry-in completion data, the waste management server 1 records the data for the carry-in date and time in the waste tracking data 131 table of FIG. 2C. Furthermore, the waste management server 1 transmits to the electronic manifest management center server 80 data reporting completion of acceptance to the intermediate processing facility in relation to the primary electronic manifest of the waste.

Step 410: The electronic manifest management center server 80 records the completion of acceptance into the intermediate processing facility in the primary electronic manifest of the waste.

Step 411: After returning to the vehicle base, the transport vehicle transmits operation status measurement data (including video data of the operation status) to the waste management server 1. In this transmission, it is preferable that the data temporarily stored in the storage device of the vehicle-mounted device 40 is once transferred to the transport vehicle base terminal 20 and transmitted from the transport vehicle base terminal 20 to the waste management server 1. is there. As another embodiment, when the carry-out status from the discharge establishment is photographed using the video recording device of the transport vehicle, the video data of the carry-out status is also transmitted to the waste management server 1.

Step 412: When the waste management server 1 receives the operation status measurement data, the waste management server 1 stores it in the table of the loading / unloading position information event data 132 shown in FIG. 2C in association with the primary tracking ID of the waste. Note that the video data is stored in the same manner after an editing operation such as specifying and cutting out a necessary part.

Step 413: The discharge establishment terminal 30 transmits video data taken at the time of carrying out the waste to the waste management server 1 at an appropriate time after carrying out.

Step 414: The intermediate processing facility terminal 50 transmits the video data taken at the time of carrying in the waste to the waste management server 1 at an appropriate time after carrying in.

Step 415: The waste management server 1 performs an editing operation such as specifying and cutting out a necessary part from the video data at the time of carry-out and at the time of carry-in, and then stores it in association with the primary tracking ID of the waste.

FIG. 5 is a processing flow regarding the intermediate processing in the intermediate processing facility.
Step 408: This is the same as step 408 shown in FIG. Carry-in completion data for notifying the waste management server 1 of carry-in completion is transmitted using the communication function of the vehicle-mounted device 40.

Step 501: When the waste management server 1 receives the data for completion of carrying in the waste to the intermediate processing facility, the waste management server 1 starts a timer that sets a predetermined time. The set time of this timer is a time required for intermediate processing assumed in normal time, and is set from experience values. This is based on the premise that predetermined intermediate processing is immediately started on the waste carried into the intermediate processing facility. If processing is proceeding as prescribed at the intermediate processing facility, there will be no significant error in this estimated time. As described above, the intermediate processing facility terminal 50 does not notify the waste management server 1 of the start of the intermediate processing, but the waste management server 1 starts the timer on the assumption that the intermediate processing has started. This timer activation time is recorded as the date and time of the start of the intermediate process in the waste tracking data 131 table of FIG. 2C.

Step 502: If the business is normally performed, the intermediate processing is actually started on the waste at the intermediate processing facility. Then, when some measurement related to the processing status is performed during the progress and the measurement data is acquired, the measurement data is transmitted to the waste management server 1 in real time. When it is measured a plurality of times, measurement data is transmitted each time. Further, during the progress of the intermediate processing, the situation is photographed using a video recording device provided in the intermediate processing facility, and the video data is temporarily stored.

Step 503: The waste management server 1 receives the measurement data being processed from the intermediate processing facility terminal 50, and determines that the processing is proceeding normally. The acquired measurement data is also stored in association with the primary tracking ID of the waste. In addition, when the intermediate process is stopped for some reason, the waste management server 1 performs a special process determined in advance for an abnormality.

Step 504: When a predetermined set time elapses and the timer ends, the waste management server 1 determines that the intermediate process has been completed normally. Also in this case, the intermediate processing facility terminal 50 does not notify the completion of the intermediate processing. As described above, by using the timer, the waste management server 1 automatically determines the completion of the intermediate processing without imposing a burden on the intermediate processing terminal 50.

Step 505: Thereafter, the waste management server 1 records the date and time of completion of the intermediate processing in the table of the waste tracking data 131 in FIG. 2C. Further, the electronic manifest management center server 80 transmits data reporting the completion of the intermediate processing in relation to the primary electronic manifest of the waste.

Step 506: The electronic manifest management center server 80 records the completion of the intermediate processing in the primary electronic manifest of the waste.

Step 507: On the other hand, the intermediate processing is actually completed normally at the intermediate processing facility. The type and properties of the secondary product generated by the intermediate process are confirmed, and the weight is measured. The intermediate processing facility terminal 50 transmits the information regarding the secondary product and the weight measurement data to the waste management server 1 together with the video data photographed during the processing.

Step 508: When the waste management server 1 receives the information about the secondary product, etc., the waste management server 1 assigns a secondary tracking ID according to the type of the generated secondary product, associates it with the primary tracking ID already assigned, Record in the table of waste tracking data 131 of FIG. 2C. If there are multiple types of secondary products, the number of rows in this table is added as necessary. Moreover, according to the above-mentioned method, the secondary quantity of each secondary product is calculated using the coefficient which shows the production | generation ratio of a secondary product. The calculated secondary quantities are respectively stored in predetermined cells of the waste tracking data 131 table.

FIG. 6 is a processing flow related to carrying out the waste (secondary product) from the intermediate processing facility to the recycled product delivery destination.
Step 601: The transport vehicle arrives at the intermediate treatment facility, and the target waste (because it is a secondary product at this time, hereinafter referred to as “secondary product”) is loaded on the transport vehicle. Investigate the properties of the secondary product and measure the weight of the secondary product using a truck scale. During this unloading operation, the state of loading, measurement, departure, etc. of secondary products is photographed using a video recording device installed at the discharge office. Measurement data such as weight and video data are temporarily stored in an appropriate storage device of the intermediate processing facility terminal 50.

Step 602: The operator of the transport vehicle confirms whether the type, properties, quantity, etc. of the secondary product are as planned. After confirmation, unloading completion data for notifying completion of unloading is transmitted to the waste management server 1 using the communication function of the vehicle-mounted device 40. After that, it goes to the delivery destination of the recycled material according to a preset route.

Step 603: The waste management server 1 receives carry-out completion data from the vehicle-mounted device 40. In response to this, data for the carry-out date and time is recorded in the waste tracking data 131 table shown in FIG. 2C. At this point, each secondary product is identified by a primary tracking ID and a secondary tracking ID.

Step 604: On the other hand, the transport vehicle heading from the intermediate processing facility to the destination of the recycled material measures the vehicle speed and the moving distance by the digital tachograph as the vehicle mounting device 40, and the GPS satellite by the GPS receiver. The position information of latitude and longitude is measured. Both measurements are normally performed at predetermined time intervals (for example, every 10 minutes), and the date and time at the time of measurement is also recorded. In addition, the operation status is photographed using a video recording device, and the video data is acquired. These operation status measurement data are temporarily stored in a storage device included in the vehicle-mounted device 40.

Step 605: When the transport vehicle arrives at the recycled product delivery destination, the weight of the secondary product is measured by a truck scale or the like. In addition, check whether the properties, received quantity, etc. are as planned. Although it is not essential, it is preferable to photograph the situation of the arrival of the transport vehicle, unloading of secondary products, measurement, etc. using the video recording device installed at the delivery destination of the recycled material during this carrying-in work. is there. Measurement data such as weight and video data are temporarily stored in an appropriate storage device of the recycled product delivery destination terminal 60. As another embodiment, the situation at the time of carrying in the recycled product delivery destination may be photographed using a video recording device provided in the transport vehicle.

Step 606: After the carry-in work is completed, the worker of the transport vehicle transmits carry-in completion data for notifying the waste management server 1 of the carry-in completion using the communication function of the vehicle-mounted device 40.

Step 607: Upon receiving the carry-in completion data, the waste management server 1 records the data for the carry-in date and time in the waste tracking data table of FIG. 2C.

Step 608: After returning to the vehicle base, the transport vehicle transmits operation status measurement data (including video data of the operation status) to the waste management server 1. In this transmission, it is preferable that the data temporarily stored in the storage device of the vehicle-mounted device 40 is once transferred to the transport vehicle base terminal 20 and transmitted from the transport vehicle base terminal 20 to the waste management server 1. is there. As another embodiment, when the carry-in status of the recycled product delivery destination is photographed using the video recording device of the transport vehicle, the video data of the carry-in status is also transmitted to the waste management server 1.

Step 609: When the waste management server 1 receives the operation status measurement data, the waste management server 1 associates it with the primary tracking ID and secondary tracking ID of the waste and stores it in the table of the loading / unloading position information event data 132 shown in FIG. save. Note that the video data is stored in the same manner after an editing operation such as specifying and cutting out a necessary part.

Step 610: The intermediate processing facility terminal 50 transmits video data taken at the time of carrying out the secondary product to the waste management server 1 at an appropriate time after carrying out.

Step 611: The recycled product delivery destination terminal 60 transmits the video data taken at the time of carrying in the waste to the waste management server 1 at an appropriate time after carrying in (only when taking a picture).

Step 612: The waste management server 1 performs an editing operation such as identifying and cutting out a necessary part from the video data at the time of carrying out and at the time of carrying in, and then associating with the primary tracking ID and the secondary tracking ID of the waste. And save.

FIG. 7 is a processing flow relating to the removal of the secondary product from the intermediate processing facility to the final disposal site and the final disposal at the final disposal site.
Step 701: The transport vehicle arrives at the discharge establishment, and the target secondary product is loaded on the transport vehicle. Investigate the properties of the secondary product and measure the weight of the secondary product using a truck scale. During this unloading operation, the state of loading, measurement, departure, etc. of secondary products is photographed using a video recording device installed at the discharge office. Measurement data such as weight and video data are temporarily stored in an appropriate storage device of the intermediate processing facility terminal 50.

Step 702: The operator of the transport vehicle confirms whether the type, properties, quantity, etc. of the secondary product are as planned. After confirmation, unloading completion data for notifying completion of unloading is transmitted to the waste management server 1 using the communication function of the vehicle-mounted device 40. Then, head to the final disposal site according to a preset route.

Step 703: The waste management server 1 receives carry-out completion data from the vehicle-mounted device 40. In response to this, the data for the carry-out date and time is recorded in the waste tracking data 131 table of FIG. 2C. At this point, each secondary product is identified by a primary tracking ID and a secondary tracking ID. Thereafter, the secondary electronic manifest registration data created using the necessary secondary product related information is transmitted to the electronic manifest management center server 80.

Step 704: Upon receiving the secondary electronic manifest registration data, the electronic manifest management center server 80 executes a predetermined secondary electronic manifest reception process and assigns a secondary manifest number to the secondary product. The data for notifying the secondary manifest number to the waste management server 1 is transmitted.

Step 705: Upon receiving the secondary manifest number, the waste management server 1 registers it in the waste tracking data 131 table.

Step 706: On the other hand, the transport vehicle heading from the intermediate processing facility to the final disposal site measures the vehicle speed and the moving distance by the digital tachograph as the vehicle mounting device 40, and from the GPS satellite by the GPS receiver. The position information of latitude and longitude is measured. Both measurements are normally performed at predetermined time intervals (for example, every 10 minutes), and the date and time at the time of measurement is also recorded. In addition, the operation status is photographed using a video recording device, and the video data is acquired. These operation status measurement data are temporarily stored in a storage device included in the vehicle-mounted device 40.

Step 707: When the transport vehicle arrives at the final disposal site, the weight of the secondary product is measured by a truck scale or the like. In addition, check whether the properties, received quantity, etc. are as planned. During this carrying-in operation, a video recording device installed at the final disposal site is used to photograph the situation such as arrival of a transport vehicle, unloading of secondary products, and measurement. Measurement data such as weight and video data are temporarily stored in an appropriate storage device of the final disposal site terminal 70.

Step 708: After completion of the carrying-in operation, the final disposal site terminal 70 transmits final disposal completion data for notifying the final disposal completion to the waste management server 1. At this time, data relating to the final disposal, for example, if the final disposal is a landfill, if there is a landfill area information, the data including the data is transmitted.

Step 709: Upon receiving the final disposal completion data, the waste management server 1 records the data for the date and time of delivery to the final disposal site in the waste tracking data 131 table of FIG. To do. Thus, the waste management server 1 regards the completion of the final disposal as the completion of the carry-in to the final disposal site. Further, the waste management server 1 reports to the electronic manifest management center server 80 the completion of final disposal in relation to the secondary electronic manifest of the secondary product (the same applies to the primary manifest of the waste). Send.

Step 710: The electronic manifest management center server 80 records the completion of final disposal in the secondary electronic manifest of the secondary product (the same applies to the primary manifest of the waste).

Step 711: On the other hand, in the final disposal site, the final disposal (landfill etc.) of the secondary product is actually executed. The situation is photographed using a video recording device. The video data of the final disposal status is temporarily stored in an appropriate storage device of the final disposal site terminal 70.

Step 712: After returning to the vehicle base, the transport vehicle transmits operation status measurement data (including video data of the operation status) to the waste management server 1. In this transmission, it is preferable that the data temporarily stored in the storage device of the vehicle-mounted device 40 is once transferred to the transport vehicle base terminal 20 and transmitted from the transport vehicle base terminal 20 to the waste management server 1. is there.

Step 713: When the waste management server 1 receives the operation status measurement data, the table of the loading / unloading position information event data 132 shown in FIG. 2C in association with the primary tracking ID and the secondary tracking ID of the secondary product. Save to etc. Note that the video data is stored in the same manner after an editing operation such as specifying and cutting out a necessary part.

Step 714: The intermediate processing facility terminal 50 transmits to the waste management server 1 video data taken when the secondary product is taken out at an appropriate time after the completion of carrying out the secondary product.

Step 715: The final disposal site terminal 70 transmits video data taken at the time of carrying in the secondary product and at the final disposal to the waste management server 1 at an appropriate time after the completion of the final disposal.

Step 716: The waste management server 1 performs an editing operation such as specifying and cutting out a necessary part from the video data at the time of unloading, at the time of unloading, and at the time of final disposal. Store in association with the secondary tracking ID.

It is a schematic block diagram of the waste management system by this invention. An example of a main table managed by the master data registration processing unit shown in FIG. 1 is shown. An example of a main table managed by the contract data registration processing unit shown in FIG. 1 is shown. An example of main tables managed by the tracking data processing unit shown in FIG. 1 is shown. FIG. 3 is a schematic flow diagram showing a processing flow when a discharge request is made by the discharge establishment. It is a processing flow related to the discharge of waste from the discharge establishment to the intermediate treatment facility. It is a processing flow regarding the intermediate processing in an intermediate processing facility. It is a processing flow regarding carrying out the waste (secondary product) from the intermediate processing facility to the recycled product delivery destination. This is a processing flow regarding the removal of secondary products from the intermediate treatment facility to the final disposal site and the final disposal at the final disposal site.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Waste management server 11 Master data registration process part 12 Contract data registration process part 13 Tracking data process part 15 Image | video data server 16 Web server 17 Electronic manifest interlocking process part 100 Waste management database 20 Transport vehicle base terminal 30 Discharge establishment terminal 40 Vehicle-mounted device 50 Intermediate processing facility terminal 60 Recycled goods delivery destination terminal 70 Final disposal site terminal 80 Electronic manifest management center server

Claims (10)

A waste management system having a server for managing data related to waste transported and processed from an emission establishment to an final disposal site via an intermediate treatment facility, wherein the server includes:
Means for assigning a unique primary tracking ID to the waste and storing it with its associated information in response to receiving a carry-out completion notification notifying that the waste has been carried out of the discharge establishment;
In response to receiving a notification of completion of the intermediate processing when one or more secondary products are generated from the waste by the intermediate processing in the intermediate processing facility, each of the one or more secondary products is received. A waste management system comprising: a means for assigning one or a plurality of secondary tracking IDs each indicating the type thereof, and storing one or a plurality of the secondary tracking IDs in association with the primary tracking IDs.   When a plurality of secondary products are generated from the waste by the intermediate treatment, a coefficient indicating a generation ratio of each secondary product is set in advance, and the generation amount of the entire secondary product is By applying a coefficient, a calculation means for calculating the generation amount of each of the secondary products, and associating the calculated generation amounts of the respective secondary products with the respective primary and secondary tracking IDs The waste management system according to claim 1, further comprising means for storing.   Status of carrying out the waste from the waste establishment, status of transporting the waste from the establishment to the intermediate treatment facility, status of carrying the waste into the intermediate treatment facility, and intermediate treatment of the waste in the intermediate treatment facility A situation, a situation of carrying out the secondary product from the intermediate treatment facility, a situation of transporting the secondary product from the intermediate treatment facility to the final disposal site, a situation of carrying the secondary product into the final disposal site, and the Means for receiving video data of the final disposal status of the secondary product at the final disposal site and storing each video data in association with the primary and secondary tracking IDs assigned at the time of reception; The waste management system according to claim 1 or 2, characterized by comprising:   When the waste is transported from the business establishment, when the waste is transported to the intermediate processing facility, the state of transporting the secondary product from the intermediate processing facility, and the secondary product to the final disposal site 4. The apparatus according to claim 1, further comprising means for receiving weight measurement data at the time of loading and storing each weight measurement data in association with the primary and secondary tracking IDs assigned at the time of reception. A waste management system according to any of the above. The server further includes electronic manifest interlocking means for transmitting and receiving information on the waste to and from an electronic manifest management center server;
The electronic manifest interlocking means transmits primary electronic manifest registration information to the electronic manifest management center server in response to receiving an unloading completion notice from the waste discharge establishment, and the electronic manifest management center The waste management system according to claim 1, wherein a primary electronic manifest number is received from a server, and the primary manifest number is stored in association with the primary tracking ID.   The server further includes means for starting a timer for measuring the elapse of an intermediate processing time set in advance in response to receiving a notification of completion of carrying in the waste to the intermediate processing facility terminal, and the electronic manifest interlocking means 6. The waste management system according to claim 5, wherein an intermediate processing completion notification related to the primary manifest registration information is transmitted to the electronic manifest management center server in response to the end of the timer.   The electronic manifest linking means transmits secondary electronic manifest registration information to the electronic manifest management center server in response to receiving a notification of completion of carrying out the secondary product from the intermediate processing facility, and the electronic The waste management system according to claim 5 or 6, wherein a secondary electronic manifest number is received from a manifest management center server, and the secondary manifest number is stored in association with the primary and secondary tracking IDs.   The electronic manifest linking means transmits a final disposal completion notice regarding the primary and secondary electronic manifest registration information to the electronic manifest management center server in response to receiving a final disposal completion notice at the final disposal site. The waste management system according to any one of claims 5 to 7.   The server transports the secondary product from the intermediate processing facility to the final disposal site, and the record data of the operation route and operation speed of the vehicle that transports the waste from the discharge establishment to the intermediate processing facility. Means for receiving record data of the operation route and operation speed of the vehicle and storing the record data of the operation route and operation speed of the vehicle in association with the primary and secondary tracking IDs assigned at the time of reception; The waste management system according to any one of claims 1 to 8, further comprising:   2. The server creates and transmits a web page that allows browsing of each data associated with the primary and secondary tracking IDs assigned at that time in response to network access. The waste management system in any one of -9.

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