JP2002230153A - Waste distribution management system for recycling and domestic electric equipment recycling system utilizing the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a waste distribution management system for smoothly operating a recycling system utilizing a recycling ticket integrating payment evidence and a management slip. SOLUTION: In the waste distribution management system for the recycling system for delivering waste to which a recycling ticket 10 received due to the payment of a charge is attached to a prescribed recycling plant(RP) through a stock yard(SY) and recycling the waste, each SY is provided with a computer device 100 having a bar code reader 102 for specifying the carried waste by the bar code 11 of the recycling ticket, each RP is provided with a computer device 200 having a bar code reader 202 for specifying the waste carried into the RP and a management computer device 300 in a common management center brings in the specific information of the waste from the computer devices 100, 200, mutually compares the brought-in contents of the specific information, grasps the carrying state of the waste, and distributes the charge paid for the recycling ticket.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a waste recycling system, and more particularly to a so-called household electric appliance typified by an air conditioner, an electric refrigerator, an electric washing machine, a television receiver and the like. The present invention relates to a waste logistics management system for recycling equipment and a home electric equipment recycling system using the same.

[0002]

2. Description of the Related Art In recent years, household electric appliances (hereinafter, simply referred to as "home electric appliances") represented by air conditioners, electric refrigerators, electric washing machines, television receivers, etc. The amount of used waste home appliances has increased significantly. Conventionally, waste home appliances discarded by end-user consumers are collected by local governments and crushed and landfilled, or collected by home appliance dealers and then disposed of by waste disposal companies (crushed landfills). Or crushing and collecting only the metal, and then burying the residue).

On the other hand, waste landfill sites are becoming increasingly tight every year, and it is not easy to expand them. In general, the reduction of waste and the appropriate treatment of waste products, including waste home appliances, are significant. It has come to be positioned as an environmental issue. Under such circumstances, it has been strongly desired to establish a system for collecting, transporting, and recycling waste home appliances in a reliable and smooth manner.

[0004] On the other hand, regarding information management on waste including waste home appliances, for example, a garbage collection management system is already known from Japanese Patent Application Laid-Open No. 60-12403.
In this system, means for monitoring the amount of dust stored in a plurality of locations in a region for each storage location is provided, so that the dust can be efficiently collected. In addition, for example, according to Japanese Patent Application Laid-Open No. 5-342224, particularly in a recycling system for collecting and recycling waste electric home appliances, it is possible to stably supply recycled products to consumers. A means for managing waste information for each storage location of waste is provided, and a waste information management apparatus for determining a waste collection method based on information from the means and a processing amount of a reprocessing apparatus is known. I have.

[0005]

As for the above-mentioned waste home electric appliances, the "Specific Home Appliance Recycling Law" (hereinafter simply referred to as the "Home Appliance Recycling Law") was enacted on March 29, 1998. It was promulgated on June 5, the same year. According to this law, it is newly obliged to use a management slip for each item from a person who discharges waste (a discharger) to a treatment at a processing plant (a recycling plant (RP)). In addition, the Act states that the competent minister can collect a report on the status of such recycling. Therefore, the conventional waste treatment system described above cannot perform the smooth operation while satisfying the above requirements.

According to the above-mentioned Home Appliance Recycling Law,
Manufacturers of the specified specific household appliances include:
Each will be obliged to recycle (recycle) the waste associated with the specific household equipment that it has manufactured. However, if each manufacturer individually builds a system for collecting and recycling the waste, the cost for that would be greatly increased, and this would ultimately require the end user (consumer). The cost borne by a certain emitter becomes large, and it becomes a socially unacceptable system as a recycling system.

Therefore, in reality, not only a plurality of manufacturers and dealers of such specific household appliances, but also distribution (transportation) companies and the like aim to cooperate based on predetermined rules. The construction of a low-cost, practical recycling system is being considered. In this system, a so-called form (hereinafter simply referred to as a “recycle ticket”) that is issued when the discharger pays a re-commercialization (recycling) fee in advance and that integrates the so-called ") Is considered. However, in order to operate such a recycling system smoothly, it is important that the fee paid in advance when the discharger receives the form is fairly distributed among the companies constituting the recycling system. There is a big challenge to build a system that makes this possible.

In view of the above, the present invention provides a so-called waste logistics management system for operating a recycling system using a form in which the voucher for payment and the management form are integrated. In particular, it is an object of the present invention to provide a home electric appliance recycling system suitable for recycling home electric appliances.

[0009]

According to the present invention, in order to attain the above object, first, a form issued with payment of a predetermined fee and integrated with a voucher for payment and a management form is attached. A waste logistics management system for recycling in which used waste is collected at a plurality of pickup locations, and then the collected waste is selectively delivered to a plurality of recycling plants for recycling. Each of the pick-up locations is provided with a means for specifying the waste carried out to the pick-up location based on the form, and each of the recycling plants is provided with waste carried in from the pick-up location. Means for specifying the waste based on the form, further comprising: data of the waste specified at the collection site; and a waste specified at the recycling plant. Waste logistics management system for recycling, comprising means for comparing data of goods and distributing a predetermined fee paid for a form attached to the waste based on the comparison of the data. Is provided.

Further, according to the present invention, in the waste distribution management system for recycling described above, means for specifying the waste based on the form disposed at the collection place, and the recycling plant The means for specifying the waste based on the form and the means for distributing the fee are each composed of a computer device, and these computer devices are connected via a communication network. It is preferable that they are connected to each other so that data communication is possible.

Further, according to the present invention, in the waste logistics management system for recycling described above, means for specifying the waste based on the form disposed at the pickup place, and the recycling plant Preferably, the means for specifying the waste on the basis of the form and provided with an information reading device such as a bar code reader. According to the present invention, in the waste distribution management system for recycling, the waste is, in particular, household electrical equipment.

[0012] In addition, in the present invention, in order to achieve the above-mentioned object of the present invention, the discarded household electric appliances collected at the pick-up place are transported to a recycling plant, and the discarded household electric appliances are transferred. In the recycling system for performing the recycling process, in the process of transporting the household electrical appliances accumulated at the pickup place to the recycling plant, the household electrical appliances utilizing the waste distribution management system for recycling described above. A recycling system has been proposed.

[0013]

Embodiments of the present invention will be described below with reference to the accompanying drawings. First, FIG. 2 shows a waste logistics management system for recycling according to the present invention and a recycling system using the waste logistics management system, in particular, a recycling system for household electric appliances. The overall configuration is shown.

Referring to FIG. 2, a case will be described in which a consumer (end user) of a household electric appliance intends to discard a television receiver or the like due to, for example, a failure that is difficult to repair. . In this case, for example, the discharger pays a predetermined fee at a recycling ticket agency provided at a part of a home appliance store or a part of a post office, and receives the recycling ticket. As will be explained in detail later, this recycled ticket is a ticket issued at the above-mentioned agency and made up of a plurality of tickets. It has the function of a voucher for which a re-commercialization fee has been paid. Then, the discharger attaches the issued recycled ticket to home appliances such as television receivers to be discarded,
Deliver to the dealer.

At this time, the discharger receives a copy for the discharger from the plurality of leaves of the recycling ticket attached to the household electric appliance to be discarded. Thereby, the discharger can specify the home electric appliances discharged as waste and prove the payment of the recycling fee. It should be noted that the destination of the waste home electric appliances that the discharger intends to dispose may be a local public entity in addition to the store.

As shown in the attached FIG. 3, for example, a serial number consisting of 13 digits is printed on a part of the recycle ticket 10 by a bar code 11 in advance.
Is displayed. Further, as is clear from the figure, the recycling ticket 10 includes information (name, telephone number, etc.) for identifying the person who discharges the product (item) of the home electric appliance to be disposed of (in this example, the television set). , Refrigerator, washing machine, air conditioner) and information to specify the manufacturer (manufacturer) (select one from a plurality of manufacturers printed in advance),
Information on charges, including collection and transport charges and re-commodity charges,
Furthermore, information such as a store that collects waste home appliances from the discharger can be entered on the information. In addition, this recycling ticket has multiple sheets of paper, such as a copy for dischargers, a copy for retail stores, a copy for retail stores, a copy for collection locations, and a copy for pasting the actual product.
They are spelled as a set, and a part thereof is made of a material that can be written on a plurality of sheets at a time, such as carbon paper. In addition, the receipt place copy of these ticket pieces has a voucher function for confirming that the discharger has paid the fee.

Such a recycle ticket is prepared by the recycle ticket center shown in FIG. 2 and supplied to a number of recycle ticket agencies arranged throughout the country. On the other hand, the agency that has collected the re-commercialization fee by issuing the recycled ticket pays (forwards) the collected fee (or after deducting a necessary fee) to the recycling ticket center.

Next, in FIG. 2 again, the above-mentioned store (including some local governments) sends the recycled ticket or a plurality of the recycled tickets constituting the recycled ticket to the waste home appliances delivered by the discharger. At least one of the ticket pieces is affixed to the actual item, and the waste home electric appliance is transported to a pickup place (hereinafter, referred to as a stockyard (SY)) designated by the manufacturer. In this case, the store can charge the discharger for a collection and transportation fee separately from the re-commercialization fee.

The above-mentioned stock yard (SY) is located nationwide.
The waste home appliances collected at the stock yard (SY) are provided at more than 00 places, and among the plurality of ticket pieces of the attached recycled ticket, the stock yard (SY) Is stamped, and the ticket is circulated to the store. With such a management ticket function for recycled tickets, waste home appliances that are brought into a predetermined stock yard (SY) from a store (including some local governments) where waste home appliances to be discarded are first collected In the meantime, it is possible to surely grasp information such as the transportation status and the location of the transportation.

In this way, the stockyard (SY)
Various home electric appliances transported to the (collection place) are classified according to their products (items) and manufacturers (manufacturers), and are loaded in, for example, containers. Thereafter, the containers are carried into a predetermined recycling plant (RP) by a cooperating distribution company for each container, where the recycling (re-commercialization) process is performed.

This is because, generally, the household electric appliances to be discarded are:
This is because the steps in the recycling process differ depending on the product category. Further, even in the same product category, the process in the recycling process may be different because the internal structure and the like are different depending on the manufacturer (maker). Against this background, home appliance manufacturers are trying to build a recycling system that performs predetermined processing in a predetermined recycling plant (RP) in advance. For this reason, the waste electrical appliances to be disposed of must be correctly classified according to a pre-determined classification method, and must be correctly carried into a predetermined recycling plant (RP).

As shown in the figure, valuable resources (recovered materials such as metal, glass, plastic, etc.) obtained by this recycling (recycling) process are sold to a material maker. The waste which is still left as waste is consigned to a disposal company as industrial waste, and is incinerated or landfilled as dust at a landfill site.

Note that, as described above, since home electric appliances which have been once collected in a store (including some municipalities) are collected in the stock yard (SY) (collection place),
The number (amount) of the products to be handled also increases, and therefore, home electric appliances to be transported to a predetermined recycling plant (RP) (provided for each manufacturer and further for each product) and disposed of by mistake are mistaken for other home appliances. Is also expected to be transported to a recycling plant. In the event that such an erroneous transport of home electric appliances to be disposed of occurs, a company that stores, sorts, and removes waste in a stock yard (SY), and designates waste that has been discharged after classification, is designated. Logistics company that transports the waste to a recycling plant (RP), and
There is an unfair distribution of fees among recyclers who recycle commercial waste that has been transported.
That is, it becomes difficult to cooperate among a large number of dealers, a plurality of recyclers, a plurality of stockyard storage companies, and a plurality of logistics companies, so that smooth operation cannot be performed.

This is because, for example, when waste (home electric appliances) to be transported to the recycling plant A is mistakenly transported to the recycling plant B, the recycling plant A treats the waste to be treated. Nevertheless, when a recycle ticket is issued at a recycle ticket agency, a recycle fee paid in advance by the discharger will be received. In such a case, the waste conveyed to the wrong recycling plant may remain without being processed due to the difference in the recycling process for each manufacturer (maker) as described above.

In the transportation from the stock yard (SY) to each recycling plant (RP), the number of wastes to be transported increases, and some of the wastes are lost on the way or left in the yard due to a work error. It is conceivable that it will be done. Further, it is impossible to prevent a person involved in the work from intentionally deviating from the work rules. Even in such a case, the recycling fee that should be paid on the assumption that predetermined disposal is performed is unduly allocated. Furthermore, this may make it impossible to accurately carry out the situation of re-commercialization, etc., which is required to be reported to the competent minister.

Therefore, according to the present invention, as shown in FIG. 1, each of the stock yards (SY) is provided with a means for identifying home electric appliances which are wastes to be carried out. Such means include, for example, a computer device (P / C) 100 such as a personal computer, an auxiliary storage device (A / M) 101, and the like. 3 (see FIG. 3), a so-called bar code reader (BCR) 102 capable of reading the 13-digit serial number and inputting it as electronic data is provided. Each of the recycling plants (RP) also has a computer device (P / C) 200 such as a personal computer and an auxiliary storage device (A) as means for specifying household electrical appliances as waste carried in by a distributor. / M)
201 and a means provided with a bar code reader (BCR) 202. Thereby, the specific number of the waste carried out from each stock yard (SY) is input as the carry-out information, and on the other hand, the specific number of the waste carried into each recycling plant (RP) is also inputted. To be the import information.

In addition to the above, further, information on the discharge of waste to these stock yards (SY) (specified numbers of waste home electric appliances to be discharged), and a recycling plant (RP)
And management computer 300 for managing proper (positive) waste loading / unloading between the two by using the loading information (loading waste home appliance specific number) of the waste loaded into the storage device. Auxiliary storage device 301
Is provided. The above management computer 300
The reason will be explained later. For example, it is preferable that the device be installed in a joint management center by a manufacturer (manufacturer) who performs recycling processing through cooperation. The computer device 100 installed in the stockyard (SY), the computer device 200 installed in the recycling plant (RP), and the management computer device 300 are connected to a data communication network 400 represented by, for example, the Internet. Utilization is used to enable data communication with each other.

Next, the operation of the waste distribution management system for recycling whose configuration has been described above will be described below with reference to the flow chart of FIG.

As shown in FIG. 4, first, the management computer 300 installed in the above-mentioned joint management center
Takes in the specific information of the waste to be carried out, which is input at each stock yard (SY) (collection place) via the Internet, which is the data communication network 400 (step S41), and further, at each recycling plant. The input specific information of the waste to be carried in is also taken in (step S42). That is, together with the electronic information (data) input by reading the barcode 11 printed on the recycle ticket 10 attached to the waste carried out from each stockyard (SY), each recycle plant (RP) The electronic information (data) input by reading the barcode 11 printed on the recycle ticket 10 attached to the waste to be carried in is also taken in. Then, these data are stored in the auxiliary storage device 301 which constitutes a part of the management computer device 300.
Etc. (Step S43).

Next, the management computer 300
Determines, based on the data input and stored in the above-mentioned steps, whether or not the waste carried out from each stockyard (SY) is then correctly carried into a predetermined recycling plant (RP) (step S44).
This is to compare the specific information of the waste input and taken in as described above, that is, the electronic information (data) input by reading the barcode of the recycled ticket attached to the waste. Is realized by:
For example, as shown in FIG. 5 of the accompanying drawings, the identification numbers of waste household electrical appliances which are input at each stock yard (SY) and carried out to a certain recycling plant (RP1) are collected. This is compared with the RP1 carry-in waste home appliance identification number input as waste actually carried in the recycling plant (RP1). However, the data on the recycling plant side is data after a period necessary for transportation has elapsed. As a result, a waste with a specific number that does not match (or has no corresponding one) is extracted. As a result, it is possible to determine that the waste whose specific number does not match has been erroneously transported.

Thereafter, for the waste determined to have been correctly carried into the recycling plant (RP) from the stock yard (SY) by the above determination (“Ye
s "), and this is stored in the auxiliary storage device (A / M) 301 (step S45). On the other hand, for wastes erroneously carried in (determined" No "in the above determination), This is notified to the distributor or the stock yard (SY) that is the unloading source (step S46). afterwards,
By accumulating the stored waste which is assumed to have been correctly carried in over a predetermined period, the prepaid fee for re-commercialization can be reduced to a predetermined rule for cooperative operation. Based on this, it is possible to appropriately allocate. That is, payment of the fee to the distributor and the destination RP is performed (step S47).

As described above, according to the above-described operation, it is possible to accurately grasp the status of the transfer of waste between a plurality (many) of stockyards (SY) and a plurality of recycling plants (RP). , It is possible to calculate the payment amount accurately and fairly. In other words, the co-management center provides the appropriate contents of the work to the trader who carries out the work in the stockyard (SY), the logistics trader who carries out the transfer from the stockyard (SY), and the recycling plant (RP) trader. In accordance with the above, it is possible to correctly receive the billed amount and make an appropriate and fair payment.
In addition, since the waste to be recycled (re-commercialized) is transported to the correct recycling plant, the recycling plant (RP) is similarly charged fairly with the recycling fee collected in advance. It can be calculated and distributed. It should be noted that the waste carried into the wrong recycling plant (RP) is again transferred to the correct predetermined recycling plant by the distributor (or via the stock yard (SY)).

Further, in some cases, billing from the stock yard (SY), the distribution company, and the recycling plant (RP) may be omitted, and in this case, it is possible to make proper and fair payment. .

On the other hand, in the above description, the management computer device 300 installed in the co-management center takes in the specific information of the waste carried out in the stock yard (SY) in step S41. In the stockyard (SY), the recycling plant (R)
An invoice for unloading waste for P) may be created and carried by a logistics company that transports the waste.

In this case, in the recycling plant (RP), when inputting the specific information of the waste to be carried in, the input can be performed while referring to the above-mentioned invoice, so that the accuracy of the input operation can be improved and the number of operation steps can be reduced. Reduction is possible.

The invoice may be printed out on paper using a computer 100 installed in a stock yard (SY), but may be recorded on a portable recording medium such as a floppy (registered trademark) disk. May be used, or these may be used in combination.

When the same invoice is prepared using paper and a portable recording medium together, a recycling plant (RP)
Then, while referring to the paper invoice and the actual item, the specific information of the incoming waste is once taken into the computer device 200 of the recycling plant (RP), and the specific information and the contents of the invoice recorded on the portable recording medium are transferred. The result of the collation in the computer device 200 may be used as the definite input of the specific information of the carried-in waste, which has a remarkable effect in improving the accuracy of the input work and reducing the number of work steps.

Further, when the waste discharged from the stock yard (SY) to the recycling plant (RP) is categorized by home appliance product (item) or manufacturer (manufacturer) and loaded into a container, Information indicating what waste is loaded (so-called linking information) may be created. This information may be included on the invoice above, in which case the recycling plant (R
There is an effect that various operations in P) can be simplified.

The information on which container is loaded with which waste is stored in the management computer 300 installed in the co-management center in step S41.
In, the specific information of the waste to be carried out in the stock yard (SY) may be taken in at the same time as it is taken in, or may be taken at a different time from step S41. In this case, in the management computer device 300 installed in the co-management center, the information is organized according to the recycling plant (RP) to which the container is carried in, and then stored in the auxiliary storage device 301 in step S43. By comparing and referring to the stored waste specifying information in the stored recycling plant (RP), the waste stored in the container at the stock yard (SY) and waiting for shipment can be extracted in container units. If the list of wastes in the waiting state for shipment is stored in the auxiliary storage device 301 and can be browsed from the recycling plant (RP) via the Internet, which is the data communication network 400, the recycling plant (RP) ) Can be used as a list of waste to be received. In this case, the recycle plant (RP) can formulate a more detailed daily work plan (such as operator's care and adjustment of equipment operation rate) based on the list of waste to be received. Therefore, there is an effect that the efficiency of the operation of the recycling plant can be improved.

As described above, the household electrical appliances, which are wastes transported to the correct predetermined recycling plant (RP),
After that, recycling (re-commercialization) processing is performed, and the resulting valuable resources are sold to material manufacturers, while those still remaining as industrial waste are incinerated or landfilled as industrial waste by a processing company. Processing such as final disposal is performed as described above.

According to the waste distribution management system described above, as is apparent from FIG. 1, each of the home appliance manufacturers (MKs) participating in the waste distribution management system has the same computer system as described above. 500 and an auxiliary storage device 501 constituting a part thereof are provided, and are connected to each other so as to enable data communication using a communication network 400 represented by the Internet. According to this configuration, the joint management center uses the stored information (data) to correctly carry the waste that has been correctly carried in from each stockyard (SY) to the predetermined recycling plant (RP) and processed. And information on the manufacturer (manufacturer) and merchandise (item) of the waste written on each recycling ticket 10 (this information is input, for example, at the recycling center in FIG. 2). According to the use, for example, as shown in FIG. 6, the waste subjected to the recycling (re-commercialization) processing is classified by its manufacturer (manufacturer) and product (category) and totaled. It is also possible to do.

Note that such information is transmitted through the communication network 400, so that each manufacturer (MK) can
It is possible to easily create information on the status of waste recycling (re-commercialization) processing of our products, and according to this, we can review the status of home appliances manufactured by our company (for example, recycling). The processed product (category) and its quantity (number) can be accurately and easily grasped. Furthermore, according to the specific number of the waste indicated by the bar code on the recycled ticket, in addition to the above, the individual situation of the waste in the recycling process (for example, the stock yard (S
(Y) the storage status or the status of whether the storage device has already been carried into the recycling plant).

That is, the manufacturers participating in the above-mentioned household electric appliance recycling system, when making a report to the competent minister, which is the administrative organization of the country, through the joint management center, Accurate information on the necessary recycling (re-commercialization) of the company's products can be obtained promptly, and the system can be operated smoothly while complying with its duty to report to the competent minister. Becomes In addition, each manufacturer of home electric appliances can use multiple manufacturers and other companies without having to construct a burdensome and unrealistic individual system to collect and recycle their own waste. This makes it possible to realize a system that is socially acceptable in terms of cost, which is very useful.

According to the waste logistics management system according to the present invention described above, particularly, the waste material can be disposed between a plurality of stockyards (SY) constituting the recycling system and a plurality of recycling plants (RP). It is possible to accurately and reliably grasp the status of unloading and loading of each home appliance. As a result, it is possible to fairly distribute the recycling fee already paid among a plurality of companies cooperating in the recycling system in accordance with the work content. Specifically, as shown in FIG. 2, the co-management center uses a variety of information described above to provide a stockyard (SY) management company, a distribution company, and a recycling plant operator. Inspections can be made correctly for expenses billed from, and fair fee distribution is possible. In this charge distribution, it is practical to send the recycling fee collected by the recycling ticket center to the joint management center once to the joint management center and then to each company.

In the waste logistics management system described above as an example, each of the stock yard (SY) and the recycling plant (RP) is provided with home electric appliances, which are wastes to be carried out and carried in. As a means for specifying a product, an example has been described in which a so-called bar code reader (BCR) that reads a bar code printed in advance on a recycle ticket attached to the waste electrical appliance has been described. It is not limited only. For example, instead of a barcode printed on the above-mentioned recycle ticket, an IC card which has an IC such as a memory mounted therein and has a transmitting means, and which can output a serial number given in advance via electromagnetic waves. It is also possible to use such as. That is, such an IC card is attached (attached) to a part of household electrical appliances which is waste,
By providing a receiving device for receiving the electromagnetic waves emitted from such an IC card at a carry-out port of a stock yard (SY) or a carry-in port of a recycling plant, information for specifying waste to be carried out and carried in is automatically inputted. You may comprise.

[0046]

As is apparent from the above detailed description, according to the waste distribution management system for recycling according to the present invention and the system for recycling home electric appliances using the same, in particular, It is necessary to manage the situation up to the re-commercialization process after disposal by using a form that integrates the payment voucher and the management voucher, which is received by paying a predetermined fee, like a specific household device. As for waste, it is possible to obtain necessary information without fail, so that fair rates can be distributed among multiple manufacturers, dealers, and even distribution (transportation) companies, The smooth operation is also possible by cooperating, and this has an excellent effect that it is possible to construct a practical and economical recycling system. .

Further, according to the waste logistics management system for recycling and the home electric appliance recycling system using the same according to the present invention, the fee set in advance when the discharger receives the form is recycled. It is possible to distribute fairly among the respective companies constituting the system.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a system configuration of a waste distribution management system for recycling according to an embodiment of the present invention.

FIG. 2 is a diagram showing the flow of wastes and forms in a home electric appliance recycling system using the waste distribution management system for recycling according to the present invention.

FIG. 3 is a diagram showing an example of a form used in the waste distribution management system of the present invention.

FIG. 4 is a flowchart for explaining a management operation in the waste distribution management system of the present invention.

FIG. 5 is an explanatory diagram showing a specific example of a comparison operation for determination in the waste distribution management system of the present invention.

FIG. 6 is a diagram showing an example of waste processing data (information) compiled by the waste distribution management system of the present invention.

[Explanation of symbols]

 SY Stockyard RP Recycling plant MK Manufacturer (manufacturer) 10 Recycling ticket 11 Bar code 100 SY computer device 200 RP computer device 102, 202 Barcode reader 300 Management computer device of joint management center 400 Communication network 500 Computer device of manufacturer

 ──────────────────────────────────────────────────続 き Continued from the front page (71) Applicant 000005049 Sharp Corporation 22-22 Nagaikecho, Abeno-ku, Osaka-shi, Osaka (71) Applicant 000002185 Sony Corporation 6-7-35 Kitashinagawa, Shinagawa-ku, Tokyo (72 ) Inventor Shuji Kitagawa 2- 15-12 Nishi-Shimbashi, Minato-ku, Tokyo Inside Hitachi Softech Co., Ltd. (72) Inventor Akio Morichi 2-5-5 Keihanhondori, Moriguchi-shi, Osaka Sanyo Electric Co., Ltd. (72) Inventor Junko Koyamauchi 2-3-2 Marunouchi, Chiyoda-ku, Tokyo Inside Mitsubishi Electric Co., Ltd. (72) Inventor Katsushige 22-22 Nagaikecho, Abeno-ku, Osaka-shi, Osaka Within Sharp Corporation (72) Inventor Takahiro Nakao 6-7-35 Kita-Shinagawa, Shinagawa-ku, Tokyo Inside Sony Corporation

Claims (5)

[Claims] Claims 1. A waste issued by payment of a predetermined fee and attached to a form in which payment vouchers and a management form are integrated is collected at a plurality of pickup locations, and then the collected waste is collected by a plurality of places. A waste logistics management system for recycling in which the waste is selectively delivered to a recycling plant and recycled, and in each of the pickup locations, the waste carried out from the pickup location is specified based on the form. Each of the recycling plants includes means for identifying wastes carried in from the pickup location based on the form,
The data of the waste specified at the pick-up location is compared with the data of the waste specified at the recycling plant, and based on the comparison of the data, the payment is made at the time of issuing the form attached to the waste. And a means for distributing a predetermined fee. 2. A waste logistics management system for recycling according to claim 1, wherein said means is located at said collection place and specifies said waste based on said form. The means for locating the waste based on the form and the means for distributing the fee are each composed of a computer device, and these computer devices are mutually connected via a communication network. A waste logistics management system for recycling, which is connected to enable data communication. 3. The waste logistics management system for recycling according to claim 1, further comprising: means for identifying the waste on the basis of the form disposed at the collection place; The means arranged for specifying the waste based on the form includes an information reading device, wherein the waste distribution management system for recycling is characterized by the following. 4. The waste distribution management system for recycling according to claim 1, wherein the waste is:
A waste logistics management system for recycling, which is a household electrical appliance. 5. A recycling system for transporting discarded household electrical equipment accumulated at a pickup place to a recycling plant and recycling the discarded household electric equipment, wherein the home appliances collected at the pickup place are collected. 2. A recycling system for household electrical equipment, wherein the process of selectively transporting electrical equipment for household use to the recycling plant uses the waste distribution management system for recycling according to claim 1.