초록 ▼

A recycling method enables closed-loop material recycling (CMR) to be smoothly performed while reducing the amount of a recovered material disposed of outside the CMR loop. The amount of use of recovered ABS in a copying machine in a product production division is determined on the basis of a plan t

A recycling method enables closed-loop material recycling (CMR) to be smoothly performed while reducing the amount of a recovered material disposed of outside the CMR loop. The amount of use of recovered ABS in a copying machine in a product production division is determined on the basis of a plan to produce the copying machine in the product production division and the amount of production of recovered ABS in a recovered material production division for producing recovered ABS from used component parts. The amount of use may be determined by adjusting the mixing ratio of recovered ABS and virgin ABS in a regenerated material production division for producing regenerated ABS by mixing recovered ABS and virgin ABS.

대표청구항 ▼

What is claimed is: 1. A recycling method in which a recovered material is reused for a new product, said method comprising: a product producing step of producing a product by assembling component parts; a recovery step of recovering a used component part as the recovered material from consumers; a

What is claimed is: 1. A recycling method in which a recovered material is reused for a new product, said method comprising: a product producing step of producing a product by assembling component parts; a recovery step of recovering a used component part as the recovered material from consumers; a recovered material producing step of producing the recovered material from the used component part; a regenerated material producing step of producing a regenerated material by mixing the recovered material with a virgin material not containing the recovered material; and a part producing step of producing a component part using the regenerated material, wherein the amount of use of the recovered material in the product in said product producing step is determined on the basis of a plan to produce the product and the amount of recovery of the used component part in said recovery step. 2. The method as claimed in claim 1, wherein the amount of use is determined, in addition to or in replace of the amount of recovery, on the basis of the amount of production of the recovered material in said recovered material producing step. 3. The method as claimed in claim 1, wherein the amount of use is determined by determining the mixing ratio of the virgin material and the recovered material in said regenerated material producing step. 4. The method as claimed in claim 1, wherein the amount of use is determined, in addition to or in replace of the amount of recovery, on the basis of the amount of production of the regenerated material in said regenerated material producing step. 5. The method as claimed in claim 1, wherein the amount of use is determined by determining the use ratio of a virgin-material component part in which only the virgin material is used as a material and a regenerated-material-using component part in which the regenerated material is used. 6. The method as claimed in claim 1, wherein each of the recovered material, the virgin material and the regenerated material comprises a plastic material. 7. A product producing method in which a regenerated-material-using component part using a regenerated material obtained by mixing a recovered material produced from a used component part recovered from consumers and a virgin material not containing the recovered material is assembled on the basis of a production plan to produce a product, said method comprising determining the amount of use of the recovered material in the product on the basis of at least one of the amount of recovery of the used component part from the consumers, the amount of production of the recovered material and the amount of production of the regenerated material, and on the basis of the production plan. 8. A part ordering method of ordering a regenerated-material-using component part using a regenerated material obtained by mixing a recovered material produced from a used component part recovered from consumers and a virgin material not containing the recovered material, said method comprising determining the order ratio of the regenerated-material-using component part and a virgin component part not including the regenerated material on the basis of at least one of the amount of recovery of the used component part from the consumers, the amount of production of the recovered material and the amount of production of the regenerated material, and on the basis of a plan to produce a product on which the regenerated-material-using component part is mounted. 9. A mixing ratio determination method of determining the mixing ratio of a recovered material produced from a used component part recovered from consumers and a virgin material not containing the recovered material with respect to a regenerated material obtained by mixing the recovered material and the virgin material, said method comprising determining the mixing ratio on the basis of at least one of the amount of recovery of the used component part from the consumers and the amount of production of the recovered material and on the basis of a plan to produce a product on which a component part using the regenerated material is mounted. 10. An information processing apparatus comprising: information input means of accepting input of information; computation means of performing predetermined computational processing on the basis of the input information; and information output means of outputting the results of computation performed by said computation means, wherein said computation means is arranged to perform computational processing for computing the amount of use of a recovered material produced from a used component part recovered from consumers in a product on which a regenerated-material-using component part using a regenerated material obtained by mixing the recovered material and a virgin material not containing the recovered material, said computation means computing the amount of use on the basis of information on a plan to produce the product and information on the amount of recovery of the used component part from consumers. 11. The apparatus as claimed in claim 10, wherein said computation means is arranged to perform computational processing for computing the amount of use, in addition to or in replace of the information on the amount of recovery, on the basis of information on the amount of production of the recovered material. 12. The apparatus as claimed in claim 10, wherein said computation means is arranged to perform computational processing for computing the mixing ratio of the virgin material and the recovered material with respect to the regenerated material on the basis of the amount of use. 13. The apparatus as claimed in claim 12, wherein said computation means is arranged to perform computational processing for limiting the proportion of the recovered material in the mixing ratio to a value not larger than a predetermined upper limit value. 14. The apparatus as claimed in claim 12, wherein said computation means is arranged to perform computational processing for uniformly reducing the proportion of the recovered material in the mixing ratio to 0 [%] when the proportion is lower than a predetermined lower limit value. 15. The apparatus as claimed in claim 10, wherein said computation means is arranged to perform computational processing for computing the amount of use, in addition to or in replace of the information on the amount of recovery, on the basis of information on the amount of production of the regenerated material. 16. The apparatus as claimed in claim 10, wherein said computation means is arranged to perform computational processing for computing, on the basis of the amount of use, with respect to the product, the use ratio of a virgin-material component part in which only the virgin material is used as a material and a regenerated-material-using component part in which the regenerated material is used. 17. The apparatus as claimed in claim 16, wherein said computation means is arranged to perform computational processing for changing the mixing ratio of the recovered material to the virgin material in the generated-material-using component part to a lower value and again obtaining the use ratio when the proportion of the recovered material in the use ratio is lower than a predetermined lower limit, and for making said information output means output the obtained use ratio and the changed mixing ratio value. 18. The apparatus as claimed in claim 10, wherein said information output means comprises communication means of outputting information to a communication circuit. 19. The apparatus as claimed in claim 18, wherein said communication circuit comprises an Internet circuit. 20. A machine-readable program used for an information processing apparatus which performs predetermined computational processing, said program enabling a computer to function as use amount computation means of computing the amount of use of a recovered material obtained by disassembly of a used component part recovered from consumers in a product on which a regenerated-material-using component part using a regenerated material obtained by mixing the recovered material with a virgin material not containing the recovered material, the computation means computing the amount of use on the basis of at least one of information on the amount of recovery of the used component part, information on the amount of production of the recovered material and information on the amount of production of the regenerated material, and on the basis of information on a plan to produce the product.