대표
청구항
▼
A method for controlling an engine of a system having an air-charger system connected to the engine includes sensing air-charger system temperature; comparing the air-charger system temperature to a temperature threshold; and adjusting an engine control parameter when the air-charger system temperature exceeds the temperature threshold. A system for controlling engine operation is also provided. recycle information memory; and a recycle production schedule setting unit which sets a production schedule of a recycle product using the reutilizable products...
A method for controlling an engine of a system having an air-charger system connected to the engine includes sensing air-charger system temperature; comparing the air-charger system temperature to a temperature threshold; and adjusting an engine control parameter when the air-charger system temperature exceeds the temperature threshold. A system for controlling engine operation is also provided. recycle information memory; and a recycle production schedule setting unit which sets a production schedule of a recycle product using the reutilizable products, parts and raw materials based on the times and volumes estimated by said recycle recovery estimating unit. 2. The recycling system according to claim 1, wherein the recycle information is warehouse information including product information on reutilizable products, part information on reutilizable parts, and material information on reutilizable raw materials, and for specifying at least storage positions or installation positions of the reutilizable products, parts and raw materials. 3. The recycling system according to claim 2, wherein the recycle information is warehouse information further including product information on parts utilizable by ordering or from stocks, and material information on raw materials utilizable by ordering or from stocks, and for specifying at least storage positions of the utilizable parts and raw materials. 4. A recycling system for comprehensively managing a recycle processing from parts and materials constituting a product to a final stage of treating these parts and materials as solid wastes, the recycling system comprising: a recycle information memory which stores as recycle information, information on product existence areas, operation information including product use periods, estimated use completion times, and firm information on completion of product use based on users expression of intentions, and information on product lot numbers and part production periods, information on all reutilizable products, parts and raw materials, including products, parts and raw materials produced or used under the management of the system, products, parts and raw materials treated as wastes and products, parts and raw materials currently being used in the market; and a virtual recycle product designing unit which inputs planned contents of a virtual product, preparing at least one proposal of a composition of the virtual product, making a decision as to whether it is possible or not to compose the virtual product using the reutilizable products, parts and raw materials based on the composition proposal and the recycle information, and designing a virtual recycle product using the reutilizable products, parts and raw materials that can compose the virtual product based on a result of the decision. 5. The recycling system according to claim 4, wherein the recycle information is warehouse information including product information on reutilizable products, part information on reutilizable parts, and material information on reutilizable raw materials, and for specifying at least storage positions or installation positions of the reutilizable products, parts and raw materials. 6. The recycling system according to claim 5, wherein the recycle information is warehouse information further including product information on parts utilizable by ordering or from stocks, and material information on raw materials utilizable by ordering or from stocks, and for specifying at least storage positions of the utilizable parts and raw materials. 7. The recycling system according to claim 4, wherein the recycle information includes condition information on the use for a generation of a virtual product, and the virtual recycle product designing unit is for making a decision as to whether it is possible or not to compose the virtual product by using the reutilizable products, parts and raw materials, based on input of the condition information for a generation of a virtual product. 8. The recycling system according to claim 7, wherein the condition information includes information for showing conformity of a part or/and an aggregate of parts with a product. 9. The recycling system according to claim 7, wherein the condition information includes information for showing conformity of a part with a material. 10. The recycling system according to claim 7, wherein the condition information includes quality information including at least one of recycle history of parts, stress history of parts, and remaining life of parts. 11. The recycling system according to claim 7, wherein the condition information includes information on earth environmental load including at least one of the information on energy consumption volume and emission material. 12. The recycling system according to claim 7, wherein the condition information includes information on the inclusion of a toxic material. 13. The recycling system according to claim 7, wherein the condition information includes parts existence area information for assigning areas where parts to be used for producing a virtual product exist, virtual product production area information for assigning an area of producing the virtual product, and forced recovery information for assigning a forced recovery of products. 14. The recycling system according to claim 4, wherein said virtual recycle product designing unit is for inputting design specification information of products and/or parts for a virtual product as the planned contents of the virtual product. 15. The recycling system according to claim 4, wherein said virtual recycle product designing unit is for further inputting design limit information together with the planned contents of the virtual product. 16. The recycling system according to claim 15, wherein the design limit information includes at least one of costs on products or parts, a recycling factor, legal regulations, conformity with standards, and materials. 17. The recycling system according to claim 4, wherein said virtual recycle product designing unit is for further inputting design priority condition information for designing a virtual product or parts of the virtual product, and for designing the virtual recycle product based on the design priority condition information. 18. The recycling system according to claim 17, wherein the design priority condition information is information for showing priority orders of costs, a recycling factor, legal regulations, conformity with standards, materials, delivery dare, or/and volumes. 19. The recycling system according to claim 4, wherein said virtual recycle product designing unit makes a decision as to whether it is possible or not to compose the virtual product by using the reutilizable products, parts and raw materials based on the composition proposals and the recycle information, selects an optimum composition proposal from the composition proposals based on a result of the decision, and designs an optimum virtual recycle product based on the selected composition proposal. 20. A recycling system for comprehensively managing a recycle processing from parts and materials constituting a product to a final stage of treating these parts and materials as solid wastes, the recycling system comprising: a recycle information memory which stores as recycle information, information on all reutilizable products, parts and raw materials, including products, parts and raw materials produced or used under the management of the system, products, parts and raw materials treated as wastes and products, parts and raw materials currently being used in the market; a recycle recovery estimating unit which estimates times when the reutilizable products, parts and raw materials are recovered as products, parts and raw materials usable for recycling as well as their volumes, based on the recycle information stored in said recycle information memory; a virtual recycle product designing unit which inputs planned contents of a virtual product, preparing at least one proposal of a composition of the virtual product, making a decision as to whether it is possible or not to compose the virtual product using the reutilizable products, parts and raw materials based on the composition proposal and the recycle information, and designing a virtual recycle product using the reutilizable products, parts and raw materi als that can compose the virtual product based on a result of the decision; and a recycle production schedule setting unit which sets a production schedule of a recycle product using the reutilizable products, parts and raw materials, by inputting estimated recovery times and volumes of the corresponding products, parts and raw materials from said recycle recovery estimating unit, based on a result of said designing by the virtual recycle product designing unit. 21. The recycling system according to claim 20, wherein the recycle information is warehouse information including product information on reutilizable products, part information on reutilizable parts, and material information on reutilizable raw materials, and for specifying at least storage positions or installation positions of the reutilizable products, parts and raw materials. 22. The recycling system according to claim 21, wherein the recycle information is warehouse information further including product information on parts utilizable by ordering or from stocks, and material information on raw materials utilizable by ordering or from stocks, and for specifying at least storage positions of the utilizable parts and raw materials. 23. The recycling system according to claim 20, wherein the recycle information includes information on product existence areas, operation information including, product use periods, estimated use completion times, and firm information on completion of product use based on users expression of intentions, and information on product lot numbers and part production periods. 24. The recycling system according to claim 20, wherein the recycle information includes condition information on the use for a generation of a virtual product, and the virtual recycle product designing unit is for making a decision as to whether it is possible or not to compose the virtual product by using, the reutilizable products, parts and raw materials, based on input of the condition information for a generation of a virtual product. 25. The recycling system according to claim 24, wherein the condition information includes information for showing conformity of a part or/and an aggregate of parts with a product. 26. The recycling system according to claim 24, wherein the condition information includes information for showing conformity of a part with a material. 27. The recycling system according to claim 24, wherein the condition information includes quality information including at least one of recycle history of parts, stress history of parts, and remaining life of parts. 28. The recycling system according to claim 24, wherein the condition information includes information on earth environmental load including at least one of the information on energy consumption volume and emission material. 29. The recycling system according to claim 24, wherein the condition information includes information on the inclusion of a toxic material. 30. The recycling system according to claim 24, wherein the condition information includes parts existence area information for assigning areas where parts to be used for producing a virtual product exist, virtual product production area information for assigning an area of producing the virtual product, and forced recovery information for assigning a forced recovery of products. 31. The recycling system according to claim 20, wherein said virtual recycle product designing unit is for inputting design specification information of products and/or parts for a virtual product as the planned contents of the virtual product. 32. The recycling system according to claim 20, wherein said virtual recycle product designing unit is for further inputting design limit information together with the planned contents of the virtual product. 33. The recycling system according to claim 32, wherein the design limit information includes at least one of costs on products or parts, a recycling factor, legal regulations, conformity with standards, and mate rials. 34. The recycling system according to claim 20, wherein said virtual recycle product designing unit is for further inputting design priority condition information for designing a virtual product or parts of the virtual product, and for designing the virtual recycle product based on the design priority condition information. 35. The recycling system according to claim 34, wherein the design priority condition information is information for showing priority orders of costs, a recycling factor, legal regulations, conformity with standards, materials, delivery date, or/and volumes. 36. The recycling system according to claim 20, wherein said virtual recycle product designing unit is for outputting virtual design information on a virtual recycle product as a result of a designing of the virtual recycle product. 37. The recycling system according to claim 36, wherein the virtual design information has information on at least a group of part components. 38. The recycling system according to claim 36, wherein said recycle production schedule setting unit is for inputting virtual design information from said virtual recycle product designing unit and for outputting information on procurement of parts necessary for producing a virtual product meeting the input virtual design information. 39. The recycling system according to claim 38, wherein the information on the procurement of parts includes information on part existence areas, operation information including, part use periods, estimated use completion times, and firm information on completion of product use based on users expression of intentions, and information on product lot numbers and part production periods. 40. The recycling system according to claim 20, wherein said virtual recycle product designing unit makes a decision as to whether it is possible or not to compose the virtual product by using the reutilizable products, parts and raw materials based on the composition proposals and the recycle information, selects an optimum composition proposal from the composition proposals based on a result of the decision, and designs an optimum virtual recycle product based on the selected composition proposal. 41. The recycling system according to claim 20, wherein said recycle production schedule setting unit further inputs delivery date, stock information, facility status, legal regulations, conformity with standards and/or materials as production limit information, and sets a production schedule for the recycle product based on a judgement of a production limit control. 42. The recycling system according to claim 41, wherein said recycle production schedule setting unit further inputs production priority condition information for designing a production schedule of a recycle product, and designs the production schedule of the recycle product based on the production priority condition information. 43. The recycling system according to claim 42, wherein the production priority condition information is information for showing priority orders of costs, a recycling factor, legal regulations, conformity with standards, materials, delivery date, or/and volumes. 44. A recycling system for comprehensively managing a recycle processing from parts and materials constituting a product to a final stage of treating these parts and materials as solid wastes, the recycling system comprising: a recycle information memory means for storing as recycle information, information on product existence areas, operation information including product use periods, estimated use completion times, and firm information on completion of product use based on users expression of intentions, and information on product lot numbers and part production periods, information on all reutilizable products, parts and raw materials, including products, parts and raw materials produced or used under the management of the system, products, parts and raw materials treated as wastes and products, parts and raw material
