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Dissolution process automatic creation device and dissolution process automatic creation method

机译:溶解工序自动生成装置及溶解工序自动生成方法

摘要

PROBLEM TO BE SOLVED: To provide a melting process automatic creation device that can minimize energy without causing problems in an operation and can present replanning upon a failure, and to provide a method for automatically creating a melting process.;SOLUTION: The melting process automatic creation device comprises: a holding means 110 for a necessary amount of molten metal which reads and stores information necessary to create a melting process such as an amount of molten metal, material and cycle time information necessary for each line from the information advertised by a production schedule; a first calculating means 120 for a residual amount of molten metal in a molten metal pouring machine and in a melting furnace, the means which calculates, related to a first melting furnace, a residual amount of molten metal in a molten metal poring machine and a residual amount of molten metal in the melting furnace in chronological order by seconds until the first melting furnace reaches an 'empty' state or to have designated weight based on the stored necessary amount of molten metal; a second calculating means 130 for a residual amount of molten metal in a molten metal pouring machine and in a melting furnace, the means which selects one furnace in at least second and succeeding melting furnaces and calculates a residual amount of molten metal in a molten metal pouring machine and a residual amount of molten metal in the melting furnace similarly to the first furnace in chronological order by seconds; and an output means 150 for calculation results of a residual amount of molten metal in a molten metal pouring machine and in a melting furnace, the means which acquires the calculation in a predetermined period and outputs the result.;COPYRIGHT: (C)2012,JPO&INPIT
机译:解决的问题:提供一种熔化过程自动生成装置,该装置可以在不引起操作问题的情况下将能量最小化,并且可以在故障时进行重新计划,并提供一种自动创建熔化过程的方法。产生装置包括:用于必要量的熔融金属的保持装置110,该保持装置110读取并存储产生熔融过程所必需的信息,例如,从生产商广告的信息中获得每条生产线所需的熔融金属量,材料和循环时间信息。时间表;第一计算装置120,用于计算熔融金属浇注机和熔融炉中熔融金属的残留量,该装置与第一熔融炉有关,计算熔融金属浇铸机和熔融炉中熔融金属的残留量。熔炉中熔融金属的残留量按时间顺序(以秒为单位),直到第一个熔炉达到“空”状态或具有基于所存储的必要熔融金属量的指定重量;第二计算装置130,用于计算熔融金属浇注机和熔融炉中熔融金属的残留量,该装置在至少第二和后续的熔融炉中选择一个炉并计算熔融金属中的熔融金属的残留量与第一熔炉类似的浇铸机和熔化炉中的熔融金属残留量,按时间顺序以秒为单位;输出装置150,其用于计算熔融金属浇铸机和熔融炉中的熔融金属残留量的结果,该装置在预定时间段内获取计算结果并输出结果。版权所有:(C)2012,日本特许厅

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