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A platform for research: civil engineering, architecture and urbanism
SHRINKAGE RATE PREDICTION DEVICE, SHRINKAGE RATE PREDICTION SYSTEM, METHOD FOR CONTROLLING SHRINKAGE RATE PREDICTION DEVICE, AND METHOD FOR PRODUCING CERAMIC PRODUCT
To predict easily a shrinkage rate of a ceramic molding due to firing.SOLUTION: A shrinkage rate prediction device (20) has a shrinkage rate calculation unit (23) that calculates a predicted shrinkage rate of a target ceramic molding due to firing by inputting environmental information of the ceramic molding into a prediction model (22) that indicates the relation between the environmental information indicating production environments of the ceramic molding, and the shrinkage rates.SELECTED DRAWING: Figure 1
【課題】セラミックス成形体の焼成による収縮率を容易に予測する。【解決手段】収縮率予測装置（２０）は、セラミックス成形体を製造する環境を示す環境情報と収縮率との関係を示す予測モデル（２２）に、対象となるセラミックス成形体の環境情報を入力することにより、セラミックス成形体の焼成による予測収縮率を算出する収縮率算出部（２３）を備える。【選択図】図１
SHRINKAGE RATE PREDICTION DEVICE, SHRINKAGE RATE PREDICTION SYSTEM, METHOD FOR CONTROLLING SHRINKAGE RATE PREDICTION DEVICE, AND METHOD FOR PRODUCING CERAMIC PRODUCT
To predict easily a shrinkage rate of a ceramic molding due to firing.SOLUTION: A shrinkage rate prediction device (20) has a shrinkage rate calculation unit (23) that calculates a predicted shrinkage rate of a target ceramic molding due to firing by inputting environmental information of the ceramic molding into a prediction model (22) that indicates the relation between the environmental information indicating production environments of the ceramic molding, and the shrinkage rates.SELECTED DRAWING: Figure 1
【課題】セラミックス成形体の焼成による収縮率を容易に予測する。【解決手段】収縮率予測装置（２０）は、セラミックス成形体を製造する環境を示す環境情報と収縮率との関係を示す予測モデル（２２）に、対象となるセラミックス成形体の環境情報を入力することにより、セラミックス成形体の焼成による予測収縮率を算出する収縮率算出部（２３）を備える。【選択図】図１
SHRINKAGE RATE PREDICTION DEVICE, SHRINKAGE RATE PREDICTION SYSTEM, METHOD FOR CONTROLLING SHRINKAGE RATE PREDICTION DEVICE, AND METHOD FOR PRODUCING CERAMIC PRODUCT
収縮率予測装置、収縮率予測システム、収縮率予測装置の制御方法、セラミックス製品の製造方法
MAEDA TAKASHI (author) / TAKAHIRA KENTA (author) / MORI HIROSUKE (author)
2021-07-29
Patent
Electronic Resource
Japanese
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