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    • 1. 发明申请
    • SLOW-COOKING METHOD AND OVEN
    • 慢煮方法和烤箱
    • US20070068935A1
    • 2007-03-29
    • US11535123
    • 2006-09-26
    • Riccardo FurlanettoFrancesco Maso
    • Riccardo FurlanettoFrancesco Maso
    • H05B6/64
    • F24C7/085F24C7/087
    • Method for cooking food, to be performed in an oven with a cooking cavity, a core-temperature proble capable of being introduced in a food item placed in the cooking cavity and provided with a temperature sensor for the food temperature and a sensor for detecting the temperature within the oven cavity, wherein these sensors are adapted to generate and output respective signals, control means being provided, which are adapted to receive and process such signals issued by said temperature sensors and to supply corresponding operating commands to heating means associated to the oven; there are provided setting means adapted to define a selectively modifiable value of a final reference temperature. After an initial heating period and a subsequent cooling-down step, during which the temperature inside the oven cavity anyhow remains at a higher value than said final reference temperature, said control means, on the basis of the signals received from said sensors, start and run an operating phase in such manner as to enable a temperature to be obtained and persistingly ensured within the oven cavity, whose difference as compared with said final reference temperature is a function of the difference between said final reference temperature and the temperature detected by the temperature sensor at the core of the food.
    • 用于烹饪食物的方法,在具有烹饪腔的烤箱中进行,核心温度问题能够被引入放置在烹饪腔中的食品中并具有用于食物温度的温度传感器和用于检测食物的传感器 其中这些传感器适于产生和输出相应的信号,所提供的控制装置适于接收和处理由所述温度传感器发出的这些信号并向相关于加热炉的加热装置提供相应的操作命令 ; 提供了适于定义最终参考温度的可选择修改的值的设置装置。 在初始加热周期和随后的冷却步骤之后,在炉腔内部的温度无论如何保持在比所述最终参考温度高的值的情况下,所述控制装置基于从所述传感器接收的信号开始和 运行一个操作阶段,以使得能够获得温度并且在炉腔内保持恒定,其与所述最终参考温度相比的差异是所述最终参考温度与由温度检测的温度之差的函数 传感器在食物的核心。
    • 2. 发明授权
    • Slow-cooking method and oven
    • 慢煮法和烤箱
    • US07750272B2
    • 2010-07-06
    • US11535123
    • 2006-09-26
    • Riccardo FurlanettoFrancesco Maso
    • Riccardo FurlanettoFrancesco Maso
    • A21B1/40A47J37/00
    • F24C7/085F24C7/087
    • Method for cooking food, to be performed in an oven with a cooking cavity, a core-temperature proble capable of being introduced in a food item placed in the cooking cavity and provided with a temperature sensor for the food temperature and a sensor for detecting the temperature within the oven cavity, wherein these sensors are adapted to generate and output respective signals, control means being provided, which are adapted to receive and process such signals issued by said temperature sensors and to supply corresponding operating commands to heating means associated to the oven; there are provided setting means adapted to define a selectively modifiable value of a final reference temperature. After an initial heating period and a subsequent cooling-down step, during which the temperature inside the oven cavity anyhow remains at a higher value than said final reference temperature, said control means, on the basis of the signals received from said sensors, start and run an operating phase in such manner as to enable a temperature to be obtained and persistingly ensured within the oven cavity, whose difference as compared with said final reference temperature is a function of the difference between said final reference temperature and the temperature detected by the temperature sensor at the core of the food.
    • 用于烹饪食物的方法,在具有烹饪腔的烤箱中进行,核心温度问题能够被引入放置在烹饪腔中的食品中并具有用于食物温度的温度传感器和用于检测食物的传感器 其中这些传感器适于产生和输出相应的信号,所提供的控制装置适于接收和处理由所述温度传感器发出的这种信号并向相关于加热炉的加热装置提供相应的操作命令 ; 提供了适于定义最终参考温度的可选择修改的值的设置装置。 在初始加热周期和随后的冷却步骤之后,在炉腔内部的温度无论如何保持在比所述最终参考温度高的值的情况下,所述控制装置基于从所述传感器接收的信号开始和 运行一个操作阶段,以使得能够获得温度并且在炉腔内保持恒定,其与所述最终参考温度相比的差异是所述最终参考温度与由温度检测的温度之差的函数 传感器在食物的核心。
    • 4. 发明申请
    • Deep-freezer with neural network
    • 神经网络的深冻机
    • US20060218960A1
    • 2006-10-05
    • US11376025
    • 2006-03-15
    • Riccardo FurlanettoMichele ToppanoDaniele MariFabio Sinatra
    • Riccardo FurlanettoMichele ToppanoDaniele MariFabio Sinatra
    • A23G9/00
    • G05B13/027F25D29/00F25D2400/36F25D2500/04F25D2700/16
    • Deep-freezing apparatus for foodstuffs comprising a deep-freezing compartment, signal display means, sensor means adapted to detect the temperature inside the foodstuffs stored in said deep-freezing compartment, processing means for the signals generated by said sensor means, wherein the apparatus further comprises a neural network adapted to receive the signals issued by a temperature sensor situated inside the foodstuff being deep-frozen and by an information on the time elapsed from the beginning of the deep-freezing process, and further adapted to provide a signal representative of the residual time needed to reach a pre-set (deep-freezing) temperature, as well as processing means adapted to receive the signal output by said neural network and provide in response an information representative of the predicted time needed for a pre-determined temperature to be reached on said first temperature sensor.
    • 用于食品的深冷装置包括深冷室,信号显示装置,适于检测存储在所述深冷室中的食品内的温度的传感器装置,用于由所述传感器装置产生的信号的处理装置,其中所述装置进一步 包括适于接收由位于深冻食物内部的温度传感器发出的信号的神经网络,以及从深冻处理开始之后的时间的信息,并且还适于提供代表 达到预定(深度)温度所需的剩余时间,以及适于接收由所述神经网络输出的信号的处理装置,作为响应提供表示预定温度所需的预测时间的信息 在所述第一温度传感器上到达。
    • 6. 发明授权
    • Deep-freezer with neural network
    • 神经网络的深冻机
    • US07971450B2
    • 2011-07-05
    • US11376025
    • 2006-03-15
    • Riccardo FurlanettoMichele ToppanoDaniele MariFabio Sinatra
    • Riccardo FurlanettoMichele ToppanoDaniele MariFabio Sinatra
    • A23G9/00
    • G05B13/027F25D29/00F25D2400/36F25D2500/04F25D2700/16
    • Deep-freezing apparatus for foodstuffs comprising a deep-freezing compartment, signal display means, sensor means adapted to detect the temperature inside the foodstuffs stored in said deep-freezing compartment, processing means for the signals generated by said sensor means, wherein the apparatus further comprises a neural network adapted to receive the signals issued by a temperature sensor situated inside the foodstuff being deep-frozen and by an information on the time elapsed from the beginning of the deep-freezing process, and further adapted to provide a signal representative of the residual time needed to reach a pre-set (deep-freezing) temperature, as well as processing means adapted to receive the signal output by said neural network and provide in response an information representative of the predicted time needed for a pre-determined temperature to be reached on said first temperature sensor.
    • 用于食品的深冷装置包括深冷室,信号显示装置,适于检测存储在所述深冷室中的食品内的温度的传感器装置,用于由所述传感器装置产生的信号的处理装置,其中所述装置进一步 包括适于接收由位于深冻食物内部的温度传感器发出的信号的神经网络,以及从深冻处理开始之后的时间的信息,并且还适于提供代表 达到预定(深度)温度所需的剩余时间,以及适于接收由所述神经网络输出的信号的处理装置,作为响应提供表示预定温度所需的预测时间的信息 在所述第一温度传感器上到达。