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    • 2. 发明申请
    • METHOD FOR DIAGNOSING AN ELECTRIC DEVICE
    • 用于诊断电气设备的方法
    • WO2014006662A1
    • 2014-01-09
    • PCT/JP2012/004398
    • 2012-07-06
    • MITSUBISHI HEAVY INDUSTRIES, LTD.BALDINI, Francesco
    • BALDINI, Francesco
    • G01R31/12G01R31/28
    • G01R31/1227G01R31/2846
    • The invention relates to a method for diagnosing an electric device, preferably a high-voltage device, comprising the steps of acquisition of measured values of operational parameters of the electric device to obtain a first set of data, which first set of data is analogue data, amplifying the first set of data and converting the amplified first set of data from analogue to digital to obtain a second set of data from the first set of data, filtering the second set of data by means of predetermined filtering processes to obtain a third set of data from the second set of data, processing the third set of data by means of at least one statistical algorithm to obtain a set of statistical features of the third set of data, these statistical features of the third set of data forming a fourth set of data, and applying a neural network processing step to the fourth set of data by utilizing a neural network in order to classify the fourth set of data so as to obtain a fifth set of data that characterizes an diagnostic status of the electric device.
    • 本发明涉及一种用于诊断电气设备,优选高压设备的方法,包括以下步骤:获取电气设备的操作参数的测量值以获得第一组数据,所述第一组数据是模拟数据 放大第一组数据并将放大的第一组数据从模拟转换成数字,以从第一组数据获得第二组数据,借助于预定的滤波处理对第二组数据进行滤波以获得第三组 来自第二组数据的数据,借助于至少一种统计算法处理第三组数据以获得第三组数据的一组统计特征,第三组数据的这些统计特征形成第四组 的数据,并且通过利用神经网络将神经网络处理步骤应用于第四组数据,以便对第四组数据进行分类,以便获得第五组数据 表征电气设备的诊断状态。
    • 4. 发明申请
    • CONTAINER WITH EASY OPENING
    • 集装箱容易打开
    • WO2009153827A1
    • 2009-12-23
    • PCT/IT2009/000274
    • 2009-06-19
    • BALDINI, Francesco
    • BALDINI, Francesco
    • B65D17/34
    • B65D17/4012B65D2517/0089
    • A container for food products comprises: i. a body (2) identifying an inner cavity (20) used for containing the food products; ii. opening means (3) for opening the body (2) for allowing the food products contained in the body (2) to be extracted. Said opening means (3) comprise: - two adjacent tabs (30); - a small lever (32) accessible to the user, which is engaged with the body (2) and connected operatively to the two tabs (30). The action of the small lever (32) allows the two tabs (30) to pass at least from one first configuration to a second configuration; in the first configuration said two tabs (30) blocking an opening (4) of thebody (2) andbeing at least partially delimited by a pre-engraving (31), said pre-engraving (31) presenting a first segment (311) which separates said two tabs (30) one from the other; the tabs (30) allowing, in the second configuration, the food products to be extracted through the opening (4) and remaining engaged to the body (2) of the container (1) through at least one own edge (33). For the passage from the first to the second configuration, the small lever (32) exerting directly a thrust action on said two tabs (30) and on the first segment (311) of the pre-engraving (31).
    • 食品容器包括:i。 识别用于容纳食品的内腔(20)的主体(2); II。 用于打开主体(2)的用于允许包含在主体(2)中的食品的抽出装置(3)。 所述打开装置(3)包括: - 两个相邻的翼片(30); - 用户可访问的小杠杆(32),其与主体(2)接合并且可操作地连接到两个突片(30)。 小杠杆(32)的作用允许两个翼片(30)至少从一个第一构型传递到第二构型; 在所述第一配置中,所述两个突出部(30)阻挡所述主体(2)的开口(4)并且至少部分地由预雕刻(31)限定,所述预雕版(31)呈现第一段(311),所述第一段 将所述两个突片(30)彼此分开; 在第二构造中允许通过开口(4)提取食品并且通过至少一个自身边缘(33)与食品容器(1)的主体(2)接合的突片(30)。 对于从第一构造到第二构造的通道,小杠杆(32)在预雕刻件(31)的所述两个翼片(30)和第一段(311)上直接施加推力作用。
    • 5. 发明申请
    • FIBER OPTIC PROBE AND MEASURING SENSOR USING SAID PROBE
    • 光纤探头和测量传感器使用探测器
    • WO2012073267A1
    • 2012-06-07
    • PCT/IT2011/000392
    • 2011-11-30
    • CONSIGLIO NAZIONALE DELLE RICERCHEBALDINI, FrancescoTRONO, Cosimo
    • BALDINI, FrancescoTRONO, Cosimo
    • A61B5/1459G01N21/77
    • G01N21/77A61B5/1459G01N21/7703G01N21/80
    • The fiber optic probe (7) comprises: a first optical fiber (9) to convey an electromagnetic radiation towards a measuring area at an exit end of said first optical fiber (9); a second optical fiber (11) to collect an electromagnetic radiation from said measuring area, the second optical fiber comprising an entrance end arranged in the measuring area and adjacent to the exit end of the first optical fiber. The exit end of the first optical fiber and the entrance end of the second optical fiber (11) are treated so that at least part of the electromagnetic radiation conveyed along the first optical fiber exits laterally from the first optical fiber and enters laterally in the second optical fiber. Moreover, in the measuring area an indicating material (15) is arranged, indicating a parameter to be measured with the probe. The radiation exiting from the first optical fiber passes through the indicating material so that the radiation collected by the second optical fiber is modulated by the indicating material (15).
    • 所述光纤探针(7)包括:第一光纤(9),用于向所述第一光纤(9)的出口端的测量区域传送电磁辐射; 第二光纤(11),用于从所述测量区域收集电磁辐射,所述第二光纤包括布置在所述测量区域中并与所述第一光纤的出口端相邻的入口端。 处理第一光纤的出口端和第二光纤(11)的入口端,使得沿着第一光纤传送的电磁辐射的至少一部分从第一光纤侧向出射并在第二光纤侧向进入 光纤。 此外,在测量区域中布置指示材料(15),指示要用探针测量的参数。 从第一光纤射出的辐射通过指示材料,使得由第二光纤收集的辐射被指示材料(15)调制。
    • 8. 发明授权
    • RENEWABLE ENERGY TYPE ELECTRIC POWER GENERATION DEVICE
    • VORRICHTUNG ZUR STRMERZEUGUNG MITHILFE ERNEUERBARER ENERGIE
    • EP2743502B1
    • 2016-04-20
    • EP12801794.4
    • 2012-02-27
    • Mitsubishi Heavy Industries, Ltd.
    • AKASHI, YuMATSUO, TakeshiSATO, ShinsukeKAMEDA, TakuroBALDINI, Francesco
    • F03D9/28F03D80/70
    • F03D9/28F03D80/60F03D80/70F05B2260/406F05B2260/64Y02E10/725Y02P80/158
    • A power generating apparatus of renewable energy type 1 is provided with a blade 7, a hub 6, a rotation shaft 9, a nacelle 4, a hydraulic pump 11 configured to be driven by the rotation shaft 9, a hydraulic motor 12 configured to be driven by the operating oil discharged from the hydraulic pump 11, a generator connected to the hydraulic motor 12, an oil line 14 for returning the operating oil from the hydraulic motor 12 to the working chamber of the hydraulic pump 11, an oil line cooler 18 provided in the oil line 14 for cooling the operating oil flowing in the oil line 14 by heat exchange with a coolant, a coolant line 41 for supplying the coolant to the oil line cooler 18, a branch line 31 branching from the oil line 18 for introducing the operating oil to a lubrication object of at least one of the hydraulic pump 11 or the hydraulic motor 12, and a branch line cooler 33 provided in the branch line 31 for cooling the operating oil flowing in the branch line 31 by heat exchange with a coolant. Further, two flows of the operating oil cooled to different temperatures by the oil line cooler 18 and the branch line cooler 33 are supplied to the working chamber and the lubrication object via the oil line 14 and the branch line 31, respectively.
    • 一种可再生能源类型1的发电装置设置有叶片7,轮毂6,旋转轴9,机舱4,构造成由旋转轴9驱动的液压泵11,液压马达12,其构造成 由从液压泵11排出的工作油驱动的发电机,与液压马达12连接的发电机,将工作油从液压马达12返回到液压泵11的工作室的油路14,油路冷却器18 设置在油路14中,用于通过与冷却剂进行热交换来冷却在油管路14中流动的工作油,用于将冷却剂供给到油路冷却器18的冷却剂管线41,从油管线18分支的分支管线31,用于 将工作油引入到液压泵11或液压马达12中的至少一个的润滑对象上,以及分支管线冷却器33,其设置在分支管线31中,用于通过与分支管线31的热交换来冷却在分支管线31中流动的工作油 一个 冷却液。 此外,由油路冷却器18和分支管路冷却器33冷却至不同温度的两个工作油流经由油路14和分支管线31分别供给至工作室和润滑物。
    • 9. 发明授权
    • POWER GENERATING APPARATUS OF RENEWABLE ENERGY TYPE AND OPERATION METHOD THEREOF
    • VORRICHTUNG ZUR STRMERZEUGUNG AUS ERNEUERBARER ENERGIE UND BETRIEBSVERFAHRENDAFÜR
    • EP2486274B1
    • 2016-01-20
    • EP11799882.3
    • 2011-11-30
    • MITSUBISHI HEAVY INDUSTRIES, Ltd.
    • HASHIMOTO, JunWAKASA, TsuyoshiBALDINI, FrancescoCALDWELL, NiallTAYLOR, JamieDUMNOV, Daniil
    • F16H39/02F03D11/02F03D9/00
    • F03D9/255F03D15/00F05B2220/70642F05B2260/406F05B2270/604F16H39/02Y02E10/725Y02P80/158
    • It is intended to provide a power generating apparatus of renewable energy type and an operation method of the power generating apparatus, which can achieve both variable speed operation and grid connection without a frequency converting circuit and which uses a hydraulic transmission. In the power generating apparatus of renewable energy type 1, renewable energy received via a blade 4 is transmitted to a synchronous generator 20 via a rotating shaft 8 and a hydraulic transmission 10. The synchronous generator 20 is driven by a hydraulic motor 14 of the hydraulic transmission 10 to generate power. The synchronous generator 20 is connected to a grid without a frequency converting circuit and the power generated by the synchronous generator 20 is supplied to the grid 50. The power generating apparatus 1 is also provided with a transmission controller 40 which controls the hydraulic transmission 10. The transmission controller 40 controls the hydraulic transmission 10 in a normal operation mode to adjust displacement of each of a hydraulic pump 12 and the hydraulic motor 14 such that the rotating shaft 8 rotates at a rotational speed that is variable with respect to flow speed of the renewable energy while keeping a rotational speed of the synchronous generator 20 at a synchronous speed based on frequency of the grid 50 during normal operation of the power generating apparatus.
    • 本发明提供一种可再生能源型发电装置和发电装置的运行方法,其能够实现变频运行和电网连接,而无需频率转换电路并使用液压变速器。 在可再生能源类型1的发电装置中,经由叶片4接收的可再生能源经由旋转轴8和液压变速器10被传递到同步发电机20.同步发电机20由液压马达14驱动 传输10发电。 同步发电机20连接到没有频率转换电路的电网,并且同步发电机20产生的电力被提供给电网50.发电装置1还设置有控制液压变速器10的变速器控制器40。 变速器控制器40以正常操作模式控制液压变速器10,以调节液压泵12和液压马达14中的每一个的位移,使得旋转轴8以相对于液压马达14的流速可变的转速旋转 在发电装置的正常工作期间,基于电网50的频率,将同步发电机20的转速保持在同步速度。