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    • 1. 发明申请
    • MOVEMENT CONTROL SYSTEM FOR A DRILLING PLANT
    • 钻井设备运动控制系统
    • WO2012160544A1
    • 2012-11-29
    • PCT/IB2012/052640
    • 2012-05-25
    • REEL S.R.LFADE ENGINEERING S.A.S.BERTOTTO, EzioINVERARDI, Ennio
    • BERTOTTO, EzioINVERARDI, Ennio
    • E21B4/04E21B19/08E21B44/06
    • E21B44/02E21B4/04E21B19/08E21B44/06H02P3/14
    • A movement control system for a drilling plant (T) comprises at least a first hydraulic circuit (2) for actuating the actuating means (A) with an inlet duct (3) and an outlet duct (4) for a working fluid, at least one pumping device (5) of reversible type adapted to promote the circulation of the fluid from the inlet duct (3) to the outlet duct (4), at least one first electric machine (6) mechanically coupled to the pumping device (5) to promote the circulation of the fluid in the first hydraulic circuit (2), wherein the first electric machine (6) is connected to an electric circuit (7) connectable to the net(N) or to an electric accumulator. The first electric machine (6) is adapted to selectively operate as electric motor to promote the circulation of the fluid in a first sense and to drive the actuating means (A) during the rise of the drilling head (H), and as electric generator upon fluid flow in a second sense opposite the first promoted by the actuating means (A) during the lowering of the drilling head (H) to inject in the net (N) or in the accumulator the electric power generated by the first machine (6).
    • 用于钻井设备(T)的运动控制系统至少包括用于致动所述致动装置(A)的第一液压回路(2),其具有用于工作流体的入口管道(3)和出口管道(4),至少 一种适于促使流体从入口管道(3)循环到出口管道(4)的可逆型泵送装置(5),至少一个机械地联接到泵送装置(5)的第一电机(6) 促进第一液压回路(2)中的流体的循环,其中第一电机(6)连接到可连接到网(N)的电路(7)或蓄电池。 第一电机(6)适于选择性地作为电动机操作以促进流体在第一方面的循环并且在钻头(H)的上升期间驱动致动装置(A),并且作为发电机 在钻头(H)下降期间,在第一机器(6)产生的电力(N)中或在蓄能器中注入的第一感测装置中,在与第一驱动装置(A)相反的第二感测装置中, )。
    • 2. 发明申请
    • ELECTRIC GENERATOR
    • 电力发电机
    • WO2012114264A1
    • 2012-08-30
    • PCT/IB2012/050776
    • 2012-02-21
    • REEL S.R.L.BERTOTTO, Ezio
    • BERTOTTO, Ezio
    • F03D7/04F03D11/00
    • F03D9/255F03D7/047F03D13/22F03D80/60F03D80/82Y02E10/723
    • An electric generator (1 ) for the conversion of energy from a renewable energy source, such as wind energy, into electrical energy to be inserted into a local or remote network (R), which comprises a rotary electric machine (2) provided with means (3) for drawing energy from the renewable source and for converting into electrical energy, first control means (4) for regulating the functioning parameters of the machine (2), second control means (5) for regulating the parameters of the electrical energy generated by the machine (2), and connection means (6) for electrically connecting the second control means (5) to the network (R), wherein the machine (2) is positioned in a space (V) placed at a predetermined distance (h) with respect to a base (B) that is fixed or anchorable with respect to the ground (T). The first control means (4) are housed in a first case (7) placed inside the space (V), the second control means (5) are housed in a second case (8) that is different and spatially offset with respect of the first, and the second control means (5) are electrically connected to the first control means (4), to facilitate the mounting and the maintenance of the generator.
    • 一种用于将来自诸如风能的可再生能源的能量转换成电能以插入本地或远程网络(R)的发电机(1),其包括设置有装置的旋转电机(2) (3),用于从可再生能源抽取能量并转换成电能;第一控制装置(4),用于调节机器(2)的功能参数;第二控制装置(5),用于调节所产生的电能的参数 以及用于将第二控制装置(5)电连接到网络(R)的连接装置(6),其中机器(2)定位在放置在预定距离处的空间(V)中 h)相对于相对于地面(T)固定或可锚定的基座(B)。 第一控制装置(4)被容纳在放置在空间(V)内的第一壳体(7)中,第二控制装置(5)容纳在与第二壳体(8)不同的空间上 第一控制装置(5)与第一控制装置(4)电连接,以便于发电机的安装和维护。
    • 3. 发明申请
    • ELECTRIC GENERATOR
    • 电力发电机
    • WO2012073206A3
    • 2012-08-02
    • PCT/IB2011055393
    • 2011-11-30
    • REEL SRLBERTOTTO EZIO
    • BERTOTTO EZIO
    • H02K19/24H02K1/27H02K9/06
    • H02K19/24H02K1/27H02K7/1823H02K9/18H02K9/19H02K2213/03
    • An electric energy generator comprises a driving shaft (3) designed to be coupled to an external energy source having a predetermined torque, a synchronous reluctance rotating electric machine (7) having a stator (8) and a transverse-laminated rotor (9), and a driven shaft (6) operatively coupled to the drive shaft (3) for generating electric energy with a predetermined torque ripple amplitude, electric connection means (13) for injecting the electric energy so generated into the net (R), control means (14) designed to adjusting electrical and dynamic parameters of the electric machine (7). The stator (8) has an even number (ns) of longitudinal grooves (15) for each pair of poles and the rotor (9) has a plurality of adjacent slots (16) defining an even number (nr) of magnetically equivalent slots. The number (ns) of grooves (15) is different from the number (nr) of equivalent slots multiplied by an integer (m), the difference between the number (ns) of grooves (15) and the number (nr) of equivalent slots being different form zero, +2 and -2.
    • 一种电能发生器包括设计成与具有预定扭矩的外部能量源耦合的驱动轴(3),具有定子(8)和横向层叠转子(9)的同步磁阻旋转电机(7) 以及可操作地联接到驱动轴(3)的从动轴(6),用于以预定的扭矩波动幅度产生电能;电连接装置(13),用于将如此产生的电能注入网(R),控制装置 14),用于调整电机(7)的电气和动态参数。 定子(8)具有用于每对极的偶数(ns)的纵向凹槽(15),并且转子(9)具有限定偶数(n)个磁等效槽的多个相邻狭槽(16)。 槽(15)的数量(ns)不同于等效槽数(nr)乘以整数(m),槽(15)的数量(ns)与等效数(nr)之间的差 插槽不同于零,+2和-2。
    • 4. 发明申请
    • PHOTOVOLTAIC PLANT
    • 光伏厂
    • WO2012150574A1
    • 2012-11-08
    • PCT/IB2012/052240
    • 2012-05-04
    • REEL S.R.L.BERTOTTO, Ezio
    • BERTOTTO, Ezio
    • H02J3/38H01L31/042
    • H01L31/02021H02J3/385H02J13/0024H02J13/0062H02J13/0075Y02E10/58Y02E40/72Y02E60/7823Y02E60/7838Y02E60/7853Y04S10/123Y04S40/122Y04S40/124Y04S40/126
    • A photovoltaic plant comprises one or more strings (2, 2', 2",...) of photovoltaic modules (3, 3', 3",...) connected in series, at least one inverter (5, 5', 5") electrically connected to each string (2, 2', 2",...) for injecting the electrical energy produced by the same into the net (R), a central control unit (7) for controlling and varying the energy produced by each single string (2, 2', 2",...), one or more electronic connection units (6, 6', 6",...) interposed between the strings (2, 2', 2",...) and the central control unit (7) for transmitting control signals of each single string (2, 2', 2",...), a local control unit (8, 8', 8",...) associated with each single string (2, 2', 2",...) and connected to a the inverter (5, 5', 5") to control the electric parameters of the energy injected into the net (R) and connected with one of electronic connection unit (6, 6', 6",...) for drawing the maximum instantaneous electric power (MPPT) from each single string (2, 2', 2",...) and for transmitting and/or receiving control data of each single string (2, 2', 2",...) from the central control unit (7). Each of said control local unit (8, 8', 8",...) associated to each single string (2, 2', 2",...) is adapted to process electric signals with minimum and maximum values different from those generated by the other strings in such a manner to increase the flexibility of the plant.
    • 光伏电站包括串联连接的一个或多个光伏模块(3,3',3“,...)的串(2,2',2”,...),至少一个逆变器(5,5' ,5“),电连接到每个串(2,2',2”,...),用于将由其产生的电能注入网(R);中央控制单元(7),用于控制和改变 每个单个串(2,2',2“,...)产生的能量,一个或多个电子连接单元(6,6',6”,...)插入在串(2,2',...)之间 “,...)和用于发送每个单个串(2,2',2”,...)的控制信号的中央控制单元(7),本地控制单元(8,8',8“,...) ..),并且连接到逆变器(5,5',5“)以控制注入到网中的能量的电参数(R )并与电子连接单元(6,6',6“,...)中的一个连接,用于从每个单个串(2,2',2”,...)中抽取最大瞬时功率(MPPT)和 为tra 从中央控制单元(7)缓存和/或接收每个单个串(2,2',2“,...)的控制数据。 与每个单个串(2,2',2“,...)相关联的所述控制本地单元(8,8',8”,...)中的每一个适于处理电信号,所述电信号的最小值和最大值不同于 那些由其他字符串产生的增加植物灵活性的方式。
    • 5. 发明申请
    • HIGH POWER PHOTOVOLTAIC PLANT FOR GENERATING ENERGY
    • 用于产生能量的高功率光伏电站
    • WO2012147058A1
    • 2012-11-01
    • PCT/IB2012/052122
    • 2012-04-27
    • REEL S.R.L.BERTOTTO, EzioGRIGGIO, SimoneVERLATO, Giancarlo
    • BERTOTTO, EzioGRIGGIO, SimoneVERLATO, Giancarlo
    • H02J3/38
    • H02J3/38H02J3/383Y02E10/563
    • A photovoltaic plant for comprises a plurality of strings (2, 2', 2",...) each having two or more photovoltaic panels (3, 3', 3",...) connected in series, at least one junction box (4, 4', 4",...) connected to one or more strings (2, 2', 2",...) and housing at least one current converter (5, 5', 5",...) to vary the power energy generated by each single string (2, 2', 2",...) and a peripheral control unit (6, 6', 6",...) for controlling the converter (5, 5', 5",...); at least one inverter (7, 7', 7",...) connected to each converter (5, 5', 5",...) for injecting into the net (R) the electrical energy produced by the strings (2, 2', 2",...), a central control unit (8) connected to the inverter (7, 7', 7",...) to control the energy generate by said plurality of strings (2, 2', 2",...) and to each periphery unit (6, 6', 6",...) to control the output electric power from each junction box (4, 4', 4",...). The central control unit (8) comprises sensor means (18) associated with the inverter (7, 7', 7",...) to detect the electric parameters associated with the energy injected into the net (R) and to control the converters (5, 5', 5",...), the central control unit (8) being housed into a casing (9) different and spatially spaced apart with respect to each junction box (4, 4', 4",...) and from the inverter (7, 7', 7",...) to allow separate and independent operation on each between the central control unit (8) and at least one inverter (7, 7', 7",...).
    • 一种用于包括多个串联(2,2',2“,...)的光伏电站,每个串联有两个或更多个串联连接的光伏电池板(3,3',3”,...),至少一个接头 连接到一个或多个串(2,2',2“,...)并且容纳至少一个电流转换器(5,5',5”,...)的盒(4,4',4“,...) ...)以改变由每个单个串(2,2',2“,...)产生的功率能量和用于控制转换器(5)的外围控制单元(6,6',6”,...) ,5',5“,...); 连接到每个转换器(5,5',5“,...)的至少一个逆变器(7,7',7”,...),用于将由串产生的电能注入网(R) 2,2',2“,...),连接到逆变器(7,7',7”,...)的中央控制单元(8),以控制由所述多个串(2, 2',2“,...)和每个周边单元(6,6',6”,...),以控制来自每个接线盒(4,4',4“,...)的输出电力 中央控制单元(8)包括与逆变器(7,7',7“,...)相关联的传感器装置(18),以检测与注入到网(R)中的能量相关联的电参数,以及 控制转换器(5,5',5“,...),中央控制单元(8)被容纳在相对于每个接线盒(4,4',4')不同和空间间隔开的壳体(9)中 “,...)和逆变器(7,7',7”,...),以允许在中央控制单元(8)和至少一个逆变器(7,7',...)之间的每个单独和独立的操作, 7" ,...)。
    • 6. 发明申请
    • DEVICE FOR REMOTE CONTROLLING AN ENERGY GENERATOR PLANT AND GENERATOR COMPRISING THE DEVICE
    • 用于远程控制能源发电机和包含设备的发电机的装置
    • WO2012127334A1
    • 2012-09-27
    • PCT/IB2012/050880
    • 2012-02-27
    • REEL S.R.L.AUTEC S.R.L.BERTOTTO, EzioBONAN, AlessandroSILVESTRI, Antonio
    • BERTOTTO, EzioBONAN, AlessandroSILVESTRI, Antonio
    • F03D7/04
    • F03D7/047Y02E10/723
    • A device for remote control of an apparatus for generating electric power from a renewable energy source, such as a wind generator or the like, wherein the apparatus (2) comprises renewable energy extraction means (3) and conversion means (4) for converting energy into electric power, associated with adjustment and control means (5) for adjusting and controlling operating parameters. The device comprises transmitting means (6) for transmitting a control signal to change the operating parameters of the apparatus and receiving means (7) for receiving the signal, which are adapted to interact with the means (5) for adjusting and controlling the operating parameters of the apparatus (2), wherein the signal transmitting means (6) and the signal receiving means (7) are of wireless type. A generator for converting energy from a renewable source into electric power, incorporating the device.
    • 一种用于远程控制用于从可再生能源(例如风力发电机等)产生电力的装置的装置,其中所述装置(2)包括可再生能量提取装置(3)和用于转换能量的转换装置(4) 与用于调节和控制操作参数的调节和控制装置(5)相关联的电力。 该装置包括发送装置(6),用于发送控制信号以改变装置的操作参数和用于接收该信号的接收装置(7),适于与装置(5)相互作用以调整和控制操作参数 (2)的信号发送装置(6)和信号接收装置(7)是无线类型的装置。 用于将来自可再生能源的能量转换为电力的发电机,并入该装置。
    • 7. 发明申请
    • SYNCHRONOUS RELUCTANCE MOTOR, OPERATING MACHINE COMPRISING THE MOTOR AND METHOD FOR CONTROLLING THE MOTOR
    • 同步电动机,包括电机的操作机和控制电机的方法
    • WO2010131233A3
    • 2011-01-06
    • PCT/IB2010052182
    • 2010-05-17
    • REEL S R L UNIPERSONALEFILIPETI DAVORKARUZIC BORISBERTOTTO EZIO
    • FILIPETI DAVORKARUZIC BORISBERTOTTO EZIO
    • H02K19/10F25B49/02H02K1/24H02K7/14
    • H02K7/14H02K1/246
    • A synchronous reluctance motor comprises a stator (2) having at least one pair of poles and a plurality (ns) of grooves (3) for each pair of poles, a transverse-laminated rotor (5) with a plurality of disk-line sheet metal members (7, 7', 7",...) of predetermined outside diameter (D), each having a plurality of adjacent slots (8, 8',...; 9, 9',...; 10, 10',...; 11, 11 ',...) and a central through hole (12) of predetermined inside diameter (d), each slot (8, 8',...; 9, 9',...; 10, 10',...; 11, 11 ',...) having a substantially curved elongate shape, symmetrical with respect to a radius, with end portions closed at the edge (13) of a corresponding sheet element (7, 7', 7",...) to define corresponding ribs (14, 14', 14"), which are adapted to be magnetically saturated to be equivalent to rotor slots. At least one first portion of the sheet elements (7, 7', 7",...) has a ratio of the inside diameter (d) to the outside diameter (D) equal to or greater than 0.45 and a number (nr) of equivalent rotor slots (14, 14', 14") equal to the number (ns) of stator grooves (3) per pole pair, decreased or increased by four units.
    • 同步磁阻电动机包括具有至少一对磁极的定子(2)和用于每对磁极的多个槽(3),具有多个盘线片的横向层叠转子(5) 每个具有多个相邻狭槽(8,8',...; 9,9',...; 10)的预定外径(D)的金属构件(7,7',7“,...) ,10',...; 11,11',...)和预定内径(d)的中心通孔(12),每个槽(8,8',...; 9,9' ...; 10,10',...; 11,11',...),其具有相对于半径对称的基本上弯曲的细长形状,其端部在相应片材的边缘(13)处封闭 元件(7,7',7“,...)以限定对应的肋(14,14',14”),其适于被磁饱和以等同于转子槽。片材的至少一个第一部分 元件(7,7',7“,...)具有等于或大于0.45的内径(d)与外径(D)的比值和等于或等于的数量(nr) t转子槽(14,14',14“)等于每个极对的定子槽(3)的数量(ns)减小或增加4个单位。
    • 10. 发明申请
    • SYNCHRONOUS RELUCTANCE MOTOR, OPERATING MACHINE COMPRISING THE MOTOR AND METHOD FOR CONTROLLING THE MOTOR
    • 同步电动机,包括电机的操作机和控制电机的方法
    • WO2010131233A2
    • 2010-11-18
    • PCT/IB2010/052182
    • 2010-05-17
    • REEL S.R.L. UNIPERSONALEFILIPETI, DavorKARUZIC, BorisBERTOTTO, Ezio
    • FILIPETI, DavorKARUZIC, BorisBERTOTTO, Ezio
    • H02K19/10F25B49/02H02K7/14H02K1/24
    • H02K7/14H02K1/246
    • A synchronous reluctance motor comprises a stator (2) having at least one pair of poles and a plurality (ns) of grooves (3) for each pair of poles, a transverse-laminated rotor (5) with a plurality of disk-line sheet metal members (7, 7', 7",...) of predetermined outside diameter (D), each having a plurality of adjacent slots (8, 8',...; 9, 9',...; 10, 10',...; 11, 11 ',...) and a central through hole (12) of predetermined inside diameter (d), each slot (8, 8',...; 9, 9',...; 10, 10',...; 11, 11 ',...) having a substantially curved elongate shape, symmetrical with respect to a radius, with end portions closed at the edge (13) of a corresponding sheet element (7, 7', 7",...) to define corresponding ribs (14, 14', 14"), which are adapted to be magnetically saturated to be equivalent to rotor slots. At least one first portion of the sheet elements (7, 7', 7",...) has a ratio of the inside diameter (d) to the outside diameter (D) equal to or greater than 0.45 and a number (nr) of equivalent rotor slots (14, 14', 14") equal to the number (ns) of stator grooves (3) per pole pair, decreased or increased by four units.
    • 同步磁阻电动机包括具有至少一对磁极的定子(2)和用于每对磁极的多个槽(3),具有多个盘线片的横向层叠转子(5) 每个具有多个相邻狭槽(8,8',...; 9,9',...; 10)的预定外径(D)的金属构件(7,7',7“,...) ,10',...; 11,11',...)和预定内径(d)的中心通孔(12),每个槽(8,8',...; 9,9' ...; 10,10',...; 11,11',...),其具有相对于半径对称的基本上弯曲的细长形状,其端部在相应片材的边缘(13)处封闭 元件(7,7',7“,...)以限定对应的肋(14,14',14”),其适于被磁饱和以等同于转子槽。片材的至少一个第一部分 元件(7,7',7“,...)具有等于或大于0.45的内径(d)与外径(D)的比值和等于或等于的数量(nr) t转子槽(14,14',14“)等于每个极对的定子槽(3)的数量(ns)减小或增加4个单位。