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    • 1. 发明申请
    • COFFEE MACHINE TANK CARTRIDGE FILTER
    • 咖啡机油箱滤芯
    • WO2008012657A2
    • 2008-01-31
    • PCT/IB2007/002129
    • 2007-07-25
    • LAVAZZA S.P.A.CORTESE, Virginio
    • CORTESE, Virginio
    • A47J31/60C02F1/00
    • A47J31/605C02F1/003C02F2201/003C02F2201/006
    • A cartridge filter (1) for a coffee machine tank (2), wherein the filter (1) is defined by a container (11, 14) housing a filter medium (15), and has at least one inlet (16) for the water in the tank (2), and an inner chamber (23) which is separated from the rest of the filter (1) by a member (28) permeable to water, and has a first opening (25) for feeding the filtered water to a hydraulic circuit of the machine; and wherein the first opening (25) also acts as an inlet for the drain water of the hydraulic circuit, and the chamber (23) has a second opening (27) communicating with the tank (2) and controlled by a one-way valve (32) permitting outflow of the drain water of the hydraulic circuit from the chamber (23).
    • 一种用于咖啡机罐(2)的筒式过滤器(1),其中过滤器(1)由容纳过滤介质(15)的容器(11,14)限定,并且具有在 至少一个用于水箱(2)中的水的入口(16)以及通过可渗透水的构件(28)与过滤器(1)的其余部分分隔开的内室(23),并且具有第一开口 (25),用于将过滤后的水供给到机器的液压回路; 并且其中所述第一开口(25)还用作所述液压回路的排水的入口,并且所述室(23)具有与所述箱(2)连通并且由单向阀 (32)允许液压回路的排出水从室(23)流出。
    • 2. 发明申请
    • MOBILE AD-HOC NETWORK
    • 移动AD-HOC网络
    • WO2009153817A1
    • 2009-12-23
    • PCT/IT2008/000409
    • 2008-06-19
    • SELEX COMMUNICATIONS S.p.A.MOZZONE, Lorenzo
    • MOZZONE, Lorenzo
    • H04W84/18
    • H04W84/18H04W56/0015
    • A mobile ad-hoc network formed by a plurality of nodes - (2), each node (2) having a first station (4) 'and a second station (5), the first station (4) of each node (2) supporting a point-to-point connection to a second station (5) of another node (2) using a first frequency channel, and the second station (5) of each node (2) supporting a point-to-multipoint connection to a plurality of first stations (4) of a respective plurality of nodes (2) using a second frequency channel, different from the first channel, thereby forming a daisy chain cluster concatenation. Each node (2) belonging to the daisy chain cluster concatenation is configured to communicate with other nodes (2) using a IEEE 802.16d or IEEE 802.16e (WiMAX) protocol.
    • 由多个节点形成的移动自组织网络(2),每个节点(2)具有第一站(4)和第二站(5),每个节点(2)的第一站(4) 支持使用第一频率信道到另一节点(2)的第二站(5)的点对点连接,并且每个节点(2)的第二站(5)支持与至少一个节点的点到多点连接 使用与第一信道不同的第二频率信道的多个节点(2)的多个第一站(4),从而形成菊花链簇级联。 属于菊花链簇级联的每个节点(2)被配置为使用IEEE 802.16d或IEEE 802.16e(WiMAX)协议与其他节点(2)通信。
    • 3. 发明申请
    • METHOD AND SYSTEM FOR RADIO COVERAGE PLANNING WITH LOCAL DOUBLE GRID APPROACH
    • 具有局部双网格方法的无线覆盖规划方法与系统
    • WO2005076645A1
    • 2005-08-18
    • PCT/EP2004/050087
    • 2004-02-05
    • TELECOM ITALIA S.p.A.STOLA, LorisTEALDI, Daniela MariaEPIFANI, Francesco
    • STOLA, LorisTEALDI, Daniela MariaEPIFANI, Francesco
    • H04Q7/36
    • H04W16/18
    • A method for planning a radiocommunications network comprises computing cell coverage in turn including dividing a region around a radio base station (RBS) into a number of large environment pixels (LEP), for each large environment pixel (LEP), computing a first quantity indicative of the coverage within the large environment pixel (LEP), dividing each large environment pixel (LEP) into a number of small environment pixels (SEP), and, for each small environment pixel (SE P), computing a second quantity indicative of the coverage within the small environment pixel (SEP), wherein each second quantity is computed for the respective small environment pixel (SEP) as a function of the first quantity computed for the large environment pixel (LEP) containing the small environment pixel (SEP), and of data describing the environment within the small environment pixel (SEP) and within small environment pixels (SE P) within the large environment pixel (LEP) and arranged upstream the small environment pixel (SEP) along a radioelectric signal propagation path passing through the small environment pixel (SEP).
    • 一种用于规划无线电通信网络的方法包括:对于每个大环境像素(LEP),计算小区覆盖,依次包括将无线电基站(RBS)周围的区域划分成多个大环境像素(LEP),计算第一数量指示 在大环境像素(LEP)内的覆盖范围,将每个大环境像素(LEP)划分成多个小环境像素(SEP),并且对于每个小环境像素(SE P),计算指示 在小环境像素(SEP)内的覆盖范围,其中根据对于包含小环境像素(SEP)的大环境像素(LEP)计算的第一数量,针对各个小环境像素(SEP)计算每个第二量, 以及描述小环境像素(SEP)和大环境像素(LEP)内的小环境像素(SE P)内的环境的数据,并且布置在小环境的上游 沿着穿过小环境像素(SEP)的放射线电信号传播路径的像素(SEP)。
    • 5. 发明申请
    • VERTICAL SEMICONDUCTOR DEVICE AND MANUFACTURING PROCESS OF THE SAME
    • 垂直半导体器件及其制造工艺
    • WO2013128480A1
    • 2013-09-06
    • PCT/IT2012/000060
    • 2012-02-28
    • STMICROELECTRONICS S.R.L.MURABITO DomenicoSAGGIO Mario Giuseppe
    • MURABITO DomenicoSAGGIO Mario Giuseppe
    • H01L29/78H01L29/739H01L29/08H01L21/02H01L21/336
    • H01L29/7802H01L29/0653H01L29/0696H01L29/0878H01L29/42368H01L29/66712H01L29/7395
    • A vertical-conduction electronic device (100; 150), comprising: a semiconductor wafer (1) including a semiconductor layer (2, 3) having a first side (3a), a first type of conductivity (N), and a first doping level; a first body region (32) and a second body region (34), which have a second type of conductivity (P) and extend in the semiconductor layer (2, 3); an enriched region (12), having the first type of conductivity and a second doping " level higher than the first doping level, which extends in the semiconductor layer facing the first side (3a), between the first and second body regions (32, 34); a dielectric filling region (20), which extends in the semiconductor layer, facing the first side (3a), and completely surrounded by the enriched region (12); and a gate structure (29), which extends on the first side (3a) on the enriched region (12), on the dielectric filling region (20), on part of the first body region (32), and on part of the second body region (34).
    • 一种垂直导电电子器件(100; 150),包括:半导体晶片(1),包括具有第一侧(3a),第一导电类型(N)和第一掺杂的半导体层(2,3) 水平; 具有第二导电类型(P)并在半导体层(2,3)中延伸的第一体区(32)和第二体区(34); 在所述第一和第二体区域(32,32)之间具有第一类型的导电性和比第一掺杂级别高的第二掺杂的富集区域(12),其在面向第一侧面(3a)的半导体层中延伸, 电介质填充区域(20),其在所述半导体层中延伸,面向所述第一侧面(3a),并且被所述富集区域(12)完全包围;以及栅极结构(29),其在第一 在富集区域(12)上的介电填充区域(20)上,第一体区域(32)的一部分上以及第二体区域(34)的一部分上的侧面(3a)。
    • 6. 发明申请
    • ELECTROMECHANICAL DIFFERENTIAL LOCK ASSEMBLY
    • 电子差分锁定装置
    • WO2007108022A1
    • 2007-09-27
    • PCT/IT2006/000175
    • 2006-03-21
    • ARVINMERITOR TECHNOLOGY, LLC.GIANONE, Roberto
    • GIANONE, Roberto
    • F16H48/30F16H48/24
    • F16H48/30F16H48/08F16H48/24F16H48/34F16H2048/204F16H2048/346F16H2048/382Y10T29/49464Y10T74/2186
    • A differential lock assembly includes a shift collar (36) that is moved in response to an electronic input signal between locked and unlocked positions. A coil housing (40) is supported on the shift collar and includes a recess (42) that receives a coil. A drag plate (60) is connected to the shift collar and coil housing to enclose the coil within the recess. When the coil is energized, the shift collar (36) is moved to the locked position. A resilient member (74) returns the shift collar (36) to the unlocked position when the coil is not energized. The shift collar (36), coil housing (40), drag plate (60), and resilient member (74) are pre-assembled together to form an assembled unit, which is installed within an axle differential as an adjusting nut to apply preload to an associated differential bearing.
    • 差速锁组件包括移位轴环(36),该换档套环响应于锁定位置和解锁位置之间的电子输入信号而移动。 线圈壳体(40)被支撑在换档轴环上并且包括容纳线圈的凹部(42)。 牵引板(60)连接到换档轴环和线圈壳体以将线圈封闭在凹部内。 当线圈通电时,换档轴环(36)移动到锁定位置。 当线圈未通电时,弹性构件(74)将换档轴环(36)返回到解锁位置。 换档轴环(36),线圈壳体(40),牵引板(60)和弹性构件(74)预先组装在一起以形成组装单元,其被安装在轴差速器内作为调节螺母以施加预载 到相关的差速器轴承。
    • 8. 发明申请
    • MOVABLE- JAW CRUSHER FOR RUBBLE AND SIMILAR, AND RELATIVE OPERATING METHOD
    • 可移动的破碎机,以及相似的操作方法
    • WO2008010072A2
    • 2008-01-24
    • PCT/IB2007/002021
    • 2007-07-17
    • OFFICINE MECCANICHE DI PONZANO VENETO S.R.L. CON UNICO SOCIOSERENA, AlbertoTRONCHIN, Alberto
    • SERENA, AlbertoTRONCHIN, Alberto
    • B02C1/02
    • B02C1/025
    • Movable- jaw crusher (1) for rubble and similar, having an outer supporting structure (2) in which a crushing chamber (3) is formed; two crushing jaws (4, 5) positioned facing each other inside the crushing chamber (3) to define two sloping lateral walls of a downward- tapering hopper; and a jaw actuating device (6) for moving the two crushing jaws (4, 5) cyclically towards each other to crush the material fed between the crushing jaws (4, 5); the jaw actuating device (6) having at least one hydraulic thrust -bearing cylinder (15), in turn having an outer tubular casing (17), a movable piston rod (18) inserted telescopically inside the outer tubular casing (17), and a variable-volume inner chamber (20) which is reduced in volume when the movable piston rod (18) withdraws inside the outer tubular casing (17); the jaw actuating device (6) also having a pressure sensor (21) for detecting the instantaneous pressure of the fluid inside the inner chamber (20) of the hydraulic thrust -bearing cylinder (15), an electrically controlled on-of f valve (22) for selectively draining pressurized fluid from the inner chamber (20), and an electronic central control unit (23) for controlling the on-of f valve (22) to selectively drain pressurized fluid from the inner chamber (20) when the pressure of the fluid in the same chamber exceeds a maximum trigger threshold memorized in said control unit.
    • 用于碎石和类似物的可移动颚式破碎机(1),具有其中形成破碎室(3)的外部支撑结构(2); 两个在粉碎室(3)内彼此相对定位的粉碎爪(4,5),以限定向下锥形料斗的两个倾斜的侧壁; 以及用于使所述两个破碎爪(4,5)相互周期性地朝向彼此移动以破碎在所述破碎爪(4,5)之间进给的材料的爪致动装置(6);其中, (6)具有至少一个液压推力轴承缸体(15),所述液压推力轴承缸体又具有外部管状壳体(17),可伸缩地插入所述外部管状壳体(17)内部的可移动活塞杆(18),以及 当可移动活塞杆(18)退回到外部管状壳体(17)内时,容积可变的内室(20)的体积减小; (6)还具有用于检测液压推力轴承缸(15)的内室(20)内部的流体的瞬时压力的压力传感器(21),电控制的阀( 22),用于选择性地从内室(20)排出加压流体;以及电子中央控制单元(23),用于控制开阀门(22)以选择性地从内室(20)排出加压流体, 在相同腔室中的流体超过存储在所述控制单元中的最大触发阈值。
    • 9. 发明申请
    • MOVABLE-JAW CRUSHER AND CRUSHING MACHINE OF RUBBLE AND SIMILAR PROVIDED WITH SUCH CRUSHER
    • 用这种破碎机提供的橡胶和类似机械的可动式破碎机和破碎机
    • WO2008010064A2
    • 2008-01-24
    • PCT/IB2007/002007
    • 2007-07-17
    • OFFICINE MECCANICHE DI PONZANO VENETO S.R.L. CON UNICO SOCIOBATTISTON, MassimoSERENA, AlbertoTRONCHIN, Alberto
    • BATTISTON, MassimoSERENA, AlbertoTRONCHIN, Alberto
    • B02C1/025
    • A crushing machine (1) of rubble and similar provided with a movable- jaw crusher (3) and a vibrating conveyor (4, 6) adapted to advance the material to be crushed towards the cited crusher (3); the crusher (3) comprising an external casing (7) in which a crushing chamber (8) is obtained, two crushing jaws (9, 10) positioned inside the crushing chamber (8) facing each other so as to define the two side sloping walls of a downward- converging hopper, and a jaw actuating device (11) capable of cyclically moving the two crushing jaws (9, 10) one against the other to crush the material which is conveyed between said crushing jaws (9, 10); the crusher (3) being further provided with at least one ultrasound proximity sensor (30) which is positioned immediately over the top opening (8a) of the hopper formed by said crushing jaws (9, 10), and is capable of outputting a signal indicating the distance (d) existing between the sensor itself and the surface of the mass of material to be crushed present inside said hopper, and of an electronic control unit (31) which is connected to said proximity sensor (30) and is able to instantaneously determine the level of the material to be crushed present inside the hopper formed by said crushing jaws (9, 10).
    • 一种破碎机(1),其具有可移动的颚式破碎机(3)和振动输送机(4,6),该机器适于将待粉碎的材料推向所述破碎机(3); 所述破碎机(3)包括:外部壳体(7),其中获得破碎室(8),所述两个破碎钳口(9,10)位于所述破碎室(8)内面对面,以便限定所述两侧倾斜 向下收敛的料斗的壁和能够将两个破碎钳口(9,10)循环移动的钳口致动装置(11,10),以克服在所述破碎钳口(9,10)之间输送的材料; 破碎机(3)还设置有至少一个超声接近传感器(30),其位于由所述破碎爪(9,10)形成的料斗的顶部开口(8a)的正上方,并且能够输出信号 表示传感器本身与存在于料斗内的要被粉碎的材料的表面之间的距离(d),以及连接到所述接近传感器(30)的电子控制单元(31),并且能够 瞬间确定存在于由所述破碎爪(9,10)形成的料斗内的要被粉碎的材料的水平。
    • 10. 发明申请
    • COMPENSATOR DEVICE FOR STABILISING THE POWER OF ALTERNATORS IN ELECTRICAL POWER GENERATING PLANTS
    • 用于稳定电力生产设备中替代物功率的补偿装置
    • WO2005013462A1
    • 2005-02-10
    • PCT/IB2004/002480
    • 2004-07-30
    • ANSALDO ENERGIA S.P.A.LOMBARDI, FilippoMASTRETTA, Roberto
    • LOMBARDI, FilippoMASTRETTA, Roberto
    • H02K21/48
    • H02P9/305Y10T307/718
    • Compensator device (PSS), for the stabilisation of electromechanical oscillations destined to provide a reference signal (OUT_PSS) to a voltage regulator device (AVR) of a synchronous alternator (G) for the delivery of electrical power to a distribution network (NET). Said device including: - first processing means (3,4) to receive electrical measurement signals representing operative parameters characteristics of said synchronous alternator and/or to generate an electrical signal to be controlled (ξ(t): and a first electrical signal (σ(ξ,t)) corresponding to a sliding surface of a control of the “sliding modes” type, - second processing means (19,20) of the first signal (σ(ξ,t)) to generate the reference signal (OUT_PSS) so that it has a first order “sliding modes” profile.
    • 补偿器装置(PSS),用于稳定旨在向同步交流发电机(G)的电压调节器装置(AVR)提供参考信号(OUT_PSS)的机电振荡,用于将电能传送到分配网络(NET)。 所述装置包括: - 第一处理装置(3,4),用于接收表示所述同步交流发电机的操作参数特性的电测量信号和/或产生要被控制的电信号(xi(t)):和第一电信号 (xi,t))对应于“滑动模式”类型的控制的滑动表面, - 第一信号(sigma(xi,t))的第二处理装置(19,20))以产生参考信号(OUT_PSS ),以便它具有一阶“滑动模式”的轮廓。