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    • 6. 发明授权
    • Device for the active damping of the vibrations experienced by a fragile part of moving equipment, with autonomous power supply
    • 用于主动阻尼运动设备的脆弱部件所经历的振动的装置,具有自主电源
    • US08040021B2
    • 2011-10-18
    • US12159932
    • 2006-12-29
    • Laurent BlanchardJean Dupuis
    • Laurent BlanchardJean Dupuis
    • H01L41/08
    • F16F15/005B64G1/641
    • A device for damping of vibrations for an item of equipment comprising a structure to which a first element and a second fragile element having to be protected from the vibrations are coupled. The device comprises first piezoelectric transducer means inserted between the structure and the first element and charged with converting energy of vibration of the structure into electric energy, at least one sensor coupled to the structure and arranged to deliver measurement signals representative of vibrations, control means electrically supplied by the electric energy generated and charged with deducing at least one amplitude of movement to compensate at least partially for the vibration, and to deliver control signals representative of each determined amplitude, and second piezoelectric transducer means inserted between the structure and the second element and charged with converting the control signals into movement to damp at least partially for the second element the vibrations.
    • 一种用于阻尼设备的振动的装置,包括具有第一元件和第二脆弱元件必须被保护而不受振动的结构。 该装置包括插入在结构和第一元件之间的第一压电换能器装置,并将该结构的振动能量转换为电能,至少一个耦合到该结构并被设置成传递代表振动的测量信号的传感器, 由产生并充电的电能产生并充电至少一个振幅以补偿至少部分振动,并传送代表每个确定振幅的控制信号,以及第二压电换能器装置插入该结构和该第二元件之间,以及 充电将控制信号转换成至少部分地为第二元件减振的运动。
    • 7. 发明申请
    • Device for the Active Damping of the Vibrations Experienced by a Fragile Part of Moving Equipment, with Autonomous Power Supply
    • 具有自主电源的易损件运动设备经历振动的主动阻尼装置
    • US20090218911A1
    • 2009-09-03
    • US12159932
    • 2006-12-29
    • Laurent BlanchardJean Dupuis
    • Laurent BlanchardJean Dupuis
    • H02N2/06
    • F16F15/005B64G1/641
    • A device is dedicated to the damping of vibrations for an item of equipment (I) designed to be moved and comprising a structure (S1, S2) to which a first element (E1) and a second fragile element (E2) having to be protected from the vibrations are coupled. This device comprises i) first piezoelectric transducer means (T11-T13) inserted between the structure (S1, S2) and the first element (E1) and charged with converting the mechanical energy of vibration of the structure into electric energy, ii) at least one sensor (C1-C3) coupled to the structure (S1, S2) and arranged to deliver measurement signals representative of vibrations sustained by the item of equipment (I), iii) control means (MC) electrically supplied by the electric energy generated and charged with deducing from each measurement signal at least one amplitude of movement designed to compensate at least partially for the vibrations sustained by the structure, and to deliver control signals representative of each determined amplitude, and iv) second piezoelectric transducer means (T21-T23) inserted between the structure (S1, S2) and the second element (E2) and charged with converting the control signals into movement(s) so as to damp at least partially for the second element (E2) the vibrations sustained by the item of equipment (I).
    • 一种装置专用于设计用于移动的设备(I)的振动的阻尼,并且包括要被保护的第一元件(E1)和第二脆弱元件(E2)的结构(S1,S2) 从振动耦合。 该装置包括:i)插入在结构(S1,S2)和第一元件(E1)之间的第一压电换能器装置(T11-T13),并将结构的振动的机械能转换成电能,ii)至少 耦合到所述结构(S1,S2)的一个传感器(C1-C3),并被布置成传递代表由所述设备(I)项目所持续的振动的测量信号,iii)由所产生的电能供电的控制装置(MC) 从每个测量信号中减去设计用于至少部分地补偿由结构所支持的振动的至少一个振幅,并且传送表示每个确定的振幅的控制信号,以及iv)第二压电换能器装置(T21-T23) 插入在结构(S1,S2)和第二元件(E2)之间,并将控制信号转换成运动,以至少部分地为第二元件(...) E2)设备项目(I)所持续的振动。
    • 8. 发明授权
    • Device for fixing a first equipment item to a second equipment item, with active micropositioning
    • 用于将第一设备项目固定到第二设备项目的装置,具有主动微定位
    • US07902725B2
    • 2011-03-08
    • US12159890
    • 2006-12-29
    • Jean DupuisLaurent Blanchard
    • Jean DupuisLaurent Blanchard
    • H01L41/09H01L41/053
    • G02B7/008
    • A device (D) is dedicated to fixing a first piece of equipment (E1) relative to a second piece of equipment (E2). The device has (i) a structure having a rigid central body (CC) prolonged by two approximately identical terminal bodies (CT1, CT2) each having a neck defining a flexible intermediate part (PD1, PD2) that is symmetric relative to a symmetry element, prolonged by a rigid internal part (PI1, PI2) that is symmetric relative to the symmetry element and joined to one of the ends of the central body (CC), and by a rigid external part (PE1, PE2) that is symmetric relative to a symmetry element, spaced from the internal part, and intended to be joined to the first (E1) or second (E2) piece of equipment. The device has (ii) at least two piezoelectric transducers (T11-T22) with each responsible for converting either an axial dimensional change into a measurement current representing the amplitude of the change, or a control current into a corresponding axial dimensional change. The device has (iii) control means (MC) responsible for determining at least one axial dimensional change to locate the first piece of equipment (E1) relative to the second piece of equipment (E2).
    • 设备(D)专用于相对于第二设备(E2)固定第一设备(E1)。 该装置具有(i)具有由两个大致相同的端体(CT1,CT2)延伸的刚性中心体(CC)的结构,每个终端体具有限定柔性中间部分(PD1,PD2)的颈部,所述柔性中间部分(PD1,PD2)相对于对称元件对称 由相对于对称元件对称并连接到中心体(CC)的一端的刚性内部部分(PI1,PI2)延伸,并且通过对称相对的刚性外部部分(PE1,PE2)延伸 到与内部部分间隔开并且旨在被连接到第一(E1)或第二(E2)设备)的对称元件。 该装置具有(ii)至少两个压电换能器(T11-T22),每个压电换能器(T11-T22)负责将轴向尺寸变化转换为表示变化幅度的测量电流,或将控制电流转换成对应的轴向尺寸变化。 该设备具有(iii)负责确定至少一个轴向尺寸变化以相对于第二设备(E2)定位第一设备(E1)的控制装置(MC)。
    • 10. 发明申请
    • DEVICE FOR FIXING A FIRST EQUIPMENT ITEM TO A SECOND EQUIPMENT ITEM, WITH ACTIVE MICROPOSITIONING
    • 用于将第一设备项目固定到具有主动微型化的第二设备项目的装置
    • US20090174287A1
    • 2009-07-09
    • US12159890
    • 2006-12-29
    • Jean DupuisLaurent Blanchard
    • Jean DupuisLaurent Blanchard
    • H02N2/04G01L1/16
    • G02B7/008
    • A device (D) is dedicated to fixing a first piece of equipment (E1) relative to a second piece of equipment (E2). The device has (i) a structure having a rigid central body (CC) prolonged by two approximately identical terminal bodies (CT1, CT2) each having a neck defining a flexible intermediate part (PD1, PD2) that is symmetric relative to a symmetry element, prolonged by a rigid internal part (PI1, PI2) that is symmetric relative to the symmetry element and joined to one of the ends of the central body (CC), and by a rigid external part (PE1, PE2) that is symmetric relative to a symmetry element, spaced from the internal part, and intended to be joined to the first (E1) or second (E2) piece of equipment. The device has (ii) at least two piezoelectric transducers (T11-T22) with each responsible for converting either an axial dimensional change into a measurement current representing the amplitude of the change, or a control current into a corresponding axial dimensional change. The device has (iii) control means (MC) responsible for determining at least one axial dimensional change to locate the first piece of equipment (E1) relative to the second piece of equipment (E2).
    • 设备(D)专用于相对于第二设备(E2)固定第一设备(E1)。 该装置具有(i)具有由两个大致相同的端体(CT1,CT2)延伸的刚性中心体(CC)的结构,每个终端体具有限定柔性中间部分(PD1,PD2)的颈部,所述柔性中间部分(PD1,PD2)相对于对称元件对称 由相对于对称元件对称并连接到中心体(CC)的一端的刚性内部部分(PI1,PI2)延伸,并且通过对称相对的刚性外部部分(PE1,PE2)延伸 到与内部部分间隔开并且旨在被连接到第一(E1)或第二(E2)设备)的对称元件。 该装置具有(ii)至少两个压电换能器(T11-T22),每个压电换能器(T11-T22)负责将轴向尺寸变化转换为表示变化幅度的测量电流,或将控制电流转换成对应的轴向尺寸变化。 该设备具有(iii)负责确定至少一个轴向尺寸变化以相对于第二设备(E2)定位第一设备(E1)的控制装置(MC)。