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    • 2. 发明授权
    • Piezoelectric resonator and assembly comprising the same enclosed in a case
    • 压电谐振器和组件包括封装在壳体中的谐振器和组件
    • US07112914B1
    • 2006-09-26
    • US11148438
    • 2005-06-09
    • Silvio Dalla PiazzaBruno StuderThomas Luethi
    • Silvio Dalla PiazzaBruno StuderThomas Luethi
    • H01L41/08
    • H03H9/1021H03H9/21
    • The invention concerns an assembly comprising a piezoelectric resonator and a case, said case including a main part with a bottom and sides, in which said resonator is mounted and a cover fixed to said main part, said resonator including a tuning fork shaped part with two parallel vibrating arms connected to each other by a linking part, and a central arm protruding from said linking part and located between both vibrating arms carrying at least two electrodes to make them vibrate, these two electrodes being connected respectively to at least first and second connection pads located on a back face of said central arm oriented toward the bottom of the case, said case further comprising at least one support secured to its bottom on which said central arm of the resonator is fixed by means of at least first and second connection elements located on said support and electrically connected respectively to said first and second connection pads by a conductive adhesive, wherein guiding means are provided at least with either said first connection pad or element being located on the linking part side in order to flow excess of said conductive adhesive away from the second electrode being not electrically connected to said first connection pad or element with said guiding means.
    • 本发明涉及一种包括压电谐振器和壳体的组件,所述壳体包括具有底部和侧面的主要部分,其中安装所述谐振器和固定到所述主要部分的盖子,所述谐振器包括具有两个的音叉形部分 平行的振动臂通过连接部分彼此连接,中心臂从所述连接部分突出并且位于两个振动臂之间,所述两个振动臂携带至少两个电极以使它们振动,这两个电极分别连接到至少第一和第二连接 位于所述中央臂的背面上的衬垫朝向壳体的底部定位,所述壳体还包括固定到其底部的至少一个支撑件,谐振器的所述中心臂借助于至少第一和第二连接元件 位于所述支撑上并通过导电粘合剂分别电连接到所述第一和第二连接垫,其中引导装置 至少设置有所述第一连接垫或元件位于所述连接部分侧上,以便使所述导电粘合剂的多余物离开所述第二电极而不与所述引导装置电连接到所述第一连接垫或元件。
    • 4. 发明授权
    • Angular speed measuring transducer
    • 角速度传感器
    • US07168319B2
    • 2007-01-30
    • US11303984
    • 2005-12-19
    • Silvio Dalla PiazzaBruno Studer
    • Silvio Dalla PiazzaBruno Studer
    • G01P9/04
    • G01C19/5607
    • A transducer for measuring an angular velocity formed by a single piezoelectric tuning fork (21) that rotates at said angular velocity, including first (23) and second (24) vibrating legs extending from a base (22), excitation electrodes (25a, 25b, 26a, 26b) arranged on the excitation leg (23), detection electrodes (27a, 27b, 28a, 28b), arranged on the detection leg (24), characterized in that the detection leg includes at least one first groove (33, 34) on the top face and at least one second groove (35, 36) on the bottom face, and in that the detection electrodes include first and second detection electrodes arranged facing each other, the first (27a) respectively the second detection electrode (28a) being arranged on one lateral flank of the groove (33) respectively of the groove (34) such that the electrical field between the first and second detection electrodes is substantially rectilinear through the detection leg, and third and fourth detection electrodes arranged facing each other, the third (27b) respectively the fourth detection electrode (28b) being arranged on one lateral flank of the groove (36) respectively of the groove (35), such that the electrical field between the third and fourth detection electrodes is substantially rectilinear through the detection leg.
    • 一种用于测量由单个压电音叉(21)形成的角速度的换能器,所述单个压电音叉(21)以所述角速度旋转,包括从基座(22)延伸的第一(23)和第二(24)振动腿,激励电极(25a, 布置在激励腿(23)上的检测电极(27a,27b,28a,28b)的布置在检测腿(24)上的检测腿(25b,26a,26b),其特征在于, 所述顶面上的至少一个第一凹槽(33,34)和所述底面上的至少一个第二凹槽(35,36),并且所述检测电极包括彼此相对布置的第一和第二检测电极,所述第一( 分别地,第二检测电极(28a)分别布置在凹槽(34)的凹槽(33)的一个侧面上,使得第一和第二检测电极之间的电场通过检测腿基本上直线 ,第三和第四 所述第三检测电极(28b)分别布置在所述槽(35)的所述槽(36)的一个侧面上,使得所述第三检测电极(28b)之间的电场 并且第四检测电极通过检测腿基本上是直线的。
    • 8. 发明授权
    • Piezoelectric resonator with optimised motional capacitances
    • 具有优化运动电容的压电谐振器
    • US07626318B2
    • 2009-12-01
    • US12176154
    • 2008-07-18
    • Silvio Dalla PiazzaBruno StuderFelix Staub
    • Silvio Dalla PiazzaBruno StuderFelix Staub
    • H01L41/08
    • H03H9/215
    • The tuning fork resonator (1) includes a base (4) from which first and second parallel vibrating arms (2, 3) extend, carrying a set of excitation electrodes (5, 6) for vibrating the arms at a fundamental frequency. Grooves (7, 8) are formed on at least one of the top or bottom surfaces of each of said arms. The vibrating arms have a generally tapered shape, and are extended by an enlarged flipper shaped portion (9, 10) which forms the free end of each arm. The groove (7, 8) is extended in the direction of the free end of an arm to beyond the start of the flipper (9, 10) so as to increase said first motional capacitance of the resonator for the fundamental frequency, to decrease said second motional capacitance of the resonator for the partial frequency and to ensure better distribution of mechanical stress along the vibrating arms and to increase shock resistance.
    • 音叉谐振器(1)包括基座(4),第一和第二平行振动臂(2,3)延伸,基座(4)承载一组以基频振动臂的激励电极(5,6)。 沟槽(7,8)形成在每个所述臂的顶表面或底表面中的至少一个上。 振动臂具有大致锥形的形状,并且通过形成每个臂的自由端的扩大的脚踏板形部分(9,10)延伸。 凹槽(7,8)在臂的自由端的方向上延伸超过导板(9,10)的起始点,以便增加用于基频的谐振器的所述第一运动电容,以减少所述 用于部分频率的谐振器的第二运动电容并且确保沿着振动臂更好地分布机械应力并增加抗冲击性。
    • 9. 发明申请
    • PIEZOELECTRIC GENERATOR WITH OPTIMISED MOTIONAL CAPACITANCES
    • 具有优化运动电容的压电发电机
    • US20090021120A1
    • 2009-01-22
    • US12176154
    • 2008-07-18
    • Silvio Dalla PiazzaBruno StuderFelix Staub
    • Silvio Dalla PiazzaBruno StuderFelix Staub
    • H01L41/04
    • H03H9/215
    • The tuning fork resonator (1) includes a base (4) from which first and second parallel vibrating arms (2, 3) extend, carrying a set of excitation electrodes (5, 6) for vibrating the arms at a fundamental frequency. Grooves (7, 8) are formed on at least one of the top or bottom surfaces of each of said arms. The vibrating arms have a generally tapered shape, and are extended by an enlarged flipper shaped portion (9, 10) which forms the free end of each arm. The groove (7, 8) is extended in the direction of the free end of an arm to beyond the start of the flipper (9, 10) so as to increase said first motional capacitance of the resonator for the fundamental frequency, to decrease said second motional capacitance of the resonator for the partial frequency and to ensure better distribution of mechanical stress along the vibrating arms and to increase shock resistance.
    • 音叉谐振器(1)包括基座(4),第一和第二平行振动臂(2,3)延伸,基座(4)承载一组以基频振动臂的激励电极(5,6)。 沟槽(7,8)形成在每个所述臂的顶表面或底表面中的至少一个上。 振动臂具有大致锥形的形状,并且通过形成每个臂的自由端的扩大的脚踏板形部分(9,10)延伸。 凹槽(7,8)在臂的自由端的方向上延伸超过导板(9,10)的起始点,以便增加用于基频的谐振器的所述第一运动电容,以减少所述 用于部分频率的谐振器的第二运动电容并且确保沿着振动臂更好地分布机械应力并增加抗冲击性。