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    • 22. 发明授权
    • Optical scanning device
    • 光学扫描装置
    • US08941906B2
    • 2015-01-27
    • US13632342
    • 2012-10-01
    • Toyoki TanakaTsukasa YamadaTakahiko Nishiyama
    • Toyoki TanakaTsukasa YamadaTakahiko Nishiyama
    • G02B26/08
    • G02B26/101G02B26/0858G02B26/105
    • An optical scanning device includes a mirror part including a mirror reflecting surface to reflect incident light, a pair of torsion bars configured to support the mirror part from both sides and configured to forma first axis around which to swing the mirror part by a torsional motion thereof so as to deflect the reflected light, and at least one stress alleviation area configured to alleviate a stress generated by the torsional motion of the torsion bars. The alleviation area is provided between an intersection of a second axis perpendicular to the first axis and passing through the center of the mirror reflecting surface and an edge of the mirror reflecting surface, and at least one of the torsion bars.
    • 一种光学扫描装置,包括:反射镜部分,其包括反射入射光的反射镜反射面;一对扭杆,其构造成从两侧支撑反射镜部分,并且构成为形成第一轴线,围绕所述第一轴线通过其扭转运动摆动反射镜部分 以便使反射光偏转,并且至少一个应力消除区域被配置成减轻由扭力杆的扭转运动产生的应力。 减轻区域设置在垂直于第一轴线的第二轴线的交叉点之间并且穿过反射镜反射面的中心和反射镜反射面的边缘以及至少一个扭杆。
    • 25. 发明授权
    • Optical scanning apparatus
    • 光学扫描装置
    • US08488225B2
    • 2013-07-16
    • US13209754
    • 2011-08-15
    • Tsukasa Yamada
    • Tsukasa Yamada
    • G02B26/08
    • G02B26/108G02B5/3083G02B26/105H04N9/3129
    • An optical scanning apparatus includes a laser source configured to irradiate a laser beam, a prism configured to reflect the laser beam irradiated from the laser source, a mirror configured to move the laser beam reflected from the prism by oscillating with respect to a predetermined axis and reflecting the laser beam reflected from the prism, the laser beam reflected from the prism being substantially perpendicular to a plane of the mirror in a case where the mirror is in a non-oscillating state, a waveplate positioned between the prism and the mirror and configured to polarize the laser beam reflected from the prism and the laser beam reflected from the mirror. The waveplate includes an end plane inclined with respect to the laser beam reflected from the prism to the mirror.
    • 一种光学扫描装置,包括被配置为照射激光束的激光源,被配置为反射从激光源照射的激光束的棱镜,被配置为通过相对于预定轴线振荡来移动从棱镜反射的激光束的反射镜, 反射从棱镜反射的激光束,在反射镜处于非振荡状态的情况下,从棱镜反射的激光束基本上垂直于反射镜的平面,位于棱镜和反射镜之间的波片, 以使从棱镜反射的激光束和从反射镜反射的激光束偏振。 波片包括相对于从棱镜反射到反射镜的激光束倾斜的端面。
    • 26. 发明申请
    • Driving device having suitable stationary member as material
    • 具有合适的固定构件作为材料的驱动装置
    • US20080257083A1
    • 2008-10-23
    • US12148252
    • 2008-04-17
    • Tsukasa YamadaToyoki TanakaTakahiko NishiyamaSoumei Takahashi
    • Tsukasa YamadaToyoki TanakaTakahiko NishiyamaSoumei Takahashi
    • F16H27/02
    • H02N2/025C22C19/03C22C27/04Y10T74/1526
    • A driving device includes an electro-mechanical transducer having first and second end portions opposite to each other in an expansion/contraction direction, a stationary member coupled to the first end portion of the electro-mechanical transducer, a vibration friction portion mounted to the second end portion of the electro-mechanical transducer, and a rod-shaped moving portion frictionally coupled to the vibration friction portion, whereby moving the moving portion in the expansion/contraction direction of the electro-mechanical transducer. The stationary member consists essentially of a base alloy which consists of, by weight, 88 to 97% tungsten, 2 to 11% nickel as a binder, and, as the balance, 0.1 to 2% at least one metal having an ionization tendency which is higher than that of tungsten. The stationary member has a surface without nickel plating.
    • 一种驱动装置,包括具有在膨胀/收缩方向上彼此相对的第一和第二端部的机电换能器,耦合到机电换能器的第一端部的固定部件,安装到第二端部的振动摩擦部分 机电换能器的端部,以及与振动摩擦部摩擦连接的杆状移动部,由此使机电换能器的伸缩方向移动移动部。 固定件基本上由基体合金组成,该基础合金由重量百分比为88%至97%的钨,2%至11%的镍作为粘合剂,而作为余量由0.1至2%的至少一种具有电离倾向的金属 高于钨。 固定件具有不镀镍的表面。
    • 27. 发明申请
    • Bonding method for laminated piezoelectric element
    • 层压压电元件的接合方法
    • US20080196815A1
    • 2008-08-21
    • US12070517
    • 2008-02-19
    • Tsukasa YamadaToyoki Tanaka
    • Tsukasa YamadaToyoki Tanaka
    • B29C65/52
    • G02B7/102H01L41/313H02N2/025Y10T156/10Y10T156/1062
    • A laminated piezoelectric element includes plural internal electrodes which are laminated and has a dead area at outer regions thereof. The laminated piezoelectric element has first and second end surfaces in an expansion direction thereof. On bonding a first bonded surface of a piezoelectric element fixing portion to the first end surface, a bonding method includes forming a first adhesive accumulation in the first bonded surface, accumulating an adhesive agent to the first adhesive accumulation, and bonding the first end surface to the first bonded surface. On boding a vibration friction element to the second end surface, the bonding method includes forming, in a second bonded surface of the vibration friction element, a positioning guide hole for guiding the second end surface of the laminated piezoelectric element and a second adhesive accumulation, accumulating the adhesive agent in the second adhesive accumulation, and bonding the second end surface to the vibration friction portion.
    • 叠层压电元件包括​​层叠的多个内部电极,并且在其外部区域具有死区。 叠层压电元件在其膨胀方向具有第一和第二端面。 在将压电元件固定部的第一接合面接合到第一端面的情况下,接合方法包括在第一接合面上形成第一粘合剂积累,在第一粘合剂聚集中积聚粘合剂,并将第一端面接合到 第一粘结面。 在将振动摩擦元件配置到第二端面时,接合方法包括在振动摩擦元件的第二接合面中形成用于引导层叠压电元件的第二端面的定位引导孔和第二粘合剂积累, 在所述第二粘合剂堆积中积聚所述粘合剂,并且将所述第二端面粘合到所述振动摩擦部。