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    • 1. 发明授权
    • Acoustic wave device
    • 声波装置
    • US08264122B2
    • 2012-09-11
    • US12691791
    • 2010-01-22
    • Masakazu Mimura
    • Masakazu Mimura
    • H01L41/08
    • H03H9/02669H03H9/0222H03H9/02559H03H9/02834H03H9/131
    • An acoustic wave device having an improved frequency-temperature characteristic and in which a spurious response of the higher order mode is suppressed includes a piezoelectric substrate made of LiNbO3, a SiO2 layer laminated on the piezoelectric substrate, and an IDT electrode disposed in an interface of the piezoelectric substrate and the SiO2 layer, wherein φ and θ of Euler angles expressed by (φ, θ, ψ) of LiNbO3 substrate satisfy φ=0° and 80°≦θ≦130°, respectively. The acoustic wave device using an acoustic wave primarily having an SH wave, wherein ψ is set to satisfy 5°≦ψ≦30°.
    • 具有改善的频率 - 温度特性并且其中高阶模式的杂散响应被抑制的声波装置包括由LiNbO 3制成的压电基板,层叠在压电基板上的SiO 2层和设置在压电基板的界面中的IDT电极 压电衬底和SiO 2层,其中&phgr; 和&thetas; 由LiNbO3衬底的(&phgr;& tt;ψ)表示的欧拉角分别满足&= = 0°和80°≦̸& the; nlE; 130°。 使用主要具有SH波的声波的声波装置,其中ψ被设定为满足5°< nlE;ψ≦̸ 30°。
    • 2. 发明申请
    • CAMERA DEVICE, LIQUID LENS, AND IMAGE PICKUP METHOD
    • 相机设备,液晶镜头和图像拾取方法
    • US20120069236A1
    • 2012-03-22
    • US13287370
    • 2011-11-02
    • Takaaki NAMBAMasakazu Mimura
    • Takaaki NAMBAMasakazu Mimura
    • H04N5/225
    • G02B3/14G02B27/22G03B35/08H04N13/218H04N13/232H04N13/236H04N13/289H04N19/597
    • A camera device is provided which has a compound eye structure only by a liquid lens unit and a control unit without requiring a plurality of lenses to be mounted in advance and is capable of taking a three-dimensional stereoscopic video image. In addition, a compact and lightweight three-dimensional stereoscopic camera is provided which can be switched to take a two-dimensional planar image or to take a three-dimensional stereoscopic image only by an electronic control with no need for a movable mechanism and can reduce the power consumption and improve the reliability. A camera device comprises a liquid lens (182) switchable to a single eye lens and a compound eye lens; and a switching unit for switching the liquid lens (182) to the single eye lens to take a planar image and switching the liquid lens (182) to the compound eye lens to take a stereoscopic image.
    • 提供一种相机装置,其仅由液体透镜单元和控制单元具有复合眼结构,而不需要预先安装多个透镜并且能够拍摄三维立体视频图像。 另外,提供了一种紧凑且重量轻的三维立体摄像机,其可以被切换以获取二维平面图像或仅通过电子控制来取得三维立体图像,而不需要可移动机构,并且可以减少 功耗和提高可靠性。 相机装置包括可切换到单眼透镜和复眼眼镜的液体透镜(182); 以及用于将液体透镜(182)切换到单眼透镜以取平面图像并将液体透镜(182)切换到复眼眼镜以拍摄立体图像的切换单元。
    • 3. 发明授权
    • Boundary acoustic wave device
    • 边界声波装置
    • US07898145B2
    • 2011-03-01
    • US12409702
    • 2009-03-24
    • Masakazu MimuraYasuhisa FujiiMasaru YataNorihiko Nakahashi
    • Masakazu MimuraYasuhisa FujiiMasaru YataNorihiko Nakahashi
    • H03H9/25
    • H03H9/0222H03H9/02559H03H9/14541
    • A boundary acoustic wave device includes a piezoelectric substance made of LiNbO3 having a surface obtained by rotating a Y axis by about 15°±10° as a primary surface, a dielectric substance which is made of a silicon oxide and which is laminated to the piezoelectric substance, and an electrode structure disposed at a boundary between the piezoelectric substance and the dielectric substance and which includes an IDT arranged to utilize a boundary acoustic wave propagating along the boundary. When the density of the IDT, the thickness thereof, the wavelength deter-mined by the period of electrode fingers of the IDT, and the duty ratio thereof are represented by ρ (kg/m3), H (μm), λ (μm), and x, respectively, x and the product of H/λ and ρ are set in a range that satisfies the following formula (1): (H/λ)×ρ>70.7924(x+0.055)(−2.884)+797.09  Formula (1).
    • 一种弹性边界波装置包括由具有通过使Y轴旋转大约15°±10°获得的表面的LiNbO 3制成的压电物质作为主表面,由氧化硅制成并且被压电 物质,以及设置在压电体和电介质之间的边界处的电极结构,并且包括设置成利用沿边界传播的边界声波的IDT。 当IDT的密度,其厚度,由IDT的电极指的周期决定的波长及其占空比由&rgr; (kg / m3),H(μm),λ(μm)和x分别为x和H /λ与&rgr; (H /λ)×70.7924(x + 0.055)( - 2.884)+797.09式(1)的范围设定为满足下式(1)的范围。
    • 4. 发明授权
    • Hydrogen combustion system
    • 氢燃烧系统
    • US07700055B2
    • 2010-04-20
    • US11878054
    • 2007-07-20
    • Akiyoshi ManabeMasaaki KatoKazumasa MochizukiMasakazu Mimura
    • Akiyoshi ManabeMasaaki KatoKazumasa MochizukiMasakazu Mimura
    • B01J8/02B01J8/04G21C9/00G21C19/30C01B5/00F23D14/18
    • F23D14/22F23C2900/9901F23D91/02
    • A hydrogen combustion system comprising: an external cylinder 1 constituting the exterior of a double tube construction; an internal cylinder 2 formed by a porous metal plate constituting the interior of said double tube construction; hydrogen combustion catalyst 4 supported with precious metals on spherical ceramic support surface, formed in pellet state, being packed in said internal cylinder 2; an insert pipe 3 formed by porous metal plate inserted in the center of said internal cylinder 2; pre-heating heaters 5 installed between said insert pipe 3 and said internal cylinder 2 to preheat said hydrogen combustion catalyst 4 to ambient atmosphere of over catalytic reaction temperatures; a hydrogen introducing port 8 connecting to said insert pipe 3; an air introducing port 9 provided at the bottom of said external cylinder 1 in the area between said external cylinder 1 and said internal cylinder 2, wherein air for hydrogen combustion is introduced by the drift effect resulting from the differential pressure generated between the packed layer of hydrogen combustion catalyst and the outside, by thermal convection, achieving safe combustion treatment of hydrogen in simple construction, small size and high treatment efficiency.
    • 一种氢燃烧系统,包括:构成双管结构的外部的外筒1; 由构成所述双管结构内部的多孔金属板形成的内筒2; 氢气燃烧催化剂4由贵金属负载在球形陶瓷支撑表面上,以颗粒状形成,装在所述内筒2中; 由插入在所述内筒2的中心的多孔金属板形成的插入管3; 预热加热器5安装在所述插入管3和所述内筒2之间,以将所述氢燃烧催化剂4预热到过度催化反应温度的环境气氛; 连接到所述插入管3的氢气引入口8; 设置在外筒1的底部的外筒1和内筒2之间的空气引入口9,其中用于氢气燃烧的空气通过由填充层 氢燃烧催化剂和外部,通过热对流,在施工简单,体积小,处理效率高的条件下实现氢的安全燃烧处理。
    • 5. 发明申请
    • BOUNDARY ACOUSTIC WAVE DEVICE
    • 边界声波装置
    • US20090174284A1
    • 2009-07-09
    • US12409702
    • 2009-03-24
    • Masakazu MIMURAYasuhisa FUJIIMasaru YATANorihiko NAKAHASHI
    • Masakazu MIMURAYasuhisa FUJIIMasaru YATANorihiko NAKAHASHI
    • H03H9/25H01L41/04
    • H03H9/0222H03H9/02559H03H9/14541
    • A boundary acoustic wave device includes a piezoelectric substance made of LiNbO3 having a surface obtained by rotating a Y axis by about 15°±10° as a primary surface, a dielectric substance which is made of a silicon oxide and which is laminated to the piezoelectric substance, and an electrode structure which is disposed at a boundary between the piezoelectric substance and the dielectric substance and which includes an IDT arranged to utilize a boundary acoustic wave propagating along the boundary. When the density of the IDT, the thickness thereof, the wavelength determined by the period of electrode fingers of the IDT, and the duty ratio thereof are represented by ρ (kg/m3), H (μm), λ(μm), and x, respectively, x and the product of H/λ and ρ are set in a range that satisfies the following formula (1): (H/λ)×ρ>70.7924(x+0.055)(−2.0884)+797.09  Formula (1).
    • 一种弹性边界波装置包括由具有通过使Y轴旋转大约15°±10°获得的表面的LiNbO 3制成的压电物质作为主表面,由氧化硅制成并且被压电 物质和设置在压电体和电介质物质之间的边界处的电极结构,并且包括设置成利用沿边界传播的边界声波的IDT。 当IDT的密度,其厚度,由IDT的电极指的周期确定的波长及其占空比由rho(kg / m3),H(mum),λ(mum)和 x,并且H /λ和rho的乘积被设定在满足下式(1)的范围内:<?in-line-formula description =“In-line Formulas”end =“lead”?> (H /λ)×70.7924(x + 0.055)( - 2.0884)+797.09式(1)。<?in-line-formula description =“In-line Formulas”end =“tail”?>
    • 10. 发明申请
    • ACOUSTIC WAVE DEVICE
    • 声波设备
    • US20100187947A1
    • 2010-07-29
    • US12691791
    • 2010-01-22
    • Masakazu MIMURA
    • Masakazu MIMURA
    • H01L41/04H01L41/047H01L41/08
    • H03H9/02669H03H9/0222H03H9/02559H03H9/02834H03H9/131
    • An acoustic wave device having an improved frequency-temperature characteristic and in which a spurious response of the higher order mode is suppressed includes a piezoelectric substrate made of LiNbO3, a SiO2 layer laminated on the piezoelectric substrate, and an IDT electrode disposed in an interface of the piezoelectric substrate and the SiO2 layer, wherein φ and θ of Euler angles expressed by (φ, θ, ψ) of LiNbO3 substrate satisfy φ=0° and 80°≦θ≦130°, respectively. The acoustic wave device using an acoustic wave primarily having an SH wave, wherein ψ is set to satisfy 5°≦ψ≦30°.
    • 具有改善的频率 - 温度特性并且其中高阶模式的杂散响应被抑制的声波装置包括由LiNbO 3制成的压电基板,层叠在压电基板上的SiO 2层和设置在压电基板的界面中的IDT电极 压电衬底和SiO 2层,其中&phgr; 和&thetas; 由LiNbO3衬底的(&phgr;&amp; tt;ψ)表示的欧拉角分别满足&= = 0°和80°&nlE;&amp; the; nlE; 130°。 使用主要具有SH波的声波的声波装置,其中ψ被设定为满足5°&lt; nlE;ψ&nlE; 30°。