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    • 35. 发明申请
    • ACOUSTIC WAVE DEVICE AND HIGH-FREQUENCY FILTER USING THE SAME
    • 声波设备和高频滤波器使用相同
    • US20090295508A1
    • 2009-12-03
    • US12473755
    • 2009-05-28
    • Atsushi ISOBEKengo Asai
    • Atsushi ISOBEKengo Asai
    • H03H9/64
    • H03H9/0222
    • Boundary acoustic wave devices are both compact and possess excellent temperature stability. Yet these devices have the drawback that the Q value cannot be raised, and a high cost thin-film technology is required. This invention provides a boundary acoustic wave device possessing excellent Q value along with a low cost. A boundary acoustic wave device including a film whose main ingredient is aluminum at a thickness hm, and a shorting reflector (thickness hr) and a IDT with an electrode finger period of lambda, are patterned onto the surface of a theta YX-LN single crystalline piezoelectric substrate; and a silicon oxide film with a thickness h1 and an aluminum nitride film 6 with a thickness h2 are formed on that comb electrode and reflector, wherein: 2.5≦hr/λ≦8.5% is obtained.
    • 边界声波装置既紧凑又具有优异的温度稳定性。 然而,这些器件具有不能提高Q值的缺点,并且需要高成本的薄膜技术。 本发明提供了具有优异的Q值和低成本的弹性边界波装置。 包括其主要成分为厚度为h m的铝和短路反射器(厚度hr)的薄膜和电极指期为λ的IDT的边界声波装置被图案化到θYX-LN单晶 压电基板; 并且在该梳状电极和反射器上形成具有厚度h1的氧化硅膜和厚度为h2的氮化铝膜6,其中:2.5hr /λ
    • 37. 发明授权
    • Acoustic wave device and high-frequency filter using the same
    • 声波装置和高频滤波器使用相同
    • US07994878B2
    • 2011-08-09
    • US12473755
    • 2009-05-28
    • Atsushi IsobeKengo Asai
    • Atsushi IsobeKengo Asai
    • H03H9/00H03H9/15
    • H03H9/0222
    • Boundary acoustic wave devices are both compact and possess excellent temperature stability. Yet these devices have the drawback that the Q value cannot be raised, and a high cost thin-film technology is required. This invention provides a boundary acoustic wave device possessing excellent Q value along with a low cost. A boundary acoustic wave device including a film whose main ingredient is aluminum at a thickness hm, and a shorting reflector (thickness hr) and a IDT with an electrode finger period of lambda, are patterned onto the surface of a theta YX-LN single crystalline piezoelectric substrate; and a silicon oxide film with a thickness h1 and an aluminum nitride film 6 with a thickness h2 are formed on that comb electrode and reflector, wherein: 2.5≦hr/λ≦8.5% is obtained.
    • 边界声波装置既紧凑又具有优异的温度稳定性。 然而,这些器件具有不能提高Q值的缺点,并且需要高成本的薄膜技术。 本发明提供了具有优异的Q值和低成本的弹性边界波装置。 包括其主要成分为厚度为hm的铝的膜和短路反射器(厚度hr)和电极指期为λ的IDT的边界声波装置被图案化到θYX-LN单晶的表面上 压电基板; 并且在该梳状电极和反射体上形成厚度为h1的氧化硅膜和厚度为h2的氮化铝膜6,其中:2.5< lE; hr /λ≦̸ 8.5%。
    • 39. 发明授权
    • Toner container and image forming apparatus comprising the same
    • 调色剂容器和包含该调色剂容器的图像形成装置
    • US07962064B2
    • 2011-06-14
    • US12727002
    • 2010-03-18
    • Kengo Asai
    • Kengo Asai
    • G03G15/08
    • G03G15/0872G03G15/0863G03G15/087G03G15/0881G03G2215/0668G03G2215/0695
    • A hollow cylindrical cap is rotatably attached to a container body opening provided in one end of a hollow cylindrical container body. A seal member around the container body opening forms a seal between the container body and the cap. Once the cap is attached to the container body, pressing chips are circumferentially slidably engaged with a flange, and the seal member is pressure-sealed to a pressure-seal portion. A toner container identification is contiguous with the rear edge of one of the pressing chips. The toner container identification is formed by denting one part of the cap so its outer surface radially protrudes outward, and has a predetermined cross-section.
    • 中空的圆柱形盖可旋转地附接到设置在中空圆柱形容器主体的一端的容器主体开口。 围绕容器主体开口的密封构件在容器主体和盖之间形成密封。 一旦盖子附接到容器主体,按压芯片与凸缘周向地可滑动地接合,并且密封构件被压力密封到压力密封部分。 调色剂容器识别与其中一个按压芯片的后边缘相邻。 调色剂容器识别是通过使盖的一部分凹陷而形成的,使得其外表面向外径向突出并具有预定的横截面。