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    • 1. 发明公开
    • Velocity calculating apparatus, velocity calculating method, navigation apparatus, and mobile phone with navigation function
    • Geschwindigkeitsberechnungsvorrichtung,Geschwindigkeitsberechnungsverfahren,Navigationsvorrichtung und Mobiltelefon mit Navigationsfunktion
    • EP2330427A1
    • 2011-06-08
    • EP10187915.3
    • 2010-10-18
    • Sony Corporation
    • Ohkubo, Masashi
    • G01P3/66G01P3/80G01P3/50G01P3/22G01P13/04G01C21/12G01C21/30
    • G01P3/66G01C21/16G01C21/28G01P3/22G01P3/50G01P3/803G01P13/045
    • Provided is a velocity calculating apparatus including: a horizontal-angular-velocity-detecting portion disposed to a main-body portion attached to a movable object moving along a movement plane to detect a horizontal-axis angular velocity around a horizontal axis perpendicular to a moving direction generated according to an inclination angle of the movement plane; a vertical-acceleration-detecting portion disposed to the main-body portion to detect a vertical acceleration generated according to a shape of the movement plane; a time-difference-calculating portion configured to calculate a time difference between characteristic components occurring in the horizontal-axis angular velocity and the vertical acceleration due to a position of the movement plane; and a velocity-calculating portion configured to calculate a time-differential velocity based on a ratio between an installation distance from a position to which the horizontal angular velocity is exerted in the overall movable object to an installation position of the main body portion and the time difference.
    • 提供了一种速度计算装置,包括:水平角速度检​​测部,其设置在主体部分上,该主体部分附接到沿着移动平面移动的可移动物体,以检测围绕垂直于移动的垂直轴的水平轴角速度 根据移动平面的倾斜角产生的方向; 垂直加速度检测部,设置在所述主体部,以检测根据所述移动平面的形状产生的垂直加速度; 时差计算部,被配置为计算由于所述移动平面的位置而产生的水平轴角速度和垂直加速度的特征分量之间的时间差; 以及速度计算部,被配置为基于从所述可移动物体中的水平角速度施加到所述主体部的安装位置的位置的安装距离与所述主体部的安装位置之间的比率来计算时间差速度 区别。
    • 4. 发明公开
    • Noise reducing receiver device
    • 噪音降低接收器设备
    • EP0385713A3
    • 1991-08-21
    • EP90302057.6
    • 1990-02-27
    • SONY CORPORATION
    • Sasaki, TooruOhkubo, MasashiKimura, Aktra
    • G10K11/16
    • G10K11/178G10K2210/108G10K2210/1081G10K2210/3011G10K2210/30232G10K2210/3217
    • The present invention is concerned with a receiver device for converting electrical signal from a headphone (4), a telephone receiver or the like into acoustic signals and outputting these acoustic signals. More particularly, it relates to a noise reducing receive device in which acoustic signals in the vicinity of an electro-acoustic transducer element (4) are converted by a microphone (6) into electrical signals and negatively fed back to an amplifier circuit (13) which is adapted for amplifying input electrical signals and supplying the amplified signals to the electro-acoustic transducer element (4). With the present noise reducing receiver device, the input electrical signals are amplified by the amplifier circuit (13) and converted by the electro-acoustic transducer element (4) into acoustic signals, which are output as output acoustic signals. A microphone (6) is arranged in the vicinity of the electro-acoustic transducer element and adapted for converting the output acoustic signals and external noises into electrical signals, which are negatively fed back to the amplifier circuit (13) via feedback circuit (7). The output acoustic signals may be heard at the desired noise reduction level by having the transfer function H of the electro-acoustic transducer element (4), the transfer function A of the amplifier circuit (13), the transfer function M of the microphone (6) and the transfer function β of the feedback circuit (7) presettable within the range of |AHMβ|» 1.
    • 6. 发明公开
    • Navigation apparatus and navigation information calculation method
    • Navigationsvorrichtung und Verfahren zur Berechnung von Navigationsdaten
    • EP1895271A2
    • 2008-03-05
    • EP07114609.6
    • 2007-08-20
    • Sony Corporation
    • Takaoka, TomohisaOhkubo, Masashi
    • G01C21/26
    • G01C21/28G01C5/06
    • A navigation apparatus 1 includes: a section 31 that calculates a mobile object's acceleration in the direction of the motion, based on the mobile object's speed calculated from information received from a satellite; a section 32 that calculates lateral acceleration whose direction is perpendicular to the mobile object's motion, based on the mobile object's speed and direction calculated from information received from the satellite; an acceleration sensor 5 that observes motion acceleration of the mobile object and gravity acceleration; a section 22 that calculates an altitude difference of road based on an atmospheric pressure value supplied from a barometric sensor; a section 10 that calculates an inclination angle of the road in the direction of the motion, based on the altitude difference and a travel distance corresponding to the mobile object's speed; and a section 33 that calculates an attachment angle of the acceleration sensor with respect to the mobile object by using a multidimensional function formula.
    • 导航装置1包括:基于从从卫星接收的信息计算出的移动体的速度来计算移动体的运动方向的加速度的部分31; 基于从从卫星接收的信息计算的移动体的速度和方向,计算方向与移动体的运动垂直的横向加速度的部分32; 观察移动物体的运动加速度和重力加速度的加速度传感器5; 基于从气压传感器提供的大气压力值计算道路的高度差的部分22; 基于与所述移动体的速度对应的高度差和行驶距离,计算所述道路在所述运动方向上的倾斜角度的部分10; 以及通过使用多维函数式计算加速度传感器相对于移动体的附着角度的部分33。
    • 7. 发明授权
    • Noise reducing receiver device
    • 用于降低噪声接收设备。
    • EP0385713B1
    • 1995-11-08
    • EP90302057.6
    • 1990-02-27
    • SONY CORPORATION
    • Sasaki, TooruOhkubo, MasashiKimura, Aktra
    • G10K11/16
    • G10K11/178G10K2210/108G10K2210/1081G10K2210/3011G10K2210/30232G10K2210/3217
    • The present invention is concerned with a receiver device for converting electrical signal from a headphone (4), a telephone receiver or the like into acoustic signals and outputting these acoustic signals. More particularly, it relates to a noise reducing receive device in which acoustic signals in the vicinity of an electro-acoustic transducer element (4) are converted by a microphone (6) into electrical signals and negatively fed back to an amplifier circuit (13) which is adapted for amplifying input electrical signals and supplying the amplified signals to the electro-acoustic transducer element (4). With the present noise reducing receiver device, the input electrical signals are amplified by the amplifier circuit (13) and converted by the electro-acoustic transducer element (4) into acoustic signals, which are output as output acoustic signals. A microphone (6) is arranged in the vicinity of the electro-acoustic transducer element and adapted for converting the output acoustic signals and external noises into electrical signals, which are negatively fed back to the amplifier circuit (13) via feedback circuit (7). The output acoustic signals may be heard at the desired noise reduction level by having the transfer function H of the electro-acoustic transducer element (4), the transfer function A of the amplifier circuit (13), the transfer function M of the microphone (6) and the transfer function beta of the feedback circuit (7) presettable within the range of ¦AHM beta ¦>> 1.
    • 9. 发明公开
    • Velocity calculation device, velocity calculation method and associated navigation device
    • Geschwindigkeitsberechnungsvorrichtung,Geschwindigkeitsberechnungsverfahren und entsprechende Navigationsvorrichtung
    • EP2290373A1
    • 2011-03-02
    • EP10173210.5
    • 2010-08-18
    • Sony Corporation
    • Ohkubo, Masashi
    • G01P3/50G01C21/16G01C21/26G01P3/22
    • G01C21/16G01C21/26G01P3/50
    • A velocity calculation device for a Personal Navigation Device (PND) includes a vertical direction acceleration detection unit (4) that is mounted on the PND, which is fixed on a mobile object, to detect the acceleration of a vertical direction generated corresponding to the unevenness of a surface on which the mobile object moves; a horizontal direction angular velocity detection unit (5) that is mounted on the PND fixed on the mobile object to detect the angular velocity around a horizontal axis perpendicular to a direction of travel of the mobile object generated corresponding to the unevenness of the surface on which the mobile object moves; and a velocity calculation unit (22) for calculating the velocity in the direction of travel of the mobile object based on the acceleration of the vertical direction and the angular velocity around the horizontal axis.
    • 用于个人导航装置(PND)的速度计算装置包括安装在固定在移动物体上的PND上的垂直方向加速度检测单元(4),以检测对应于不平坦度产生的垂直方向的加速度 移动物体移动到其上的表面; 安装在固定在移动物体上的PND上的水平方向角速度检测单元(5),用于检测围绕垂直于所生成的移动物体的行进方向的水平轴的角速度,对应于其表面的不平坦度, 移动物体移动; 以及速度计算单元(22),用于基于垂直方向的加速度和围绕水平轴的角速度来计算移动体的行进方向上的速度。