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    • 4. 发明申请
    • DOOR MIRROR
    • 门镜
    • US20100061113A1
    • 2010-03-11
    • US12447483
    • 2007-06-04
    • Yasuhiro Sato
    • Yasuhiro Sato
    • B60Q1/24
    • B60R1/1207B60Q1/2665B60Q1/323
    • A reflector 30 is constituted as an aspherical mirror that forms a light distribution S1 in which spread of reflected light in a longitudinal direction of the vehicle is larger than spread of reflected light in a lateral direction of the vehicle. The light distribution expanded in the longitudinal direction of a vehicle 3 makes the light less likely to impinge on a side surface of the vehicle 3, so that the rear part of the vehicle 3 can be illuminated efficiently. As a result, maximum illumination can be achieved with the minimum amount of light. In addition, because the range of illumination is long in the longitudinal direction, not only the area around an occupant's feet outside a front door 5 but also an area around the feet outside a rear door 6 can be illuminated easily.
    • 反射器30构成为形成配光S1的非球面镜,其中车辆的纵向方向上的反射光的扩展大于车辆的横向方向上的反射光的扩展。 在车辆3的纵向方向上扩展的配光使得灯不太可能撞击在车辆3的侧面上,使得车辆3的后部能够被有效地照亮。 结果,可以用最小量的光来实现最大的照明。 此外,由于照明范围在长度方向上长,所以不仅能够容易地照明前门5外侧的乘员脚部周围的区域,还可以容易地照射后门6外侧的区域周围。
    • 5. 发明授权
    • Data communications apparatus, data communications system and data communications method
    • 数据通信设备,数据通信系统和数据通信方式
    • US07667587B2
    • 2010-02-23
    • US11626611
    • 2007-01-24
    • Yasuhiro Sato
    • Yasuhiro Sato
    • G08B26/00
    • G06F21/32G06F21/445H04L67/14H04L67/16
    • A data communications apparatus for communicating with another apparatus is disclosed. The data communications apparatus includes: a physical amount detection unit configured to detect changes of a first physical amount caused by contact with the another apparatus; a physical amount receiving unit configured to receive a signal including change information of a second physical amount of the another apparatus detected in the another apparatus when the first physical amount detected by the physical amount detection unit exceeds a predetermined value; a physical amount comparing unit configured to compare the changes of the first physical amount with the changes of the second physical amount to determine presence or absence of similarity; and a communication establishment unit configured to establish a communication with the another apparatus when the physical amount comparing unit determines that there is a similarity between the changes of the first physical amount and the changes of the second physical amount.
    • 公开了一种用于与另一装置进行通信的数据通信装置。 数据通信装置包括:物理量检测单元,被配置为检测由与另一装置的接触引起的第一物理量的变化; 物理量接收单元,被配置为当由所述物理量检测单元检测到的所述第一物理量超过预定值时,接收包括在所述另一设备中检测到的所述另一设备的第二物理量的改变信息的信号; 物理量比较单元,被配置为将第一物理量的变化与第二物理量的变化进行比较,以确定相似性的存在或不存在; 以及通信建立单元,被配置为当所述物理量比较单元确定所述第一物理量的变化与所述第二物理量的变化之间存在相似性时,与所述另一装置建立通信。
    • 6. 发明申请
    • Method and Device for Manufacturing Content-Filled Bottle
    • 制造内装瓶的方法和装置
    • US20090218003A1
    • 2009-09-03
    • US12226868
    • 2007-05-11
    • Shunzo MiyazakiYasuhiro SatoHiroyuki NakaneAkio WatanabeMasaru KimuraTomoya Oosaka
    • Shunzo MiyazakiYasuhiro SatoHiroyuki NakaneAkio WatanabeMasaru KimuraTomoya Oosaka
    • B67C3/14B67C3/24
    • B65D1/0276B29K2067/00B29L2031/7158B67C3/045B67C3/14B67C2003/226
    • A method and device for manufacturing a content-filled bottle having an inversion part at its bottom. In producing the bottle, the inversion part is inverted to prevent deformation of a body part caused by a pressure reduction in the bottle, and as a result, inappropriate deformation and buckling of the bottle are prevented, enabling efficient manufacturing of the bottle with high quality. The bottle (3) is held from the outside by an empty-bottle chuck (41) of auxiliary device mounting means in such a way that the bottle (3) is held at its a mouth part (4) by the chuck along the upper surface of a flange part (10) of the bottle (3). Next, an empty-bottle support table (42) on which an assistance device (24) is placed is raised, the assistance device (24) is mounted on a bottom part (7) of the bottle (3), and the bottle (3) is placed on the empty-bottle support table (42). After that, with the empty bottle (3) held positioned by the empty-bottle chuck (41) and the empty-bottle support table (42), the inversion part (12) is projected to the outside of the body part (6) by a push-down member (54) of bottom projecting means. Then, the bottle (3) is filled with contents and sealed by a cap. The inverted part (12) is recessed into the body part (6), and the assistance device (24) is separated from the bottle (3).
    • 一种在其底部具有反转部分的内装瓶的制造方法和装置。 在生产瓶子时,反转部分被倒置以防止由于瓶子的压力降低引起的身体部位的变形,从而防止了瓶子的不适当的变形和弯曲,从而能够高效地制造具有高质量的瓶子 。 瓶子(3)通过辅助装置安装装置的空瓶卡盘(41)从外部保持,使得瓶子(3)沿着上部通过卡盘保持在其口部(4)处, 瓶子(3)的凸缘部分(10)的表面。 接着,升起在其上放置有辅助装置(24)的空瓶支撑台(42),辅助装置(24)安装在瓶(3)的底部(7)上,并且瓶 3)放置在空瓶支撑台(42)上。 之后,通过由空瓶卡盘(41)和空瓶支撑台(42)定位的空瓶(3),反转部(12)突出到主体部(6)的外侧, 通过底部突出装置的下推构件(54)。 然后,将瓶子(3)填充内容物并用盖子密封。 倒置部分(12)凹入主体部分(6)中,辅助装置(24)与瓶子(3)分离。
    • 7. 发明授权
    • Vehicular image pickup device
    • 车载摄像装置
    • US07580057B2
    • 2009-08-25
    • US11304806
    • 2005-12-16
    • Yasuhiro Sato
    • Yasuhiro Sato
    • H04N5/225H04N9/47H04N7/18H04N7/00
    • B60R11/04
    • A position adjustment of the camera body 2 to a reference position can be performed by the position adjustment mechanism 4 with reference to a position relation between the mark 5 provided in the bottom portion 2a of the camera body 2 and the slit 6 formed in the bottom portion 3a of the bracket 3. Therefore, it is not required that the vehicular image pickup device is connected to the monitor to perform the position adjustment by confirming the pickup image of each one, thus allowing reduction of hours and labors required for reference position adjustment of the camera body 2. Further, since the vehicular image pickup device can be shipped in a state where the camera body 2 is still adjusted to the reference position, hours and labors required for the reference position adjustment of the camera body 2 after the image pickup device is mounted to the vehicle can be reduced.
    • 可以通过位置调整机构4参照设置在照相机主体2的底部2a中的标记5与形成在底部的狭缝6之间的位置关系来执行照相机主体2到基准位置的位置调节 因此,不需要将车辆摄像装置连接到监视器,通过确认每一个的拾取图像来执行位置调整,从而允许减少参考位置调整所需的小时数和劳动力 此外,由于车辆摄像装置可以在照相机主体2仍被调整到基准位置的状态下运输,所以在图像之后照相机主体2的基准位置调整所需的小时和时间 拾取装置安装到车辆上可以减少。
    • 9. 发明授权
    • Multi directional input apparatus
    • 多方位输入装置
    • US07368673B2
    • 2008-05-06
    • US11498152
    • 2006-08-03
    • Yasuhiro Sato
    • Yasuhiro Sato
    • H01H25/04
    • H01H25/04G05G9/047G05G2009/04766G05G2009/04777G05G2009/04781H01H9/18H01H25/002H01H2025/004H01H2025/043
    • A knob for performing a parallel operation, a rotational operation and a pushing operation relative to a case, a first rotor disposed rotatably to the case, a second rotor positioned face to face and adjacent to the first rotor in the direction of a knob rotational axis and disposed rotatably to the case and movable in a rotational, radial direction such that the knob performs the pushing operation in the direction of the knob rotational axis and makes rotational engagement to the second rotor, and a positioning engagement portion disposed between the first and the second rotor and disengaged against urging forces to allow movement of the second rotor in the direction of the knob rotational axis relative to the first rotor and perform rotational transmission between the first and the second rotor are provided. A detecting portion corresponding to any one of the parallel operation, the rotational operation and the pushing operation is activated based upon the operation.
    • 用于执行平行操作的旋钮,相对于壳体的旋转操作和推动操作,可旋转地设置在壳体上的第一转子,沿着旋钮旋转轴线的方向面对并相邻于第一转子的第二转子 并且可旋转地设置在壳体上并且可沿旋转径向方向移动,使得旋钮沿着旋钮旋转轴线的方向执行推动操作并且使得与第二转子的旋转接合,以及设置在第一和第二转子之间的定位接合部分 第二转子和与所述第二转子相对于所述第一转子沿所述旋钮旋转轴线的方向运动的推动力分离,并且提供所述第一和第二转子之间的旋转传递。 基于该操作,启动对应于并行操作,旋转操作和推动操作中的任何一个的检测部分。