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    • 2. 发明申请
    • LOAD DETECTION DEVICE FOR VEHICLE SEAT
    • 车辆座椅负载检测装置
    • US20100133017A1
    • 2010-06-03
    • US12628777
    • 2009-12-01
    • Koji ITOMuneto InayoshiKan IchiharaHiroyuki FujiiYoshimasa AsanoNaoka KawajiriTakeshi KuwabaraHajime Shiohara
    • Koji ITOMuneto InayoshiKan IchiharaHiroyuki FujiiYoshimasa AsanoNaoka KawajiriTakeshi KuwabaraHajime Shiohara
    • G01G19/08
    • G01G19/4142
    • A load detection device for a vehicle seat mounted between a floor side mounting mechanism made of metal and a seat side mounting mechanism made of metal and measuring a load applied by an occupant seated on the vehicle seat includes a strain generating body adapted to be fixed via both end portions to a fitting surface formed at one of the floor side mounting mechanism and the seat side mounting mechanism while having a predetermined clearance from the fitting surface, a strain gauge attached to the strain generating body, a bracket made of metal and including an attachment portion that extends laterally relative to the strain generating body, and an amplifier substrate mounted on the attachment portion while being arranged in parallel to the strain generating body, both surfaces of the amplifier substrate being covered by one of or more of the bracket, the floor side mounting mechanism and the seat side mounting mechanism, the amplifier substrate amplifying a signal output from the strain gauge.
    • 一种安装在由金属制成的地板侧安装机构和由金属制成的座椅侧安装机构之间并测量由坐在车辆座椅上的乘员施加的负载的车辆座椅的负载检测装置包括:应变发生体,其适于通过 两个端部形成在地板侧安装机构和座椅侧安装机构中的一个处的配合表面,同时与配合表面具有预定间隙;附接到应变发生体的应变仪,由金属制成的支架, 连接部分,其相对于应变发生体横向延伸;以及放大器基板,其安装在所述安装部分上,同时平行于所述应变发生体布置,所述放大器基板的两个表面被所述托架中的一个或多个覆盖, 地面侧安装机构和座侧安装机构,放大器基板放大从s输出的信号 火车规
    • 9. 发明授权
    • Radiographic image capturing system, program storage medium, and method
    • 射线照相图像拍摄系统,程序存储介质和方法
    • US08735829B2
    • 2014-05-27
    • US13427136
    • 2012-03-22
    • Takeshi Kuwabara
    • Takeshi Kuwabara
    • G01T1/20
    • A61B6/4283A61B6/4233A61B6/4291A61B6/4423A61B6/548
    • A radiographic image capturing system includes a radiographic image capturing device, a grid, an acquiring unit, and a processor. The radiographic image capturing device includes a radiation detector in which pixels having a sensitivity with respect to radiation or light are disposed two-dimensionally at a predetermined pixel spacing. The grid is placed on a radiation source side of the radiation detector, and includes radiation absorbing members that are disposed at a predetermined spacing. The acquiring unit acquires an inclination angle of the grid, with respect to an array direction of the pixels, with which a spatial frequency of moiré fringes generated by the absorbing members in a captured radiographic image will be equal to or greater than a predetermined spatial frequency. The processor executes predetermined processing for making a relative angle between the grid and the radiation detector the acquired inclination angle.
    • 射线照相图像拍摄系统包括放射线照相图像捕获装置,网格,获取单元和处理器。 射线照相图像拍摄装置包括辐射检测器,其中具有相对于辐射或光的灵敏度的像素以预定的像素间隔二维地设置。 栅格放置在辐射检测器的辐射源侧,并且包括以预定间隔设置的辐射吸收构件。 获取单元获取相对于像素的排列方向的网格的倾斜角度,在捕获的放射线照相图像中由吸收构件产生的莫尔条纹的空间频率将等于或大于预定的空间频率 。 处理器执行用于使格栅和辐射检测器之间的相对角度获得的所述倾斜角度的预定处理。