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    • 1. 发明授权
    • High dynamic range sub-sampling architecture
    • 高动态范围子采样架构
    • US08599284B2
    • 2013-12-03
    • US13365766
    • 2012-02-03
    • Yaowu MoChen XuMin QuXiaodong LuoDonghui Wu
    • Yaowu MoChen XuMin QuXiaodong LuoDonghui Wu
    • H04N5/235H04N5/225H04N5/335
    • H04N5/347H04N5/3532H04N5/355H04N5/3745H04N5/378
    • A method of implementing high dynamic range bin algorithm in an image sensor including a pixel array with a first super row having a first integration time and a second super row having a second integration time is described. The method starts by reading out image data from the first super row into a counter. Image data from the first super row is multiplied by a factor to obtain multiplied data. The factor is a ratio between the first and the second integration times. The multiplied data is then compared with a predetermined data. The image data from the second super row is readout into the counter. If the multiplied data is larger than the predetermined data, the multiplied data from the first super row is stored in the counter. If not, the image data from the second super row is stored. Other embodiments are also described.
    • 描述了在包括具有第一积分时间的第一超级行的像素阵列和具有第二积分时间的第二超级行的图像传感器中实现高动态范围bin算法的方法。 该方法从将第一超级行的图像数据读出到计数器开始。 来自第一超级行的图像数据乘以因子以获得相乘的数据。 因子是第一和第二积分时间之间的比率。 然后将相乘的数据与预定数据进行比较。 来自第二超级行的图像数据被读出到计数器中。 如果相乘数据大于预定数据,则来自第一超级行的相乘数据被存储在计数器中。 如果没有,则存储来自第二超级行的图像数据。 还描述了其它实施例。
    • 2. 发明申请
    • HIGH DYNAMIC RANGE SUB-SAMPLING ARCHITECTURE
    • 高动态范围子采样架构
    • US20130088624A1
    • 2013-04-11
    • US13365766
    • 2012-02-03
    • Yaowu MoChen XuMin QuXiaodong LuoDonghui Wu
    • Yaowu MoChen XuMin QuXiaodong LuoDonghui Wu
    • H04N5/335
    • H04N5/347H04N5/3532H04N5/355H04N5/3745H04N5/378
    • A method of implementing high dynamic range bin algorithm in an image sensor including a pixel array with a first super row having a first integration time and a second super row having a second integration time is described. The method starts by reading out image data from the first super row into a counter. Image data from the first super row is multiplied by a factor to obtain multiplied data. The factor is a ratio between the first and the second integration times. The multiplied data is then compared with a predetermined data. The image data from the second super row is readout into the counter. If the multiplied data is larger than the predetermined data, the multiplied data from the first super row is stored in the counter. If not, the image data from the second super row is stored. Other embodiments are also described.
    • 描述了在包括具有第一积分时间的第一超级行的像素阵列和具有第二积分时间的第二超级行的图像传感器中实现高动态范围bin算法的方法。 该方法从将第一超级行的图像数据读出到计数器开始。 来自第一超级行的图像数据乘以因子以获得相乘的数据。 因子是第一和第二积分时间之间的比率。 然后将相乘的数据与预定数据进行比较。 来自第二超级行的图像数据被读出到计数器中。 如果相乘数据大于预定数据,则来自第一超级行的相乘数据被存储在计数器中。 如果没有,则存储来自第二超级行的图像数据。 还描述了其它实施例。
    • 5. 发明申请
    • ORAL CARE IMPLEMENT
    • 口腔护理实施
    • US20140352088A1
    • 2014-12-04
    • US14367869
    • 2011-12-21
    • Donghui Wu
    • Donghui Wu
    • A61C17/22
    • A61C17/227A46B11/0051A46B13/04A46B15/0008A61C17/28A61C17/34A61C17/3409A61C17/3436A61C17/36
    • Provided is an oral care implement (1), comprising: a body (100); a carrier (130) connected to the body (100) and movable relative to the body (100), the carrier carrying one or more cleaning elements (134); a carrier drive mechanism (200) operable to drive movement of the carrier (130) relative to the body (100); an auxiliary device (400); and an auxiliary device drive mechanism (600) that is selectively engagable with the carrier drive mechanism (200) during operation of the carrier drive mechanism, so as to selectively operate the auxiliary device (400) during movement of the carrier (130) relative to the body (100). Also provided is a method of operating the oral care implement (1), and a kit of parts for an oral care implement.
    • 提供一种口腔护理器具(1),包括:主体(100); 连接到所述主体(100)并且可相对于所述主体(100)移动的托架(130),所述托架承载一个或多个清洁元件(134); 载体驱动机构(200),其可操作以驱动所述载体(130)相对于所述主体(100)的运动; 辅助装置(400); 以及在所述载体驱动机构的操作期间可选择性地与所述载体驱动机构(200)接合的辅助装置驱动机构(600),以便在所述载体(130)相对于所述载体驱动机构的移动期间选择性地操作所述辅助装置(400) 身体(100)。 还提供了一种操作口腔护理器具(1)的方法和用于口腔护理器具的一套零件。
    • 7. 发明申请
    • LIQUID DISPENSING ORAL CARE IMPLEMENT WITH LOW PROFILE PUMP
    • 液体分配口腔护理执行与低剖面泵
    • US20130308994A1
    • 2013-11-21
    • US13997286
    • 2010-12-23
    • Donghui WuJohn J. Gatzemeyer
    • Donghui WuJohn J. Gatzemeyer
    • A46B11/00A46D3/00
    • A46B11/0006A46B11/002A46B11/0041A46D3/00Y10T29/49567
    • A fluid dispensing oral care implement having a low profile pump includes a head, a reservoir for storing an oral care fluid, at least one liquid outlet in the head, and a pump. The pump includes a flexible membrane movable between alternating pump intake and discharge motions. The pump includes inlet and outlet flap valves, which may be formed integrally from portions of the membrane. In one embodiment, the valves are integrally formed in the membrane as flexible cantilevered tabs movable between open and closed positions. In some embodiments, the pump may be mounted in the toothbrush head or forms the head. In some embodiments, the pump may be disposed in a neck or a handle portion of the toothbrush.
    • 具有低轮廓泵的流体分配口腔护理器具包括头部,用于储存口腔护理流体的储存器,头部中的至少一个液体出口和泵。 泵包括可在交替的泵进入和排出运动之间移动的柔性膜。 泵包括入口和出口瓣阀,其可以从膜的一部分整体形成。 在一个实施例中,阀在膜中一体地形成为可在打开和关闭位置之间移动的柔性悬臂。 在一些实施例中,泵可以安装在牙刷头部中或形成头部。 在一些实施例中,泵可以设置在牙刷的颈部或手柄部分中。