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    • 21. 发明申请
    • Data transfer control device and electronic equipment
    • 数据传输控制装置及电子设备
    • US20060190665A1
    • 2006-08-24
    • US11340766
    • 2006-01-27
    • Shun OshitaKenyou NagaoShuichi YanagiharaYuji Mikami
    • Shun OshitaKenyou NagaoShuichi YanagiharaYuji Mikami
    • G06F13/20
    • G06F13/32
    • A data transfer control device for data transfer through a bus including a state execution circuit conducting each state process of first-Nth states in order to perform a state control of the data transfer control device, a transfer controller performing a control for the data transfer based on a result of the state process execution in the state execution circuit, a command register in which a state transition execution command is set, and a control circuit decoding the state transition execution command set in the command register and controlling the state execution circuit based on a result of the decoding, the control circuit controlling the state execution circuit to execute a Kth (1≦K≦N) state process if an individual state transition execution command that changes the state of the data transfer control device to the Kth state is set in the command register, and the control circuit controlling the state execution circuit to execute a plurality of state processes consecutively from a Lth (1≦L≦N) state to a Mth (1≦M≦N) state if a successive transition execution command is set in the command register, the successive transition execution command successively changing the state of the data transfer control device from the Lth state to the Mth state.
    • 一种数据传输控制装置,用于通过总线进行数据传送,该总线包括执行第一N状态的每个状态处理的状态执行电路,以执行数据传送控制装置的状态控制,执行基于数据传送的控制的传送控制 在状态执行电路中的状态处理执行的结果,设置了状态转移执行命令的命令寄存器和对命令寄存器中设置的状态转移执行命令进行解码的控制电路,并且基于 如果将数据传送控制装置的状态改变为第K状态的各状态转移执行指令,则控制电路控制状态执行电路执行第K(1≤K≤N)状态处理 被设置在命令寄存器中,控制电路控制状态执行电路连续执行多个状态处理f 如果在命令寄存器中设置了连续的转移执行命令,则将L L(1 <= L <= N)状态转换为Mth(1 <= M <= N)状态,连续转换执行命令连续地改变 数据传送控制装置从第L状态到第M状态。
    • 23. 发明授权
    • Lens-fitted photo film unit and method for manufacturing lens-fitted photo film unit
    • 带镜头的摄影胶片单元及制造装有镜头的摄影胶片组件的方法
    • US06741806B2
    • 2004-05-25
    • US10441112
    • 2003-05-20
    • Yuji MikamiKazuo KamataTakeshi Masuda
    • Yuji MikamiKazuo KamataTakeshi Masuda
    • G03B1702
    • G03B15/05G03B9/70G03B19/04G03B2215/0503G03B2215/0589
    • A stop lever is rotatable on a light shielding tunnel with an exposure aperture. When the stop lever is at a fast shutter speed position, a support pad is located below a lower metal plate of a synchronization switch of a flash circuit. The support pad holds the lower metal plate to limit rotation of a shutter blade, so that photography is carried out at a fast shutter speed. The synchronization switch is turned on after the exposure aperture is fully open. When the stop lever is at a slow shutter speed position, a support pad is away from the lower metal plate to obtain a slow shutter speed. It is possible to obtain a fast shutter speed by providing a light shielding tunnel with a fixed stopper to limit rotation of the shutter speed, and a slow shutter speed by providing a light shielding tunnel without a stopper.
    • 止动杆可在具有曝光孔的遮光通道上旋转。 当止动杆处于快门速度位置时,支撑垫位于闪光电路的同步开关的下金属板的下方。 支撑垫保持下金属板以限制快门叶片的旋转,使得以快速快门速度进行拍摄。 曝光孔完全打开后,同步开关打开。 当止动杆处于低速快门速度位置时,支撑垫远离下金属板以获得低速快门速度。 通过提供具有固定止动器的遮光通道来限制快门速度的旋转和通过提供没有挡块的遮光通道来实现慢快门速度,可以获得快速快门速度。
    • 26. 发明授权
    • Aperture stop changing device for camera
    • 相机孔径停止更换装置
    • US06701070B2
    • 2004-03-02
    • US10012555
    • 2001-12-12
    • Yuji Mikami
    • Yuji Mikami
    • G03B1702
    • G03B9/02
    • A camera includes a preset open aperture for introducing object light to photo film. A taking lens is disposed in a light path of the object light, and has two lens elements. In the camera, an aperture stop changing device is provided. An aperture changing plate includes a stop-down opening having a small diameter, is disposed close to the taking lens, is movable between a small diameter position and a large diameter position. The stop-down opening, when the aperture changing plate is in the small diameter position, is set in the light path for stopping down the preset open aperture, and when the aperture changing plate is in the large diameter position, is set away from the light path. A spacer is secured to a partial section of a peripheral portion of the taking lens, for defining a passage gap or cutout at a remaining partial section of the peripheral portion of the taking lens. The passage cutout allows passage of the aperture changing plate moving between the small and large diameter positions.
    • 相机包括用于将物体光引入摄影胶片的预设开口孔。 拍摄镜头设置在物体光的光路中,并且具有两个透镜元件。 在相机中,提供了一种孔径光阑改变装置。 孔径改变板包括具有小直径的止动开口,靠近拍摄镜头设置,可在小直径位置和大直径位置之间移动。 当光圈更换板处于小直径位置时,停止开口设置在光路中,用于停止预设的开放孔径,并且当孔径改变板处于大直径位置时,被设置为远离 光路。 间隔件被固定到拍摄镜头的周边部分的部分部分,用于在拍摄镜头的周边部分的剩余部分部分处限定通道间隙或切口。 通道切口允许孔径改变板在小直径位置和大直径位置之间移动。
    • 28. 发明申请
    • Medical imaging apparatus
    • 医疗成像装置
    • US20090290679A1
    • 2009-11-26
    • US12453541
    • 2009-05-14
    • Yuji MikamiTomonari Sendai
    • Yuji MikamiTomonari Sendai
    • A61B6/04
    • A61B8/4416A61B6/0414A61B6/4291A61B6/4417A61B6/502A61B8/0825
    • The time for obtaining ultrasonic images can be reduced by using a two-dimensional transducer array and good radiation images can be obtained even when radiation imaging is performed with the fixed array. The medical imaging apparatus includes a radiation generating unit for generation radiation, a radiation detecting unit for detecting radiation, an ultrasonic transducer array provided between the radiation generating unit and the radiation detecting unit and including two-dimensionally arranged ultrasonic transducers, a radiation image data generating unit for generating radiation image data based on a detection result of the radiation detecting unit, and an image processing unit for performing image processing on the radiation image data generated based on a detection result of radiation transmitted through an object to be inspected and the ultrasonic transducer array, thereby removing an image of the ultrasonic transducer array from a radiation image represented by the radiation image data.
    • 可以通过使用二维换能器阵列来减少获得超声波图像的时间,并且即使当利用固定阵列执行放射成像时也可以获得良好的辐射图像。 医疗成像装置包括用于产生辐射的辐射产生单元,用于检测辐射的辐射检测单元,设置在辐射发生单元和辐射检测单元之间并包括二维布置的超声波换能器的超声波换能器阵列,产生辐射图像数据 基于放射线检测单元的检测结果产生放射线图像数据的单元,以及图像处理单元,用于对基于被检测物体的透射检测结果生成的放射线图像数据进行图像处理,以及超声波换能器 从而从由放射线图像数据表示的放射线图像中除去超声波换能器阵列的图像。
    • 29. 发明授权
    • Bulk data transfer and buffer control device and electronic instrument
    • 批量数据传输和缓冲控制装置及电子仪器
    • US07590765B2
    • 2009-09-15
    • US11338733
    • 2006-01-25
    • Kenyou NagaoShun OshitaShuichi YanagiharaYuji Mikami
    • Kenyou NagaoShun OshitaShuichi YanagiharaYuji Mikami
    • G06F3/00G06F13/00
    • G06F13/12G06F13/426
    • A data transfer control device for transferring data via a bus includes a buffer controller for controlling access to a data buffer in which a command block area, a data area and status block area are prepared, and a transfer controller for controlling data transfer. The transfer controller executes, a transaction of bulk OUT transfer in a command transport to automatically send a packet including command block data written in the command block area in response to an instruction to execute automatic bulk transfer, a transaction of one of bulk OUT transfer and bulk IN transfer in a data transport to automatically execute one of sending a packet including sending data written in the data area and receiving a packet including receiving data to be written in the data area, and a transaction of bulk IN transfer in a status transport to automatically receive a packet including status block data to be written in the status block area.
    • 用于经由总线传送数据的数据传送控制装置包括:缓冲器控制器,用于控制对其中准备了命令块区域,数据区域和状态块区域的数据缓冲器的访问;以及用于控制数据传送的传送控制器。 转移控制器执行命令传输中的大量OUT传输的事务,以响应于执行自动批量传送的指令自动发送包括写入命令块区域中的命令块数据的分组,批量OUT传输中的一个的事务和 批量IN在数据传输中传输,以自动执行发送包的数据包,包括写入数据区中的数据,并接收包括要写入数据区的接收数据的数据包,以及在状态传输中的批量IN传输交易 自动接收包含要写入状态块区域的状态块数据的数据包。
    • 30. 发明授权
    • Data transfer control device with state transition control and electronic equipment
    • 具有状态转换控制和电子设备的数据传输控制装置
    • US07562166B2
    • 2009-07-14
    • US11340766
    • 2006-01-27
    • Shun OshitaKenyou NagaoShuichi YanagiharaYuji Mikami
    • Shun OshitaKenyou NagaoShuichi YanagiharaYuji Mikami
    • G06F13/00
    • G06F13/32
    • A data transfer control device for data transfer through a bus including a state execution circuit conducting each state process of first-Nth states in order to perform a state control of the data transfer control device, a transfer controller performing a control for the data transfer based on a result of the state process execution in the state execution circuit, a command register in which a state transition execution command is set, and a control circuit decoding the state transition execution command set in the command register and controlling the state execution circuit based on a result of the decoding, the control circuit controlling the state execution circuit to execute a Kth (1≦K≦N) state process if an individual state transition execution command that changes the state of the data transfer control device to the Kth state is set in the command register, and the control circuit controlling the state execution circuit to execute a plurality of state processes consecutively from a Lth (1≦L≦N) state to a Mth (1≦M≦N) state if a successive transition execution command is set in the command register, the successive transition execution command successively changing the state of the data transfer control device from the Lth state to the Mth state.
    • 一种数据传输控制装置,用于通过总线进行数据传送,该总线包括执行第一N状态的每个状态处理的状态执行电路,以执行数据传送控制装置的状态控制,执行基于数据传送的控制的传送控制 在状态执行电路中的状态处理执行的结果,设置了状态转移执行命令的命令寄存器和对命令寄存器中设置的状态转移执行命令进行解码的控制电路,并且基于 如果将数据传送控制装置的状态改变为第K状态的各状态转移执行指令,则控制电路控制状态执行电路执行第K(1≤K≤N)状态处理 被设置在命令寄存器中,控制电路控制状态执行电路连续执行多个状态处理f 如果在命令寄存器中设置了连续的转移执行命令,则将L L(1 <= L <= N)状态转换为Mth(1 <= M <= N)状态,连续转换执行命令连续地改变 数据传送控制装置从第L状态到第M状态。