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    • 3. 发明授权
    • Autofocus system
    • 自动对焦系统
    • US07860385B2
    • 2010-12-28
    • US12370935
    • 2009-02-13
    • Atsushi Kanayama
    • Atsushi Kanayama
    • G03B13/36
    • H04N5/23212H04N5/23219H04N5/23293
    • When it is detected that a tracking target disappears in an image range in the course of tracking the tracking target, which is a registration pattern selected as a target to be tracked from among registration patterns, an autofocus is disabled. Thereafter, the autofocus is kept being disabled even if it is detected that the tracking target having the selected registration pattern appears in the image range. Alternatively, when the tracking target disappears in the image range in the course of tracking the tracking target, the autofocus is disabled, and thereafter when the tracking target having the registration pattern appears in the image range, it is started to track the tracking target having the registration pattern.
    • 当检测到跟踪目标在追踪跟踪目标的过程中消失的跟踪目标时,跟踪目标是从注册模式中选择作为要跟踪的目标的注册模式,禁用自动对焦。 此后,即使检测到具有选择的登记图案的跟踪目标出现在图像范围中,自动对焦仍然被禁用。 或者,当跟踪目标在跟踪目标的过程中在图像范围中消失时,自动对焦被禁用,此后当具有登记图案的跟踪目标出现在图像范围内时,开始跟踪具有 注册模式。
    • 4. 发明授权
    • Lens control system, lens controller, and operating apparatus
    • 镜头控制系统,镜头控制器和操作装置
    • US07652711B2
    • 2010-01-26
    • US11093302
    • 2005-03-30
    • Atsushi Kanayama
    • Atsushi Kanayama
    • G02B13/16H04N5/225
    • G02B7/102H04N5/232H04N5/23296
    • In relation to a lens control system where a control signal indicating a target zooming speed is delivered to a lens controller in accordance with operation of a zoom demand and where the lens controller subjects the control signal to non-linear processing to thus effect zoom control, thereby facilitating operation required when a zoom lens is moved at low speed, the lens control system includes a lens controller switching the linear processing between valid and invalid, whereby the lens control system does not excessively perform non-linear processing when the zoom demand outputs a non-linear control signal.
    • 关于透镜控制系统,其中根据变焦需求的操作将指示目标变焦速度的控制信号传送到镜头控制器,并且镜头控制器使控制信号进行非线性处理从而进行变焦控制, 从而便于当变焦镜头以低速移动时所需的操作,镜头控制系统包括透镜控制器切换有效和无效之间的线性处理,由此当变焦需求输出a时,透镜控制系统不会过度执行非线性处理 非线性控制信号。
    • 6. 发明授权
    • Lens apparatus
    • US06580571B2
    • 2003-06-17
    • US09963560
    • 2001-09-27
    • Tadashi SasakiSyunichiro OuchiKeiji KanekoMinoru TanakaAtsushi Kanayama
    • Tadashi SasakiSyunichiro OuchiKeiji KanekoMinoru TanakaAtsushi Kanayama
    • G02B702
    • G02B7/36G03B3/10G03B13/34
    • The lens apparatus permits rapid focusing by the operator demanding an autofocus start-up direction to carry out AF in the direction in an AF mode. When a start of the AF mode is instructed, an AF standby state of waiting for the operator to demand the AF start-up direction by operating a focus operation member, thereby permitting the operator to properly demand the AF start-up direction, and permitting the demand to be appropriately detected. When automatically switching from the state where the operator operates the focus operation member to the AF, condition of the switching is that a focus evaluation value exceeds a predetermined threshold based on the operation of the focus operation member, or that an operation amount of the focus operation member is changed more then a predetermined amount, thereby permitting further rapid focusing and improvement of operability. Gradually switching a clutch, which switches the focus lens driving from manual to electrical operation, from a manual to electrical state in switching to the AF can eliminates uncomfortable operation feeling of the focus operation member. Further, for the processing after completion of focusing by the AF, a mode of returning to the AF standby state of waiting for the operator to demand the AF start-up direction, mode of returning to a manual mode, or mode of continuing the AF can be selected, which permits improvement of convenience of the AF mode.
    • 8. 发明授权
    • Auto focus system
    • 自动对焦系统
    • US07576796B2
    • 2009-08-18
    • US10642141
    • 2003-08-18
    • Atsushi Kanayama
    • Atsushi Kanayama
    • H04N5/232G03B13/00
    • H04N5/23212
    • In the auto focus system, focus evaluation values indicating a degree of sharpness of images are sought from a plurality of image pickup devices placed at positions of different light path lengths, a travel distance converging to zero as a focus of a picture-taking lens approaches a focusing position is sought by using a difference or a ratio between the two focus evaluation values, and the focus is moved to a new moving target position which is a value of a current moving target position having the travel distance added thereto so as to securely move the focus to the focusing position by stable operation of the focus suited to characteristics of the focus evaluation values.
    • 在自动聚焦系统中,从放置在不同光路长度的位置的多个摄像装置寻求指示图像清晰度的焦点评估值,作为摄影镜头的焦点收敛到零的行进距离 通过使用两个焦点评估值之间的差或比例来寻求聚焦位置,并且焦点移动到作为当前移动目标位置的值的新的移动目标位置,该移动目标位置具有添加了行进距离,从而可靠地 通过对焦点评估值的特性进行稳定的聚焦运动,将焦点移动到聚焦位置。
    • 9. 发明授权
    • Control unit
    • 控制单元
    • US06678565B2
    • 2004-01-13
    • US09820670
    • 2001-03-30
    • Atsushi Kanayama
    • Atsushi Kanayama
    • G05B1918
    • H04N5/2254G02B7/102
    • The control unit sets up the center and an insensitive zone of a zoom seesaw switch provided in a drive unit of an ENG lens by an electrical processing. The control unit is capable of dispensing with a mechanical adjustment of the center and the insensitive zone of the zoom seesaw switch in assembling the product, and the assembly of the product is thus simplified. On turning on a center setting switch while the zoom seesaw switch is released from the operation, an operational position of the zoom seesaw switch at that time is accurately set as the center that brings the moving rapidity of the zoom lens to zero. On setting an insensitive zone size by an insensitive zone setup device, the moving rapidity of the zoom lens becomes zero whenever the operational position of the zoom seesaw switch is within the insensitive zone. Any of these settings is carried out by a processing of a CPU.
    • 控制单元通过电子处理设置设置在ENG透镜的驱动单元中的变焦跷跷板开关的中心和不敏感区域。 控制单元能够在组装产品时分配变焦跷跷板开关的中心和不敏感区域的机械调整,从而简化了产品的组装。 当变焦跷跷板开关从操作中解除时,打开中心设置开关,此时变焦跷跷板开关的操作位置被准确地设置为使变焦镜头的移动快速度为零的中心。 在通过不敏感区域设置设备设置不敏感区域大小时,只要变焦跷跷板开关的操作位置在不敏感区域内,变焦镜头的移动快速就变为零。 这些设置中的任何一个通过CPU的处理来执行。
    • 10. 发明授权
    • Lens drive unit
    • 镜头驱动单元
    • US06292313B1
    • 2001-09-18
    • US09541081
    • 2000-03-31
    • Atsushi KanayamaKeiji Kaneko
    • Atsushi KanayamaKeiji Kaneko
    • G02B702
    • H04N5/2224G02B7/102H04N5/232
    • A zoom control connector, to which a zoom controller is connected, is disposed at the bottom of a drive unit of an ENG lens. When connecting the connector with the zoom controller, a unit discrimination circuit connects a changeover circuit with an A/D converter, and an analog control signal outputted from the zoom controller is converted into a digital signal to be sent to a CPU. In contrast, when connecting the connector with a personal computer, the unit discrimination circuit connects the changeover circuit with a communication IC, and a digital control signal outputted from the personal computer is sent to the CPU through serial communication. Thus, the CPU can execute respective control in accordance with the control signal from the zoom controller or the personal computer received through one connector.
    • 连接变焦控制器的变焦控制连接器设置在ENG镜头的驱动单元的底部。 当连接器与变焦控制器连接时,单元识别电路将转换电路与A / D转换器连接,并且从变焦控制器输出的模拟控制信号被转换成要发送到CPU的数字信号。 相反,当将连接器与个人计算机连接时,单元识别电路将切换电路与通信IC连接,并且从个人计算机输出的数字控制信号通过串行通信发送到CPU。 因此,CPU可以根据来自通过一个连接器接收到的变焦控制器或个人计算机的控制信号执行相应的控制。