会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Device for controlling a movable member
    • 用于控制可移动部件的装置
    • US5124737A
    • 1992-06-23
    • US660268
    • 1991-02-26
    • Manabu InoueHiroyuki OkadaYoshiaki HataIkushi Nakamura
    • Manabu InoueHiroyuki OkadaYoshiaki HataIkushi Nakamura
    • G02B7/08
    • G02B7/08
    • A device for controlling a stop position of a movable member includes a movable member movable as far as a specified stop position, drive means for moving the movable member, detection means for detecting that the movable member reaches the specified stop position, timer means for setting a specified time, and control means responsive to detection means for suspending the drive means when the movable member reaches the specified stop position, setting the timer means, then allowing the drive means to drive again until the set time elapses. Also, a device for controlling a lens position of a camera includes a lens setable at one of a projected state and a retracted state, change means for changing the lens from the projected state to the retracted state and vice versa, detection means for detecting that a loaded film is wound by the tail portion, discrimination means for discriminating whether the lens is set in the projected state, rewinding means at least responsive to the detection means for rewinding the wound film when the loaded film is wound by the tail portion, and control means responsive to the detection means, the discrimination means, and the rewinding means for controlling the change means so as to return the lens to the retracted state.
    • 用于控制可动构件的停止位置的装置包括可移动到指定停止位置的可移动构件,用于移动可动构件的驱动装置,用于检测可移动构件到达指定停止位置的检测装置,用于设定 指定时间,以及响应于检测装置的控制装置,用于当可移动部件到达指定的停止位置时悬挂驱动装置,设置定时器装置,然后允许驱动装置再次驱动直到设定时间过去。 此外,用于控制照相机的镜头位置的装置包括可设置在突出状态和缩回状态之一的透镜,用于将透镜从投影状态改变到缩回状态的改变装置,反之亦然;检测装置,用于检测 加载的薄膜由尾部卷绕,鉴别装置用于鉴别透镜是否处于投影状态,重绕装置至少响应于检测装置,用于在装载的薄膜被尾部卷绕时重卷卷绕薄膜;以及 响应于检测装置,鉴别装置和重绕装置的控制装置,用于控制改变装置,以使透镜返回缩回状态。
    • 2. 发明授权
    • Device for controllling a movable member
    • 用于控制可移动部件的装置
    • US5264888A
    • 1993-11-23
    • US861312
    • 1992-03-31
    • Manabu InoueHiroyuki OkadaYoshiaki HataIkushi Nakamura
    • Manabu InoueHiroyuki OkadaYoshiaki HataIkushi Nakamura
    • G02B7/08G03B13/00G03B17/04
    • G02B7/08
    • A device for controlling a stop position of a movable member includes a movable member movable as far as a specified stop position, drive means for moving the movable member, detection means for detecting that the movable member reaches the specified stop position, timer means for setting a specified time, and control means responsive to detection means for suspending the drive means when the movable member reaches the specified stop position, setting the timer means, then allowing the drive means to drive again until the set time elapses. Also, a device for controlling a lens position of a camera includes a lens setable at one of a projected state and a retracted state, change means for changing the lens from the projected state to the retracted state and vice versa, detection means for detecting that a loaded film is wound by the tail portion, discrimination means for discriminating whether the lens is set in the projected state, rewinding means at least responsive to the detection means for rewinding the wound film when the loaded film is wound by the tail portion, and control means responsive to the detection means, the discrimination means, and the rewinding means for controlling the change means so as to return the lens to the retracted state.
    • 用于控制可动构件的停止位置的装置包括可移动到指定停止位置的可移动构件,用于移动可动构件的驱动装置,用于检测可移动构件到达指定停止位置的检测装置,用于设定 指定时间,以及响应于检测装置的控制装置,用于当可移动部件到达指定的停止位置时悬挂驱动装置,设置定时器装置,然后允许驱动装置再次驱动直到设定时间过去。 此外,用于控制照相机的镜头位置的装置包括可设置在突出状态和缩回状态之一的透镜,用于将透镜从投影状态改变到缩回状态的改变装置,反之亦然;检测装置,用于检测 加载的薄膜由尾部卷绕,鉴别装置用于鉴别透镜是否处于投影状态,重绕装置至少响应于检测装置,用于在装载的薄膜被尾部卷绕时重卷卷绕薄膜;以及 响应于检测装置,鉴别装置和重绕装置的控制装置,用于控制改变装置,以使透镜返回缩回状态。
    • 3. 发明授权
    • Camera
    • 相机
    • US5027150A
    • 1991-06-25
    • US539366
    • 1990-06-15
    • Manabu InoueHiroyuki Okada
    • Manabu InoueHiroyuki Okada
    • G03B7/26G05B19/042H02J9/06
    • G03B7/26G05B19/0428H02J9/061Y02B70/3241Y04S20/227
    • A camera comprising an electronic flash and other load devices powered by a source battery. The load devices are controllable by a microcomputer mounted in a camera body, which microcomputer is also powered by the source battery. The camera includes a power backup such as a capacitor for supplying power to the microcomputer when the source battery has run down. A detecting device detects an output voltage of the source battery, and outputs a detection signal when the output voltage is below a predetermined level. The microcomputer discontinues a camera sequence and operation of the load devices in response to the detection signal. While the camera sequence and operation of the load devices are suspended, photographic information is stored in the microcomputer powered by the backup. After lapse of a predetermined time period, the microcomputer enables the camera sequence and the operation of the load devices provided that the battery voltage is above the predetermined level.
    • 一种照相机,包括电子闪光灯和由源电池供电的其它负载装置。 负载装置由安装在照相机机体中的微型计算机控制,该微型计算机也由源电池供电。 相机包括电源备用,例如在源电池电量耗尽时向微型计算机供电的电容器。 检测装置检测源电池的输出电压,并且当输出电压低于预定电平时输出检测信号。 微型计算机响应于检测信号中断摄像机序列和负载装置的操作。 当照相机顺序和负载设备的操作被暂停时,照相信息存储在由备份电源供电的微型计算机中。 在经过预定时间段之后,如果电池电压高于预定电平,则微型计算机启用摄像机顺序和负载装置的操作。
    • 8. 发明授权
    • Transconductance amplifier
    • 跨导放大器
    • US08248112B2
    • 2012-08-21
    • US13234704
    • 2011-09-16
    • Hiroyuki Okada
    • Hiroyuki Okada
    • H02M11/00
    • H03L7/099H03F3/45179H03F3/45197H03F2203/45288H03F2203/45481H03F2203/45494H03L7/0805
    • The present invention is intended to achieve a transconductance amplifier and a voltage/current converting method which can provide a sufficient amplitude and a high degree of design freedom. The method comprises the steps of converting a first voltage signal to a first current signal; converting a second voltage signal to a second current signal; obtaining the common-mode components of the first and second current signals; and subtracting the common-mode components from the first and second current signals to obtain third and fourth signals, and further, subtracting the fourth current signal from the third current signal to generate a first output, while subtracting the third current signal from the fourth current signal to generate a second output.
    • 本发明旨在实现能够提供足够的幅度和高度设计自由度的跨导放大器和电压/电流转换方法。 该方法包括以下步骤:将第一电压信号转换成第一电流信号; 将第二电压信号转换为第二电流信号; 获得第一和第二电流信号的共模分量; 以及从第一和第二电流信号中减去共模分量以获得第三和第四信号,并且还从第三电流信号中减去第四电流信号以产生第一输出,同时从第四电流减去第三电流信号 信号以产生第二输出。
    • 9. 发明授权
    • Snowmobile
    • 雪地车
    • US08235164B2
    • 2012-08-07
    • US11954836
    • 2007-12-12
    • Hiroyuki OkadaKoutaro Ogura
    • Hiroyuki OkadaKoutaro Ogura
    • B62D5/04
    • B62D55/07
    • A snowmobile includes steering handlebars; a steering column attached to the steering handlebars and extending directly downward or obliquely downward; a power steering device having a motor and attached to the steering column; a power transmission mechanism arranged to transmit at least the driving force of the motor; and a ski coupled to the power transmission mechanism to be turned by the power transmission mechanism. The power steering device includes a sensor arranged to detect the rotation of the steering column. The motor has a motor shaft tilted from both the fore and aft direction and the left and right direction of the vehicle.
    • 雪地车包括转向手把; 一个安装在转向把手上的转向柱直接向下或向下倾斜; 动力转向装置,具有电动机并附接到转向柱; 动力传递机构,其布置成至少传递所述马达的驱动力; 以及与动力传递机构连接以由动力传递机构转动的滑雪板。 动力转向装置包括被设置成检测转向柱的旋转的传感器。 电动机具有从前后方向和车辆左右方向倾斜的电动机轴。
    • 10. 发明申请
    • OPTICAL MATERIAL PRODUCTION PROCESS, OPTICAL MATERIAL AND OPTICAL LENS
    • 光学材料生产工艺,光学材料和光学透镜
    • US20120123081A1
    • 2012-05-17
    • US13383631
    • 2010-07-12
    • Hiroyuki OkadaHiroshi HorikoshiKenichi Toi
    • Hiroyuki OkadaHiroshi HorikoshiKenichi Toi
    • C08G18/73B29D11/00
    • G02B1/04C08G18/3868C08G18/3874C08G18/3876C08G18/7642G02B1/041C08L81/00
    • The present invention is a production process for an optical material using, as raw materials thereof, a compound (a), a compound (b), a compound (c), a compound (d) and a compound (e) as shown below, the process comprising the following steps 1 to 5: Step 1: a step of obtaining a first liquid by dissolving the compound (b) in the compound (a); Step 2: a step of obtaining a second liquid by adding the compound (e) mixed with a portion of the compound (d) to the first liquid obtained in Step 1 and mixing the compound (e) mixed with a portion of the compound (d) with the first liquid uniformly; Step 3: a step of obtaining a reaction mixture by adding the compound (c) to the second liquid obtained in Step 2 and reacting the resulting mixture under reduced pressure; Step 4: a step of obtaining a resin composition for an optical material by adding the remainder of the compound (d) to the reaction mixture obtained in Step 3 and mixing the remainder of the compound (d) to the reaction mixture uniformly; and Step 5: a step of obtaining an optical material by casting and polymerizing the resin composition for an optical material obtained in Step 4.
    • 本发明是使用如下所示的化合物(a),化合物(b),化合物(c),化合物(d)和化合物(e))作为原料的光学材料的制造方法。 该方法包括以下步骤1至5:步骤1:通过将化合物(b)溶解在化合物(a)中获得第一液体的步骤; 步骤2:通过将与化合物(d)的一部分混合的化合物(e)加入到步骤1中获得的第一液体中并混合化合物(e)与化合物的一部分( d)与第一液体均匀; 步骤3:通过向步骤2中获得的第二液体中加入化合物(c)并在减压下使所得混合物反应获得反应混合物的步骤; 步骤4:通过向步骤3中获得的反应混合物中加入剩余的化合物(d)并将剩余的化合物(d)均匀混合到反应混合物中,获得光学材料用树脂组合物的步骤; 步骤5:通过浇铸和聚合步骤4中获得的光学材料用树脂组合物获得光学材料的步骤。