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
    • 12. 发明授权
    • Double hand for an industrial robot
    • 双手为工业机器人
    • US4565400A
    • 1986-01-21
    • US605027
    • 1984-04-10
    • Seiichiro NakashimaNobutoshi ToriiAkihiro Terada
    • Seiichiro NakashimaNobutoshi ToriiAkihiro Terada
    • B25J15/08B23Q7/04B25J15/00B25J15/02B25J15/04
    • B25J15/04B25J15/0052B25J15/0213
    • A double hand for an industrial robot comprises a hand body, two sets of work clamping units and two sets of actuators to drive the work clamping units, respectively, for opening and closing motions. The hand body has a rear end attachable to the free end of the robot wrist of an industrial robot, a front end and opposite sides extending between the front end and the rear end. Each work clamping unit has a pair of gripping fingers and the pairs of gripping fingers of the two sets of work gripping units are supported pivotally at the roots thereof on the opposite sides of the hand body for turning motion. The paired gripping fingers are turned about the respective roots thereof in opposite directions by the associated actuator.
    • PCT No.PCT / JP83 / 00262 Sec。 371日期1984年4月10日 102(e)日期1984年4月10日PCT提交1983年8月11日PCT公布。 出版物WO84 / 00713 1984年3月1日。工业机器人的双手包括手柄,两套夹紧装置和两套执行器,用于分别驱动夹紧装置,用于打开和关闭运动。 手柄具有可连接到工业机器人的机器人手腕的自由端的后端,前端和在前端和后端之间延伸的相对侧。 每个工件夹紧单元具有一对夹持指状物,并且两组夹紧单元的夹持爪对在其根部处可旋转地支撑在手柄的相对侧上,用于转动。 成对的夹持爪通过相关联的致动器在相反的方向围绕其相应的根部转动。
    • 13. 发明申请
    • DIFFERENTIAL AMPLIFIER CIRCUIT AND SERIES REGULATOR
    • 差分放大器电路和系列调节器
    • US20120001605A1
    • 2012-01-05
    • US13175512
    • 2011-07-01
    • Kohei SakuraiAkihiro TeradaYoichi Takano
    • Kohei SakuraiAkihiro TeradaYoichi Takano
    • G05F1/00H03F3/45
    • H03F3/45183G05F1/565H03F3/347H03F2203/45528H03F2203/45674
    • A differential amplifier circuit including: a differential input stage including a pair of differential MOS transistors, a pair of load elements, and a first constant-current source; an output stage including an output MOS transistor and a second constant-current source; a constant-current MOS transistor provided in parallel to one of the first and second constant-current sources; and a boost current controlling MOS transistor in which a potential of a connection node of the output MOS transistor and the second constant-current source is applied to a gate terminal thereof; wherein the boost current controlling MOS transistor is turned on when a voltage inputted to a gate terminal of one of the pair of differential MOS transistors changes, and a current of the constant-current MOS transistor is added to one of the first and second constant-current sources and is allowed to flow.
    • 一种差分放大电路,包括:差分输入级,包括一对差分MOS晶体管,一对负载元件和第一恒定电流源; 输出级,包括输出MOS晶体管和第二恒流源; 与第一和第二恒流源中的一个平行设置的恒流MOS晶体管; 以及升压电流控制MOS晶体管,其中输出MOS晶体管和第二恒流源的连接节点的电位被施加到其栅极端子; 其中当输入到所述一对差分MOS晶体管中的一个的栅极端子的电压改变时,所述升压电流控制MOS晶体管导通,并且所述恒流MOS晶体管的电流被添加到所述第一和第二恒定电流控制MOS晶体管中的一个, 当前来源并被允许流动。
    • 16. 发明授权
    • Probe apparatus for inspecting electrical characteristics of a
microelectronic element
    • 用于检查微电子元件的电气特性的探针装置
    • US5644245A
    • 1997-07-01
    • US347138
    • 1994-11-23
    • Satoshi SaitohAkihiro Terada
    • Satoshi SaitohAkihiro Terada
    • G01R1/067G01R31/28G01R31/02
    • G01R31/2891G01R1/06794G01R31/2887
    • A probe apparatus for inspecting electrical characteristics of a microelectronic element formed on a substrate and having a plurality of pads including a probe card having a plurality of probe needles, an image pick-up device for picking up images of the pads and the probe needles, a registration device which previously stores pad position information indicating pad positions of at least specified of the pads and needle position information indicating needle positions of at least specified of the plurality of probe needles, the needle positions being obtained by an actual measurement based on the images picked up by the image pick-up device, and a control processor for executing a task for detecting imaginary needle marks formed on the pads by imaginarily bringing the specified probe needles and the pads corresponding thereto into contact with each other, by overlapping the first position information and the pad position information of the microelectronic element, a task for detecting positional deviation information indicating a positional deviation between the needle marks and the pads, and a task for correcting a positional deviation between the pads and the probe needles in accordance with the positional deviation information.
    • 一种用于检查形成在基板上的微电子元件的电特性并具有多个焊盘的探针装置,所述多个焊盘包括具有多个探针的探针卡,用于拾取焊盘和探针的图像的图像拾取装置, 预先存储指示至少指定焊盘的焊盘位置的焊盘位置信息和指示至少指定多个探针的针位置的针位置信息的登记装置,通过基于图像的实际测量获得针位置 由图像拾取装置拾取的控制处理器,以及控制处理器,用于通过将指定的探针和与其对应的焊盘相互接触来执行用于检测形成在焊盘上的虚拟针痕的任务,通过将第一位置 信息和微电子元件的焊盘位置信息,用于检测的任务 指示针标与垫之间的位置偏差的位置偏差信息,以及根据位置偏差信息校正垫与探针之间的位置偏差的任务。
    • 18. 发明授权
    • Laser robot with approach time from origin to a starting position
minimized
    • 激光机器人从原点到起始位置的接近时间最小化
    • US5466909A
    • 1995-11-14
    • US284431
    • 1994-08-10
    • Ryo NiheiAkihiro TeradaYasuo Sasaki
    • Ryo NiheiAkihiro TeradaYasuo Sasaki
    • B23K26/08B23K26/00B23K26/02B23K26/10B25J9/10G05B19/416
    • B23K26/0884B23K26/02G05B19/4166G05B2219/43152G05B2219/45165G05B2219/50117
    • In carrying out precision laser-beam machining by using a laser-beam machining head driven by an additional motion-axis means 8 of a laser robot unit 1, a CPU accommodated in a robot controller 10 calculates time A+B necessary for a laser beam projecting nozzle to travel a distance between a position corresponding to a position of origin OR of a machining locus and a position corresponding to a starting point E on the machining locus at a quick-feed speed, and time C necessary for the laser beam projecting nozzle to travel the same distance in a laser-beam machining mode not including quick-feed operation, compares the times A+B and C, and provides feed motors MA and MB accommodated in the additional motion-axis means 8 with an automatic quick-feed command, when the time A+B is shorter than the time C to thereby enhance an efficiency of the laser machining operation.
    • PCT No.PCT / JP93 / 01798 Sec。 371日期:1994年8月10日 102(e)日期1994年8月10日PCT提交1993年12月10日PCT公布。 第WO94 / 13425号公报 日期:1994年6月23日。在通过使用由激光机器人单元1的附加运动轴装置8驱动的激光束加工头进行精密激光束加工的情况下,容纳在机器人控制器10中的CPU计算时间A 激光束投影喷嘴在加速轨迹上与加工轨迹相对应的位置相对应的位置与加工轨迹上的起始点E之间的距离以快速进给速度运行所需的+ B,时间C 激光束投影喷嘴在不包括快速进给操作的激光束加工模式中行进相同距离所必需的,比较时间A + B和C,并且提供容纳在附加运动轴装置中的进给马达MA和MB 如图8所示,当A + B时​​间比时间C短时,自动快进指令,从而提高激光加工操作的效率。