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
    • 31. 发明专利
    • SIMULATOR USING DIGITAL DIFFERENTIAL ANALYZER
    • JPS55118145A
    • 1980-09-10
    • JP2555579
    • 1979-03-07
    • HITACHI ELECTRONICSHITACHI LTD
    • KATOU KANJIHAMAGUCHI YASUHIROSAITOU TAKESHI
    • G06F7/64G05B23/02
    • PURPOSE:To ensure the simulation with the optimum arithmetic block by securing the alteration in accordance with the progress of the simulation for the arithmetic block connected in the optimum way according to the conditions of the waveforms or the like which simulate each arithmetic element of the DDA (digital differential analyzer). CONSTITUTION:Timer 2 is actuated by operation start signal 1, and at the same time DDA11 starts the operation. Coincidence circuit 4 compares the output given from timer 2 with alteration time value from RAM7. And when the coincidence is obtained through the comparison, transfer command signal 5 is delivered to transfer circuit 10. At the same time the, comparison is started with alteration time value T2. On the other hand, circuit 10 reads out alteration information UB1 from RAM8 and then sets it to DDA11 as well as gives preparation to the transfer of alteration information UB2 at time value T2. And DDA11 starts the operation via the new arithmetic block altered by information UB1. In such way, the operation is repeated to complete the operation up to alteration time Tn. Then at alteration time Tn+1, circuit 4 delivers stop signal 12, and thus the timer 2 operation is stopped along with the operation of DDA11. Thus all operations complete.
    • 35. 发明专利
    • CONTROL SYSTEM OF ROBOT
    • JPS5983209A
    • 1984-05-14
    • JP19340782
    • 1982-11-05
    • HITACHI LTD
    • KATOU KANJITOUNO JIYUNICHINARUSE AKISUKE
    • B25J9/16G05B19/18G05B19/19G05B19/4093
    • PURPOSE:To control continuously the track of a robot, which is provided with plural revolving shafts, with a high precision by using the deviation vector between the current position and the target position of the robot as a target position vector. CONSTITUTION:A target position Xv from a target position generating means 400 is inputted to a speed vector generating means 401. A coordinate converting means 407 converts a positional displacement theta in the coordinate system peculiar to the robot to a current position X in a prescribed space coordinate and supplies it to the speed vector generating means 401. The generating means 401 outputs a target speed vector on a basis of the deviation vector between the target position Xv and the current position X. This target speed vector is converted inversely to the coordinate system peculiar to the robot by an inverse coordinate converting meand 402 and is inputted as an operation vector to a servomechanism. Thus, the track of the robot provided with plural revolving shafts is controlled continuously with a high precision.
    • 36. 发明专利
    • Method for controlling avoidance and guide of obstacle from travelling car
    • 用于控制来自旅行车的障碍物的避免和指导的方法
    • JPS58203518A
    • 1983-11-28
    • JP8479182
    • 1982-05-21
    • Hitachi Ltd
    • TOUNO JIYUNICHIKATOU KANJI
    • G01C21/00G01C21/20G05D1/02
    • G05D1/0212
    • PURPOSE:To improve the reliability of a travelling car by adopting a sensor to detect a distance up to an obstacle and correcting the travelling direction of the car in the direction for maximizing the inner product of a vector corresponding to the detected distance and a vector in an objective direction. CONSTITUTION:A vector signal 100a indicating a bearing and a distance up to an obstacle in the direction which is an output from a peripheral distance detecting part 100, a vector signal 300a indicating the bearing of an object point and a distance up to the object point which is an output from an object point bearing/distance detecting part 300 and a vector signal 200a indicating the present position, travelling bearing and speed which is outputted from a present position/bearing/speed detecting part 200 are inputted and a vector signal 590 in each travelling speed is outputted to a travelling controlling part 600 by a command from a CPU 700. An inner product operating part 510 calculates the inner product 510a of the detected positional vector and objective vector and outputs the calculated result to a comparison part 520, which stores the maximum value of the inner product and correct the travelling direction of the travelling direction of the travelling car in the found direction.
    • 目的:通过采用传感器来检测距离障碍物的距离和校正轿厢的行进方向,以使与检测到的距离相对应的向量的内积最大化的方向和矢量的向量 客观方向。 构成:表示轴承的向量信号100a和从周边距离检测部100输出的方向上的障碍物的距离,表示物点的方向的矢量信号300a和物体点的距离 作为来自对象点轴承/距离检测部300的输出和表示当前位置的矢量信号200a,从当前位置/方位/速度检测部200输出的行进方位和速度,输入矢量信号590 每个行驶速度通过来自CPU700的命令被输出到行驶控制部件600.内部产品操作部件510计算检测到的位置矢量和目标矢量的内积510a并将其计算结果输出到比较部件520, 存储内部产品的最大值并校正行驶方向在行驶方向上的行进方向。
    • 37. 发明专利
    • ELECTROSTATIC CONVEYING DEVICE
    • JPS58104806A
    • 1983-06-22
    • JP20180681
    • 1981-12-14
    • HITACHI LTD
    • OOUCHI YOUZOUKATOU KANJI
    • B65G11/20B65G54/02H05K13/02
    • PURPOSE:To decrease damage to an objective material at its conveyance and stably convey and stop the material in a coveying device of gravitational drop type, by utilizing electrostatic force of attraction for applying lifting power in a conveying part while damping force in a braking part to the material. CONSTITUTION:If voltage is applied between a electrode plates 6, 7, electrostatic attraction is caused between the both electrodes to act lifting power on a water 3 transferred on a conveying route, in this way, frictional resistance of the wafer 3 caused by its sliding movement can be decreased, and the wafer 3 can be conveyed for a relatively long distance only by applying a fixed initial speed. If voltage is applied to a pair of electrode plates 12, electrostatic attractive force is generated between the wafer 3 and semiconductive materials 13 to increase frictional resistance of the wafer 3, and the wafer 3 can be stopped to a prescribed position by controlling the frictional resistance in accordance with sliding motion of the wafer 3.
    • 38. 发明专利
    • ELECTROSTATIC ATTRACTING TYPE CHUCKING SYSTEM
    • JPS58102537A
    • 1983-06-18
    • JP20180781
    • 1981-12-14
    • HITACHI LTD
    • OOUCHI YOUZOUKATOU KANJI
    • H01L21/683B65G47/92
    • PURPOSE:To realize use even under the vacuum condition and reduce damage on an object at the time of chucking, by arranging plurality if semiconductor dielectric materials on the base surface in such a way that these are electrically insulated, dividing them into two groups, applying a voltage across the one and the other groups and by allowing change of attitude of them. CONSTITUTION:A plurality of semiconductors 1 providing electrode plate 3 are insulated from each other and arranged on the surface of base 2. The base 2 is coupled to a supporting member 5 through a spring 6 used as a buffer material so that it can change the attitude. Thereby, when a semiconductor 1 is in contact with an object 4, the atitude of each semiconductor 1 and a shape of object 4 can be corrected so that the surface of each semiconductor 1 is completely in contact with the object 4. When a voltage is applied under this condition, an electrostatic attracting force is generated between the semiconductor 1 and object 4, chucking an object 4.
    • 40. 发明专利
    • RECORDING METHOD OF PLANT OPERATION INFORMATION
    • JPS5837712A
    • 1983-03-05
    • JP13413381
    • 1981-08-28
    • HITACHI LTD
    • KATOU KANJI
    • G05B23/02G06F17/40
    • PURPOSE:To record information before and after the generation of a failure with less storage capacity, by performing recording at normal operation while revising within a prescribed storage time and recording within a time width less than said time from the generation of a failure. CONSTITUTION:A picture and audio signal fetch controller 4 scans M kinds of picture signals and N kinds of audio signals in high speed and gives them to a picture and audio signal storage controller 5. The controller 5 stores the scanning data of the M+N kinds for a time T with the endless system at normal operation as shown in figure. Further, the controller 5 inputs a trigger signal 10 of failure detection and temporarily stops with recording only for a prescribed time width T1. Then, the data before the triggering is recorded for a time width T2 and the data after the triggering is recorded for the time T1. This recording is transferred to a recorder 6 and the operation information before and after the generation of failure can be displayed on reproducers 8 and 9.