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    • 1. 发明专利
    • Open controller of hydraulic actuator
    • 液压执行器开关控制器
    • JPS6194115A
    • 1986-05-13
    • JP21417384
    • 1984-10-15
    • S G:KkShimadzu Corp
    • TANIGAKI TETSUYAYUASA YASUHIROMATSUKI YUJI
    • G05D3/12G05B17/02G05B19/02G05D3/20
    • G05D3/20
    • PURPOSE:To attain the highly accurate speed/position control of a hydraulic actuator by detecting the shift speed and the acceleration to estimate the overrun amount of the stop control and changing one side of the positioning target value, etc. in response to the estimated overrun amount to perform the compensation of data. CONSTITUTION:A proportion control valve 20 is controlled via an amplifier 19 by a speed command given from a control unit 14. Then a hydraulic actuator 1 is driven. The set values of the position, the speed and the stop position respectively are supplied to the unit 14 from a sequence control circuit 21 via each setting units 18, 17 and 13. At the same time, the pressure 3 and the position 2 applied to the actuator 1 are also detected and supplied in the same way via a compensation arithmetic circuit 12, etc. Here an overrun estimating means 7 including an overrun amount arithmetic circuit 11, etc. Then an estimated overrun amount OVR is decided by the detected speed data Dv, the acceleration data Dx and the load condition detecting data Dp. Based on the amount OVR, the data Dx is equal to the value Dxo which is compensated with increase and decrease through the circuit 12. Then the value Dxo is compared 15 with the target value data Sx.
    • 目的:通过检测变速速度和加速度来获得液压执行器的高精度速度/位置控制,以估计停止控制的超限量,并根据估计的超限而改变定位目标值的一侧等 用于执行数据补偿。 构成:比例控制阀20通过由控制单元14给出的速度指令经由放大器19进行控制。然后驱动液压致动器1。 位置,速度和停止位置的设定值分别通过每个设定单元18,17和13从序列控制电路21提供给单元14.同时,压力3和位置2被施加到 致动器1也通过补偿运算电路12等以相同的方式进行检测和供给。这里,包括超载量运算电路11等的超载估计装置7等。然后,通过检测到的速度数据来决定估计的超限量OVR Dv,加速度数据Dx和负载条件检测数据Dp。 基于数量OVR,数据Dx等于通过电路12的增减来补偿的值Dxo。然后将值Dxo与目标值数据Sx进行比较15。
    • 2. 发明专利
    • Acceleration detector
    • 加速检测器
    • JPS59143965A
    • 1984-08-17
    • JP1689483
    • 1983-02-05
    • S G:Kk
    • TODA JITSUOYUASA YASUHIROSAKAMOTO KAZUYA
    • G01P15/16
    • G01P15/16
    • PURPOSE:To achieve an acceleration detection with a high response without time delay by performing a simple computation using a speed data memorized in succession. CONSTITUTION:A speed detector 10 outputs a speed data Dv indicating the current speed to be inspected in response to a rotary motion or a linear motion to be detected. A shift register 11 is shift contolled by a sampling pulse S so that the current speed data from the speed detector 10 is sampled at the first stage while the speed data of stages is shifted gradually. The output data Dv of the speed detector 10 is applied to a B input of a subtractor 12 while an output DVN at the Nth stage of the shift register 11 is applied to the A input to perform a subtraction of DVN-DV with an arithmetic unit 12. The output DELTADV of the arithmetic unit 12 corresponds to the acceleration per unit time to be inspected corresponding to the N cycle of the sampling pulse S.
    • 目的:通过使用连续存储的速度数据执行简单的计算,实现无响应时间的高响应的加速度检测。 构成:速度检测器10响应于要检测的旋转运动或线性运动输出指示要检查的当前速度的速度数据Dv。 移位寄存器11通过采样脉冲S移位,使得来自速度检测器10的当前速度数据在第一级被采样,同时级的速度数据逐渐偏移。 速度检测器10的输出数据Dv被施加到减法器12的B输入,而移位寄存器11的第N级的输出DVN被施加到A输入端以执行用运算单元的DVN-DV的减法 算术单元12的输出DELTADV对应于对应于采样脉冲S的N周期的要检查的每单位时间的加速度。
    • 3. 发明专利
    • Positioning control device of fluid pressure cylinder
    • 流体压力缸定位控制装置
    • JPS59117902A
    • 1984-07-07
    • JP22503482
    • 1982-12-23
    • S G:Kk
    • YUASA YASUHIROMATSUKI YUUJI
    • F15B9/09F15B15/28G05B19/416G05D3/20
    • F15B15/2861F15B15/28F15B15/2846G05B19/416G05B2219/43115G05D3/20
    • PURPOSE: To enable accurate positioning to be carried out by determining the preestimated overrun quantity in consideration of moving speed and acceleration of a piston rod.
      CONSTITUTION: Overrun ROMs 26, 27, which previously store overrun quantity corresponding to various levels of speed and acceleration value, furnish an overrun quantity operation circuit 28 with overrun quantity data OVR1, OVR2 read out in response to the present speed data Dv, acceleration data D
      α based upon an output signal Y from a detection section 20, while in the overrun quantity operation circuit 28, data OVR by which the actual overrun quantity is estimated are calculated with movable setting value Sx set by means of a setter 29 as a parameter. A compensatory operation circuit 30 changes the value of a position data Dx to a value Dxo subjected to compensation by the amount of a preestimated overrun, and a comparison circuit 31 compares it with a moving set value Sx, then the output is furnished to a drive circuit 33.
      COPYRIGHT: (C)1984,JPO&Japio
    • 目的:考虑到活塞杆的移动速度和加速度,确定预先设定的超限量,以便进行准确的定位。 构成:先前存储对应于各种速度和加速度值的溢出量的溢出ROM 26,27响应于当前速度数据Dv而提供超载量数据OVR1,OVR2读出的超限量运算电路28,加速度数据 基于来自检测部20的输出信号Y的Dalpha,而在超限量运算电路28中,通过设定器29设定的可动设定值Sx作为参数来计算推定实际超限量的数据OVR。 补偿运算电路30将位置数据Dx的值改变为经过预先估计的超限量的补偿值Dxo,并且比较电路31将其与移动设定值Sx进行比较,然后输出被提供给驱动 电路33。
    • 4. 发明专利
    • Speed detecting apparatus using position detector
    • 使用位置检测器的速度检测装置
    • JPS59135369A
    • 1984-08-03
    • JP809083
    • 1983-01-22
    • S G:Kk
    • TODA JITSUOYUASA YASUHIROSAKAMOTO KAZUYA
    • G01P3/42G01B7/00G01D5/244G01D5/245G01P3/44G01P15/16
    • G01P15/16
    • PURPOSE:To realize speed detecting using a position detector by a simple operation circuit, by mounting the position detector and an operation means for calculating the differece of the position data of certain sampling timing and the position data sampled before N-times by using the position data stored in a memory means while specifying the speed of an object to be detected by the difference calculated by the operation means. CONSTITUTION:The position data DX calculated by a position detector 10 is successively sampled according to the elaspse of time and successively stored in a shift register 11. The output data DX of the position detector 10 is applied to the B-input of a subtracter 12 while a N-th step of the data DXN of the shift register 11 is applied to the A-input of an operator 12. The operator 12 performs subtraction shown by the formula A-B(DXN-DX, (or B-A) to calculate the difference of the position data DX of present sampling timing and the position data DXN sampled before N-times. The difference DELTADX of the position data outputted from the operator 12 shows the displacement amount of an object to be detected per a unit time corresponding to the N-cycle of a sampling pulse and corresponds to the speed of the object to be detected.
    • 目的:通过简单的操作电路来实现使用位置检测器的速度检测,通过安装位置检测器和用于计算某些采样定时的位置数据和在N次之前采样的位置数据的差异的操作装置, 存储在存储装置中的数据,同时通过由操作装置计算的差来指定要检测的对象的速度。 构成:由位置检测器10计算的位置数据DX根据时间的精确度连续取样,并依次存储在移位寄存器11中。位置检测器10的输出数据DX被施加到减法器12的B输入端 而移位寄存器11的数据DXN的第N步被施加到操作符12的A输入。操作者12执行由公式AB(DXN-DX,(或BA))所示的减法来计算差值 的当前采样定时的位置数据DX和在N次之前采样的位置数据DXN,从操作器12输出的位置数据的差值DELTADX示出了对应于N的每单位时间内要检测的物体的位移量 - 采样脉冲的周期,并对应于要检测的对象的速度。
    • 5. 发明专利
    • Multiple spindle control method using hydraulic pressure cylinder
    • 使用液压压力缸的多主轴控制方法
    • JPS59117903A
    • 1984-07-07
    • JP22503582
    • 1982-12-23
    • S G:Kk
    • YUASA YASUHIROMATSUKI YUUJI
    • F15B9/17F15B9/16
    • PURPOSE: To enable a tool path to be set up to a target position without a large roundabout by plurally dividing target positions for positioning and positioning a hydraulic cylinder of each axis in order for each successive subtarget position.
      CONSTITUTION: A target value division circuit 18 divides coordinates values Tx, Ty for the target position of each axis given from setting sections 23, 24 into plural sections with respective small intervals to set subtarget positions successively. A sequence circuit 17 reads out in order X-Y coordinates teams of subtarget positions successively and gives them as subtarget positions data Sx, Sy to a positioning operation circuit 20. Said circuit 20 compares a positioning data Dx or Dy with subtarget position data Sx or Sy, and gives an output signal to a X axis drive circuit 21 or a Y axis drive circuit 22.
      COPYRIGHT: (C)1984,JPO&Japio
    • 目的:为了使每个连续的次目标位置为了使每个轴的液压缸定位和定位多个目标位置,可以将工具路径设置到目标位置,而不需要大的回旋处。 构成:目标值分割电路18将从设定部23,24给出的各轴的目标位置的坐标值Tx,Ty分割为具有各小间隔的多个部分,以依次设定副目标位置。 顺序电路17依次读出XY坐标的副目标位置队列,并将它们作为副目标位置数据Sx,Sy发送到定位运算电路20.所述电路20将定位数据Dx或Dy与子目标位置数据Sx或Sy进行比较, 并向X轴驱动电路21或Y轴驱动电路22输出输出信号。