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    • 31. 发明专利
    • Weld line copy detecting device
    • 焊接线复制检测装置
    • JPS6152987A
    • 1986-03-15
    • JP17493784
    • 1984-08-24
    • Hitachi Ltd
    • HIRAI AKIRAMORI KENJINAKAJIMA JUNSHIBATA NOBUOAKATSU TOSHIO
    • B23K9/12B23K9/127B23Q35/128G01B11/00
    • B23K9/1274B23Q35/128
    • PURPOSE:To detect the accurate sectional form of welding groove parts at all times by making a slit ray irradiating system irradiate two slit rays of different angle of irradiation and making a two-dimension light position detecting device form images of the rays to obtain two groove images. CONSTITUTION:Two images formed by two slit rays 14, 15 projected on the weld line of a welded member 13 passes through a transmission hole 19 and images are formed on a two-dimensional light detector 21 by a lens 20 provided in the body of the detector 1. An electric circuit 23 processes signals from the two-dimensional light detector 21 and converts to picture signals. The picture signals are taken out to the outside through a connector 24 and two light-cut pictures are obtained.
    • 目的:通过使狭缝射线照射系统照射不同照射角度的两条狭缝射线,一直检测焊接槽部分的准确截面形状,并制成二维光位置检测装置,形成射线的图像,以获得两个凹槽 图片。 构成:投射在焊接部件13的焊接线上的两个狭缝射线14,15形成的两个图像通过传输孔19,并且通过设置在焊接部件13的主体中的透镜20在二维光检测器21上形成图像。 电路23处理来自二维光检测器21的信号并转换为图像信号。 图像信号通过连接器24被取出到外部,并且获得两个切割的图像。
    • 32. 发明专利
    • PROFILE CONTROLLER
    • JPS60232854A
    • 1985-11-19
    • JP8693384
    • 1984-04-28
    • FANUC LTD
    • YAMAZAKI ETSUOKAKUTA MASANOBU
    • B23Q35/12B23Q35/128
    • PURPOSE:To maintain desired machining accuracy and to achieve high machining efficiency by controlling the feeding speed such that the absolute value of error signal will fall within predetermined range. CONSTITUTION:A tracer head 6 will produce displacement signals epsilonx, epsilony, epsilonz corresponding with the displacements in the directions of X, Y and Z axes of a stylus 7 movable while contacting with a model 8 to obtain a synthetic displacement signal epsilon in a displacement synthesizer 11 while to obtain the displacement direction signals sintheta, costheta in an indexing circut 12. In an adder 13, the signal epsilon is added with a referential displacement signal epsilono to be applied through D/A converter 23 to produce an error signal DELTAepsilon while speed operating circuits 14, 15 will produce the normal and tangential speeds VN, VT respectively and a distribution circuit 16 will produce a command speed signal on the basis of the speeds VN, VT and the signals sintheta, costheta and apply onto an amplifier selected through a gate 17 to drive the model 8 thus to feed the tracer head 6 and a cutter 9 integrally.
    • 37. 发明专利
    • ADVANCE DETECTION PROFILE CONTROL DEVICE USING PHOTOSENSOR
    • JPS6090661A
    • 1985-05-21
    • JP19957083
    • 1983-10-25
    • FANUC LTD
    • YAMAZAKI ETSUOYAMAGUCHI MASAFUMI
    • B23Q33/00B23Q35/128
    • PURPOSE:To improve the copying precision by outputting a quick-change portion output signal from a comparing/judging section and decreasing the copying speed when the difference of the light receiving level between two light receiving elements receiving the light radiated from a light source and reflected by a model surface is a predetermined value or more. CONSTITUTION:In a profile control device, the reflected light from a model 10 is reflected by half mirrors 22, 23, and it is entered into a light receiving element 28 and is converted to an electric quantity. An output difference detecting section 32 determines the difference between signals generated by amplifying the outputs of light receiving elements 26, 27 with amplifiers 30, 31, a comparing/judging section 33 compares the output of the output difference detecting section 32 and a reference value, and it feeds the detection signal to a control section 34 when a quick-change portion exists on the model surface. When a probe 11 approaches the quick- change portion of the model 10, the center of the reflected light flux of a light source 20 is made off the center of the out-going light flux, the light receiving level of the light receiving element 28 is decreased, but the light receiving level of a light receiving element 29 is not changed, thus the output of the output difference detecting section 32 is increased, and the quick-change portion can be detected by the comparing/judging section 33.