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This page displays all 「FI」 in main group G01D5/00. |
HB:Handbook | ||||
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CC:Concordance | |||||
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Mechanical means for transferring the output of a sensing member; Means for converting the output of a sensing member to another variable where the form or nature of the sensing member does not constrain the means for converting; Transducers not specially adapted for a specific variable (G01D 3/00takes precedence;specially adapted for apparatus giving results other than momentary value of variable G01D 1/00) | HB | CC | 2F077 | |
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.using mechanical means | HB | CC | 2F077 | |
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..using levers; using cams; using gearing | HB | CC | 2F077 | |
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using levers | HB | CC | 2F077 | |
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Using of cams | HB | CC | 2F077 | |
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Using of gearing | HB | CC | 2F077 | |
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Other means | HB | CC | 2F077 | |
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..acting through a wall or enclosure, e.g. by bellows, by magnetic coupling | HB | CC | 2F077 | |
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..Reducing the effects of friction, e.g. by applying vibrations | HB | CC | 2F077 | |
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..Applying external forces to increase force available for operation of indicating or recording part | HB | CC | 2F077 | |
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.using electric or magnetic means (G01D 5/06 takes precedence) [3] | HB | CC | 2F077 | |
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regarding the detection of position and angle | HB | CC | 2F077 | |
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.ragarding the conversion units of input device | HB | CC | 2F077 | |
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using magnetic means for detection | HB | CC | 2F077 | |
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usung electric means for detection | HB | CC | 2F077 | |
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regarding compensation, adjustment and anomaly detection | HB | CC | 2F077 | |
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.regarding anomaly detection | HB | CC | 2F077 | |
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Related to circuits | HB | CC | 2F077 | |
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Related to structures | HB | CC | 2F077 | |
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.regarding the structure of supporting and installation | HB | CC | 2F077 | |
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Others | HB | CC | 2F077 | |
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..influencing the magnitude of a current or voltage | HB | CC | 2F077 | |
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detecting electric field | HB | CC | 2F077 | |
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using elements for sensing magnetic field | HB | CC | 2F077 | |
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.using Hall element | HB | CC | 2F077 | |
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.regarding magnetic circuit | HB | CC | 2F077 | |
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using piezo-electric element | HB | CC | 2F077 | |
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Others | HB | CC | 2F077 | |
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...by varying resistance | HB | CC | 2F077 | |
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converting magnetic to electric resistance | HB | CC | 2F077 | |
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.of the structure of magneto-resistive sensors (MR sensors) | HB | CC | 2F077 | |
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..of the structure of giant magneto-resistive sensors (GMR sensors) | HB | CC | 2F077 | |
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utilizing the conversion between distortion and electrical resistance | HB | CC | 2F077 | |
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.regarding the structure of conversion units | HB | CC | 2F077 | |
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.regarding the structure of processing units | HB | CC | 2F077 | |
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Others | HB | CC | 2F077 | |
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....by relative movement of a point of contact and a resistive track [6] | HB | CC | 2F077 | |
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of the structure of the conversion units | HB | CC | 2F077 | |
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of processing units | HB | CC | 2F077 | |
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others | HB | CC | 2F077 | |
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...by varying effective impedance of discharge tubes or semiconductor devices | HB | CC | 2F077 | |
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utilizing the conversion between distortion and impedance | HB | CC | 2F077 | |
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utilizing the conversion between magnetic field and impedance | HB | CC | 2F077 | |
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Others | HB | CC | 2F077 | |
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...by varying inductance, e.g. by a movable armature | HB | CC | 2F077 | |
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ragarding the structure of units detecting inductance or its variation. | HB | CC | 2F077 | |
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.Detecting coil and magnetic material, being under relative displacement | HB | CC | 2F077 | |
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.Detecting coil and magnet, being under relative displacement | HB | CC | 2F077 | |
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.utilizing magnetic saturation | HB | CC | 2F077 | |
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.Detecting coil and non-magnetic conductor, being under relative displacement | HB | CC | 2F077 | |
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..using short-circuit ring | HB | CC | 2F077 | |
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regarding the processing units | HB | CC | 2F077 | |
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Others | HB | CC | 2F077 | |
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....by varying mutual inductance | HB | CC | 2F077 | |
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of the objects to be detected | HB | CC | 2F077 | |
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.of the objects to be detected being magnetic material | HB | CC | 2F077 | |
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.of the objects to be detected being magnet | HB | CC | 2F077 | |
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.of the objects to be detected with coils | HB | CC | 2F077 | |
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..relative movements of exiting coils and detecting coils | HB | CC | 2F077 | |
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.of the objects to be detected being non-magnetic conductors | HB | CC | 2F077 | |
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of detectors | HB | CC | 2F077 | |
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of processing units | HB | CC | 2F077 | |
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of other structures | HB | CC | 2F077 | |
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others | HB | CC | 2F077 | |
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....differentially influencing two coils | HB | CC | 2F077 | |
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using differential transformer | HB | CC | 2F077 | |
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.regarding the structure of conversion units | HB | CC | 2F077 | |
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.regarding processing units | HB | CC | 2F077 | |
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Others | HB | CC | 2F077 | |
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...by varying capacitance | HB | CC | 2F077 | |
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regarding the structure of conversion units | HB | CC | 2F077 | |
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.dielectric between detection electrodes, being under change | HB | CC | 2F077 | |
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regarding processing units | HB | CC | 2F077 | |
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Others | HB | CC | 2F077 | |
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....by relative movement of capacitor electrodes [6] | HB | CC | 2F077 | |
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of the structure of the conversion units | HB | CC | 2F077 | |
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.of varying opposed areas between detecting electrodes | HB | CC | 2F077 | |
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.of varying distances between detecting electrodes | HB | CC | 2F077 | |
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of processing units | HB | CC | 2F077 | |
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others | HB | CC | 2F077 | |
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...by varying output of an electrodynamic device, e.g. of a tachodynamo | HB | CC | 2F077 | |
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regarding the structure of conversion units | HB | CC | 2F077 | |
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regarding processing units | HB | CC | 2F077 | |
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Others | HB | CC | 2F077 | |
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..influencing the phase or frequency of ac | HB | CC | 2F077 | |
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regarding phase variation of AC signal | HB | CC | 2F077 | |
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.depending on the variation of inductance | HB | CC | 2F077 | |
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.by varying capacitance | HB | CC | 2F077 | |
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regarding on the frequency variation of AC signal | HB | CC | 2F077 | |
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.by varying inductance | HB | CC | 2F077 | |
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.by varying capacitance | HB | CC | 2F077 | |
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Others | HB | CC | 2F077 | |
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..influencing characteristics of pulses or pulse trains; generating pulses or pulse trains [6] | HB | CC | 2F077 | |
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regarding detection of reference position and starting point | HB | CC | 2F077 | |
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detecting the move direction | HB | CC | 2F077 | |
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regarding compensation, adjustment and anomaly detection | HB | CC | 2F077 | |
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.regarding compensation of temperature | HB | CC | 2F077 | |
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.regarding power supply, measures against power failure and redution of power consumption | HB | CC | 2F077 | |
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.regarding shaping of waveform and pulse | HB | CC | 2F077 | |
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.regarding improvement and switching of resolution | HB | CC | 2F077 | |
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..regarding improvement of resolution | HB | CC | 2F077 | |
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.characterized by the process to detect phase | HB | CC | 2F077 | |
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.regarding anomaly detection | HB | CC | 2F077 | |
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regarding modulation | HB | CC | 2F077 | |
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Others | HB | CC | 2F077 | |
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...using a variable number of pulses in a train | HB | CC | 2F077 | |
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Related to detection methods of detection elements | HB | CC | 2F077 | |
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.utilizing the variation of electrostatic capacity | HB | CC | 2F077 | |
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.using of piezo electric elements | HB | CC | 2F077 | |
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.using contact switch | HB | CC | 2F077 | |
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.Use of magnetic change | HB | CC | 2F077 | |
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..regarding magnetic circuit | HB | CC | 2F077 | |
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..using Hall element | HB | CC | 2F077 | |
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..using of coils | HB | CC | 2F077 | |
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...using exciting coil and detecting coil | HB | CC | 2F077 | |
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..utilizing the effect of magneto-resistance | HB | CC | 2F077 | |
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...using magneto-resistance effect elements (MR elements) | HB | CC | 2F077 | |
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....using giant magneto-resistance effect elements (GMR elements) | HB | CC | 2F077 | |
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..using reed switch | HB | CC | 2F077 | |
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..using bistable magnetic property elements | HB | CC | 2F077 | |
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Others | HB | CC | 2F077 | |
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....structure and details of encoders | HB | CC | 2F077 | |
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of the structures of detectors | HB | CC | 2F077 | |
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.of the arrays of sensors | HB | CC | 2F077 | |
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.of the casing structures of detectors | HB | CC | 2F077 | |
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of the structures of the objects to be detected | HB | CC | 2F077 | |
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.of the objects to be detected being non-magnetisation magnetic substance | HB | CC | 2F077 | |
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.of the objects to be detected being magnetisation materials, magnets | HB | CC | 2F077 | |
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..of the objects to be detected being multipole | HB | CC | 2F077 | |
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.of the objects to be detected having coils | HB | CC | 2F077 | |
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..of the objects to be detected having a number of coils | HB | CC | 2F077 | |
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.of the objects to be detected being non-magnetisation conductors | HB | CC | 2F077 | |
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of other structures | HB | CC | 2F077 | |
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.of the casing structures of encoders | HB | CC | 2F077 | |
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others | HB | CC | 2F077 | |
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...by varying the duration of individual pulses | HB | CC | 2F077 | |
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...using time shifts of pulses | HB | CC | 2F077 | |
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...by varying pulse repetition frequency | HB | CC | 2F077 | |
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...using pulse code | HB | CC | 2F077 | |
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regarding the structure of conversion units | HB | CC | 2F077 | |
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.using magnetic or inductive measures | HB | CC | 2F077 | |
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..Bit pattern being arrayed in series | HB | CC | 2F077 | |
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.using capacitive or electrostatic measures | HB | CC | 2F077 | |
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.Incremental method being under combined use | HB | CC | 2F077 | |
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regarding processing units | HB | CC | 2F077 | |
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regarding the conversion in which relative displacement between detection unit and non-detection unit is not used | HB | CC | 2F077 | |
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Others | HB | CC | 2F077 | |
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..Selecting one or more conductors or channels from a plurality of conductors or channels, e.g. by closing contacts | HB | CC | 2F077 | |
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...one conductor or channel | HB | CC | 2F077 | |
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...a combination of conductors or channels | HB | CC | 2F077 | |
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of pulse coding encoders | HB | CC | 2F077 | |
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.of arrays of bit pattern in series direction | HB | CC | 2F077 | |
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others | HB | CC | 2F077 | |
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.using optical means, i.e. using infra-red, visible or ultra-violet light | HB | CC | 2F103 | |
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regarding the measures of direction | HB | CC | 2F103 | |
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regarding the structure of conversion units | HB | CC | 2F103 | |
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.of the structures of receivers and transmitters | HB | CC | 2F103 | |
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..using light guide | HB | CC | 2F103 | |
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.using the change in optical characteristics induced by force, temperature and magnetic field [Utilization of the change in optical characteristics of optical fiber G01D5/353] | HB | CC | 2F103 | |
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..utilizing diffraction and interference [G01D5/353, 5/38 take precedence] | HB | CC | 2F103 | |
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.using photographing measures | HB | CC | 2F103 | |
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regarding processing units | HB | CC | 2F103 | |
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.regarding compensation, adjustment and anomaly detection | HB | CC | 2F103 | |
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..regarding compensation and adjustment of intensity of light | HB | CC | 2F103 | |
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..regarding compensation of temperature | HB | CC | 2F103 | |
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Others | HB | CC | 2F103 | |
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..with deflection of beams of light, e.g. for direct optical indication (G01D 5/40 takes precedence) | HB | CC | 2F103 | |
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being directed by the polarization of optical beams | HB | CC | 2F103 | |
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.Characterised by reflectors | HB | CC | 2F103 | |
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Others | HB | CC | 2F103 | |
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...the beams of light being detected by photocells | HB | CC | 2F103 | |
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regarding the structure of conversion units | HB | CC | 2F103 | |
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Others | HB | CC | 2F103 | |
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..with attenuation or whole or partial obturation of beams of light (G01D 5/40 takes precedence) | HB | CC | 2F103 | |
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directing by the shielding of light | HB | CC | 2F103 | |
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Others | HB | CC | 2F103 | |
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...the beams of light being detected by photocells | HB | CC | 2F103 | |
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ragarding the structure of conversion units [G01D5/347-5/38 take precedence] | HB | CC | 2F103 | |
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Others | HB | CC | 2F103 | |
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....using displacement encoding scales [6] | HB | CC | 2F103 | |
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of analogous change | HB | CC | 2F103 | |
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of pulse code | HB | CC | 2F103 | |
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.of arrays of bit pattern in series direction | HB | CC | 2F103 | |
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of incremental | HB | CC | 2F103 | |
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.of combination with different encoding method | HB | CC | 2F103 | |
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others | HB | CC | 2F103 | |
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.....structures and details of encoders | HB | CC | 2F103 | |
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of the structures of encoder board [5/38 takes precedence] | HB | CC | 2F103 | |
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.of the reference mark and origin | HB | CC | 2F103 | |
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.of the structures of reflecting areas | HB | CC | 2F103 | |
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.of detecting two-dimensional and three-dimensional displacement | HB | CC | 2F103 | |
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.using three gratings | HB | CC | 2F103 | |
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.of forming moire fringes | HB | CC | 2F103 | |
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of the processing units | HB | CC | 2F103 | |
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.of compensations, arrangements, and detection of abnormal conditions | HB | CC | 2F103 | |
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..of compensations and arrangements of quantity of light | HB | CC | 2F103 | |
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..of compensations of temperature | HB | CC | 2F103 | |
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.using modulated light | HB | CC | 2F103 | |
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of the structures of receivers and transmitters | HB | CC | 2F103 | |
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.of arrays of a number of light receiving devices | HB | CC | 2F103 | |
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.of optical systems | HB | CC | 2F103 | |
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..using light guides | HB | CC | 2F103 | |
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of other structures | HB | CC | 2F103 | |
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others | HB | CC | 2F103 | |
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....influencing the transmission properties of an optical fibre [6] | HB | CC | 2F103 | |
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using optical fibre | HB | CC | 2F103 | |
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.using scattering | HB | CC | 2F103 | |
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.by diffraction gratings | HB | CC | 2F103 | |
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others | HB | CC | 2F103 | |
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....Forming the light into pulses | HB | CC | 2F103 | |
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regarding processing units | HB | CC | 2F103 | |
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.improving resolution | HB | CC | 2F103 | |
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.regarding compensation, adjustment and anomaly detection | HB | CC | 2F103 | |
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..regarding compensation and adjustment of intensity of light | HB | CC | 2F103 | |
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..regarding compensation of temperature | HB | CC | 2F103 | |
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.regarding detection of reference position and starting point | HB | CC | 2F103 | |
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.detecting the move direction | HB | CC | 2F103 | |
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.using modulated light | HB | CC | 2F103 | |
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Others | HB | CC | 2F103 | |
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.....by diffraction gratings | HB | CC | 2F103 | |
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regarding conversion units | HB | CC | 2F103 | |
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.of diffraction gratings | HB | CC | 2F103 | |
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regarding processing units | HB | CC | 2F103 | |
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Others | HB | CC | 2F103 | |
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..Scanning a visible indication of the measured value and reproducing this indication at a remote place, e.g. on the screen of a cathode-ray tube | HB | CC | 2F077 | |
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..specially adapted for use with infra-red light | HB | CC | 2F077 | |
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.using fluid means | HB | CC | 2F077 | |
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regarding electro-pneumatic and pneumatic-electro conversions | HB | CC | 2F077 | |
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Others | HB | CC | 2F077 | |
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..using jets of fluid | HB | CC | 2F077 | |
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...by deflecting or throttling the flow | HB | CC | 2F077 | |
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.using wave or particle radiation means (G01D 5/26 takes precedence) | HB | CC | 2F077 | |
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using oscillatory wave | HB | CC | 2F077 | |
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.using magnetostrictive vibration | HB | CC | 2F077 | |
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Other means | HB | CC | 2F077 | |
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..derived from a radioactive source | HB | CC | 2F077 | |
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...detected by a counter tube | HB | CC | 2F077 | |
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.using means specified in two or more of groups ; G01D 5/02, G01D 5/12, G01D 5/26, G01D 5/42, and G01D 5/48 | HB | CC | 2F077 | |
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..using electric or magnetic means | HB | CC | 2F077 | |
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..using optical means, i.e. using infra-red, visible or ultra-violet light | HB | CC | 2F077 | |
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..using fluid means | HB | CC | 2F077 | |
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..using wave or particle radiation means not covered by group G01D 5/58 | HB | CC | 2F077 | |