しんながさわちょう１ちょうめの英語

超音波診断装置は、配列された複数の振動子を有する超音波探触子１と、超音波探触子１を介して被検体に超音波を送信する送信回路２と、超音波探触子１を介して被検体からのエコー信号を受信する受信回路７と、受信されたエコー信号に基づいて、遅延制御のための設定音速が相違する複数の超音波強度分布を生成する強度分布生成部１５とを具備する。例文帳に追加

The ultrasonograph comprises an ultrasound probe 1 having a plurality of arranged probes, transmitting circuit 2 to transmit ultrasound waves to a subject via the ultrasound probe 1, a receiving circuit 7 to receive echo signals from the subject via the ultrasound probe 1, and an intensity distribution generating section 15 to generate a plurality of ultrasound intensity distributions with different predetermined sound velocities for delayed control based on received echo signals. - 特許庁

本発明に係る超音波探傷装置１は、超音波の送受信波が通過する範囲のみが被検査材に接触するように、下方に突出した接触面１１１を有し、ＳＨ波を送受信する探触子１１と、探触子１１を収納し保持する探触子ホルダー１２とを備えている。例文帳に追加

This ultrasonic flaw detection device 1 is equipped with the probe 11 having a contact face 111 projected downward so that only a range where a transmission/reception wave of an ultrasonic wave passes is brought into contact with the inspection material, for transmitting/receiving an SH wave, and a probe holder 12 for storing and holding the probe 11. - 特許庁

反射法で検査を行う場合、超音波Ｆ_０は被検体の境界面で反射し、反射波が超音波探触子１で受信され、圧電振動子３に受信電圧Ｖｒが発生する。例文帳に追加

In the case of inspection due to a reflecting method, the ultrasonic wave F_0 is reflected from the boundary surface of the specimen, the reflected wave is received by the ultrasonic probe 1 and receiving voltage Vr is generated in the piezoelectric vibrator 3. - 特許庁

亀裂深さの測定装置１００は、弾性材料９の表面８から垂直方向に超音波を送信する縦波垂直探触子１と、縦波垂直探触子１と所定の間隔を設けて配置され、縦波垂直探触子１が送信した超音波を受信する縦波表面波探触子２とを有する。例文帳に追加

The crack depth measuring device 100 comprises a longitudinal wave normal probe 1 for transmitting ultrasonic waves in the perpendicular direction from a surface 8 of an elastic material 9, and a longitudinal wave surface probe 2 that is arranged separately from the longitudinal wave normal probe 1 by a predetermined interval and receives the ultrasonic waves transmitted by the longitudinal wave normal probe 1. - 特許庁

超音波探傷装置１０は、管Ｐの外面側に配置され該管の軸方向に螺旋状に相対移動する超音波探触子１と、該超音波探触子から出力される探傷信号に基づいて管の軸方向に延びる欠陥を検出する信号処理手段２とを備える。例文帳に追加

This ultrasonic flaw detecting device 10 includes an ultrasonic probe 1 that is arranged on the outer surface side of the pipe P and spirally and relatively moves in the axial direction of the pipe, and a signal processing means 2 for detecting the flaw extending in the axial direction of the pipe based on a flaw detection signal output from the ultrasonic probe. - 特許庁

端面１´近くに金具２が装着されている磁器絶縁物１の金具付近の劣化を超音波探傷法により診断する方法において、磁器絶縁物１の金具付近の外面１１で金具よりも前記磁器絶縁物端面から離れる位置に超音波探傷用の探触子６を当てる。例文帳に追加

In this method for diagnosing deterioration near a metal fitting of the porcelain insulator 1 having the metal fitting 2 mounted near the end face 1' by an ultrasonic inspection method, the probe 6 for ultrasonic inspection is placed on a position separated from the porcelain insulator end face furthermore than the metal fitting on the outer surface 11 near the metal fitting of the porcelain insulator. - 特許庁

この発明に係る超音波探触子では、被試験体２に接触して被試験体２内に超音波を送受する超音波探触子１であって、電気信号を超音波信号に変換する磁歪振動子１１と、この磁歪振動子１１を覆い外来電磁ノイズの混入を防止した電磁シールドケース１６とを備えたものである。例文帳に追加

The ultrasonic probe 1 coming into contact with a test piece 2 to transmit/receive the ultrasonic wave to/from the test piece 2, comprises a magnetostrictive oscillator 11 for converting the electric signal into the ultrasonic signal, and an electromagnetic shield case 16 which covers this magnetostrictive oscillator 11 to prevent external electromagnetic noise from being mixed. - 特許庁

ゲル蓄圧器５から流出されるゲルは図１と図２に示すとおりチューブ９を介して探触子７側に流動し、探触子７の超音波発信面から少し偏位した位置にて射出できる。例文帳に追加

The gel discharged from the gel pressure accumulator 5 flows to the side of a probe 7 through a tube 9 as indicated in Figures 1 and 2, and can be injected from a position slightly deviated away from an ultrasonic transmission surface of the probe 7. - 特許庁