A1 transformationとは 意味・読み方・使い方

A moving amount of coordinates by the projection transformation is calculated the individual area by the individual area in step A2, based on the transformation coefficient found in step A1.例文帳に追加

ステップＡ２で、ステップ１で求めた変換係数に基づいて、個別領域ごとに射影変換による座標の移動量を算出する。 - 特許庁

For the ball screw parts, after the steel is subjected to carbonitriding treatment at a carbonitriding treatment temperature higher than the A1 transformation point, it is cooled to a temperature lower than the A1 transformation point, reheated to a hardening temperature not lower than the A1 transformation point and lower than the carbonitriding treatment temperature, and then quenching is applied.例文帳に追加

ボールねじ部品において、鋼をＡ１変態点を超える浸炭窒化処理温度で浸炭窒化処理後、Ａ１変態点未満の温度に冷却した後、Ａ１変態点以上で浸炭窒化処理の温度未満の焼入れ温度に再加熱し、その後、焼入れを行う。 - 特許庁

An unknown image is taken in (A1), an affine transformation is applied to the taken-in image (A2) for framing (A3).例文帳に追加

未知の画像を取り込み（Ａ１）、その取り込み画像にアフィン変換を施して（Ａ２）、骨線化する（Ａ３）。 - 特許庁

Thereafter, the spheroidal graphite cast iron is heated and held to just below or just above A1 transformation point.例文帳に追加

その後、球状黒鉛鋳鉄をＡ１変態点の直下または直上の温度領域に加熱保持する。 - 特許庁

The metal member 1 is heated to a quench-strengthening temperature zone (e.g. A1 transformation temperature or above).例文帳に追加

急冷強化可能な温度領域（例えばＡ１変態点以上）に金属部材１を加熱する。 - 特許庁

A calibration plate is imaged up in step A1, and the picked-up image is divided into a plurality of individual areas to calculate a transformation conversion coefficient of projection transformation in every of the individual areas.例文帳に追加

ステップＡ１で校正板を撮像し、撮像した画像を複数の個別領域に分割して個別領域ごとに射影変換の変換係数を算出する。 - 特許庁

In this carburizing and quenching method, carburizing is performed in the region T°C in a mixed-structure state (temperature region between the A1 transformation point and the A3 transformation point) of ferrite (α-iron) and austenite (γ-iron) and then soaking is carried out while elevating the temperature to the austenite region (A3 transformation point), followed by quenching.例文帳に追加

フェライト（α鉄）とオーステナイト（γ鉄）の混合組織状態（Ａ_1変態点からＡ_3変態点間の温度領域）の温度域Ｔ℃で浸炭し、その後、オーステナイト領域（Ａ_3変態点）まで温度を上げて均熱させてから焼入れする。 - 特許庁