Umdrehung
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Beispielsätze:
- Dieser halbe Millimeter entspricht bei der Schraube M6, die wir hier als Spannschraube haben, einer halben Umdrehung.
- Fertiggestellt wird das Gewinde bei einer weiteren Umdrehung und einer axialen Verschiebung, die dem gewünschten Steigungsbetrag entspricht.
- Eigentlich sind die so konstruiert, dass man das Rohr hier reinstecken kann und man kann dann mit einer halben Umdrehung das relativ schnell fest spannen.
rev
Description:
Fasten the Reverse Units to the appropriate sides of the profile. Sometimes, shadows can also be prevented using indirect lighting. The next step is to screw the Reverse Unit to the Housing Profile.
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Example sentences:
- Fasten the Reverse Units to the appropriate sides of the profile.
- Sometimes, shadows can also be prevented using indirect lighting.
- The next step is to screw the Reverse Unit to the Housing Profile.
- Industrielle Revolution /Industrialisierung ist abgeschlossen, Kinderarbeit ist seit Anfang des Jahrhunderts in Europa weiträumig verboten.
- Industrial revolution/industrialisation complete, child labour has been banned across Europe since the beginning of the century.
- The thread is finished off with a further revolution and axial displacement that matches the required thread pitch.
revolution
Description:
Industrielle Revolution /Industrialisierung ist abgeschlossen, Kinderarbeit ist seit Anfang des Jahrhunderts in Europa weiträumig verboten. Industrial revolution/industrialisation complete, child labour has been banned across Europe since the beginning of the century. The thread is finished off with a further revolution and axial displacement that matches the required thread pitch.
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Example sentences:
- Industrielle Revolution /Industrialisierung ist abgeschlossen, Kinderarbeit ist seit Anfang des Jahrhunderts in Europa weiträumig verboten.
- Industrial revolution/industrialisation complete, child labour has been banned across Europe since the beginning of the century.
- The thread is finished off with a further revolution and axial displacement that matches the required thread pitch.
rotation
Description:
Rotation is the movement of a body on a two-dimensional circular path around an axis of rotation. The plane through which the circular path travels is perpendicular to the axis of rotation. By contrast, the movement of a body in a straight line is referred to as translation. The parameters of rotational movement are angular Velocity $\omega $, Angular acceleration $\alpha $, moment M and angular momentum L. The velocity vector$\vec{v}$ of any point P in the Turning body is tangential to its trajectory. The greater the distance between this point P and the axis of rotation, the larger the tangential velocity $\vec{v}$ that acts on the point. The reason for this is that, during each revolution, a point located closer to the axis of rotation covers a shorter distance ($2\pi $multiplied by the radius) than a point located further away in the same period of time.
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Example sentences:
- The die head performs the rotational and linear movements.
- Its adjustable frictional moment is consistent regardless of the direction of rotation.
- In the case of a body-fixed system of coordinates, a polhode is used to depict instantaneous centres of rotation.
turn
Description:
The return height of the tool can be adjusted as required. The return stroke (non-cutting stroke) returns the tool to the starting position. Additional stopper can be used to adjust the return height
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Example sentences:
- The return height of the tool can be adjusted as required.
- The return stroke (non-cutting stroke) returns the tool to the starting position.
- Additional stopper can be used to adjust the return height
giro
rev.
revolución
rotación
Description:
La rotación es el movimiento de un cuerpo en una ruta circular bidimensional alrededor de un eje de rotación. El plano a través del cual la ruta circular viaja es perpendicular al eje de rotación. En contraste, el movimiento de un cuerpo en línea recta es referido como traslación. Los parámetros del movimiento rotacional son la velocidad angular $\omega $, la aceleración angular $\alpha $, el momento M y el momento angular L. El vector de velocidad $\vec{v}$ de cualquier punto P en un cuerpo que gira es tangencial a su trayectoria. Mientras mayor sea la distancia entre este punto P y el eje de rotación, mayor será la velocidad tangencial $\vec{v}$ que actúa en el punto. La razón de esto es que, durante cada revolución, un punto ubicado más cerca del eje de rotación cubre una distancia menor ( $2\pi $ multiplicado por el radio) que un punto ubicado más lejos en el mismo periodo. Eje de rotación durante la rotación
旋转
转动
Description:
转动是指物体绕着转轴做二维圆周运动，圆周面与转轴垂直。而物体沿直线运动称作平移。 在转动运动中涉及到的参数有角速度 $\omega $ 、角加速度 $\alpha $ 、力矩M和角动量L。 转动物体上任意一点P的速度矢量 $\vec{v}$ 是轨迹的切线。P点距转轴的距离越大，其切向速度也越大。这是因为在相同的转动周期内，每一次转动时距离转轴近的点较距离远的点通过的路程短（ $2\pi $ 乘以半径）。 转动时的转轴
