Assertion: clavichord's key | /r/HasProperty | released
Facets:
Source sentences:
text: When the key is released, the tangent loses contact with the string and the vibration of the string is silenced by strips of damping cloth.
text: When the key is released, the tangent falls away from the string, which is then silenced by the felt.
text: When the key is released, the jack falls back down under its own weight, and the plectrum passes back under the string.
text: Surprising the jack comes with a damper that stops playing the musical note when the key is released.
text: When the key is released, the yarn damps the vibration of the string.
text: A cloth or felt damper completes the jack; this quiets the string when the key is released and the plectrum falls beneath the string.
text: The instrument is noted for its delicate tones, since the tangents do not rebound from the string until the key is released
text: When the key is released, the tangent loses contact with the string and the vibration of the string is silenced by strips of damping cloth.
text: The jack had an 'escapement' which allowed the quill to retract while the jack returned to its resting position, which kept the string from being plucked again when the key was released.
text: There is a small strip of leather below the key lever to minimize the noise created when a key is released.
text: When the key is released, the tangent loses contact with the string and the vibration of the string is silenced by strips of damping cloth.
text: When the key is released, the tangent loses contact with the string and the vibration of the string is silenced by strips of damping cloth.
text: The key being released, the vibrations were instantly stopped by a list of cloth acting as damper and interwoven among the strings behind the line of the tangents.
text: As soon as the key was released, the damped end of the string came into play and the sound was deadened.
text: When the key is released, the back of the key returns to its place and touches a woven which is found between the pairs of strings and stops the string from vibrating.
text: The instrument is noted for its delicate tones, since the tangents do not rebound from the string until the key is released
text: STOPS Historically clavichords were occasionally built with devices to change the sound, such as tangents half-covered in leather which could be shifted to muffle the sound, a "pantoleon" mechanism which would allow the strings to keep vibrating after a key was released, etc.
text: When the key is released, the tangent loses contact with the string and the vibration of the string is silenced by strips of damping cloth.
text: They block extraneous sound that might come from the left of each tangent and stop a tone when the key and its tangent are released.
text: When the key is released, a damper blocks the sound.
text: When the key is released, the tangent loses contact with the string and the vibration of the string is silenced by strips of damping cloth.
text: When the key is released, the contact between the tangent and the string is lost and the vibration of the string is damped by the felt wrapped around it.
text: When the key is released, the tangent loses contact with the string and the vibration of the string is silenced by strips of damping cloth.
text: As soon as the key is released, the vibrations travel backwards along the strings to the left, where they are promptly stopped by the listing cloth—this material woven between the pairs of strings also affects the stiffness of touch, but has nothing to do with muting the tone of the instrument.
text: When the key is released, the tangent loses contact with the string and the vibration of the string is silenced by strips of damping cloth.
text: When the key is released, the tangent loses contact with the string and the vibration of the string is silenced by strips of damping cloth.
text: When the key is released, the tangent loses contact with the string and the vibration of the string is silenced by strips of damping cloth.
text: When a key is released and the tangent falls away from the string, the damping fabric can once again stop the string’s vibration.
text: Unlike a piano, however, the hammers remain in contact with the strings until the key is released, thus muting the sound.
text: When the key is released, the tangent loses contact with the string and the vibration of the string is silenced by strips of damping cloth.
text: Most digital pianos implement a displacement-sensitive keyboard, in order to simulate the sound-stopping length of the note after the key is released.
text: The note will sustain only while the tangent remains on the string and is muted by a fixed felt damper when the key is released.
text: When a key is released, the vibration again propagates
text: When the key is released, the tangent loses contact with the string and the vibration of the string is silenced by strips of damping cloth.