Vibration generation system, signal generator, and vibrator device
A vibrator is fitted to a human body for use. A variable filter extracts a signal of a predefined frequency range from an input music signal. A driving controller drives the vibrator based on the signal of the frequency range extracted by the variable filter. It is possible to adjust the frequency range that is predefined by using a user operation interface. The frequency range that is predefined may be determined by a frequency determination interface.
1. A vibration generation system comprising:
a vibrator fitted to a human body for use;
a variable filter that extracts a signal of a predefined frequency range from a music signal;
a driver that drives the vibrator based on the signal of the predefined frequency range extracted by the variable filter;
a user operation interface that adjusts the predefined frequency range; and
a frequency determination interface that determines the predefined frequency range based on the music signal,
wherein the user operation interface adjusts a time difference between a sound wave of the music signal transmitted to an ear of the human body and a vibration of the music signal transmitted from the vibrator to a bone of the human body.
2. The vibration generation system according to claim 1 , further comprising:
a display interface that displays a screen showing correspondence between the predefined frequency range and a site of the human body that should be fitted with the vibrator.
3. The vibration generation system according to claim 1 , wherein
the predefined frequency range is organized into groups according to music genre.
4. The vibration generation system according to claim 1 , wherein
the predefined frequency range that is predefined is organized into groups according to a characteristic of sound of a musical instrument and/or vocal performance.
5. The vibration generation system according to claim 1 , further comprising:
a variable amplifier provided in a stage that follows the variable filter, wherein the user operation interface adjusts a gain of the variable amplifier.
6. The vibration generation system according to claim 1 , wherein
a plurality of pairs of the vibrator and the variable filter are provided, and
a plurality of vibrators are removably fit to different sites of the human body, respectively.
7. A signal generator connected by wire or wirelessly to a vibrator device including a vibrator fitted to a human body for use and a driver for driving the vibrator, the signal generator comprising:
a variable filter that extracts a signal of a predefined frequency range from a music signal;
an output interface that outputs the signal of the predefined frequency range extracted by the variable filter to the vibrator device;
a user operation interface that adjusts the predefined frequency range; and
a frequency determination interface that determines the predefined frequency range based on the music signal, wherein
the user operation interface that adjusts a time difference between a sound wave of the music signal transmitted to an ear of the human body and a vibration of the music signal transmitted from the vibrator to a bone of the human body.
8. A vibrator device connected by wire or wirelessly to a signal generator including: a variable filter that extracts, from a music signal, a signal of a predefined frequency range, an output interface that outputs the signal of the predefined frequency range extracted by the variable filter, a user operation interface that adjusts the predefined frequency range, and a frequency determination interface that determines the predefined frequency range based on the music signal, wherein the user operation interface adjusts a time difference between a sound wave of the music signal transmitted to an ear of the human body and a vibration of the music signal transmitted from the vibrator device to a bone of the human body, the vibrator device comprising:
a vibrator fitted to a human body for use;
an input interface that acquires, from the signal generator, the signal of the predefined frequency range extracted by the variable filter; and
a driver that drives the vibrator based on the signal of the predefined frequency range extracted by the variable filter and inputted from the input interface.