Synchronized sound effects for sexual activity
OwnerMaxine Lynn Baraschinventor
Life of this patent
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Abstract
Embodiments of the present invention provide a system, method, and apparatus for enhancing a sexual intercourse experience. A first sensor is worn on a first person engaging in sexual intercourse with a second person. A second sensor is worn on the second person. The proximity of the first and second sensors is communicated to a sound module that outputs sound, music, and/or lights that are synchronized to the thrusting motion occurring during the sexual intercourse.
Claims17
A system for producing output synchronized to sexual intercourse motion, comprising:
- a first wearable relative position indicator configured to be worn on a first person;
- a second wearable relative position indicator configured to be worn on a second person;
- a sound module disposed to:
- receive sensor data from the first wearable relative position indicator,
- convert the sensor data into a proximity signal;
- play, based on the proximity signal, a first sound effect during sexual intercourse between the first person and second person;
- and
- play a second sound effect upon completion of sexual intercourse between the first person and second person.
A method for producing stimulus that is synchronized to sexual intercourse motion, comprising:
- transmitting sensor data indicative of distance between a first wearable relative position indicator and a second wearable relative position indicator;
- converting the sensor data into a digital proximity signal comprising a proximal state and a non-proximal state;
- emitting a first sound effect when the digital proximity signal indicates a proximal state;
- and
- detecting an end of sexual intercourse based on the digital proximity signal indicating a proximal state for a period of time exceeding a predetermined threshold.
A method for producing stimulus that is synchronized to sexual intercourse motion, comprising:
- transmitting sensor data indicative of distance between a first wearable relative position indicator and a second wearable relative position indicator;
- converting the sensor data into a digital proximity signal comprising a proximal state and a non-proximal state;
- detecting a first tempo based on a frequency of transition to the proximal state of the digital proximity signal;
- playing first music corresponding to the detected first tempo;
- detecting a second tempo based on a change in the frequency of transition to the proximal state of the digital proximity signal;
- and
- playing second music corresponding to the detected second tempo.
Dependencies are inferred from the claim text.