초록 ▼

This invention is a sound-insulating enclosure that contains at least one bed, in which one or more people sleep, wherein the configuration of this enclosure automatically changes from a more-closed configuration to a more-open configuration over time, or vice versa. These changes in configuration c

This invention is a sound-insulating enclosure that contains at least one bed, in which one or more people sleep, wherein the configuration of this enclosure automatically changes from a more-closed configuration to a more-open configuration over time, or vice versa. These changes in configuration can be in response to sounds or can occur in a pre-programmed manner.

대표청구항 ▼

1. A sound-insulating sleeping enclosure, in which one or more people sleep, with a configuration that changes automatically, comprising: a sound-monitoring means;a sound-insulating sleeping enclosure, in which one or more people sleep, wherein this sleeping enclosure contains at least one bed, wher

1. A sound-insulating sleeping enclosure, in which one or more people sleep, with a configuration that changes automatically, comprising: a sound-monitoring means;a sound-insulating sleeping enclosure, in which one or more people sleep, wherein this sleeping enclosure contains at least one bed, wherein this sleeping enclosure has inflatable parts whose inflation increases the degree to which the enclosure encloses one or more sleepers, and wherein these inflatable parts are inflated automatically in response to sounds monitored by the sound-monitoring means so as to change the configuration of the enclosure from a more-open configuration to a more-closed configuration; andan active ventilation system, wherein circulation of fresh air through the enclosure by this active ventilation system is automatically increased in response to sounds monitored by the sound-monitoring means. 2. The sleeping enclosure in claim 1 wherein sounds monitored by the sound-monitoring means come from the group consisting of: music; noise from trains, road traffic, or air traffic; sirens; manufacturing equipment; human voices; human snoring; and barking dogs. 3. The sleeping enclosure in claim 1 wherein the inflatable parts are inflated automatically so that: the enclosure more fully encloses a sleeper in response to a certain level, pattern, or type of sound for a certain duration of time; the enclosure less fully encloses a sleeper in response to the absence of a certain level, pattern, or type of sound for a certain duration of time; or both. 4. The sleeping enclosure in claim 1 wherein inflatable parts of the enclosure are inflated automatically to change the configuration of the enclosure in a pre-programmed manner over time. 5. The sleeping enclosure in claim 1 wherein the sound-monitoring means includes a microphone and sound-analyzing software. 6. The sleeping enclosure in claim 1 wherein the enclosure includes a ventilation means that provides active ventilation of the enclosure using a member selected from the group consisting of: an electric fan, an air pump, and other automated devices for moving air. 7. The sleeping enclosure in claim 1 wherein the enclosure includes a ventilation means that provides passive ventilation of the enclosure using a member selected from the group consisting of: openings in the enclosure perimeter, air-permeable screens in the enclosure perimeter, and other means of passive ventilation not requiring an automated device to move air. 8. The sleeping enclosure in claim 1 wherein the enclosure includes a ventilation means that automatically increases ventilation in response to increases in the extent to which a sleeper is enclosed by the enclosure; automatically decreases ventilation in response to decreases in the extent to which a sleeper is enclosed by the enclosure; or both. 9. The sleeping enclosure in claim 1 wherein the enclosure has a horizontal cross-sectional shape selected from the group of shapes consisting of: rectangular, square, circular, oval, egg-shape, hexagonal and octagonal. 10. The sleeping enclosure in claim 1 wherein a battery-operated alarm is added within the enclosure to warn of high carbon dioxide, low oxygen, or other unhealthy air parameters within the enclosure as a tertiary safety measure. 11. The sleeping enclosure in claim 1 wherein a mechanism selectively identifies certain sounds outside the enclosure and selectively transmits those sounds that the sleeper wants to hear. 12. The sleeping enclosure in claim 1 wherein characteristics of the environment within the enclosure may be adjusted and wherein these characteristics are selected from the group consisting of: light level, light patterns, temperature level, humidity level, active noise masking, and soothing sounds or music. 13. The sleeping enclosure in claim 1 wherein the sound-insulating enclosure is large enough for two sleepers and contains a movable divider that can optionally divide the airspace between the two sleepers to provide two separate sound environments for them. 14. A sound-insulating sleeping enclosure, in which one or more people sleep, with a configuration that changes automatically, comprising: a sound-identification means, wherein this sound-identification means analyzes sound patterns to identify a specific type of sound selected from the group consisting of: music; noise from a train, road traffic, or air traffic; sirens; manufacturing equipment; a human voice; human snoring; and a barking dog;a sound-insulating sleeping enclosure, in which one or more people sleep, wherein this sleeping enclosure contains at least one bed, wherein this sleeping enclosure has moving parts whose movement changes the degree to which the enclosure encloses one or more sleepers, and wherein these moving parts move automatically so as to change the configuration of the enclosure from a more-closed configuration to a more-open configuration, or vice versa; and wherein the moving parts move automatically in response to a specific type of sound selected from the group consisting of: music; noise from a train, road traffic, or air traffic; sirens; manufacturing equipment; a human voice; human snoring; and a barking dog; andan active ventilation system, wherein circulation of fresh air through the enclosure by this active ventilation system is automatically activated or increased in response to a specific type of sound selected from the group consisting of: music; noise from a train, road traffic, or air traffic; sirens; manufacturing equipment; a human voice; human snoring; and a barking dog.