초록 ▼

A sonic percussion therapy system includes a patient support apparatus and a control module. The sonic percussion structure is attached to the inflatable cell so that the sonic percussion structure moves in response to movement of the inflatable cell. The control module includes a sonic percussion c

A sonic percussion therapy system includes a patient support apparatus and a control module. The sonic percussion structure is attached to the inflatable cell so that the sonic percussion structure moves in response to movement of the inflatable cell. The control module includes a sonic percussion control module and a position control module. The sonic percussion control module independently controls frequency and/or intensity of at least one of the plurality of sonic percussion structures. The position control module selectively raises and lowers at least one of the plurality of sonic percussion structures with respect to a patient surface.

대표청구항 ▼

1. A sonic percussion therapy assembly, comprising: a first inflatable cell;a second inflatable cell beneath the first inflatable cell; anda sonic percussion structure comprised of a plurality of speakers, attached between the first and second inflatable cells via an attachment mechanism and positio

1. A sonic percussion therapy assembly, comprising: a first inflatable cell;a second inflatable cell beneath the first inflatable cell; anda sonic percussion structure comprised of a plurality of speakers, attached between the first and second inflatable cells via an attachment mechanism and positioned above the second inflatable cell. 2. The sonic percussion therapy assembly of claim 1 wherein the sonic percussion structure is comprised of a base structure that houses the plurality of speakers and wherein the first and second inflatable cells are configured to move the sonic percussion structure in response to changes in fluid pressure. 3. The sonic percussion therapy assembly of claim 1 wherein the sonic percussion structure is operative to provide a sonic percussive waveform in response to at least frequency and intensity information. 4. The sonic percussion therapy assembly of claim 1 wherein the first inflatable cell is operative to inflate when the second inflatable cell deflates and the second inflatable cell is operative to inflate when the first inflatable cell deflates. 5. A sonic percussion therapy assembly, comprising: an inflatable cell comprising a diagonal seal that seals sidewalls of the inflatable cell; anda sonic percussion structure comprised of a plurality of speakers attached via an attachment mechanism to a top of the inflatable cell. 6. The sonic percussion therapy assembly of claim 5 wherein the inflatable cell is operative to move the sonic percussion structure in response to fluid pressure. 7. The sonic percussion therapy assembly of claim 5 wherein the sonic percussion structure is operative to provide a sonic percussive waveform in response to at least frequency and intensity information. 8. A patient support apparatus, comprising: a plurality of sonic percussion therapy assemblies arranged to support a patient, each comprising: a first inflatable cell;a second inflatable cell beneath the first inflatable cell;a sonic percussion structure comprised of a plurality of speakers, attached between the first and second inflatable cells via an attachment mechanism and positioned above the second inflatable cell; anda plurality of inflatable cushion cells arranged to support the patient. 9. The patient support apparatus of claim 8 wherein the plurality of sonic percussion therapy assemblies are operative to move a respective one of the plurality of sonic percussion structures in response to fluid pressure. 10. The patient support apparatus of claim 8 wherein each of the plurality of sonic percussion structures are operative to provide a respective sonic percussive waveform in response to at least frequency and intensity information. 11. The patient support apparatus of claim 10 wherein at least one sonic percussive waveform differs from another sonic percussive waveform by at least one of frequency and intensity. 12. The patient support apparatus of claim 8 wherein at least one of the plurality of sonic percussion therapy assemblies has a diagonal seal and is operative to inflate when a respective one of the second plurality of inflatable cells deflates and the respective one of the second plurality of inflatable cells is operative to inflate when the at least one of the first plurality of inflatable cells. 13. A therapy control apparatus, comprising: a sonic percussion control module that is operative to provide frequency and intensity control information to independently control at least frequency and intensity of a plurality of speakers of a sonic percussion structure;a position control module that is operative to selectively raise and lower the sonic percussion structure;an accelerometer operatively coupled to the sonic percussion module and the position control module,wherein the sonic percussion control module and the position control module are responsive to a feedback signal from the accelerometer; andwherein the accelerometer is adapted to be operatively coupled to a patient proximate a patient surface. 14. The therapy control apparatus of claim 13 wherein the position control module is operative to control at least one inflatable cell to deflate and to concurrently control at least one other inflatable cell to inflate. 15. The therapy control apparatus of claim 13 wherein the at least one accelerometer is operative to determine a three dimensional position of the patient surface. 16. The therapy control apparatus of claim 13 wherein the sonic percussion control module is operative to selectively adjust at least one of frequency and intensity of the sonic percussion structure in response to the at least one of frequency information and intensity information of the sonic percussion waveform. 17. The therapy control apparatus of claim 13 wherein the position control module is operative to concurrently raise a first portion of the sonic percussion structure and lower a second portion of the sonic percussion structure. 18. A sonic percussion therapy system, comprising: a patient support apparatus that comprises: a plurality of sonic percussion therapy assemblies each comprising:a first inflatable cell;a second inflatable cell beneath the first inflatable cell;a sonic percussion structure comprised of a plurality of speakers, attached between the first and second inflatable cells via an attachment mechanism and positioned above the second inflatable cell;a control module that comprises:a sonic percussion control module that is operative to independently control at least frequency and intensity of at least one of the plurality of sonic percussion structures; anda position control module that is operative to selectively raise and lower at least one of the plurality of sonic percussion structures with respect to a patient surface. 19. The sonic percussion therapy system of claim 18 further comprising a top cover that comprises: a planar surface adapted to substantially cover the patient support apparatus; andat least one accelerometer, operatively coupled to the planar surface, that is operative to measure at least one of frequency and intensity of vibrations of the patient support apparatus. 20. A therapy control apparatus, comprising: a sonic percussion control module that is operative to independently control at least frequency and intensity of a sonic percussion structure having a plurality of speakers;a position control module that is operative to selectively raise and lower the sonic percussion structure using, a plurality of inflatable cells; andwherein at least one inflatable cell and least one other inflatable cell are vertically stacked and are attached via an attachment mechanism attached to both the first and second inflatable cells to the sonic percussion structure. 21. A method of providing sonic percussion therapy, comprising: raising a sonic percussion structure having a plurality of speakers with respect to a patient surface;independently controlling frequency and intensity of the sonic percussion structure; andcontrolling at least one inflatable cell, attached via an attachment mechanism to the sonic percussion structure, to one of inflate and deflate. 22. A method of providing sonic percussion therapy, comprising: raising a sonic percussion structure having a plurality of speakers with respect to a patient surface;the sonic percussion structure comprised of a plurality of speakers, attached between a first and second inflatable cell via an attachment mechanism and positioned above the second inflatable cell,independently controlling frequency and intensity of the sonic percussion structure; andcontrolling at least one of the first and second inflatable to deflate and to concurrently control at least one other inflatable cell to inflate. 23. The method of claim 22 further comprising determining a three dimensional position of the patient surface. 24. The method of claim 22 further comprising selectively adjusting at least one of frequency and intensity of the sonic percussion structure in response to the at least one of frequency information and intensity information of the sonic percussion waveform. 25. A method of providing sonic percussion therapy, comprising: raising a sonic percussion structure having a plurality of speakers with respect to a patient surface;the sonic percussion structure comprised of a plurality of speakers, attached between a first and second inflatable cell via an attachment mechanism and positioned above the second inflatable cell;independently controlling frequency and intensity of the sonic percussion structure; anddetermining at least one of frequency information and intensity information of a sonic percussion waveform provided by the sonic percussion structure.