ADJUSTABLE THERAPEUTIC MATTRESS

• US 20110163885A1
• Filed: 07/09/2010
• Published: 07/07/2011
• Est. Priority Date: 08/10/2005
• Status: Abandoned Application

• Current Assignee: Craig Poulos, Joseph Immordino, Timothy J. Fischer
• Original Assignee: Craig Poulos, Joseph Immordino, Timothy J. Fischer
• Inventors: Fischer, Timothy J., Poulos, Craig, Immordino, Joseph
• Application Number:
  US12/833,684
• Publication Number:
  US 20110163885A1
• Time in Patent Office: Days
• US Class Current: 340/626
• CPC Class Codes: A61G 7/05707 with integral, body-bearing projections or protuberances
• CPC Class Codes: A61G 7/05776 with at least two groups of alternately inflated chambers
• CPC Class Codes: A61G 7/05784 with ventilating means, e.g. mattress or cushion with ventilating holes or ventilators

Abstract

A therapeutic mattress is provided having a base layer, a plurality of separate air cell sections, an air source and a valve. The separate air cell sections have a plurality of fluidly interconnected air cell members extending vertically from a bottom wall. The air cell members of the air cell sections are independently moveable in a plurality of directions. The valve is fluidly connected to the plurality of separate air cell sections. The air source is connected to the valve to independently increase the air pressure in the air cell sections to a desired air pressure.

Claims

1. A therapeutic mattress, comprising:

a base member;

a first longitudinal sidewall adjacent a first side of the base member, and a second longitudinal sidewall adjacent a second side of the base member forming a well with the base member;

a patient support layer within the well, the patient support layer having a plurality of separately zoned sections, including a head zone adjacent a head end of the mattress, a foot zone adjacent a foot end of the mattress, and a seat zone between the head zone and the foot zone, wherein the patient support layer in the head zone comprises a first separate and independent air cell section extending generally from the first sidewall to the second sidewall, wherein the patient support layer in the seat zone comprises a second separate and independent air cell section extending generally from the first sidewall to the second sidewall, and wherein the patient support layer in the foot zone comprises a third separate and independent air cell section, wherein each air cell section comprises a plurality of individual air cell members fluidly interconnected to be self-equalizing, each of the air cell members having a sidewall extending vertically from a bottom of the air cell member and terminating in a top wall of each air cell member, each air cell member having a height extending from the bottom of the air cell member to the top wall of the air cell member, and each air cell member of the air cell sections also being independently moveable in a plurality of directions, including the x, y and z directions, and wherein each air cell section is independently inflatable and deflatable with respect to the air cell sections in other zones of the mattress to independently set and adjust an air pressure of each air cell section;

an air source to provide pressurized air, the air source being fluidly connected to each air cell section; and

,

a separate adjustably regulated entrance valve in line between the air source and each air cell section to independently increase the air pressure in the air cell sections.

2. The therapeutic mattress of claim 1, wherein the air source is a non-powered pressurized air reservoir.

3. The therapeutic mattress of claim 2, further comprising a gauge to measure the air pressure inside the air reservoir.

4. The therapeutic mattress of claim 1, further comprising an alarm connected to the air source to provide an alert that the air pressure inside the air source has reached a minimum threshold.

5. The therapeutic mattress of claim 1, further comprising an adjustably regulated exit valve at the exit of each air cell section.

6. The therapeutic mattress of claim 5, wherein the adjustably regulated exit valve is also fluidly connected to the air source.

7. The therapeutic mattress of claim 5, wherein the entrance valve opens at a first air pressure lower than a second air pressure required to open the exit valve.

8. The therapeutic mattress of claim 1, wherein the air pressure inside the air source is greater than the air pressure inside each of the air cell sections.

9. The therapeutic mattress of claim 1, wherein the air cell sections extend generally from the first sidewall to the second sidewall.

10. The therapeutic mattress of claim 1, wherein the air source is an air reservoir internal to the mattress.

11. The therapeutic mattress of claim 1, wherein the air source is a pump.

12. The therapeutic mattress of claim 11, further comprising a plurality of turning bladders between the base and the air cell sections, the turning bladders being fluidly interconnected to the pump to assist in inflating and deflating the turning bladders.

13. A therapeutic mattress, comprising:

a base member and first and second opposing longitudinal foam sidewalls extending upwardly to define a well;

a patient support member positioned in the well, the patient support member having a non-air cushion portion and an air cushion portion adjacent the non-air cushion portion, wherein the non-air cushion portion and the air cushion portion extend from approximately the first sidewall to the second sidewall, the air cushion portion comprising a plurality of air cushion members, each air cushion member having a plurality of rows and columns of vertically extending, fluidly interconnected and self-equalizing air cells, the air cells being connected to a base of the air cushion member and extending vertically upward and generally perpendicular to the base of the air cushion member, the air cells further being independently moveable in a plurality of directions;

an air source to provide pressurized air, the air source being fluidly connected to each air cushion member;

an air pressure sensor to measure the relative air pressure in the air cushion members; and

,

an entrance valve in line between the air source and each air cushion member to increase the air pressure in the air cushion members.

14. The therapeutic mattress of claim 13, further comprising a separate air pressure sensor and entrance valve for each air cushion member to independently adjust the air pressure in each air cushion member.

15. The therapeutic mattress of claim 13, further comprising a cover encasing the mattress.

16. The therapeutic mattress of claim 13, further comprising a separate regulated exit valve connected to each air cushion member to bleed air from the air cushion member when the sensed air pressure in the air cushion member exceeds a threshold value.

17. The therapeutic mattress of claim 13, wherein the air source is a pressurized air reservoir.

18. The therapeutic mattress of claim 13, wherein the air source is a pump.

19. A therapeutic mattress, comprising:

a base member;

a patient support member positioned on the base member, the patient support member having a plurality of air cell sections, wherein each air cell section comprises a plurality of rows and columns of vertically extending, fluidly interconnected and self-equalizing air cells, the air cells being connected to a base of the air cell section and extending vertically upward and generally perpendicular to the base of the air cell section, the air cells further being independently moveable in a plurality of directions;

an air source to provide pressurized air, the air source being fluidly connected to each air cell section;

an air pressure sensor to measure the relative air pressure in the air cell sections;

a one-way entrance valve in-line between the air source and each air cell section to increase the air pressure in the air cell sections, the air pressure sensor operating to open and close the entrance valve; and

,

separate one-way exit valves connected to each air cell section.

20. The therapeutic mattress of claim 19, wherein each air cell section is independently inflatable by the air source to independently adjust an air pressure of each air cell section.