SELECTIVE AIR SEGMENT CONTROL FOR A PATIENT SUPPORT MATTRESS
A patient support mattress generally comprises one or more air segments/air cells/air sections/air bladders in a head portion of the patient support mattress and a selective air control mechanism connected to one or more adjacent individual air segments supporting a head portion of a body of a patient. The one or more adjacent individual air segments are located at the head portion of the patient support mattress. The selective air control mechanism selectively deflates and/or inflates the one or more adjacent individual air segments of the plurality of air segments.
1 . A patient support mattress comprising:
a plurality of air segments at a head section of the patient support mattress that includes one or more individual horizontal air segments supporting a head portion of a body of a patient; and
an air control mechanism connected to the one or more individual horizontal air segments, wherein the air control mechanism selectively deflates each of the one or more individual air segments in the plurality of air segments.
2 . The patient support mattress from claim 1 , wherein the one or more individual horizontal air segments include a plurality of adjacent individual air segments.
3 . The patient support mattress from claim 2 , wherein the plurality of adjacent individual air segments includes three adjacent individual air segments that are located at a third horizontal position, a fourth horizontal position, and a fifth horizontal position counting the plurality of air segments starting from the head portion of the patient support mattress.
4 . The patient support mattress from claim 1 , wherein each of the plurality of air segments extend horizontally from a first side of the patient support mattress to an opposite second side of the patient support mattress.
5 . The patient support mattress from claim 1 , wherein the air control mechanism includes one or more selector switches with each selector switch connected to one of the individual horizontal air segments to allow a user to manually selectively control inflating and deflating the individual horizontal air segments.
6 . The patient support mattress from claim 5 , wherein the one or more selector switches are rotational switches, rotating from a first position for inflating the individual horizontal air segments to a second position for deflating the individual horizontal air segments.
7 . The patient support mattress from claim 1 , wherein the air control mechanism includes one or more air valve assemblies with each air valve assembly connected to one of the individual horizontal air segments to selectively control inflating and deflating the individual horizontal air segments.
8 . The patient support mattress from claim 7 , wherein each air valve assembly includes an air control valve, a valve spool to connect the air valve assembly to the individual horizontal air segments, and one or more o-rings to ensure a secure air connection between the air control mechanism and the individual horizontal air segments of the patient support mattress.
9 . The patient support mattress from claim 1 , wherein the air control mechanism includes an electric air control system to electrically activate and deactivate the air control mechanism and provide selective air segment control for deflating and inflating the individual horizontal air segments of the patient support mattress.
10 . The patient support mattress from claim 9 , wherein the electric air control system includes a remote control with a plurality of buttons to remotely activate and deactivate the air control mechanism and provide selective air segment control for deflating and inflating the individual horizontal air segments of the patient support mattress.
11 . The patient support mattress from claim 1 , wherein the air control mechanism includes an air inlet supply port connected to the individual horizontal air segments, an air outlet port connected to an air control system that provides air to the plurality of air segments, and an air evacuation port.
12 . A patient support mattress comprising:
a plurality of air segments at a head section of the patient support mattress that includes three adjacent individual air segments supporting a head portion of a body of a patient, the three adjacent individual air segments extending horizontally across the patient support mattress, with a first individual air segment located at a third horizontal position, a second individual air segment located at a fourth horizontal position, and third individual air segment located at a fifth horizontal position counting the plurality of air segments starting from the head portion of the patient support mattress; and
a selective air control mechanism connected to the three adjacent individual air segments of the plurality of air segments,
the selective air control mechanism includes one or more selector switches with each selector switch connected to one of the adjacent individual air segments to manually selectively control inflating and/or deflating the three adjacent individual air segments.
13 . The patient support mattress from claim 12 , wherein each of the plurality of air segments extend horizontally from a first side of the patient support mattress to an opposite second side of the patient support mattress.
14 . The patient support mattress from claim 12 , wherein the selective air control mechanism includes one or more air valve assemblies with each air valve assembly connected to one of the three adjacent individual air segments to selectively control inflating and deflating the three adjacent individual air segments.
15 . The patient support mattress from claim 14 , wherein each air valve assembly includes an air control valve, a valve spool to connect the air valve assembly to the adjacent individual air segments, and one or more o-rings to ensure a secure air connection between the selective air control mechanism and the adjacent individual air segments of the patient support mattress.
16 . The patient support mattress from claim 12 , wherein the selective air control mechanism includes an air inlet supply port connected to the adjacent individual air segments, an air outlet port connected to an air control system that provides air to the plurality of air segments, and an air evacuation port.
17 . A patient support mattress comprising:
a plurality of air cells that includes three adjacent individual air cells located at a head portion of the patient support mattress on a patient bed, the three adjacent individual air cells supporting a head portion of a body of a patient, with a first individual air cell located at a third horizontal position, a second individual air cell located at a fourth horizontal position, and third individual air cell located at a fifth horizontal position counting the plurality of air cells starting from the head portion of the patient support mattress; and
a selective air control mechanism connected to the three adjacent individual air cells,
wherein the selective air control mechanism includes an electric air control system with a plurality of buttons to electrically activate and deactivate the selective air control mechanism and provide selective air cell control for deflating and/or inflating the adjacent individual air cells of the patient support mattress.
18 . The patient support mattress from claim 17 , wherein each of the plurality of individual air cells extend horizontally from a first side of the patient support mattress to an opposite second side of the patient support mattress.
19 . The patient support mattress from claim 17 , wherein the selective air control mechanism includes one or more air valve assemblies with each air valve assembly connected to one of the adjacent individual air cells to selectively control inflating and deflating the adjacent individual air cells.
20 . The patient support mattress from claim 19 , wherein each air valve assembly includes an air control valve, a valve spool to connect the air valve assembly to the adjacent individual air cells, and one or more o-rings to ensure a secure air connection between the selective air control mechanism and the adjacent individual air cells of the patient support mattress.