Hybrid peristaltic multi-wave compression methods and systems
AssigneeMedi USA, L.P.
InventorMoses Lipshaw
Life of this patent
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Abstract
The present invention relates to inflation-deflation sequence systems, programs and methods that create multiple peristaltic waves in a single sleeve to more efficiently utilize the pressure sleeve and increase therapy output cycles. These multiple peristaltic waves occur simultaneously during at least a portion of a treatment protocol in a single sleeve.
Claims20
A method of providing compression to a subject using a compression garment having a plurality of adjacent cells, comprising directing the application of two or more waves of compression in the compression garment to occur in a simultaneous manner in a treatment cycle;
- wherein the plurality of adjacent cells are adapted to shift between a first state of applying no or less compression to the subject and a second state of applying more compression to the subject,
- wherein each of the two or more waves of compression comprises an ordered sequence defined by a defined orientation in the second state in at least two cells of the plurality of adjacent cells, wherein the defined orientation in the second state in the at least two cells comprises a sequential shift to the second state from the first state in each of the at least two cells for a predetermined interval,
- wherein the simultaneous manner comprises a concurrent or staggered shift to the second state in two or more non-adjacent cells of the garment, wherein at least one cell positioned between the two or more non-adjacent cells is in or is shifted to enter the first state during the concurrent or staggered shift to the second state in the two or more non-adjacent cells of the garment, and
- wherein the method is a computer implemented or automated method.
A method of providing compression to a subject using a compression garment comprising two or more regions, each of the two or more regions comprised of a separate plurality of adjacent cells, the method comprising directing the application of one or more independent waves of compression in the compression garment to occur in a simultaneous manner in each of the two or more regions in a treatment cycle;
- wherein each cell of the plurality of cells is adapted to shift between a first state of not applying compression to the subject and a second state of applying compression to the subject;
- wherein each of the one or more waves of compression comprises an ordered sequence defined by a defined orientation in the second state in at least two cells of the plurality of adjacent cells in each of the two or more regions, wherein the defined orientation in the second state in the at least two cells comprises a sequential shift to the second state from the first state in each of the at least two cells for a predetermined interval;
- and
- wherein the simultaneous manner comprises a concurrent or staggered shift to the second state in one or more cells in each of the two or more regions, wherein at least one cell positioned between the two or more non-adjacent cells is in or is shifted to enter the first state during the concurrent or staggered shift to the second state in the two or more non-adjacent cells of the two or more regions,
- wherein the method is a computer implemented or automated method.
A method of providing compression to a subject using a compression garment comprising two or more regions, each of the two or more regions comprised of a separate plurality of adjacent cells, the method comprising directing the application of one or more independent waves of compression in the compression garment to occur in a simultaneous manner in each of the two or more regions in a treatment cycle, each of the two or more independent waves of compression being defined by a start wave time point and an end wave time point;
- wherein each cell of the plurality of cells is adapted to shift between a first state of not applying compression to the subject and a second state of applying compression to the subject;
- wherein each of the one or more waves of compression comprises an ordered sequence defined by a defined orientation in the second state in at least two cells of the plurality of adjacent cells in each of the two or more regions, wherein the defined orientation in the second state in the at least two cells comprises a sequential shift to the second state from the first state in each of the at least two cells for a predetermined interval;
- wherein in at least a first region of the two or more regions the simultaneous manner comprises a concurrent or staggered shift to the second state in one or more non-adjacent cells, wherein at least one cell positioned between the two or more non-adjacent cells is in or is shifted to enter the first state during the concurrent or staggered shift to the second state in the two or more non-adjacent cells of the at least first region;
- and
- wherein in at least a second region of the two or more regions the simultaneous manner comprises a concurrent or staggered shift to the second state of two or more adjacent cells in the second region, which when initiated such second state of the two or more adjacent cells in the second region is maintained until the end wave time point,
- wherein the method is a computer implemented or automated method.
Dependencies are inferred from the claim text.