Body support system

Claim 2

A body support system comprising, a pair of support rails spaced from each other and being parallel to each other, a plurality of equally spaced rows of flexible cords positioned between and supported from the rails, said cords being generally perpendicular to the rails and parallel to each other, said rows of flexible cords are formed from a continuous cord connected through the support rails, a plurality of elongate rigid support links each having first and second ends, each of said links including first and second cord receiving holes adjacent said first and second ends, respectively, one of said holes of each link receives one row of the cords and the other of said holes of the same link receives an adjacent cord row thereby supporting the links, and forming a plurality of columns of links transverse to the rows of cords in which adjacent columns have contacting sides, alternate columns of links are offset from adjacent columns of links for providing a continuous conformable, low pressure interface, body support surface, the first and second ends of the links are rounded and the first and second holes in each link are spaced apart a distance of approximately one half of the length of a link whereby the first ends of the links are positioned closely adjacent the second ends of longitudinally aligned links in each column for maximizing the link support area for supporting a body, and said links have a width and a height and the width of the links is substantially less than the height for allowing the links to better accommodate to the body shape and provide lower interface pressure, wherein the maximum length of the links is 2 inches.

Claim 3

The body support system of claim 1 wherein the maximum width of the links is 0.4 inch.

Claim 4

The body support system of claim 1 wherein the minimum length of the links is 1 inch.

Claim 5

The body support system of claim 1 including front and rear links having first and second ends, the first end of the front and rear links being concave and the second end of the front and rear links having a convex portion for receiving another link.

Claim 6

The body support of claim 4 including a stop shoulder at the top of the convex portion for engaging an adjacent link and preventing rolling of the adjacent link.

Claim 7

A body support system comprising, a pair of support rails spaced from each other and being parallel to each other, a plurality of equally spaced rows of flexible cords positioned between and supported from the rails, said cords being generally perpendicular to the rails and parallel to each other, said rows of flexible cord are formed from a continuous cord connected through the support rails, a plurality of elongate rigid support links each having first and second ends, each of said links including first and second cord receiving holes adjacent said first and second ends, respectively, one of said holes of each link receives one row of the cords and the other of said holes of the same link receives an adjacent cord row thereby supporting the links, and forming a plurality of columns of links transverse to the rows of cords in which adjacent columns have contacting sides, alternate columns of links are offset from adjacent columns of links for providing a continuous conformable, low pressure interface, body support surface, the first and second ends of the links are rounded and the first ends of the links are positioned closely adjacent the second ends of longitudinally aligned links in each column for maximizing the link support area for supporting a body, said links have a width and a height and the width of the links is substantially less than the height for allowing the links to better accommodate to the body shape and provide lower interface pressure, and wherein the elongate links have a longitudinal axis and the holes are positioned above the longitudinal axis for allowing the links to readily return to a neutral position from a used position.

Claim 8

A body support system comprising, a pair of support rails spaced from each other and being parallel to each other, a plurality of equally spaced rows of flexible cords positioned between and supported from the rails, said cords being generally perpendicular to the rails and parallel to each other, said rows of flexible cord are formed from a continuous cord connected through the support rails, a plurality of elongate rigid support links each having first and second ends, each of said links including first and second cord receiving holes adjacent said first and second ends, respectively, one of said holes of each link receives one row of the cords and the other of said holes of the same link receives an adjacent cord row thereby supporting the links, and forming a plurality of columns of links transverse to the rows of cords in which adjacent columns have contacting sides, alternate columns of links are offset from adjacent columns of links for providing a continuous conformable, low pressure interface, body support surface, the first and second ends of the links are rounded and the first ends of the links are positioned closely adjacent the second ends of longitudinally aligned links in each column for maximizing the link support area for supporting a body, said links have a width and a height and the width of the links is substantially less than the height for allowing the links to better accommodate to the body shape and provide lower interface pressure, and wherein the elongate links have a longitudinal axis and the holes are positioned above the longitudinal axis for allowing the links to readily return to a neutral position from a used position.

Claim 9

A body support system comprising, a pair of support rails spaced from each other and being parallel to each other, a plurality of equally spaced rows of flexible cords positioned between and supported from the rails, said cords being generally perpendicular to the rails and parallel to each other, said rows of flexible cord are formed from a continuous cord connected through the support rails, a plurality of elongate rigid support links each having first and second ends, each of said links including first and second cord receiving holes adjacent said first and second ends, respectively, one of said holes of each link receives one row of the cords and the other of said holes of the same link receives an adjacent cord row thereby supporting the links, and forming a plurality of columns of links transverse to the rows of cords in which adjacent columns have contacting sides, alternate columns of links are offset from adjacent columns of links for providing a continuous conformable, low pressure interface, body support surface, the first and second ends of the links are rounded and the first ends of the links are positioned closely adjacent the second ends of longitudinally aligned links in each column for maximizing the link support area for supporting a body, said links have a width and a height and the width of the links is substantially less than the height for allowing the links to better accommodate to the body shape and provide lower interface pressure, and wherein the links have sides which are flat and substantially entirely mate with the flat sides of adjacent columns of links for maximizing the support area of the seat thereby lowering contact pressure with a body.

Claim 10

A body support system comprising, a pair of support rails spaced from each other and being parallel to each other, a plurality of equally spaced rows of flexible cords positioned between and supported from the rails, said cords being generally perpendicular to the rails and parallel to each other, said rows of flexible cord are formed from a continuous cord connected through the support rails, a plurality of elongate rigid support links each having first and second ends, each of said links including first and second cord receiving holes adjacent said first and second ends, respectively, one of said holes of each link receives one row of the cords and the other of said holes of the same link receives an adjacent cord row thereby supporting the links, and forming a plurality of columns of links transverse to the rows of cords in which adjacent columns have contacting sides, alternate columns of links are offset from adjacent columns of links for providing a continuous conformable, low pressure interface, body support surface, the first and second ends of the links are rounded and the first ends of the links are positioned closely adjacent the second ends of longitudinally aligned links in each column for maximizing the link support area for supporting a body, said links have a width and a height and the width of the links is substantially less than the height for allowing the links to better accommodate to the body shape and provide lower interface pressure, and wherein the links have sides which are flat and substantially entirely mate with the flat sides of adjacent columns of links for maximizing the support area of the seat thereby lowering contact pressure with a body.