초록 ▼

A self-assisted shoulder passive range of motion (SA-PROM) apparatus. The apparatus includes a forearm support adapted to receive the forearm of the affected arm, a double pulley assembly, a single pulley connectable to an elevated support such as an upper door edge, and a main support rope, one end

A self-assisted shoulder passive range of motion (SA-PROM) apparatus. The apparatus includes a forearm support adapted to receive the forearm of the affected arm, a double pulley assembly, a single pulley connectable to an elevated support such as an upper door edge, and a main support rope, one end of which is attached to the double pulley, the other end having an enlarged handle. A central portion of the main support rope is engagable over the single pulley. A secondary rope arrangement which is preferably formed of a single length of rope, is attached to each of a plurality of holes formed through said forearm support in proximity to each end and each side margin of the forearm support and arranged over the secondary pulleys to self-regulate pitch and roll movement of the forearm support. The affected arm may be passively raised and lowered through a range of motion by pulling on the handle with the unaffected arm.

대표청구항 ▼

The invention claimed is: 1. A self-assisted shoulder passive range of motion apparatus comprising: an elongated contoured forearm support adapted to receive the forearm of the affected arm and extending generally between the elbow and wrist of the user; a double pulley assembly having two spaced p

The invention claimed is: 1. A self-assisted shoulder passive range of motion apparatus comprising: an elongated contoured forearm support adapted to receive the forearm of the affected arm and extending generally between the elbow and wrist of the user; a double pulley assembly having two spaced pulleys and an attaching hook or ring; a single pulley connectable for support to an elevated support such as a ceiling, upper door edge and an upper wall; a main support rope, one end of which is attached to the attaching hook or ring of said double pulley, the other end of said main support rope having a hand grasping member, a central portion of said main support rope engagable over said single pulley for free rolling movement thereover; a group of secondary rope segments each attached at a lower end thereof to one of a plurality of holes formed through said forearm support in proximity to each end of each side margin of said forearm support; an upper portion of each of said rope segments passing over one or the other of said pulleys and arranged to regulate pitch and roll movement of said forearm support; wherein said group of rope segments are substantially continuous for enhanced automatic positional adjustment of said forearm support when tension is applied to said main rope; and a restraining sleeve positioned transversely between two opposing said holes and receiving the continuous said rope segments extending therethrough and being slidably engaged through the corresponding holes whereby said restraining sleeve is automatically tightened over the forearm, and whereby the affected arm of a user may be passively raised and lowered through a range of motion by pulling on said hand grasping member with the unaffected arm. 2. A self-assisted shoulder passive range of motion apparatus as set forth in claim 1, further comprising: a forearm strap releasably attachable over the forearm to said forearm support for restraining the forearm from substantial movement with respect to said forearm support. 3. A self-assisted shoulder passive range of motion apparatus as set forth in claim 1, further comprising: a compressible resilient layer attached to and substantially covering a concave surface of said forearm support for forearm comfort. 4. A self-assisted shoulder passive range of motion apparatus as set forth in claim 1, wherein: a wrist-supporting portion of said forearm support is resiliently downwardly flexible for enhanced wrist comfort during range of motion movement of the affected arm. 5. A self-assisted shoulder passive range of motion apparatus as set forth in claim 1, wherein: said forearm support includes upwardly extending tabs positioned on either side of the forearm for lateral forearm stabilization. 6. A self-assisted shoulder passive range of motion apparatus as set forth in claim 1, further comprising: elongated rope spacers releasably attachable between, and maintaining spaced alignment of, two adjacent said rope segments. 7. A self-assisted shoulder passive range of motion apparatus as set forth in claim 1, wherein: movement of said forearm support by pulling said hand grasping member causes passive movement of the gleno-humeral joint through the planes of motion including the shoulder flexion, scaption and abduction of the affected shoulder. 8. A self-assisted shoulder passive range of motion apparatus comprising: an elongated concave contoured forearm support adapted to receive the forearm of the affected arm and extending generally between the elbow and wrist of the user; a double pulley assembly having two closely spaced coaxially mounted secondary pulleys and an attaching hook or ring; a single pulley connectable for support to an upper door edge; a main support rope, one end of which is attached to the attaching hook or ring of said double pulley, the other end of said main support rope having a hand grasping member, a central portion of said main support rope engagable over said single pulley for free rolling movement thereover; a secondary rope attached at one end thereof to a first hole of a plurality of holes formed through said forearm support adjacent to a side margin of an elbow end of said forearm support; a central portion of said secondary rope extending from said first hole, then passing over one of said secondary pulleys, then extending to a second hole of said plurality of holes, said second hole positioned adjacent to a side margin of a wrist end of said forearm support, said secondary rope then extending over the wrist to a third hole of said plurality of holes opposing said second hole, then extending to and passing over the other said secondary pulleys and then attaching at another end of said secondary rope at a fourth hole of said plurality of holes, said fourth hole opposing said first hole; whereby movement of said forearm support by pulling said hand grasping member with the unaffected arm causes passive movement of the gleno-humeral joint through the planes of motion including the shoulder flexion, scaption and abduction of the affected shoulder. 9. A self-assisted shoulder passive range of motion apparatus as set forth in claim 8, further comprising: a forearm strap releasably attachable over the forearm to said forearm support for restraining the forearm from substantial movement with respect to said forearm support. 10. A self-assisted shoulder passive range of motion apparatus as set forth in claim 9, further comprising: a restraining sleeve positioned transversely between said two opposing second and third holes and receiving extending therethrough and being slidably engaged through the corresponding holes whereby said restraining sleeve is automatically tightened over the forearm. 11. A self-assisted shoulder passive range of motion apparatus as set forth in claim 10, further comprising: a compressible resilient layer attached to and substantially covering a concave surface of said forearm support for forearm comfort. 12. A self-assisted shoulder passive range of motion apparatus as set forth in claim 11, wherein: a wrist-supporting portion of said forearm support is resiliently downwardly flexible for enhanced wrist comfort during range of motion movement of the affected arm. 13. A self-assisted shoulder passive range of motion apparatus as set forth in claim 12, wherein: said forearm support includes upwardly extending tabs positioned on either side of the forearm for lateral forearm stabilization. 14. A self-assisted shoulder passive range of motion apparatus as set forth in claim 13, further comprising: elongated rope spacers releasably attachable between, and maintaining spaced alignment between, two adjacent secondary rope segments.