Splint mobilizing an upper limb

Claim 2

A splint allowing mobilization of an upper limb, wherein it comprises a vertical framework supporting, in its upper part, a brachial cradle which is articulated about a horizontal geometrical axis intended substantially to coincide with the scapulo-humeral joint of the upper limb, and which is connected to the frame by a drive member capable of pivoting the cradle about said axis in abduction/adduction movements with respect to the framework, said cradle being provided with an adjustable axial extension bearing a bent bar whose part substantially parallel to the extension supports an adjustable antebrachial splint.

Claim 3

The splint of claim 1, wherein the extension of the cradle bears an adjustable plate for supporting the elbow of the upper limb.

Claim 4

The splint of claim 1, wherein the cradle extension comprises: an extension bar attached to the brachial cradle and extensible therefrom, the axis of the extension being parallel with the brachial cradle axis; a rotatable pulley attached to the extension bar, the pulley rotational axis being parallel with the brachial cradle axis; a guide pulley; a cable attached at one end to the rotatable pulley and at the other end to the drive member at a point different from the connection point of the drive member to the brachial cradle and routed over the guide pulley so that a deformable triangle results; a bent bar having a portion of the bent bar connected to the rotatable pulley and another portion which supports an adjustable antebrachial splint and is parallel to the brachial cradle axis such that as the brachial cradle articulates in the abduction/adduction direction, the cable causes the rotatable pulley to rotate, causing the bent bar to rotate about the brachial cradle axis, resulting in a concomitant outward/inward rotation of the upper limb.

Claim 5

The splint of claim 3, wherein the bearing is disposed so that its axis is placed in the same fictitious plane as the geometrical axis of articulation of the brachial cradle.

Claim 6

The splint of claim 3, wherein the guide pulley is mounted on the extension which also bears a stop limiting the inward rotation of the bent bar.

Claim 7

The splint of claim 3, wherein the drive member is connected to the brachial cradle by a fork element on one of the arms of which the cable is fixed, below the point of articulation with said cradle.

Claim 8

The splint of claim 3, wherein the grooved pulley bears an attachment for a rod supporting an axially adjustable counterweight.

Claim 9

The splint of claim 1, wherein the drive member is associated with end-of-stroke reversing contactors.

Claim 10

The splint of claim 1, wherein the vertical framework is in the form of a chassis mounted on a support in vertically adjustable manner.

Claim 11

The splint of claim 1, wherein the vertical frame has a lower part and an upper part, the upper part comprised of two vertical uprights, each upright containing a pivot pin, the two pivot pins being aligned coaxially, and wherein the brachial cradle has two ends, with one end comprised of two parallel side bars, such that each side bar is connected to a pivot pin, thereby allowing the brachial cradle to articulate.

Claim 12

The splint of claim 1, wherein the cradle extension comprises: an extension bar attached to the brachial cradle and extensible therefrom, the axis of the extension being parallel with the brachial cradle axis; a rotatable pulley attached to the extension bar, the pulley rotational axis being parallel with the brachial cradle axis; a guide pulley; a slide attached to the vertical framework; a cursor attached to the slide and capable of being affixed to the slide at several positions; a cable attached at one to the rotatable pulley and at the other end to the cursor and routed over the guide pulley so that a deformable triangle results; a bent bar having a portion of the bent bar connected to the rotatable pulley and another portion which supports an adjustable antebrachial splint and is parallel to the brachial cradle axis such that as the brachial cradle articulates in the abduction/adduction direction, the cable causes the rotatable pulley to rotate, causing the bent bar to rotate about the brachial cradle axis, resulting in a concomitant outward/inward rotation of the upper limb.