Abstract: A connector device is disclosed for releasably connecting a cord or flexible tube which includes a disk-shaped top plate which has an exit opening for the end of a cord to be retained. A capture cap has a circumferential edge which mates with the top plate. The top plate has a series of indents upon its circumferential edge. A capstan is located between the top plate and capture plate. A cord or flexible tube to be connected is directed through an opening where it enters a helical track in the capture cap. When the capture cap is rotated in a first direction the cord is wrapped around the capstan and captured within the helical track. Rotation in the opposite direction releases the cord. A ratchet capture and release mechanism engages the series of indents to further prevent release of the cord. A retaining device is secured to the top plate for attaching the connector device in a fixed position thereby attaching the cord. Multiple connector devices connect multiple cords or flexible tubes together.

Abstract: A device for releasably retaining a cord or flexible tube. The device includes a U-shaped yoke and a rotatable handle sized for gripping by the hand of a user. The cord or flexible tube is releasably received by a capture cap and can emanate directly therefrom or be routed to a loop located at the end of the handle in order to alter its orientation.

Abstract: A device to assist in the application of a sock or stocking onto the foot and ankle of the user. The device includes an elongated shell having first and second ends, a base and side walls wherein the shell is U-shaped in cross-section, the base and each of the side walls being substantially planar. Each of the side walls are characterized as having outwardly turned lips and the shell also includes an upwardly turned tongue element and a cord whose ends are affixed to the shell.

Abstract: The present invention provides a bouncing putty with low density and other desirable properties. The density is preferably between 0.33 and 0.95 g/cc, preferably between about 0.5 and 0.75 g/cc and particularly preferably about 0.6 g/cc. Borosilicone rubber base is mixed with density-reducing filler, preferably in the form of thermoplastic microspheres. Addition of a thinning agent reduces stiffness and addition of a lubricating oil improves the handling characteristics. A moisture scavenger can be added to maintain the characteristics of the bouncing putty even if some moisture is absorbed during use. A polarity modifier such as glycerine can be added to soften the putty. If desired, a colorant can be added as well.

Abstract: A device and method for positioning a human arm above the arm of a chair, the device being made of a soft pliable material and including a lower chair-adapting portion with one or more passageways approximating the shape of an arm of a chair adapted to fit securely around the arm of the chair, and a connected upper arm-elevating portion with a relatively low portion to accommodate and support an elbow and an angled, elevated portion to accommodate, support, and elevate an arm and hand. The method includes using the device and also positioning a person against the device, providing extra stability for the device and limiting the lateral motion of the person in the chair.

Abstract: A low-profile dynamic hand splint including a rigging which is attached to a finger sling and which uses a single extendable coil spring to generate a variable tension force in the rigging. The tension force in the rigging is adjusted over a range of up to approximately 400 grams by attachment of one end of the rigging to various points on the base of the hand splint using releasable hook and loop fasteners. Use of a single extendable coil spring with an adjustable attachment point for the end of the rigging permits the rigging to be short in length and to be conveniently attached to the splint near a patient's wrist.