Otto Bock Healthcare Gmbh

Teksource, Lc

Otto Bock Orthopedic Industry, Inc.

Otto Bock U.s., Inc.

William M Clover, Jr

Luder Mosler

Robert Edward Finlinson

Erik Laatsch

Glenn M Street

Anna M Hendrickson

Vladimir Sarpe

Peter Marshall Young

Kelly B Clark

Karin E Pauly

A connector for fluidly connecting the sealed interior of an artificial limb socket with a pressure source when the connector is mounted to the socket at a hole and an artificial limb including same. The connector includes a flexible elongated tubular section having a lumen, a flange coupled to one end of the elongated tubular section, the flange having a seal surface for sealingly abutting one of the socket wall surfaces around the hole, and a tubular portion adjacent to the flange and extending the lumen from the seal surface of the flange. Tubular portion has at least one section oversized relative to hole which provides a reasonable air-tight seal between the at least one section and an inner surface of the hole or the other of said socket wall surfaces around the hole and distant from the flange, when the tubular portion is received within the hole.

Pneumatic connections for prosthetic socket

An orthotic device includes a rigid support member and a removable inner liner having a contact surface adjacent the support member formed of a non-skid or non-slip material. The liner may include a flap or pocket for receiving at least a portion of the support member, at least at first strap having a first end attached to a first region of the liner and a second end fastenable to a second region of the liner for securing the orthotic device to the wearer, and a patient interface surface.

Orthotic liner

A process for fabricating a custom breast prosthesis or an intermediate casting form for a breast prosthesis, in which the task of creating the intermediate casting form is considerably simplified, and enables a shaping of the casting form, in situ.

Custom prosthesis fabrication with in situ shaping of intermediate casting form

A fastener, for releasably securing movable panels or other components of a support device, includes a clamping member having a cap and an externally threaded shank, a clamping knob internally threaded for movement along the shank, and a retaining member having a threaded shaft received into an internally threaded aperture of the shank. The external shank threads and internal knob threads have a relatively coarse pitch, while the shaft threads and internal aperture threads have a relatively fine pitch. The clamping knob includes a recess with a locking shoulder that engages a head of the retaining member, thus to determine a locked position for the knob, preventing further movement of the knob in the axial direction away from the cap. The locked position can be set to coincide with a clamping position of the knob, or alternatively spaced apart to allow limited axial travel of the knob. The knob and cap have opposed clamping faces at the outer edges of respective resilient projections that are slightly elastically deformed during clamping, thus to provide an elastic restoring force for a positive hold of the releasably secured components. One of the clamping members, typically the cap, can include a stud or other suitable detent adapted for capture within a slot or against another feature of one of the components, to prevent rotation of that clamping member during fastening.

Fastener for adjustable support device

A structural member for use in a wheelchair which includes an elongate section having side members connected by at least one central member and movement accommodating channels. Preferably, the elongate section has a W-shaped cross-sectional configuration. The preferred cross-section has a generally round outline. The preferred wheelchair structural member also includes a mechanism for imparting torsional stiffness thereto. Preferably, that mechanism includes stiffening disks which have a solid, circular cross-sectional appearance, and which are formed integrally with the elongate section. Similarly, the preferred structural member may include a mechanism for imparting bending strength. Stiffening disks, as well as increased cross-sectional diameter and increased wall thickness may be used to reduce the tendency of a structural member to bend. A preferred injection molding method and the preferred use of fiber-reinforced plastic materials are also disclosed.

Growing community of inventors

Buffalo, MN, United States of America

William M Clover, Jr