Otto Bock Healthcare Gmbh

Ottobock Se & Co. Kgaaß

Otto Bock Healthcare IP Gmbh & Co. Kg.

Klaus Lidolt

Martin Pusch

Matthias Vollbrecht

Helmut Wagner

Matthias Schilling

Gordon Siewert

Olaf Kroll-Orywahl

Boris Ljubimir

Oliver Mizera

Andreas Mühlenberend

Benjamin Schirrmeister

Harry Christenhusz

Heiko Drewitz

Alexander Schmitt

Markus Tüttemann

André Müller

Annedore Kurzweg

Klaus Johannes

Alexander Von Ascheberg

Guido Kahlmeyer

Tim Kruchem

Alexander Hardt

Michael Bremer

Olaf Kroll-orywahl

René Wiederhold

Julia Bialowons

Heiko Scholle

Markus WÜSTEFELD

Erienne Overdevest

Fredrik Flood

The invention relates to a relief orthosis comprising a foot part which comprises a sole, a shank part extending away from the foot part in the proximal direction, and at least one fastening element for fastening the orthosis to a user, which fastening element is disposed on the foot part and/or on the shank part, wherein the foot part is embodied with an adaptable length.

Relief orthosis

A relief orthosis includes a foot part which comprises a sole, a shank part extending away from the foot part in the proximal direction, and at least one fastening element for fastening the orthosis to a user, which fastening element is disposed on the foot part and/or on the shank part, and the foot part is embodied with an adaptable length.

A trunk orthosis including a bandage that is designed to be put on a patient's trunk, and a supporting device which is connected to the bandage. The supporting device is designed as a frame with frame sections that are hingedly or elastically secured to one another, are spring-biased, and are pre-stressed by the bandage when worn on the patient's trunk.

Trunk orthosis

The use of an orthopedic aid with two parts () which are movable relative to one another and with a locking device for locking the two parts () in a predetermined relative position and for unlocking the parts () in order to permit movement of the parts () with respect to one another is made much safer by virtue of the fact that at least one signaling arrangement () is provided which emits a particular signal for the locking state or upon unlocking of the locking device. The risk of accidents due to the parts () being incorrectly locked is at least substantially reduced.

Orthopedic aid with a locking device

A joint orthosis including an upper member, a lower member operably connected to the upper member by one or more swivel axes at a joint mechanism, and a pad attached to the joint mechanism and positioned between the joint mechanism and the body part, wherein the joint mechanism includes a clip connection for securing the pad to the joint mechanism. The upper and lower members include a means for attaching the joint orthosis to a body part of a user, such as an extremity. The clip connection connects to a coupling element that is one or more of an adapter or pad bracket positioned between the joint mechanism and the pad. The pad, pad bracket and/or adapter are configured to cover over the joint mechanism and the pivot axis. The upper and lower members can include teeth that interlock with each other in order to form a synchronized pivot movement.

Joint orthosis

In an orthopedic aid with two parts () which are movable relative to one another and with a locking device for locking the two parts () in a predetermined relative position and for unlocking the parts () in order to permit movement of the parts () with respect to one another, the unlocking can be advantageously controlled by the fact that the locking device can be actuated electromechanically from a control module ('), and an actuating signal can be sent by wireless transmission from an actuating unit () to the control module (&#x2032;).

An orthopedic splint, which, as part of an orthosis, is intended to bear on a part of the body, can be used with different configurations. The splint consists of two round rods () which are arranged approximately in a plane () and whose ends on both sides are inserted rotatably in round seats () of two endpieces (). Both round rods () are designed with at least one angled part () in the plane (). The round seats () of an endpiece () form an acute angle with respect to one another and are designed with an excess dimension relative to the inserted end so that, by rotating the round rods (), different relative angles extending out from the plane () can be set between the endpieces () in two end settings.

Orthopedic splint

Growing community of inventors

Duderstadt, Germany

Klaus Lidolt