Übersetzung für "Orthopedic devices" in Deutsch

Doctors artificially lengthen the limbs of a patient with the aid of orthopedic devices.

Internal or external orthopedic devices may be necessary to provide effective tension relief.

Orthopedic devices occasionally require a plurality of components to be interconnected.

Orthopedic joint devices of a lower extremity are for example orthoses or prostheses.

Orthopedic technical devices like such an orthosis comprise components that can be mass produced.

It is known that such cushions may be used in orthopedic devices, e.g., in epicondylitis braces.

In particular, such orthopedic devices are used as orthoses or prostheses, preferably as knee joint orthoses or prosthetic knee joints.

For multiple sclerosis there are a number of orthopedic devices, as well as the type of electrostimulation.

Orthopedic devices in just six simple steps, a significantly shortened production time and a 100% individualized fit – with this approach, Mecuris plans to change the orthotics and prosthetics market.

Other typical components include parts for minimally invasive surgery, stone extraction baskets, bone saws, orthopedic devices, and several implants.

Ultem resins have a long and distinguished legacy in the healthcare industry, where they have demonstrated strength, stability, chemical resistance and dependable performance in applications such as surgical devices (tissue stabilizers, skin staplers and laparoscopic device handles), medical equipment including anesthesia machines and orthopedic devices.

We are a company engaged in the manufacture and sale of orthopedic devices such as prosthetic upper and lower limbs, supports, orthopedic footwear, compression garments,...

Orthopedic devices with two parts that can move relative to one another and with a locking device arranged therebetween for locking the two parts in a predetermined relative position and for unlocking the parts to allow the movement of the parts with respect to one another are used in a number of applications for compensating temporary or permanent weaknesses in the human body or for allowing functions that otherwise cannot be exercised.

When caring for patients with a low degree of mobility, that is to say patients that mainly stay indoors and sometimes have reduced muscular and motor abilities, that is to say in the case of so-called geriatric patients, orthopedic devices are often designed with a blocking joint, wherein such apparatuses are used in particular to support the function of the leg.

While conventional orthopedic devices, more particularly prosthetic knee joints or knee joint orthoses, require an active release of a locking device in order to bend the joint, the orthopedic device according to the invention provides for the joint device to be also unlocked or blocked involuntarily as a function of sensor information provided by sensors arranged on the orthopedic device in addition to a voluntary locking or unlocking of said joint device.

In addition to stump liners, the following orthopedic cushions are particularly well-suited to be equipped according to the invention: general orthopedic cushioning pads, prosthesis coverings, orthotic cushions, prosthesis shafts, components of supporting devices, shoe sole inserts, or orthopedic synthetic stockings used as knitted fabrics in the same manner as liners in order to cushion orthopedic holding devices or prosthetics.

Predominantly, such drives or electronically adjustable resistance devices are used in orthopedic devices for the lower extremities, in particular in prosthetic legs or leg orthoses, the adjustable resistance devices predominantly being used in prosthetic knee joints, prosthetic hip joints and prosthetic foot joints.

It is thus not necessary to provide special remote control units, possibly even a plurality of remote control units for an orthopedic device, but it is possible no control or adjust a large number of possibly even different orthopedic devices using a remote control unit which is only in principle pre-equipped.

Furthermore, provision is made for the remote control unit to he capable of addressing a plurality of possibly different control devices, joints or else orthopedic devices collectively.

This is advantageous in particular for orthopedic technicians since a large number of patients with a large number of different orthopedic devices can be supervised, using only one remote control unit.

They are used, for example, in orthopedic devices such as orthoses and prostheses, in order to adapt the respective device to the individual physical circumstances presented by the subsequent wearer of the orthosis or prosthesis.

With use of orthopedic damping devices that use a compressible medium, the medium is compressed in a compression chamber by reducing the chamber volume by means of a piston.

These physiotherapeutic exercises are typically accompanied by a physiotherapist and often require complex and expensive orthopedic devices.

Provision is also made for a patient to be able to adjust a plurality of possibly different orthopedic devices using one remote control unit 6 .

This apparatus is very well suitable for the observation of different knee lesioning processes and with some limitation to the testing of kneepieces [replacements] and other orthopedic devices (Paulos et al., 1991).