Gehtrainer Und Gehwagen

Mobility devices designed to assist and train patients in walking. These devices provide support and stability during ambulation and gait training activities.

Mobile training devices designed to support patients during gait training and walking exercises. These devices provide stability and assistance for individuals learning or relearning to walk.

Therapeutic devices used during physical rehabilitation to assist individuals in relearning walking mechanics after injury, stroke, or surgery. Support safe walking rehabilitation and balance recovery.

Mobility devices designed to assist patients in rehabilitation and gait training following injury or surgery. Provides support and safety during standing and walking exercises.

Equipment designed to facilitate controlled movement and exercise for rehabilitation. Supports recovery and maintenance of physical function in home and clinical settings.

A gait training device used for rehabilitation of walking patterns and functional mobility in patients recovering from injury or neurological conditions. Available variants: Gait Trainer™ 3.

Equipment designed for training and rehabilitation of patients with gait disturbances or mobility impairments. The equipment supports physical therapy and rehabilitation programs for improved patient mobility.

Specialized walker designed for supervised gait training and rehabilitation. Used in clinical settings to assess and improve walking patterns in patients with mobility deficits.

Therapeutic walking equipment designed for gait training and locomotion rehabilitation. The system supports patients in regaining walking capacity in clinical rehabilitation settings.

Mobility assistance devices for rehabilitation and patient ambulation support. Facilitates safe walking and balance improvement in recovery programs.

Specialized equipment designed for stroke and neurological rehabilitation, allowing precise body weight reduction during gait cycle phases. Improves gait pattern and balance ability while reducing injury risk during intensive rehabilitation training.

1. The proposed gait training assist device does not directly support or pull the trainee during walking. Instead, it moves according to the trainee’s walking direction, thereby continuously providing the functions of wall-mounted handrails and gait training rails through the mobile gait training assist device. 2. Since the gait training assist device is movable, it has minimal spatial constraints for training environments. Therefore, trainees can easily perform gait training in various locations and training spaces. 3. The movement speed of the gait training assist device can be adjusted according to the trainee’s walking ability and rehabilitation level. 4. The gait training assist device implements forward, backward, left-turn, and right-turn motions based on the position data of the harness worn by the trainee.