The microprocessor controlled Genium can alternate up stairs with intelligent knee joints, breaking through technical bottlenecks such as crossing obstacles and alternating up stairs. It has a natural movement mode without the need for users to consciously control the joints. Regardless of the situation, users can walk freely. This is a new experience brought to amputees by the new generation of computers, sensors, and control technologies. Genium can alternate up stairs with intelligent knee joints that can intelligently respond to various daily situations. It can help users reconstruct a natural physiological gait and compensate for the loss of lower limb function due to amputation. Genium wearers can enjoy a happy and wonderful life.
Product Details
Bluetooth
The built-in Bluetooth system in the knee joint can connect the joint to the Cockpit App. After successful Bluetooth connection, the LED light above the joint will display. If necessary, Bluetooth can also be turned off.
Gyroscope, accelerometer, angle sensor, intelligent microprocessor
Gyroscopes and accelerometers are intelligent technologies developed by Ottobock's powerful R&D team, which monitor changes in rotation speed and direction in real time, as well as horizontal and vertical acceleration in real time. The angle sensor monitors real-time changes in knee flexion angle and velocity. The intelligent microprocessor performs real-time calculation and analysis, and outputs damping control signals to the hydraulic cylinder. Every step taken by the user, Genium is monitoring and calculating in real-time for you. Ensure ultimate safety in all situations.
Battery and electronic unit
The battery and electronic unit are built into the Genium smart knee joint that can alternate up stairs, and come with a protective shell. Genium batteries can last for 4-5 days of continuous operation. The magnetic convenient charging system makes charging very convenient for users.
Hydraulic cylinder servo intelligent control system
Controlled by an intelligent microprocessor, based on massive data detected by facts, it receives control signals output by the intelligent microprocessor and outputs appropriate bending damping and stretching damping. Provide users with stability during the support period and flexibility during the swing period. Even in the event of unexpected situations such as tripping, high stability can be achieved.
Carbon fiber shell
Strong and durable, exquisite and wear-resistant.
Knee joint torque sensor
Real time monitoring of knee joint torque changes provides massive data support for intelligent computing of smart microprocessors.
Magnetic charging technology
Magnetic charging technology can be charged by attaching magnetic patches to the knee joint charging area. Allow users to easily charge.
AXON leg tube and ankle joint sensor
Axon leg tubes are equipped with ankle joint sensors, which can transmit the force and weight-bearing status of the ankle joint. Provide massive data support for intelligent computing of intelligent microprocessors.