The BEAR H series of products are rehabilitation robots that feature both active training mode and passive training mode, making them stand out among different types of rehabilitation robots. They are designed to help adult patients with training and rehabilitation. The BEAR H series are applicable for patients with a height range of 155cm to 190cm.
Specifications | BEAR-H1 | BEAR-H2 | |
Function | With Ankle Actuator | Without Ankle Actuator | |
Body coverage | Bilateral legs, feet, and lower back | ||
Applicable human height | 155-190cm | ||
Applicable human body weight | ≤85Kg | ||
Product Weight | 26 ±2Kg | 24 ±2 Kg | |
Product size | Thigh length adjustable range | 3 60 ~4 80 mm, tolerance ±10mm | |
Adjustable range of calf length | 34 5 ~4 50 mm , tolerance ±10mm | ||
Adjustable waist width | 2 90 ~4 20 mm , tolerance ±10mm | ||
Adjustable waist depth range | 70 ~ 115 mm, tolerance ±10mm | ||
Activity aids | Crutches, walkers, treadmills | ||
Walking speed | 2s/gait cycle ~ ~ 10s/gait cycle (Gait cycle: the time required for the same side of the limb to make two consecutive initial touchdowns is a gait cycle), the error is ±1 0%. | ||
Road slope | - 5 °~ 5 ° | ||
Required surface type | Smooth, hard, flat ground | ||
Interaction | Touch screen display | ||
Range of motion | Hip sagittal range of motion | - 3 0°~﹢ 10 0°, tolerance ±5° | |
Hip cross-sectional range of motion | - 20 °~﹢ 2 0°, tolerance ±5° | ||
Knee sagittal range of motion | 0 °~105 ° , tolerance ±5° | ||
Ankle sagittal range of motion | - 4 0°~﹢ 3 0°, tolerance ±5° | not applicable | |
Battery life | >2h | ||
Battery charging time | Charging time when fully discharged: 5h | ||
Product Expiration Date | 5 years | ||
Electrical safety testing standard | GB 9706.1-2007 | ||
Electromagnetic compatibility testing standard | YY 0505-2012 | ||
Charging power supply | AC 1 00-240V | ||
Power frequency | 50/60 Hz ±1 Hz | ||
Internal power supply | Rechargeable Li-ion Battery DC 21.6V 21Ah | ||
1. Design with safe stand: the rehabilitation robot is equipped with a stand which can support patients and protect them from falling.
2. Comfortable trainning experience: the robot uses built-in compliant actuators to drive itself. It can produce flexible output to keep patients comfortable when they doing trainning.
3. Multiple mode options: the robot can provide serval trainning modes including intelligent mode, continuous walking mode, single-step walking model and Leg Swing trainning mode, it can meet patients' demand in different rehabilitative stage.
4. Adjustable structure: the waist width and the length of thigh and calf are all adjustable. These adjustable parts keep patients safe and secure when they are trainning.
English
