BEAR H series of products are rehabilitation robots have both active training mode and passive training mode, they are designed to help adult patients to train and rehabilitate. The BEAR H series are applicable for patients with 155cm to 190cm height.
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.
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