A lower limb rehabilitation robot for efficient rehabilitation training of walking dysfunction
Product Introduction
The product consists of five modules: computer control system, gait correction device system, dynamic and static weight loss system, medical treadmill system and scenario interactive training system. It allows patients to strengthen normal gait memory through repeated and fixed-track gait training in an upright position, promote the input of proprioception and the formation of correct movement patterns, thereby strengthening the remodeling of brain structure and function, establishing a correct walking pattern, and effectively exercising related muscles and joints, accelerating the recovery of lower limb function. It can not only allow patients with poor balance, poor muscle strength, and inability to stand to conduct walking training as early as possible, but also allow patients in the walking training period to receive complete gait cycle training from heel landing to toe lift-off, which is a repeated standardized physiological gait pattern.
Exoskeleton gait correction system
The size of the lower limb exoskeleton, which has been used and improved for more than 10 years, conforms to the physical characteristics of the Chinese people; it is driven by a high-power motor, and the power output is more stable; the lumbar and sacral hip depth, hip width, back depth and back width can be adjusted independently, and the wrapped design of the adjustment part prevents the transmission structure from being exposed, protecting the safety of patients and operators.
Medical treadmill system
The running belt is made of high-strength PVC polymer material. The treadmill is wide, providing patients with ample and safe walking training space. The treadmill can run independently and has an independent operating interface control to meet the active training needs of mid- and late-stage patients without the exoskeleton.
Situational interactive training system
Rich game and situational interactive training scenarios, multiple game scenarios; integrated design, the patient viewing screen and operating system are transmitted via a high-definition HDMI data cable, and the real-time response of the situational interaction ensures the system’s synchronization, real-time and stability, and is not interfered with by other devices.
Dynamic and static weight reduction system
A variety of suspension weight reduction and fixation solutions are available to improve patient comfort and treatment experience.
Safety protection system
Double-sided tap-type emergency stop switch; wireless handheld remote control emergency stop switch; weight loss system power failure manual release protection function; spasm detection immediate stop protection function; equipped with pulse oximeter and pulse rate sensor to display the patient’s pulse oximeter and pulse rate value changes in real time.
IoT data interface and intelligent reporting
Data feedback during training; evaluation report; training report; IoT data platform upgrade port; neuromuscular electrical stimulation accessory upgrade interface.
Post time: Feb-13-2025