140 results about "Paraplegia" patented technology

The invention discloses a lower limb exoskeleton rehabilitation robot in the technical field of medical equipment. The lower limb exoskeleton rehabilitation robot comprises an ankle joint motion module, a knee joint motion module, a hip joint motion module, a hip and support module and a crutch module, wherein one end of the knee joint motion module is connected with the ankle joint motion module, and the other end of the knee joint motion module is connected with the hip joint motion module; the hip and support module is connected with the hip joint motion module; and the crutch module is independent of an exoskeleton body. The lower limb exoskeleton rehabilitation robot can help patients who suffer from paraplegia stand up and walk, and the bend and stretch motion of a knee joint and a hip joint is controlled by collecting contact information of a crutch and the ground so as to help the patients to stride; and an oppositely-pulled spring of the knee joint can help to reduce impact from the ground, so that patients can walk comfortably, and the efficiency of rehabilitation training is improved.

Brain-Machine Interface (BMI) systems or movement-assist systems may be utilized to aid users with paraplegia or tetraplegia in ambulation or other movement or in rehabilitation of motor function after brain injury or neurological disease, such as stroke, Parkinson's disease or cerebral palsy. The BMI may translate one or more neural signals into a movement type, a discrete movement or gesture or a series of movements, performed by an actuator. System and methods of decoding a locomotion-impaired and/or an upper-arm impaired subject's intent with the BMI may utilize non-invasive methods to provide the subject the ability to make the desired motion using an actuator or command a virtual avatar.

The multifunctional the disabled adding robot includes a wheel chair frame, a double differential wheel driving mechanism, a leg push mechanism, a rotary pedal mechanism, a chair rotating mechanism and a waistband boosting mechanism. The present invention has the function the same as common wheel chair, can aid the walking exercise of paraplegia patient and patient with walking difficulty, and is favorable to their rehabilitation.

A stent graft for deployment into the aorta of a patient has a tubular body with a proximal portion of a selected diameter; preferably a reduced diameter portion, distal of the proximal portion, having a diameter less than the selected diameter; a tapered portion, extending between the proximal portion and the reduced diameter portion; and optionally a distal portion, distal of the reduced diameter portion. At least three, preferably four or five, low profile side arms are provided, preferably in the reduced diameter portion and/or the tapered portion, for connection of an arm extension to an aortic branch vessel. All but one of the side arms are to be connected at the physician's choice, depending on the anatomy of the patient. One side arm is to provide temporary perfusion to external of the stent graft after deployment of the stent graft into the aorta, and is subsequently blocked.

A stent graft defining a main lumen bounded by a wall of graft material is disclosed. The stent graft has a valve portion between proximal and distal portions. The valve portion is formed by a wall portion having a part-circumferential double layer portion comprising an inner underlap portion and an outer overlap portion, the double layer portion forming a passageway parallel to the main lumen. The passageway has an entrance mouth and an exit mouth. The passageway has an open condition where the underlap and overlap portions are spaced apart to form a vent lumen. The wall portion is broken by a narrow cut. The cut is openable by relative radial movement between its edges. This allows re-perfusion of an aneurism and perfusion of blood from within the lumen out towards blood vessels such as intercostals and can assist in minimising the chance of paraplegia.

The invention relates to a control method for a paraplegia waling-assisted power exoskeleton, and belongs to the technical field of rehabilitation engineering. The control method controls the paraplegia waling-assisted power exoskeleton, so that the paraplegia waling-assisted power exoskeleton has eight movement modes which can be selected and switched by a user, wherein the eight movement modes comprise sitting-standing, standing-sitting, standing-walking, walking-standing, walking on the flat ground at normal speed, going up and down the slope at slow speed, walking upstairs, and walking downstairs. In daily life, the wearer can select the modes according to specific environment and requirements of the wearer, and the exoskeleton and the corresponding exoskeleton control method can provide convenience for life of the patient to the maximum, and help the patient realize the value of life.

The invention relates to a central driving lower extremity exoskeleton robot. A motor in a back assembly is connected with an output shaft through a reducer and a gear group in a transmission manner. The output shaft is connected with spline assemblies which are on a left leg and a right leg through synchronous belt assemblies. The motor transmits force moment to hip joints through the reducer, gears, the output shaft, the synchronous belt assemblies, and the spline assemblies, so that the motor respectively providing assistant moment for the left leg and the right leg in a swinging period is realized. Compared with a multi-motor driving lower extremity assistance exoskeleton, the central driving lower extremity exoskeleton is lighter in weight, and saves more energy. An electromagnetic push rod is used as a transmission mechanism to control whether to transmit motor driving moment to hip joints or not, and a transmission structure is simpler, and control is more convenient. Two thigh assemblies are connected through a mooring rope, so as to drive the mooring rope to move using variation of a human body gravity center, playing certain assistance role. The robot can realize to provide assistance for the left leg and the right leg in a swinging period through a motor, and the robot provides assistance for sitting and standing of a paraplegia patient.

The present invention relates to devices and methods for exercising the lower limbs, in particular for exercising lower limbs. The devices are suitable for training the lower limbs of persons suffering from paraplegia or hemiplegia or musculoskeletal disorders in general. In some aspects, the present invention relates to powered articulated systems (ASs) and to the rehabilitation by aid of said ASs. The parallel or hybrid ASs of the invention are based on a parallel or hybrid, lambda-type framework and are controlled by a data processing unit. The ASs are preferably controlled by a closed-loop, real time control system.

The present invention belongs to the field of rehabilitation medicine, and relates to kinetic nerve system reconstructing process. The subjective sports consciousness information of the paraplegia patient is led out via electrocerebral signal to control the autonomous motion state of the lower limb. Each cycle includes the following steps: acquiring the electrocerebral signal with the multiple lead electrodes in the head of the paraplegia patient; treating the signal, digitizing and inputting to the brain-computer interface controller; spectral analysis and mode recognition on the electrocerebral signal; judging whether to have walking intention and ending the cycle if no; or else, generating functional electric stimulation switch control signal and transmitting to the functional electric stimulation generator; and driving the multiple lead electrodes in the lower limb. The present invention is suitable for the rehabilitation exercise of the paraplegia patient as well as hemiplegia patient.

The invention provides an active type multifunctional rehabilitative apparatus enabling patients to stand up, squat and walk. The rehabilitative apparatus is used for rehabilitative exercising of people with high paraplegia and disabled lower limbs or waists and people who are worn out with age, especially patients who can not step forwards (skelasthenia). The patients who are bedridden for a long time can use the rehabilitative apparatus (walking aid) to stand up, and can exercise walking through the help of the technology of exerting force to legs, and life quality is improved.

The invention relates to the field of medical apparatuses, and in particular to an electric paraplegia rehabilitation support having a self-walking function, which is applicable to a patient that both lower extremities have no walking capacity. The support comprises an intelligent walking part and an auxiliary supporting part, and further comprises a thigh support and a calf support, wherein the auxiliary supporting part is a frame-shaped bracket; a rechargeable battery is arranged on the frame-shaped bracket so as to offer power to the support; a control switch is arranged on the frame-shaped bracket; wheels provided with brakes are arranged at the bottom of the frame-shaped bracket; the intelligent walking part comprises a control panel box; a control chip is arranged in the control panel box; a hip joint server is arranged on the thigh support; a knee joint server is arranged on the calf support; a thigh regulating rod is connected to the thigh support and a calf regulating rod is connected to the calf support; and a foot-shaped foot sole plate is connected to the tail end of the calf regulating rod, so that a place where the patient can stand is offered. The support provided by the invention is simple in structure; intelligent control of motions of the rehabilitation support is achieved; and the support is conducive to rehabilitation exercises of the patient.