Intelligent recovery exercising device and exercising method for upper and lower limbs of patient

Abstract

The invention discloses an intelligent recovery exercising device and exercising method for upper and lower limbs of a patient. The device comprises a frame, wherein a first slide bar, a second slide bar and a third slide bar are arranged on the upper portion of the frame, an upper limb initiative exercise mechanism is arranged on the first slide bar, and the upper limb initiative exercise mechanism comprises a first elastic strap and rings; a first lower limb passive exercise mechanism is arranged on the second slide bar, and the first lower limb passive exercise mechanism comprises a first motor, a first fixed pulley, a first bandage and a first hauling cable; a second lower limb initiative exercise mechanism and a second lower limb passive exercise mechanism are arranged on the third slide bar, and the second lower limb initiative exercise mechanism comprises a second elastic strap and a second bandage; the second lower limb passive exercise mechanism comprises a second motor, a second fixed pulley, a third bandage and a second hauling cable. According to the intelligent recovery exercising device, the initiative and passive recovery exercise for the upper and lower limbs of the patient can be achieved, and according to patients with different physical conditions, the exercise frequency, range and intensity in passive exercise of patients can be controlled by selecting appropriate exercise modes.

Description

technical field [0001] The invention belongs to the technical field of medical rehabilitation equipment, in particular to an intelligent rehabilitation exercise device for upper and lower limbs of a patient. Background technique [0002] Patients with high paraplegia, limb hemiplegia after cerebrovascular disease sequelae, coma and immobile patients, or patients with lower limb disabilities due to accidental injury, these people cannot actively perform lower limb exercises, and need to perform passive knee-bending movements of lower limbs regularly, otherwise it will easily lead to Musculoskeletal atrophy, lower extremity thrombosis, poor cardiopulmonary function and other symptoms. When medical staff perform daily care for such patients, they need to perform functional exercises on the upper and lower limbs of the patients or the patients themselves exercise the upper limbs by stretching; there are also passive rehabilitation exercises on the lower limbs of the patients wit...

AI Technical Summary

Problems solved by technology

When performing daily care for such patients, medical staff need to perform functional exercises on the upper and lower limbs of the patients or the patients themselves exercise the upper limbs by stretching; there are also passive rehabilitation exercises on the lower limbs of the patients with the help of some equipment, but the The running track is relatively single, and the frequency, amplitude and intensity of the exercise cannot be adjusted according to patients with different physical conditions, which may fail to achieve the goal of exercise or aggravate the strain of the patient's tendon, causing secondary damage to the patient's body, thereby increasing Difficulty of work for medical staff

Images