Lower limb rehabilitation training apparatus and use method thereof

Abstract

The invention relates to a lower limb rehabilitation training apparatus and a use method thereof. A spring fixed sleeve is fixedly arranged on a base below a bottom connecting plate, a vertical springis arranged in the spring fixed sleeve in a sleeving manner, the bottom of the vertical spring is fixedly connected with the internal of the bottom of the spring fixed sleeve, the top of the verticalspring is fixedly connected with the bottom of the bottom connecting plate, a horizontal spring mounting ring is fixedly arranged at the inner side of a foot fixer, and a horizontal spring is arranged on the horizontal spring mounting ring. Even though the patient does have walking capacity, the patient still can enter the sitting posture training state as early as possible, thereby implementingthe lower limb training in stages and gradients; and meanwhile, the training apparatus is in favor of the integral combined training of the legs and the pelvis of the patient, the comprehensive lowerlimb combined training of the sitting posture position is realized by adopting a combined training way of the sitting posture leg-bending opening-closing training and the sitting posture leg-unbendingstep-reaching training, and the combined effect of the lower limb training is greatly improved.

Description

technical field [0001] The invention relates to the medical field, in particular to a lower limb rehabilitation training device and a use method thereof. Background technique [0002] Lower extremity rehabilitation training is an important means for patients with lower extremity diseases to restore the motor perception function of the lower extremities, and eventually restore the ability of daily life such as walking and going up and down stairs. Traditional lower limb rehabilitation training uses manual methods to assist patients in lower limb movement, which is labor-intensive and wastes human resources. [0003] Although there are some devices for lower limb rehabilitation training on the market at present, there are certain defects in the use of these devices. These defects are mainly reflected in: First, the traditional training devices are mostly auxiliary walking devices, and patients need to adopt an upright posture for training and walking Exercise, but in clinical...

AI Technical Summary

Problems solved by technology

Traditional lower limb rehabilitation training uses manual methods to assist patients with lower limb movement, which is labor-intensive and wastes human resources

[0003] Although there are some devices for lower limb rehabilitation training on the market at present, there are certain defects in the use of these devices. These defects are mainly reflected in: First, the traditional training devices are mostly auxiliary walking devices, and patients need to adopt an upright posture for training and walking Exercise, but in clinical practice, the real lower limb training should be implemented when the patient does not have the ability to walk. Since the recovery stage of the patient starts from the perception ability, then gradually strengthens the muscle strength, and finally realizes the walking exercise. Rehabilitation training is only implemented in the later stage, and the patient's auxiliary walking device is used for lower limb rehabilitation training in advance, which often cannot get good training results; secondly, the traditional lower limb rehabilitation training equipment is not very adaptable. Due to individual differences in patients, the device The inherent structure and size or mode itself often cannot meet the needs of many patients due to individual differences, resulting in a significant reduction in the training effect of patients when using rehabilitation training equipment; thirdly, the stage of using standing posture rehabilitation training is the later training stage. At present, there is a lack of special training equipment in the early stage of standing and walking training on the market to carry out training operations, resulting in poor recovery ability in the early stage of training and increasing the overall training recovery time

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