Walking training instrument for dynamic weight reduction

Abstract

The invention discloses a walking training instrument for dynamic weight reduction. The walking training instrument comprises a machine head, a rail and a hanging stand, wherein the machine head comprises a walking assembly and a lower box body; the walking assembly is used for producing power and is walked along the rail, and a sling is arranged on the lower box body positioned at the bottom of the walking assembly; the other end of the sling is connected with the hanging stand; and the hanging stand is used for being connected with a patient, and a retractable sling can be used for realizingdynamic weight reduction of the patient during walking. According to the walking training instrument for dynamic weight reduction disclosed by the invention, requirements on walking training and transferring for the dynamic weight reduction can be met in a compact space, and quick vertical and horizontal motion in a large scale can be realized; and the walking training instrument has a simple structure, is attractive in appearance, is high in reliability, convenient to maintain, is high in intelligent degree, and can reduce the working pressure of therapists.

Description

Technical field [0001] The invention relates to the technical field of medical rehabilitation equipment, in particular to a walking training instrument for dynamic weight loss. Background technique [0002] With the advent of aging, the number of patients suffering from stroke and other neurological diseases is increasing. Most patients are accompanied by symptoms of hemiplegia. Walking training is an important link for hemiplegic patients to restore their walking ability. In addition, patients who have difficulty walking due to accidents such as car accidents need scientific walking training under the premise of surgery and medication. [0003] Weight loss walking training is a training method for restoring the strength of the lower limbs and walking ability. It reduces part or all of the weight of the patient through suspension, allows the patient to maintain balance and conducts gait training, so that patients with insufficient lower limb strength can gradually recover Walking ...

AI Technical Summary

Problems solved by technology

However, because the structure is very complex, the reliability of the overall system is average. Another problem is that due to the limited spring length, the patient cannot perform a large range of vertical movements, such as training up and down stairs, standing and squatting training, etc.

The weight-loss walking training products on the market basically have a fixed frame. The range of patient activities is limited by the frame, and a wide range of free walking training cannot be performed. Therefore, the training items are relatively single and boring, and there are relatively large limitations. Failure to meet the patient's rehabilitation needs

[0006] Existing products have the problem of insufficient intelligence. After the training is completed, they cannot provide accurate information such as the training effect of the patient, such as changes in gait, walking speed, and the difference between left and right footsteps. Without this information, doctors cannot Evaluate the patient's training effect and adjust the next training content. The lack of intelligent human-computer interaction ability is a major defect of existing products

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