Lower limb motion mode forming training device and use method thereof

Abstract

The invention discloses a lower limb motion mode forming training device, which includes a waist band, angle-adjustable joint motion limiters, alloy branches, plantar plates and fixing belts, wherein the joint motion limiters are a hip joint motion limiter, knee joint motion limiters and ankle joint motion limiters respectively; the alloy branches are sequentially connected with the hip joint motion limiter and the knee joint motion limiters through rivets and are integrally connected with the waist band; and the lower parts of the alloy branches are connected with the plantar plates through the ankle joint motion limiters. When the device is worn, the parts of the waist band on the two sides are integrally connected through fixing belts sewed with nylon fastening tapes at the tail ends, and the device is fixed on the pelvis; the alloy branches are fixed on each joint limiter and the waist band through the rivets respectively; a corresponding model is selected according to the specific condition of a patient during training; after the device is worn by the patient, walking motion mode training is performed; each joint is only allowed to perform the motion on sagittal axis; the abduction and adduction of ankle joints, hyperextension of knee joints and inward and outward turning of feet are fully limited to limit an abnormal motion mode; and a normal motion mode is gradually reestablished through repeated training.

Description

technical field [0001] The invention relates to a rehabilitation training device, in particular to a special rehabilitation training device for walking and reshaping lower limb movement patterns of hemiplegic and paraplegic patients. Background technique [0002] The formation of human movement patterns is to first establish a movement program in the motor center of the cerebral cortex—that is, the driving signal sent by the brain to the muscles involved in joint activities. The actual movement function necessary for daily life and productive labor - movement pattern. [0003] The time required to develop a motor program is closely related to the degree of evolution of the species. The more evolved a species, the longer it takes for its motor program to establish. For example, it takes about a year for a human to have the ability to walk, run and jump, while a sheep has the ability to walk, jump and run a few hours after birth. Movement pattern is the external manifestati...

AI Technical Summary

Problems solved by technology

More importantly, among all the rehabilitation methods currently used at home and abroad, there is a common shortcoming that "unable to effectively limit unnecessary activities in activities", that is, lack of the function of correcting abnormal movement patterns and rebuilding normal movement patterns

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