Rotary type child equilibrium sense game training device

Abstract

The invention discloses a rotary type child equilibrium sense game training device which comprises a base, a power input assembly, a power transmitting assembly, a supporting assembly and a rotary training assembly, wherein the power input assembly is arranged on the base, the rotary training assembly is arranged above the power input assembly, the power transmitting assembly and the supporting assembly are arranged between the power input assembly and the rotary training assembly; the power transmitting assembly is of a detachable type structure; the rotary training assembly comprises a rotary training platform, the rotary training platform is of a disk-shaped structure, and three training areas of an inner training area, a middle training area and an outer training area are respectivelydivided on the upper surface of the rotary training platform from inside to outside. According to the rotary type child equilibrium sense game training device disclosed by the invention, different training areas are divided based on the child psychology and physical development characteristics, and walking and running training is performed at different speeds in the different training areas; the rotary type child equilibrium sense game training device can perform training for children with disabled vestibular functions in a targeted mode until child balance posture control ability is improvedby vestibular equilibrium sensor training.

Description

technical field

[0001] The invention belongs to the technical field of children's sense of balance training, in particular to a rotating game training device for children's sense of balance. Background technique

[0002] The theory of sensory integration originated from Dr. Elsie, a psychologist in California, USA. Based on the theory of neurophysiology and development, she proposed that the most important senses needed for human survival are touch, vestibular balance and proprioception, which are the key to maintaining the life of the organism. , an important basis for learning. Among them, the vestibular balance sense refers to the use of the three semicircular canals of the inner ear and otoliths to detect gravity, to control the orientation of the head during activities, and to maintain the sense of body balance. The sensory organs of vestibular balance are located in the inner ear, including three semicircular canals, utricles and sacs. When the head rotates or moves i...

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