Gait-adaptive porous bio-mechanical regulation insole and shoe

Abstract

One or more embodiments of the present specification provide a gait-adaptive porous bio-mechanical regulation insole and shoe, the insole comprises a body and an inflation and deflation mechanism, the body is a mesh porous structure formed by connecting a plurality of small beams, and the porous structure has a plurality of air-permeable pores in all directions, so that the insole has air permeability, and the mutually connected small beams are hollow to form mutually communicated air passages. In the human body gait cycle process, the inflation and deflation mechanism is used for inflating the air channel, the rigidity of the insole can be improved, the air permeability can be reduced, the inflation and deflation mechanism is used for deflating the air channel, the rigidity of the insole can be reduced, the air permeability can be improved, therefore the function of dynamically adjusting the rigidity and the air permeability of the insole is achieved, and assistance is provided for prevention, treatment and rehabilitation of diabetic feet.

Description

technical field [0001] One or more embodiments of this specification relate to the technical field of rehabilitation aids, in particular to a gait-adaptive porous biomechanical regulation insole and shoes. Background technique [0002] China is the country with the largest population, the largest population of elderly people and the largest population of disabled people in the world. The Fifth Plenary Session of the Nineteenth Central Committee clearly pointed out: to improve the multi-level social security system, comprehensively promote the construction of a healthy China, and implement a national strategy to actively respond to population aging. For the first time, the response to population aging has been raised to the national strategic level. As China's aging population is getting worse, rehabilitation aids play a pivotal role as a type of product that prevents, assists, treats, and compensates for human physiological dysfunction and functions. [0003] Insoles are c...

AI Technical Summary

Problems solved by technology

However, the insoles produced by these two methods are mostly solid insoles with poor air permeability, and once the insoles are made, the rigidity is basically fixed. For patients with diabetic feet, it is very unfavorable for the rehabilitation of the feet, and it is easy to cause wounds to not heal. , infection and amputation

[0005] The problem of air permeability can be solved by using the whole or partial perforation method, but during the human gait cycle, the air holes are easily blocked due to the trampling of the feet, and the air permeability effect is not good because the air permeability cannot be dynamically adjusted.

Moreover, in the process of the human gait cycle, the existing insoles cannot dynamically adjust the stiffness, and cannot achieve good adaptability to the foot.

Images