Insole capable of reducing pressure on planta pedis

Abstract

The invention provides an insole capable of reducing pressure on the planta pedis. The insole comprises a cushion body. The position, located at the inner rim of the foot and corresponding to the arch, of the cushion body is provided with a first containing portion in a defined mode. A buffering bag is contained in the first containing portion. A second containing portion is formed in the position, located at the center and corresponding to the planta pedis, of the cushion body. The second containing portion is provided with a supporting bag. Oil is contained in the buffering bag and the supporting bag. A supplementing pipe is arranged on the surface of a body of the buffering bag and a one-way valve is arranged in the supplementing pipe. The supplementing pipe is used for supplementing the buffering bag with oil and the one-way valve is used for preventing the oil from discharging outwards. A foot fitting air bag is contained in the cushion body. The front end, corresponding to the cushion body, of the foot fitting air bag is provided with a front sole air bag and the corresponding rear end of the foot fitting air bag is provided with a heel air bag. The front sole air bag is connected with the heel air bag through a ventilation pipe. The buffering bag is adjusted according to arch level heights of different arches. Thus, the arch can be rightly positioned and proper supporting force of the planta pedis is provided. Thus, the foot pressure is relieved and foot injuries and lesions are reduced.

Description

technical field [0001] The present invention relates to an insole with the function of decompressing the sole of the foot. Specifically, it is an insole that can adjust the saturation of the cushioning bag of the insole according to the height of the arch of the foot and the curvature of the sole of the foot, so as to correctly position the arch of the foot and provide proper support for the sole of the foot. Insoles that support to release foot pressure and reduce foot injuries and lesions. Background technique [0002] Human feet play an extremely important "foot" role in life. All actions such as walking, running, jumping, kicking, stepping, striding, and leaping require not only the coordination of the nervous system and the coordination of muscle contraction, but also footwork. The support of the upper skeleton can be completed. In terms of walking alone, the foot will face an impact load of about 3 to 5 times the body weight. The average person walks 8,000 steps a day,...

AI Technical Summary

Problems solved by technology

[0008] The main technical problem to be solved by the present invention is to overcome the quantitative insoles that directly form the corresponding arch design on the surface in the prior art, which cannot individually target the height of the arch, the degree of deformation of the foot or the sole of the foot for different users. The position of uneven pressure provides support, and the weak correction effect is weak. An insole with a plantar decompression function is provided. Appropriate support on the bottom to release foot pressure and reduce foot injuries and lesions

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