Full-automatic air bag type upper system and shoe wearing, shoe taking off and upper self-adaption method

Abstract

A pair of full-automatic air bag type smart shoes comprises air bag type uppers, wherein each air bag type upper is structurally characterized in that at least two air bag blocks are arranged and communicate, when an air bag shrinks, pressure application positions of a foot include an instep side of a first metatarsal bone, an inner foot side, instep sides of a second metatarsal bone, a third metatarsal bone and a fourth metatarsal bone, an instep side of a fifth metatarsal bone, an outer foot side, an intermediate cuneiform bone and a lateral cuneiform bone; the air bag communicates with an air charging device and an air exhausting device, the air charging device charges the air bag with air and the air bag is attached to the instep during shoe wearing, and the air exhausting device starts and discharges air in the air bag during shoe taking off; a main air bag body senses a motion state and an air pressure value of the main air bag body through an air pressure sensor and a motion sensor, pressure boosting or pressure releasing in the air bag is determined through comparison with a preset value in an MCU (microprogrammed control unit) processor, and automatic operation of the air bag is realized; connection with mobile device can be realized through a Bluetooth chip, and values in the processor are manually set, so that demands of different individuals are met.

Description

technical field [0001] The present invention relates to the technical field of wearable smart devices, and more specifically, relates to a fully automatic airbag type shoe upper system. Background technique [0002] Since the advent of shoes, people have invented many ways to fix the foot between the vamp and the sole. For example, shoelaces are bound and fixed with various ropes, Velcro, etc., and fixed by using the natural angle between the instep and the leg through the shape of the upper (such as boots). [0003] However, the fixing method of traditional industrial mass-produced shoes has been unable to solve two problems: First, shoe lasts and internationally accepted size conversion methods must be used to produce shoes. Unless the user's foot is as long as the last, there are always some places on the upper that cannot fit the user's foot. The second is that the user's feet will change the degree of congestion according to changes in the amount of exercise, which me...

AI Technical Summary

Problems solved by technology

[0003] However, the traditional industrial mass-produced shoe fixing method has been unable to solve two problems: First, the shoe last and the internationally accepted size conversion method must be used to produce shoes

However, traditional shoes can only meet the tightness requirements of the user's upper at a certain moment regardless of any fixing method. When the user's feet swell or shrink, it needs to be adjusted.

However, it is very troublesome to make such adjustments in traditional shoes, so most users can only live with this uncomfortable feeling

Images