NFC-based scalable smart shoes

Abstract

The invention provides an extensible intelligent shoe based on NFC. The extensible intelligent shoe comprises a basic system sealed in a sole, at least one NFC interface and at least one low-speed interface extension sub-system, wherein each low-speed interface extension sub-system is connected to the basic system through the corresponding low-speed interface extension sub-system. The extensible intelligent shoe has the advantages that the minimal configuration of the shoe only contains one basic system and some NFC interfaces, a user can optionally add any needed functional circuits according to needs, and an extension function is achieved.

Description

technical field [0001] The invention relates to an intelligent wearable electronic device, in particular to an expandable NFC-based intelligent shoe. Background technique [0002] With the rapid development of wearable electronic devices, more and more wearable electronic devices are used, but the hardware functions of each wearable electronic product are unified and fixed. As the user's individual needs become more and more intense, Users hope to build wearable electronic devices that meet their own needs. All the functions are their own needs, and then remove all the functions they don’t need to reduce the price. However, it is difficult to support this in the current system structure. Customize the hardware structure. If you want to meet the various needs of all users, you need to design a complete and most fully configured hardware device. This is unacceptable for wearable electronic devices regardless of hardware cost and battery power consumption. The current The solu...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of wearable electronic devices, more and more wearable electronic devices are used, but the hardware functions of each wearable electronic product are unified and fixed. As the user's individual needs become more and more intense, Users hope to build wearable electronic devices that meet their own needs. All the functions are their own needs, and then remove all the functions they don’t need to reduce the price. However, it is difficult to support this in the current system structure. Customize the hardware structure. If you want to meet the various needs of all users, you need to design a complete and most fully configured hardware device. This is unacceptable for wearable electronic devices regardless of hardware cost and battery power consumption. The current The solution is that hardware solution designers design a function collocation that satisfies the maximum number of users and also considers the compromise of power consumption and cost according to the mainstream needs in the market, so it is still impossible to define a specific needs for each specific user. Wearable Electronics

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