Watch strap adjusting structure and intelligent wearing device

Abstract

The invention relates to a watch strap adjusting structure and an intelligent wearing device. The watch strap adjusting structure comprises a first watch strap body, a second watch strap body and an adjusting apparatus, wherein the adjusting apparatus comprises a rack, an adjusting gear correspondingly engaged with the rack and a rotating button arranged on the adjusting gear, the rack is arrangedon the first watch strap body, the second watch strap body is provided with a through hole correspondingly adaptive to the rotating button, the rotating button is freely arranged in the through holein a penetrating manner, and the rotating button can rotate relative to the second watch strap body. The first watch strap body is provided with the rack and the adjusting gear correspondingly engagedwith the rack, the second watch strap body is provided with the through hole adaptive to the rotating button, and the rotating button is rotated to drive the adjusting gear to rotate relative to thesecond watch strap body so as to tune the elasticity between the first watch strap body and the second watch strap body, so that the most wearing elasticity can be realized, and the user experience can be improved.

Description

technical field [0001] The invention relates to the technical field of smart wearable devices, in particular to a strap adjustment structure and smart wearable devices. Background technique [0002] With the rapid development of science and technology, smart wearable products can be described as changing with each passing day. For existing wearable products, especially such wearable products as smart watches, when wearing them, due to the relationship between thermal expansion and cold contraction and sweating, etc. The strap is tight and loose, we need to constantly adjust the tightness of the strap. [0003] However, the adjustment method of the traditional watch strap is difficult to meet our fine-tuning needs. For example, the hole buckle watch strap, in order to maintain the strength, there is a certain distance between two adjacent holes. It often happens that the former hole is buckled too tightly and the latter hole If the buckle is too loose, and improper strap tig...

AI Technical Summary

Problems solved by technology

[0003] However, the adjustment method of the traditional watch strap is difficult to meet our fine-tuning needs. For example, the hole buckle watch strap, in order to maintain the strength, there is a certain distance between two adjacent holes. It often happens that the former hole is buckled too tightly and the latter hole If the buckle is too loose, and the improper tightness of the strap will also affect the reading accuracy of smart watch sensors, such as heart rate sensors and accelerometers, etc., the user experience is poor

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