Anti-theft smart wearable device with encryption function and capable of lowering temperature through swaying

Abstract

The invention discloses an anti-theft smart wearable device with an encryption function and capable of lowering the temperature through swaying. The anti-theft smart wearable device structurally comprises a non-slip sports watchband, a watchband fastener, a watch body, a control button and a liquid crystal display. The anti-theft smart wearable devices has the advantages that through combination of a shock-proof fitting device with a heat radiating structure, when a user is in motion, the shock-proof fitting device is started, stable support is formed by the reverse side of a watch and the skin surface of the wrist, a watch protection shell is kept a certain distance from the skin surface, and accordingly, the situation that dirt on the wrist surface is rubbed out due to the friction between the reverse side of the watch protection shell and the wrist skin to be attached to a heart rate detection module is prevented; through the heat radiating structure, the wrist skin is effectively cooled, heart rate monitoring abnormalities caused by perspiring are reduced, good conditions are provide for heart rate monitoring, and accordingly, the accuracy of detection results of the smart watch is improved.

Description

technical field [0001] The invention relates to the field of smart wearable devices, in particular, an anti-theft smart wearable device with an encryption function that relies on swinging to cool down. Background technique [0002] With the advent of the smart era, smart devices have been popularized rapidly. Because smart watches are light and easy to carry, and have functions such as reminders, navigation, calibration, monitoring, and interaction, the penetration rate of watches among smart wearable devices is the highest. The technical considerations are not perfect, and it has the following disadvantages: the heart rate monitoring module of smart watches is generally installed on the back of the watch and adheres to the skin, and most of the monitoring modules use optical sensors to illuminate the capillaries on the wrist through LED lights to monitor the blood flow rate, thereby Get the heartbeat readings per minute. When the user shakes the watch with his arm during ru...

AI Technical Summary

Problems solved by technology

[0002] With the advent of the smart era, smart devices have been popularized rapidly. Because smart watches are light and easy to carry, and have functions such as reminders, navigation, calibration, monitoring, and interaction, the penetration rate of watches among smart wearable devices is the highest. The technical considerations are not perfect, and it has the following disadvantages: the heart rate monitoring module of smart watches is generally installed on the back of the watch and adheres to the skin, and most of the monitoring modules use optical sensors to illuminate the capillaries on the wrist through LED lights to monitor the blood flow rate, thereby Get the heartbeat readings per minute. When the user shakes the watch with his arm during running or other sports, the back of the watch rubs against the skin on the watch surface, rubbing out the dirt on the skin surface, and at the same time, the sweat from the pores of the skin mixes with the dirt to form a paste substances, it is easy to block the heart rate monitoring structure behind the watch, which will cause the optical sensor to fail to work normally, and eventually cause abnormal detection results

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