Realization method of an intelligent electric shock alarm clock

Abstract

The invention provides an implementing method of an intelligent electric-shock alarm clock; the method comprises: (1) acquiring user basic information, and giving a suggestion on strength and frequency of electric shock according to cloud data statistical information, or allowing a user to set initial strength and frequency of electric shock according his or her conditions; (2) after the user enters sleeping, calculating sleep duration according to user-set wakeup time, and adaptively selecting a working mode under the sleep duration; monitoring sleep status of the user according to the initial strength of electric shock, modifying strength of electric shock for next measurement according to user vibration parameters measured by a vibration sensor after the electric shock, and recording the number of vibrations and strength information of the electric shock; (3) performing adaptive enhancement for strength of electric shock before user-set alarm clock time so as to ensure that the user remains awake at a predetermined moment. A user is waked up via electric shock, no damage is caused to the user, no disturbances are caused to people around, and sleep quality of the user can also be detected to adaptively change the strength of electric shock to wake up the user.

Description

technical field [0001] The invention relates to an electric shock wake-up method, in particular to a method for realizing an intelligent electric shock alarm clock. Background technique [0002] The traditional alarm clock adopts ringtone mode and vibration mode, which can affect the sleep quality of people around while waking up oneself. In order to stimulate sleepy people, electric shock alarm clock products came into being. The method is clumsy and simple, which cannot reflect the advantages of electric shock alarm clocks, but instead causes psychological pressure to a certain extent on the wakeners. In order to highlight the position of the electric shock alarm clock in the intelligent alarm clock, the present invention uses cloud data processing and multi-mode selection methods to monitor the user's sleep quality, and automatically or manually adjusts the electric shock mode and parameters according to the sleep state of different users to adapt to users with different ...

AI Technical Summary

Problems solved by technology

[0003] In terms of electric shock alarm clocks, the document "A Kind of Electronic Watch" (CN 203025490 U) adopts the electric shock mode to wake up the user to achieve no sound and no vibration, but the electric shock frequency can only be manually adjusted. The electric shock intensity only divides men and women, but Other strengths cannot be selected, and users in different situations cannot be targeted, which is obviously different from the content of the present invention; in terms of smart alarm clocks, the document "A Method and Device for Monitoring Sleep Conditions Based on Bracelets and Smart Alarm Clocks" (CN 106200366 A) A wristband is proposed to measure the temperature information of the child during sleep. When the measured temperature differs greatly from the set temperature, the user will be reminded by the alarm clock, which is different from the method of electric shock in the present invention; the document "A Smart Alarm Clock Adaptive Control Wake-up method and sleep monitoring system" (CN 106681123 A) tracks and adjusts the volume of the alarm clock according to the user's sleep state, ensuring that the user can comfortably turn into a wake-up state at the preset wake-up time. Different from the electric shock mode used in the present invention, the processing method also has difference

Images