Juvenile intelligent monitoring system

Abstract

The invention relates to a juvenile intelligent monitoring system, comprising an intelligent module and a data relay box, wherein the intelligent module transmits detected data to the data relay box for storage by Bluetooth, and the data relay box uploads the data to a mobile terminal by wireless transmission or wired transmission; the intelligent module comprises an infrared height measurement electronic scale and an infrared temperature measurement intelligent bracelet. According to the juvenile intelligent monitoring system with a simple and reasonable structure, by means of the intelligent detection devices (such as the intelligent bracelet and the electronic scale) with Bluetooth functions and the data relay box used for receiving and transmitting multiple pieces of Bluetooth data, and a screen on each single intelligent detection device is used for displaying the data of the corresponding intelligent device, the data are switched and checked by a switching button on the data relay box, and the data received by the Bluetooth on the data relay box can be connected with external wireless network equipment by a Wifi emitter, so as to be uploaded timely.

Description

technical field [0001] The invention relates to the technical field of monitoring systems for minors, in particular to an intelligent monitoring system for minors. Background technique [0002] At present, the long-term guardianship of minors (mainly for infants and young children) is a problem that every family must face. Or when you have a cold and fever, your body temperature should be continuously monitored to ensure that a sudden high fever can be dealt with in a timely manner. [0003] For the above detection functions, the current smart bracelets on the market detect the surface temperature of the human body through a thermocouple temperature sensor set on the smart bracelet, and measure the surface temperature of the human body by contacting the skin. The error of the thermocouple temperature sensor is relatively large, generally between 0.4 °C and 0.6 °C, which makes it impossible to accurately detect the surface temperature of the human body; in addition, there is...

AI Technical Summary

Problems solved by technology

[0003] For the above detection functions, the current smart bracelets on the market detect the surface temperature of the human body through a thermocouple temperature sensor installed on the smart bracelet, and measure the surface temperature of the human body through contact with the skin. After many tests, it was found that The error of the thermocouple temperature sensor is relatively large, generally between 0.4°C and 0.6°C, which makes it impossible to accurately detect the surface temperature of the human body; in addition, there is also an electronic temperature measuring gun on the market, which is in contact with the skin through infrared rays For temperature measurement, the defect is that the temperature measurement gun is intelligent for real-time temperature measurement and is greatly affected by the external environment. In addition, the structure cannot record data for a long time, and the intelligence is used for real-time temperature measurement, which is needed when infants and young children have a fever. Contrary to the purpose of uninterrupted recording

[0004] In addition, the currently used electronic scales adopt an integrated structure electronic scale, and the electronic scale and the weighing tray are installed together, resulting in a large volume of the electronic scale and difficulty in storage. The integrated structure with the weighing tray reduces the scope of application of the electronic scale and reduces the practicability of the electronic scale when it is idle

[0005] Moreover, at present, the Bluetooth connection devices of baby products are all one-to-one, and most of them are uploaded to the cloud after the Bluetooth data transmission with the mobile phone. Equipment integration, its cost is high, and the operation is very troublesome

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