Smart hydration monitoring system

Abstract

This invention provides a smart drinking water monitoring system, which consists of a sensing module, a processor, and a communication module installed in a container. The sensing module detects changes in the weight of the liquid within the container and generates a sensing signal. The processor divides the total weight of the liquid into multiple dispensing units based on the sensing signal and determines whether a reduction in volume meets a preset value for drinking water. When the reduction does not meet the preset value, the processor generates an alert signal. The communication module transmits the alert signal to an external device to output information about rehydration.

Claims

1. A smart drinking water monitoring system, comprising: A container (10); a sensing module (20) disposed in the container (10) for detecting changes in the weight of the container (10) and generating a sensing signal; a processor (30) electrically connected to the sensing module (20), the processor (30) calculating a reduction amount based on the sensing signal and generating an alert signal when the reduction amount does not reach a preset value; and a communication module (40) connected to the processor (30) for transmitting the alert signal to an external device (70).

2. The intelligent drinking water monitoring system as described in claim 1, wherein, The sensing module (20) includes an attitude sensor (22), and the processor (30) performs a compensation operation on the sensing signal based on a tilt angle detected by the attitude sensor (22).

3. The intelligent drinking water monitoring system as described in claim 1, wherein, The processor (30) has a behavior recognition logic that distinguishes whether the reduction in liquid (18) in the container (10) belongs to a drinking behavior or a non-drinking behavior by judging a rate of change of the sensing signal.

4. The intelligent drinking water monitoring system as described in claim 1 further includes: A biometric identification unit (50) detects the identity of the user (78) to obtain their physiological parameters; the processor (30) dynamically adjusts the preset value or the transmission frequency of the reminder signal based on the detection results.

5. The intelligent drinking water monitoring system as described in claim 2, wherein, The processor (30) includes a wake-up mechanism that switches the processor (30) from a standby state to an operating state based on the weight change of the sensing signal or the vibration signal generated by the tilt angle detected by the attitude sensor (22).

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