Solar bioelectrical impedance spectrometer and bioelectrical impedance monitoring system having same

A bioelectrical impedance monitoring system, comprising:

• a solar bioelectrical impedance spectrometer;
• a mobile device in communication with the solar bioelectrical impedance spectrometer;
• and
• a central server in communication with the mobile device;
• wherein:
• the solar bioelectrical impedance spectrometer is configured for measuring bioelectrical impedance of a user and transmitting data related to the bioelectrical impedance to the mobile device wirelessly;
• the mobile device is configured for running a graphical interface program and sending the data to the central server;
• the central server is configured to be accessed by a service provider so that the service provider correspondingly sends feedback to the user;
• the solar bioelectrical impedance spectrometer comprises:
• a microprocessor module;
• a radio module connected with the microprocessor module;
• a spectrometer module connected with the microprocessor module;
• a battery management module;
• a battery module connected with the battery management module;
• a solar power supply management module separately connected with the battery management module and the microprocessor module;
• and
• a wearable solar battery module connected with the solar power supply management module, wherein
• the solar power supply management module comprises:
• a first switch connected with the wearable solar battery module;
• an enhancement circuit connected with the first switch;
• a first diode connecting the enhancement circuit with the spectrometer module;
• a control voltage generator connected with the wearable solar battery module;
• a second diode connecting the control voltage generator with the spectrometer module;
• a second switch connected with the wearable solar battery module;
• a transistor, of which the gate is connected with the control voltage generator and the drain or source is connected with the second switch;
• a third diode connecting the source or the drain of the transistor with the spectrometer module;
• a third switch connecting the control voltage generator with the spectrometer module;
• a fourth switch connected with the wearable solar battery module;
• and
• a fourth diode connecting the fourth switch with the spectrometer module;
• the battery management module is connected with e second diode and the control voltage generator;
• and
• the microprocessor module calculates a reference voltage value according to the output voltage of the wearable solar battery module and determines and controls the on/off states of the first switch, the second switch, the third switch and the fourth switch according to the reference voltage value.

A solar bioelectrical impedance spectrometer, comprising:

• a microprocessor module;
• a radio module connected with the microprocessor module;
• a spectrometer module connected with the microprocessor module;
• a battery management module;
• a battery module connected with the battery management module;
• a solar power supply management module separately connected with the battery management module and the microprocessor module;
• and
• a wearable solar cell module connected with the solar power supply management module;
• wherein:
• the battery management module is configured for receiving current output from the solar power supply management module under a preset condition and charging the battery module by the current;
• and
• the spectrometer module comprises an impedance network analyzer, a differential amplifier connected with the impedance network analyzer, and a wide-band current source connected with the impedance network analyzer.