The invention relates to the technical field of medical equipment, in particular to a control device applied to a continuous blood glucose monitoring sensor. The invention provides the control deviceapplied to a continuous blood glucose monitoring sensor, comprising: a probe configured to receive a current signal from a blood glucose sensor and apply voltage excitation to the blood glucose sensor; an excitation module which is configured to apply voltage excitation to the probe; an acquisition filtering module which is configured to filter, amplify and send a signal from the probe to the processing control module; a processing control module which is configured to control the data transmission module to send the processed current signal to a user display interface; a data transmission module which is configured to send a current signal to a user display interface according to an instruction of the processing control module; a power supply module which is configured to supply power tothe excitation module, the acquisition filtering module, the processing control module and the data transmission module; and a charging module which is configured to repeatedly charge the power supplymodule.

Control device applied to continuous blood glucose monitoring sensor

The invention discloses a wearable non-invasive blood glucose monitor and an application system thereof, and belongs to the fields of electronic equipment, intelligent hardware and mobile internet. The wearable non-invasive blood glucose monitor is characterized in that the traditional blood glucose detecting method based on skin puncture for blood collection is changed into non-invasive blood glucose detecting method, the blood glucose monitor is wearable, by a wireless communication mode, a data interaction channel is established among the wearable non-invasive blood glucose monitor, wireless communication equipment and the mobile internet, all-weather blood glucose monitoring is provided for the user on the basis of technologies of the mobile internet, big data, cloud computing and the like, the data are analyzed, health guidance suggestions are provided, the value-added service application of the mobile internet is provided for a user, and foundational supporting data are provided for mobile medical treatment and remote medical treatment.

Wearable non-invasive blood glucose monitor and application system thereof

Disclosed is a physiological detection apparatus (100), comprising: at least one first detection electrode group (1), each first detection electrode group (1) including a first electrode (101) for coming into contact with the hand of a detected person, and a second electrode (102) for coming into contact with acupoint areas of the detected person; at least one second detection electrode group (2), each second detection electrode group (2) including a third electrode (201) and an opposite fourth electrode (202) which respectively come into contact with the periphery of acupoints of the detected person; and a micro-processor (3), wherein a human body loop is formed between the first electrode (101) and the second electrode (102) by means of a human body; a capacitor is formed between the third electrode (201) and the fourth electrode (202) by means of the skin of the detected person; the micro-processor (3) transmits a radio wave signal by means of the first electrode (101), receives, by means of the second electrode (102), the radio wave signal which is fed back, and calculates a first detection value by means of conversion; the micro-processor (3) detects a capacitance change and calculates a second detection value by means of conversion; and the micro-processor (3) analyses the first detection value and the second detection value to obtain a detection result. The physiological detection apparatus (100) detects the physiological state of a detected person in a non-intrusive manner, and thus does not bring discomfort and inconvenience to the detected person.

Physiological detection apparatus

The invention discloses a noninvasive blood glucose detection method and device based on a bioelectrical impedance analysis method, and belongs to the field of electronic information and the biological medical electronic field. The method is characterized in that a traditional blood glucose detection method based on skin blood sampling is changed into the noninvasive blood glucose detection method, and the noninvasive blood glucose detection method comprises the steps that alternating-current currents with the constant size are excited to the human skin through two high-impedance electrodes, the size of the alternating-current voltage between two high-impedance electrodes arranged between the two former electrodes is collected, then the bioelectrical impedance Z between the latter two electrodes can be measured, multiple bioelectrical impedances Z under the different frequencies are obtained through multiple times of measurement through the method of changing the bioelectric frequency, and then blood glucose content data in the human blood is obtained after other interference factors are excluded.

Noninvasive blood glucose detection method and device based on bioelectrical impedance analysis method

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Noninvasive blood glucose detection method and device based on bioelectrical impedance analysis method