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Disposable Biochemical Detection Sensor - Nutrient Monitoring
Disposable Biochemical Detection Sensor - Nutrient Monitoring
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Disposable Biochemical Detection Sensor - Nutrient Monitoring
This product mainly consists of a sensor strip made of flexible substrate, biochemical materials, and a siphon channel embedded in diapers, connected to the Bluetooth host via gold fingers. After turning on the power, the siphon channel absorbs urine into the biochemical reaction area. Combined with self-developed software algorithms, it calculates the current values of glucose, pH, vitamin, and protein in the urine, then uploads the collected data to the mobile app via Bluetooth MCU. The app graphically displays this information and provides behavioral suggestions.
For the Disposable Biochemical Detection Sensor , we have adult and baby products.
BabyN Wireless Receiver(Standalone Version)
This product is mainly composed of a low-power Bluetooth unit, an audible and light unit, and a power supply unit; after turning on the power, it can be directly paired with the BabyN intelligent diaper monitor. The alarm information monitored by the monitor is sent to the receiver via Bluetooth. , and the receiver reminds the user in the form of sound and light. It also has a night light lighting function, making it convenient to change diapers at night.
This product is mainly composed of a low-power Bluetooth unit, an audible and light unit, and a power supply unit; after turning on the power, it can be directly paired with the BabyN intelligent diaper monitor. The alarm information monitored by the monitor is sent to the receiver via Bluetooth. , and the receiver reminds the user in the form of sound and light. It also has a night light lighting function, making it convenient to change diapers at night.
Intelligent Monitor Gateway System
This system uses the form of a WIFI Bluetooth gateway to connect and exchange data with Bluetooth sub-devices, and can also connect with mobile phones. The system sends the data collected by multiple Bluetooth sub-devices to the cloud server through MQTT and then pushes it to the terminal synchronously. In this process, the Bluetooth gateway can also prompt the alarm information in the form of sound and light. When the gateway is in a state of no network, the Bluetooth sub-device can be connected to the mobile phone, which can act as a relay to synchronize data to the cloud service, and the mobile phone can also receive the alarm information.