Non-contact millimeter-wave intelligent infant cradle

Abstract

The invention relates to a non-contact millimeter-wave intelligent infant cradle which comprises a bed frame and a cradle body. A signal acquisition system, a data analysis system, an intelligent infant condition handling system and a control and execution system are arranged on the cradle body, the signal acquisition system comprises a millimeter-wave sensor, a voice sensor and a temperature sensor, the output end of the millimeter-wave sensor, the output end of the temperature sensor and the output end of the voice sensor are connected with the input end of the data analysis system, the output end of the data analysis system is connected with the input end of the intelligent infant condition handling system, and the output end of the intelligent infant condition handling system is connected with the input end of the control and execution system. The non-contact millimeter-wave intelligent infant cradle detects physiological signals of an infant across separated place based on millimeter waves, makes reflected data more accurate, makes monitoring more convenient, performs real-time adjustment according to the states and demands of the infant and is more humanized and intelligentized.

Description

technical field [0001] The invention relates to the technical field of baby cradles, in particular to a non-contact millimeter wave intelligent baby cradle. Background technique [0002] Through investigation and research, it is found that most of the two-person families take care of the baby by themselves. Young parents have to go to work during the day, and after get off work, they not only have to do a lot of housework, but also take care of the baby. The children are noisy from time to time at night. The workload is huge. , So it seriously affects the mental state of the next day. There are following problems in the baby cradle of the prior art: [0003] 1. Basically, after the baby is crying, use the urine humidity sensor and temperature sensor data to analyze the reason behind the baby's crying to determine the cradle shaking. When the baby is not crying, tossing and falling asleep, the solution cannot identify the baby's sleep state , no appeasement plan was adopted;...

AI Technical Summary

Problems solved by technology

[0003] 1. Basically, after the baby is crying, use the urine humidity sensor and temperature sensor data to analyze the reason behind the baby's crying to determine the cradle shaking. When the baby is not crying, tossing and falling asleep, the solution cannot identify the baby's sleep state , no appeasement plan was adopted;

[0004] 2. The cradle adopts a fixed shaking speed and frequency, which cannot be automatically adjusted in real time according to the baby's sleep state and needs;

[0005] 3. Modern parents generally use high-absorbency throwable baby diapers, and the bed board urine wetness sensor can hardly detect the baby's urine;

[0006] 4. Without physiological collection data such as activity rate, breathing rate, and heart rate, it is impossible to accurately identify the baby's state and needs as well as the baby's physiological health

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