Smart cradle protecting the child's health (sale of technical knowledge)
INTRODUCTION
Child sleep is a common concern for parents in the first months of their baby's life. Another challenge for parents is having to go back and forth to their child's room during the night. A comfortable sleep is crucial for the child's health. From 3 to 6 months, many babies can sleep up to 6 hours. In the first 2 months, the baby's need for food is greater than their need for sleep. Just when parents think their baby's sleep schedule is getting organized (usually between 6 and 9 months), natural developmental stages can disrupt the child's sleep patterns. By using this crib, families can help their babies establish healthier sleep patterns and reduce the need for sleep training by conditioning the child.
APPLICATIONS
- Home use for the child and helping parents manage the baby's well-being more effectively. In critical situations, the smart crib can notify the baby's parents of vital signs before a serious and incurable problem arises;
- Use in hospitals and medical centers;
- Assistance for patients with congenital health issues.
This device is a hospital crib equipped with artificial intelligence for babies who are sick or have congenital problems, and who are at risk of sudden infant death syndrome (SIDS). According to the World Health Organization, more than 70,000 children worldwide lose their lives to SIDS. This syndrome can occur without warning, and although it does not have significant symptoms, it can lead to sudden death if the baby's vital signs are affected. Regular monitoring of the baby’s physical condition and health status can help prevent these tragedies.
TASKS OF ARTIFICIAL INTELLIGENCE
1- Analyzing and processing the information received from the main board received from the vital condition monitoring and quality of life monitoring sensors;
2- Reaction to dangerous data received from sensors;
3- Embedding another program of artificial intelligence in the device to monitor the health of the device components and its technical problems, find the cause, and fix the problems by software.
Technologies used in the device connected to artificial intelligence
SENSORS
Blood pressure sensor and pulse count analysis
If dangerous blood pressure is detected, by processing the baby's pulse and blood pressure, it informs the nursing station and the doctor about the condition, and in case of emergency, it levels the type of warning and the alarm is used.
Blood oxygen level sensor
Displaying the values in three ways in case of critical and dangerous data related to the OX level of the baby's blood with critical values defined for the adaptation plan and the level of risk, and send the information to the nursing station - doctor triage and parents' mobile phones;
The first reaction: Issuing an order to connect the quantum analyzer to the nursing station and check the status of receiving blood OX from the lungs and the health of the lung muscles and display the information on the monitor of the display device and explain the process of treatment and exit from the vital emergency of the lungs for the nursing station and help doctor for faster treatment;
The second reaction: Issuing information: turning on the ventilation of the baby's inhalation and exhalation until the crisis is resolved and the pulmonary emergency exits;
Heart rate sensor
Processing of the heart rate analysis and measurement sensor and sending by AUT to the nurse and doctor station and display on the NINIC application for parents;
First reaction: leaving the baby from the cardiac emergency room in case of a critical condition;
The second reaction: helping the doctor by analyzing the received data to discover the cause and solve the problem and get out of the cardiorespiratory crisis according to the analysis of the BODYquantum analyzer, and turning on the air conditioning if the problem is environmental to return the baby's breathing and oxygen consumption to normal.
Baby mattress humidity sensor
Displaying the processed data from the analysis of the baby's living and sleeping space humidity level on the device monitor; and sending information in 3 modes (doctor, nursing station, and parents).
Upon receiving information from the main board after data mining, the first step involves analyzing the humidity level. Subsequently, the dryer and suction fan are activated. The fan's power is adjusted based on the humidity level.
In the second step, artificial intelligence will determine the type of moisture and its acidity level. When the humidity level is high, artificial intelligence will turn the suction fan on. The humidity and the humidity level are stored inside a half-liter container under the multi-purpose fan, and based on the defined methods, the amount of acidity and the type of humidity are determined. If the baby's urine has high acidity, the nursing station and the parents will be notified. The system will also produce analyses regarding the baby's health condition by adjusting the parameters for easy treatment by the doctor.
Sensor for measuring the temperature of baby's body and sleeping space
Turning on the cooling system if the measurement data of the body temperature and the sleeping space is high, adjusting its degree according to the body temperature, and also, if necessary, turning on the pair of cooling tubes under the baby's mattress and alerting the nursing station and the doctor;
Turning on the pair of heating pipes under the mattress if the baby's body temperature is low.
Ambient humidity sensor
Installed in a plastic frame on the wall, one meter away from the smart bed, it suctions excess moisture to regulate high ambient humidity;
Weight sensor;
Informing about the rhythm of growth and nutrition or other problems such as endocrine diseases, etc.
Delay processor sensor in the movement of the baby
Monitoring the baby's movements during sleep, ensuring the baby's well-being; notifying the nursing station; and activating the four main sensors to measure vital signs and sounding an alarm if a critical problem is detected.
Sound sensor and noise detector connected to artificial intelligence in the device
Reacting to the sound of a baby crying or making any other sounds, and understanding the baby's needs.
Ambient temperature sensor
Monitoring and adjusting the room temperature by increasing ventilation and lowering the air-conditioning temperature if it gets too warm, or activating the heating system if the room is too cold. Additionally, issuing a warning if the temperature is not adjusted.
Camera
A camera for direct video recording of the baby:
1- A laser system for measuring the baby’s height;
2- The thermal system installed on the camera to detect the range of humidity and temperature of the sleeping space, apart from the sensors;
3- Automatic zoom when the baby cries or wakes up;
4- Three strips of lighters with different colors on the upper and lower sides of the crib to keep the filming area lit;
(Various colors of lighters: normal conditions: green, baby sleeping: white, baby crying or feeling uncomfortable: orange, critical and emergency conditions: red).
