Intelligent deep sleep mattress system and use method

Abstract

The invention discloses an intelligent deep sleep mattress system and a use method. The intelligent deep sleep mattress system comprises an intelligent mattress, a data transmission module and a controller, the intelligent mattress comprises a collection module and a mite removal module, the collection module comprises a plurality of air bags, and each air bag is provided with a pressure sensor connected with the air bag; the acquisition module transmits acquired sensor signals to the controller through the data transmission module, user sleep information parameters are generated through calculation of the controller, suggestions for improving sleep are provided, and the controller can further adjust the saturation degree of air in the air bags so as to adjust the hardness of the intelligent mattress. Through cooperative work of the mite removal and the intelligent mattress, the mite removal is deeply and efficiently performed, so that not only can the mite removal efficiency be improved, but also the hardness of different areas of the mattress can be adjusted in real time, and the comfort of a user during sleeping is improved.

Description

Technical Field

[0001] The present invention relates to the field of smart homes, and in particular to a smart deep-sleeping mattress system and a use method thereof. Background Art

[0002] With the development of science and technology and the popularization of smart homes, more and more people are beginning to pay attention to the quality of life. Smart mattresses are a combination of traditional mattresses and modern technology, and are scientifically designed for human sleeping habits. Smart mattresses can adjust the hardness according to user needs, and massage users. At present, smart mattresses are usually controlled by remote controls.

[0003] Currently, most smart mattresses on the market are adjusted through multiple pressure columns. The pressure columns will automatically adjust according to the human body to provide better support for the human body. However, there will be noise during the entire adjustment process, which can easily cause trouble for people with shallow sleep.

[0004] In addition, data show that the sleeping position of normal people often changes after falling asleep, and they may toss and turn 20-30 times a night. Sleeping on a too hard bed for a long time can easily cause continuous tension in the body muscles and lack of rest, which will not only cause bone deformation and poor blood circulation, but also cause frequent tossing and insomnia. An overly soft mattress can easily affect the spine and change the inherent physiological curve of the human body, which is very harmful to children who are in the growth and development stage. It is particularly important to be able to adjust the hardness of the mattress in real time. Summary of the invention

[0005] With respect to the above-mentioned related technologies, the inventor believes that there are the following defects: different people have different requirements for the softness and hardness of mattresses, and it is difficult to use a remote control to adjust the mattress adaptively while sleeping, so the above-mentioned smart mattress has the problem of low practicality. In order to overcome the shortcomings of the prior art, one of the purposes of the present invention is to provide a smart deep sleep mattress system, which can solve the problem that the prior art cannot make real-time intelligent adjustments.

[0006] The second purpose of the present invention is to provide a method for using an intelligent deep sleep mattress, which can solve the problem that the prior art cannot make real-time intelligent adjustments.

[0007] One of the purposes of the present invention is achieved by the following technical solution:

[0008] An intelligent deep sleep mattress system, comprising an intelligent mattress, a data transmission module and an intelligent controller; the intelligent mattress and the intelligent controller are connected via the data transmission module;

[0009] The smart mattress includes a collection module, a mite removal module and an early warning module, wherein the collection module includes a plurality of airbags, and each airbag is provided with a sensor submodule connected thereto; the collection module transmits the collected sensor signal to the smart controller through the data transmission module, and the smart controller calculates and generates user sleep information parameters and provides suggestions for improving sleep; the smart controller adjusts the softness and hardness of the smart mattress by adjusting the saturation of the gas in the plurality of airbags;

[0010] The mite removal module includes a mite removal robot, which removes mites from the smart mattress according to a route preset by the smart controller;

[0011] The warning module is used to send emergency information to the user terminal and notify the hospital or play a preset recording.

[0012] Furthermore, the intelligent controller is used to collect the magnitude of the pressure exerted on the multiple airbags, and determine whether there is a danger of falling off the bed based on their locations. If there is a danger of falling off the bed, a danger signal is issued and transmitted to the early warning module through the data transmission module.

[0013] Furthermore, the early warning module includes a vibration submodule and a communication module, wherein the vibration submodule is used to alert other adults on the smart mattress through vibration when a child is in danger of falling off the bed; and the communication module is used to send an early warning signal to a terminal bound to the user when there is only a child on the smart mattress who is in danger of falling off the bed.

[0014] Furthermore, the intelligent controller includes an ARM processor and a voice analysis module, the voice analysis module is used to analyze the user's voice needs, specifically including voice instructions and intelligent monitoring of baby crying, the voice instructions are specifically to adjust the softness and hardness of the intelligent mattress by voice; the intelligent monitoring of baby crying is specifically to pre-process the baby crying, then extract the sound feature recognition and match the corresponding voice data stored in the intelligent controller, and make corresponding adjustments accordingly;

[0015] The speech analysis module analyzes the speech by the following formula:

[0016]

[0017] Where F(x) represents the convolution operation performed by the neural network on the speech input x, F(x) = z*w, z represents the input sequence, w represents the convolution kernel, * represents the convolution operation, t represents the time, and m represents the length of the convolution kernel;

[0018] Then, the fully connected layer is defined by defining the pooling operation connection, and finally the pooled features are mapped to the emotion category space. The fully connected layer outputs Link out The definition is as follows:

[0019] Link out =Sigmoid

T·c+(xb)

[0020] Where Sigmoid represents the Sigmoid function calculation, T represents the weight matrix of the fully connected layer, c represents the feature vector after pooling, and b represents the speech bias vector.

[0021] Furthermore, after analyzing the general content of the baby's crying, the voice analysis module determines whether it is an emergency situation. If it is an emergency situation, the intelligent controller calls 120 and sends an emergency signal to the terminal bound to the user; if it is a non-emergency situation, the baby is comforted by playing comfortable children's music and pre-recorded voice.

[0022] Furthermore, the data transmission module is deployed at the junction of the media resource system and the Internet. Its security boundary is implemented using a firewall and a private protocol secure transmission link. It is isolated from the Internet by a firewall, and the data transmission module is isolated from the intelligent controller by a private protocol secure transmission link.

[0023] Furthermore, the smart mattress also includes a voice interaction module for playing pre-recorded voices.

[0024] The second object of the present invention is achieved by adopting the following technical solution:

[0025] A method for using an intelligent deep sleep mattress is applied to an intelligent deep sleep mattress system used as one of the purposes of the present invention. The method for using the intelligent deep sleep mattress comprises:

[0026] Initialization step: System initialization starts the smart mattress through the smart controller;

[0027] Detection steps: The intelligent controller obtains the signal of the sensor on the smart mattress in real time; when the weight of the smart mattress changes, the sensor generates a sensor signal;

[0028] Processing steps: receiving the weight and position signals of the sensor through the intelligent controller, determining whether the person on the intelligent mattress is a person, if not a person, no processing is performed, if it is a person, further determining whether it is an infant, if not an infant, not starting the safety mode, if it is an infant, starting the safety mode;

[0029] Adjustment steps: The intelligent controller receives the weight and position signals of the sensor, determines the user's sleeping posture according to its position, adjusts the saturation of the gas in the airbag at the corresponding position, and adjusts the softness and hardness of the intelligent mattress.

[0030] Furthermore, the safety mode specifically includes: pre-processing the baby's crying sound, then extracting sound features to identify and match the corresponding voice data stored in the intelligent controller, and making corresponding adjustments; after analyzing the general content of the baby's crying sound through the voice analysis module, it is determined whether it is an emergency situation. If it is an emergency situation, the intelligent controller calls 120 and sends an emergency signal to the terminal bound to the user; if it is a non-emergency situation, it is soothed by playing comfortable children's music and pre-recorded voice.

[0031] Furthermore, the safety mode also includes playing a preset voice to attract the baby's attention away from the edge of the smart mattress and sending a message to the terminal bound to the user for reminder when the baby is at risk of falling when moving on the edge of the smart mattress.

[0032] Compared with the prior art, the present invention has the following beneficial effects:

[0033] (1) The present invention replaces the pressure column with an air bag, and each air bag is connected to a pressure sensor. The controller is configured to receive signals from the pressure sensor and the force sensor, and generate the user's sleep parameters based on these signals. Not only can the parameters be adjusted by voice, but also the saturation of the gas in the air bag can be adjusted in real time when the user turns over or makes other movements during sleep, and the softness and hardness of the smart mattress can be adjusted in real time, thereby improving sleep quality, reducing sleep disorders, and providing a better user experience.

[0034] (2) The present invention sets up a data transmission module, in which the private link adopts a PCIe high-speed physical link based on the InfiniBand architecture and uses a private protocol for communication to achieve high-speed interaction of files. This not only ensures high network security, but also meets the boundary security isolation requirements and effectively protects user privacy.

[0035] (3) The present invention also has a protective effect on infants whose minds are not yet mature by setting a safety mode, which can effectively reduce the occurrence of accidents. BRIEF DESCRIPTION OF THE DRAWINGS

[0036] Figure 1 A module diagram of an intelligent deep sleep mattress system provided by the present invention;

[0037] Figure 2 A flow chart of a method for using an intelligent deep sleep mattress provided by the present invention;

[0038] Figure 3The figure is a flow chart of translating baby crying in the voice analysis module of the smart mattress of the present invention.

[0039] Figure 4 This is a diagram of the safety mode detection architecture of the smart mattress of the present invention. DETAILED DESCRIPTION

[0040] The present invention is further described below in conjunction with the accompanying drawings and specific implementation methods. It should be noted that, under the premise of no conflict, the various embodiments or technical features described below can be arbitrarily combined to form a new embodiment.

[0041] Embodiment 1

[0042] The present invention provides a preferred embodiment, an intelligent deep sleep mattress system, such as Figure 1 As shown, a smart deep sleep mattress system comprises a smart mattress, a data transmission module and a smart controller; the smart mattress is connected to the smart controller via the data transmission module;

[0043] The smart mattress includes a collection module, a mite removal module and an early warning module, wherein the collection module includes a plurality of airbags, and each airbag is provided with a sensor submodule connected thereto; the collection module transmits the collected sensor signal to the smart controller through the data transmission module, and the smart controller calculates and generates user sleep information parameters and provides suggestions for improving sleep; the smart controller adjusts the softness and hardness of the smart mattress by adjusting the saturation of the gas in the plurality of airbags;

[0044] The mite removal module includes a mite removal robot, which removes mites from the smart mattress according to a route preset by the smart controller;

[0045] The warning module is used to send emergency information to the user terminal and notify the hospital or play a preset recording.

[0046] The warning situations include emergency and non-emergency. In an emergency, the emergency situation will be sent to the user terminal and the hospital will be notified. If it is a non-emergency, a preset recording (which can be the mother's voice) will be played to attract the child's attention or comfortable children's music will be played.

[0047] Due to the setting of the smart controller, it cooperates with the sensors on the smart mattress to intelligently adjust the gas saturation level in the airbag according to the user's preset comfort level. When the user inadvertently turns over, lifts his legs, or other actions that change his sleeping posture during sleep, the softness and hardness of the mattress in the surrounding area can be changed in real time without making any sound, giving the user a better sleeping experience, and generating continuous optimization of user sleep information parameters, and providing suggestions for improving sleep through the terminal.

[0048] The intelligent controller sends a preset mite removal map to the mite removal robot, and the mite removal robot performs mite removal operations on the mattress according to the preset mite removal map.

[0049] The mite removal robot includes a positioning sensor, through which the mite removal map of the mite removal robot can be obtained. When the matching degree between the mite removal map and the preset mite removal map does not reach above the preset mite removal rate, the intelligent controller sends a command to the mite removal robot to remove mites again. At the same time, a command is sent to control the deflation of the airbags in the un-mite-removed area. The mite removal robot moves to the low matching rate area to perform deep mite removal again. Until the matching degree between the mite removal map and the preset mite removal map reaches above the mite removal rate, the intelligent mattress sends an end-mite removal command to the mite removal robot to end the mite removal. At the same time, the intelligent controller controls all the airbag areas in the intelligent mattress to inflate. When the airbags in all the airbag areas are inflated to the preset value, the inflation is stopped and the intelligent mattress returns to normal.

[0050] Furthermore, the intelligent controller is used to collect the magnitude of the pressure exerted on the multiple airbags, and determine whether there is a danger of falling off the bed based on their locations. If there is a danger of falling off the bed, a danger signal is issued and transmitted to the early warning module through the data transmission module.

[0051] Furthermore, the early warning module includes a vibration submodule and a communication module, wherein the vibration submodule is used to alert other adults on the smart mattress through vibration when a child is in danger of falling off the bed; and the communication module is used to send an early warning signal to a terminal bound to the user when there is only a child on the smart mattress who is in danger of falling off the bed.

[0052] When there are other adults on the smart mattress, the vibration submodule vibrates to remind other adults that there is a risk of children falling. When there are only children on the bed and there is a risk of falling, the communication module sends the falling risk information to the terminal bound to the user.

[0053] Furthermore, the intelligent controller includes an ARM processor and a voice analysis module, the voice analysis module is used to analyze the user's voice needs, specifically including voice instructions and intelligent monitoring of baby crying, the voice instructions are specifically to adjust the softness and hardness of the intelligent mattress by voice; the intelligent monitoring of baby crying is specifically to pre-process the baby crying, then extract the sound feature recognition and match the corresponding voice data stored in the intelligent controller, and make corresponding adjustments accordingly;

[0054] The speech analysis module analyzes the speech by the following formula:

[0055]

[0056] Where F(x) represents the convolution operation performed by the neural network on the speech input x, F(x) = z*w, z represents the input sequence, w represents the convolution kernel, * represents the convolution operation, t represents the time, and m represents the length of the convolution kernel;

[0057] Then, the fully connected layer is defined by defining the pooling operation connection, and finally the pooled features are mapped to the emotion category space. The fully connected layer outputs Link out The definition is as follows:

[0058] Link out =Sigmoid

T·c+(xb)

[0059] Where Sigmoid represents the Sigmoid function calculation, T represents the weight matrix of the fully connected layer, c represents the feature vector after pooling, and b represents the speech bias vector.

[0060] The weighted mean μ and standard deviation σ vector of the pooling operation are defined as:

[0061]

[0062] Where T represents the time series length, α t represents the normalized attention scaling factor, h t Represents the input features of the attention pooling layer.

[0063] The output of the pooling layer is formed by concatenating the two vectors μ and σ. By introducing the attention mechanism into statistical pooling, the global properties of the neural network model can be observed, allowing the model to capture the long-term changes of speech more accurately and effectively.

[0064] In this embodiment, the emotional intention of the baby's crying sound is recognized through learning by a neural network algorithm, so that the specific meaning of the baby's crying sound can be more effectively obtained.

[0065] The voice command specifically recognizes the user's control command through voice, and adjusts the saturation of the gas in the airbag of the smart mattress to achieve the purpose of adjusting the softness and hardness of the smart mattress.

[0066] Furthermore, after analyzing the general content of the baby's crying, the voice analysis module determines whether it is an emergency situation. If it is an emergency situation, the intelligent controller calls 120 and sends an emergency signal to the terminal bound to the user; if it is a non-emergency situation, the baby is comforted by playing comfortable children's music and pre-recorded voice.

[0067] like Figure 3 , Figure 4As shown, the baby's crying sound is first preprocessed and features are extracted. Through the neural network algorithm, learning and training are performed to identify the intention of the baby's crying sound, and it is matched with the preset database to finally obtain the recognition result and the baby's intention, which can be sick (discomfort), angry, sad, hungry and sleepy, etc.

[0068] The present invention collects and analyzes the crying sound of the baby through the ARM processor inside the smart mattress, and the intelligent controller transmits the data and the data to the terminal bound to the user. In this embodiment, the voice signal is collected by using an audio processing chip with STM32 as the core.

[0069] In the selection of product materials, the needs of infants and young children for comfort and safety should be fully considered. The mattress fabric layer should be made of breathable and comfortable fabric to ensure the breathability and comfort of the fabric. The composite material layer should be made of latex, supplemented with sponge, airbags and springs to ensure the good comfort and support of the mattress, and to minimize the discomfort caused by electronic components to infants and young children.

[0070] The shape and structure of the smart mattress should meet the needs of young parents as users, and at the same time conform to the psychological and physiological characteristics of infants. The safe mode is usually when the baby is sleeping in the bed and the parents are temporarily not around, and the system is used to remotely monitor the situation.

[0071] Furthermore, the data transmission module is deployed at the junction of the media resource system and the Internet. Its security boundary is implemented using a firewall and a private protocol secure transmission link. It is isolated from the Internet by a firewall, and the data transmission module is isolated from the intelligent controller by a private protocol secure transmission link.

[0072] The intelligent controller is connected to the sensors in the smart mattress through a variety of communication interfaces to achieve comprehensive status monitoring of the smart mattress. It can be a wired or wireless connection, providing high-speed data transmission to the remote control center. The system acquires and analyzes sensor parameters in real time through programming, extracts the actual operating parameters of the smart mattress, and packages and organizes these data, which can be sent to the cloud server for storage, analysis and processing.

[0073] In the terminal system of smart home, data encryption transmission is crucial to protecting user security and user privacy. The system of the present invention adopts a triple mechanism of timestamp, hash algorithm and key encryption to ensure the security and integrity of data during transmission. Add a timestamp to each data packet to be uploaded to prevent replay attacks and ensure the timeliness of the data; use the hash algorithm to generate the hash value of the data, and any unauthorized data tampering will cause the hash value to change, which will be quickly detected by the recipient; use a symmetric encryption algorithm and key to encrypt the data to prevent the data from being intercepted and interpreted during transmission. The data packet encrypted by the 5G module is securely transmitted to the remote monitoring center, which uses the same key to decrypt the data and verifies the integrity of the data again through the hash value. This process not only ensures the security of data transmission, but also provides reliable data support for data transmission management between other smart furniture.

[0074] Furthermore, the smart mattress also includes a voice interaction module for playing pre-recorded voices.

[0075] Embodiment 2

[0076] Based on the first embodiment, the present invention also provides a method for using a smart deep sleep mattress, such as Figure 2 As shown, the following steps are included:

[0077] like Figure 2 As shown, a method for using an intelligent deep sleep mattress is applied to an intelligent deep sleep mattress system adopted as one of the purposes of the present invention, and the method for using the intelligent deep sleep mattress includes:

[0078] S1: System initialization starts the smart mattress through the smart controller;

[0079] S2: The smart controller obtains the signal of the sensor on the smart mattress in real time; when the weight of the smart mattress changes, the sensor generates a sensor signal;

[0080] S3: receiving the weight and position signals of the sensor through the intelligent controller, determining whether the person on the intelligent mattress is a person, if not a person, no processing is performed, if it is a person, further determining whether it is an infant, if not an infant, not starting the safety mode, if it is an infant, starting the safety mode;

[0081] S4: The intelligent controller receives the weight and position signals of the sensor, determines the user's sleeping posture according to its position, adjusts the saturation of the gas in the airbag at the corresponding position, and adjusts the softness and hardness of the intelligent mattress.

[0082] Furthermore, the safety mode specifically includes: pre-processing the baby's crying sound, then extracting sound features to identify and match the corresponding voice data stored in the intelligent controller, and making corresponding adjustments; after analyzing the general content of the baby's crying sound through the voice analysis module, it is determined whether it is an emergency situation. If it is an emergency situation, the intelligent controller calls 120 and sends an emergency signal to the terminal bound to the user; if it is a non-emergency situation, it is soothed by playing comfortable children's music and pre-recorded voice.

[0083] Furthermore, the safety mode also includes playing a preset voice to attract the baby's attention away from the edge of the smart mattress and sending a message to the terminal bound to the user for reminder when the baby is at risk of falling when moving on the edge of the smart mattress.

[0084] The working principle of the product of the present invention is as follows:

[0085] By entering relevant user information in advance, the specific information includes the user's weight, gender, age and the hardness of the corresponding mattress, and the intelligent controller system is initialized. When someone uses the intelligent mattress of the present invention, the weight will change. According to the sensor on the intelligent mattress, the position and weight of the user on the bed are obtained and matched with the pre-stored user information. If the match cannot be made, no operation is performed; if the preset user is matched, the hardness of the mattress near the user is adjusted according to the user's position; if the user is a child, the safety mode is activated. The safety mode is specifically: when the baby starts crying and there is no one else on the bed, the baby's crying is pre-processed, including extracting sound features to identify and match the corresponding stored in the intelligent controller. The voice analysis module analyzes the approximate content of the baby's crying and determines whether it is an emergency. If it is an emergency, the intelligent controller calls 120 and sends the emergency signal to the user's bound terminal through the early warning module (such as illness and discomfort); if it is a non-emergency (such as anger, sadness, hunger and sleepiness), it is comforted by playing comfortable children's music and pre-recorded voice, and the users of other bound terminals are notified through the early warning module. When the baby is at the edge of the smart mattress and there is a risk of falling, the preset voice is played to attract the baby's attention away from the edge of the smart mattress and the information is sent to the user's bound terminal through the early warning module for reminder.

[0086] The above-mentioned embodiments are only preferred embodiments of the present invention and cannot be used to limit the scope of protection of the present invention. Any non-substantial changes and substitutions made by technicians in this field on the basis of the present invention shall fall within the scope of protection required by the present invention.

Claims

1. An intelligent deep sleep mattress system, characterized in that: It includes a smart mattress, a data transmission module and a smart controller; the smart mattress is connected to the smart controller via the data transmission module; The smart mattress includes a collection module, a mite removal module and an early warning module, wherein the collection module includes a plurality of airbags, and each airbag is provided with a sensor submodule connected thereto; the collection module transmits the collected sensor signal to the smart controller through the data transmission module, and the smart controller calculates and generates user sleep information parameters and provides suggestions for improving sleep; the smart controller adjusts the softness and hardness of the smart mattress by adjusting the saturation of the gas in the plurality of airbags; The mite removal module includes a mite removal robot, which removes mites from the smart mattress according to a route preset by the smart controller; The warning module is used to send emergency information to the user terminal and notify the hospital or play a preset recording.

2. The intelligent deep sleep mattress system according to claim 1, characterized in that: The intelligent controller is used to collect the magnitude of the pressure exerted on the multiple airbags, and determine whether there is a danger of falling off the bed according to their locations. If there is a danger of falling off the bed, a danger signal is issued and transmitted to the early warning module through the data transmission module.

3. The intelligent deep sleep mattress system according to claim 1, characterized in that: The early warning module includes a vibration submodule and a communication module, wherein the vibration submodule is used to alert other adults on the smart mattress through vibration when a child is in danger of falling off the bed; the communication module is used to send an early warning signal to a terminal bound to the user when there is only a child on the smart mattress who is in danger of falling off the bed.

4. The intelligent deep sleep mattress system according to claim 1, characterized in that: The intelligent controller includes an ARM processor and a voice analysis module. The voice analysis module is used to analyze the user's voice needs, specifically including voice instructions and intelligent monitoring of baby crying. The voice instructions are specifically to adjust the softness and hardness of the intelligent mattress by voice; the intelligent monitoring of baby crying is specifically to pre-process the baby crying, then extract the sound feature recognition and match the corresponding voice data stored in the intelligent controller, and make corresponding adjustments accordingly; The speech analysis module analyzes the speech by the following formula: Where F(x) represents the convolution operation performed by the neural network on the speech input x, F(x) = z*w, z represents the input sequence, w represents the convolution kernel, * represents the convolution operation, t represents the time, and m represents the length of the convolution kernel; Then, we define the fully connected layer by defining the pooling operation connection, and finally map the pooled features to the emotion category space. The fully connected layer outputs Link out The definition is as follows: Link out =Sigmoid【T·c+(xb)】 Where Sigmoid represents the Sigmoid function calculation, T represents the weight matrix of the fully connected layer, c represents the feature vector after pooling, and b represents the speech bias vector.

5. The intelligent deep sleep mattress system according to claim 4, characterized in that: After analyzing the general content of the baby's crying, the voice analysis module determines whether it is an emergency. If it is an emergency, the intelligent controller calls 120 and sends an emergency signal to the terminal bound to the user; if it is a non-emergency, it soothes the baby by playing comfortable children's music and pre-recorded voice.

6. The intelligent deep sleep mattress system according to claim 1, characterized in that: The data transmission module is deployed at the junction of the media resource system and the Internet. Its security boundary is implemented by a firewall and a private protocol secure transmission link. It is isolated from the Internet by a firewall. The data transmission module and the intelligent controller are isolated by a private protocol secure transmission link.

7. The intelligent deep sleep mattress system according to claim 1, characterized in that: The smart mattress also includes a voice interaction module for playing pre-recorded voices.

8. A method for using an intelligent deep sleep mattress, applied to an intelligent deep sleep mattress system as claimed in any one of claims 1 to 7, characterized in that: The method for using the intelligent deep sleeping mattress comprises: Initialization step: System initialization starts the smart mattress through the smart controller; Detection steps: The intelligent controller obtains the signal of the sensor on the smart mattress in real time; when the weight of the smart mattress changes, the sensor generates a sensor signal; Processing steps: receiving the weight and position signals of the sensor through the intelligent controller, determining whether the person on the intelligent mattress is a person, if not a person, no processing is performed, if it is a person, further determining whether it is an infant, if not an infant, not starting the safety mode, if it is an infant, starting the safety mode; Adjustment steps: The intelligent controller receives the weight and position signals of the sensor, determines the user's sleeping posture according to its position, adjusts the saturation of the gas in the airbag at the corresponding position, and adjusts the softness and hardness of the intelligent mattress.

9. The method for using the intelligent deep sleep mattress according to claim 8, characterized in that: The safety mode specifically includes: pre-processing the baby's crying sound, then extracting sound features to identify and match the corresponding voice data stored in the intelligent controller, and making corresponding adjustments; after analyzing the general content of the baby's crying sound through the voice analysis module, it is determined whether it is an emergency situation. If it is an emergency situation, the intelligent controller calls 120 and sends an emergency signal to the terminal bound to the user; if it is a non-emergency situation, the baby is comforted by playing comfortable children's music and pre-recorded voice.

10. The method for using the intelligent deep sleep mattress according to claim 8, characterized in that: The safety mode also includes playing a preset voice to attract the baby's attention away from the edge of the smart mattress and sending a message to the user's bound terminal for reminder when the baby is at risk of falling on the edge of the smart mattress.

Images