WO2019237309A1

WO2019237309A1 - Automatic adjustment method for bed and intelligent control bed

Info

Publication number: WO2019237309A1
Application number: PCT/CN2018/091324
Authority: WO
Inventors: 孙成俊; 卢坤涛; 刘众; 乐勇; 苏明亮
Original assignee: 深圳市三分之一睡眠科技有限公司
Priority date: 2018-06-14
Filing date: 2018-06-14
Publication date: 2019-12-19

Abstract

An automatic adjustment method for a bed, comprising the following steps: obtaining the basic information of a user (201), wherein the information comprises the age, gender, height, weight, and body figure of the user; obtaining the sleeping information of the user (202), wherein the sleeping information comprises pressure or pressure distribution to the body back of the user under the conditions of different comfortable sleeping gestures, and the sleeping gestures comprise lying back, lying left, lying right, and lying front; establishing a body model and a sleeping pressure bearing model for the user according to the basic information and sleeping information of the user (203); and identifying the user on the bed and the sleeping gesture thereof. By means of the automatic adjustment method for the bed, a stored program can be invoked so as to really realize automatic adjustment.

Description

Automatic adjustment method for bed and intelligent control bed

Technical field

The invention relates to the technical field of intelligent control beds, and more particularly, to a method for automatically adjusting a bed and an intelligent control bed.

Background technique

Today's office workers have a fast pace of life and high work pressure. These factors lead to strong anxiety, difficulty falling asleep or poor sleep quality, which in turn affects their working status. Therefore, choosing a suitable bed to improve sleep quality is an effective method. .

The so-called healthy sleep refers to that when a person sleeps, the bed can keep its spine in a natural physiological curve in different sleeping positions, have reasonable pressure on all parts of the body, keep the blood circulation unblocked, and nerves in each part In normal working condition. Specifically, people of different body types need different support from mattresses; the same person also needs different support from mattresses in different sleeping positions. For example, in general, when the human body is lying down, in order to keep the cervical spine of the neck under a healthy physiological curve, the head needs to be raised by a height of about 8-10 cm from the plane of the mattress (that is, the person sleeps in Height on the pillow), and when lying on the side, because the shoulders are also pressed against the mattress, at this time, the height of the head and the mattress surface needs to be raised by about 12-15cm, and due to the size and width of the shoulders of each person , Height, weight and other parameters are different, the optimal height required is not the same, other parts, such as the shoulders, waist, back, hips and other positions also have different support requirements.

The existing bed has a single structure. Individual slightly intelligent beds require manual operation by humans. It is not yet possible to intelligently detect people of different body sizes and weights in different sleeping positions and intelligently control the structure of the bed. It keeps the spine in a natural physiological curve during sleep, and has proper pressure on all parts of the body, keeps the blood circulation unobstructed, and the nerves in each part are in a normal state to achieve healthy sleep.

Therefore, it is necessary to improve the existing bed to improve the sleep quality of the user.

At present, there are also some adjustment beds or smart mattresses with simple adjustment functions on the market. However, the limitation of these types of adjustment beds is that they can only implement some simple control adjustment methods, such as simple open-loop control methods, or That is, the fineness and accuracy of the adjustment method are not enough. This is because the height, weight, and shape of the human body are very different, which results in low recognition accuracy for different users on the one hand, such as sleeping position recognition and sleep conditions. In addition, because different people have different sleep preferences, whether they have a certain condition or not, the factors that lead to the adjustment are insufficient, and the final adjustment effect is always bad, which cannot be achieved for users. , The optimal adjustment method and adjustment to the most comfortable and favorite situation, that is, the fineness of the adjustment is not enough.

Summary of invention

technical problem

In view of the above problems, an embodiment of the present invention provides a method for automatically adjusting a bed. The method includes the following steps: obtaining basic information of a user, the information may include: age, gender, height, weight, and body shape selection of the user Here, the commonly used body types can be classified into the following five types: H-type, A-type, Y-type, X-type, and O-type; in addition, the user's sleep information can be obtained, and the sleep information includes the user's different Sleeping position The pressure or pressure distribution on the body in a comfortable state, the sleeping position includes lying on the back, lying on the left, lying on the right, and prone; establishing for the user based on the user's basic information and sleep information Body model and sleep pressure model; identify the person on the bed and their sleeping position; if the person on the bed is a known user who has established a body model and a sleep pressure model, then for the known user, It is adjusted to a comfortable state for the current sleeping position.

The idea of the automatic adjustment method of the bed proposed in this aspect of the present invention is based on the above-mentioned automatic identification and adjustment function of the intelligent mattress or intelligent bed with intelligent identification and adjustment, based on the application of a large amount of various data, especially A large number of personal data related to the individual's participation in the automatic adjustment of the bed to achieve higher recognition accuracy and better adjustment results, which can more effectively help and improve people's sleep quality and sleep health and can further improve The use of the bed is user friendly.

Advantageously, in order to further improve the user's personal related data, the basic information of the user may further include: shoulder width, head width, spine length, chest circumference, waist circumference, hip circumference and other body parameters. Generally, the above-mentioned body production can be directly provided by a user or obtained through measurement.

Advantageously, the basic information of the user may further include: a standard clothing size of the user's fit. The advantage is that these parameters can be obtained directly by the user without actual measurement, which can effectively reduce the amount of user input and measurement work, and effectively optimize the user experience.

Advantageously, in addition to supine, left, right, and prone sleep information of other sleeping positions commonly used by the user may be used, and the other sleeping positions may include the user leaning in a variety of different bodies The sleeping position under the angle includes 45 ° and 135 °. The advantage is that the richness and accuracy of the data used in accordance with the method can be further improved. Therefore, advantageously, the data of the user's hands and feet at different placement positions can also be considered.

Advantageously, as the basic information of the user, a sleep preference of the user is also obtained. According to the present invention, these sleep preferences can include preference data that the user likes, such as pillow preference height, which can be divided into, for example, high (more than 12cm), moderate (8cm-12cm), and low (less than 8cm). Sleep preferences can also include: pillow preference softness (softer, moderate, harder), shoulder preference softness (softer, moderate, harder), waist preference softness (softer, moderate, harder) ) And hips prefer softness (softer, moderate, harder) and so on.

Advantageously, the condition of the user is also obtained as the basic information of the user. These conditions involving the automatic adjustment of the bed can include, for example, the following conditions in various parts, such as: neck, such as cervical spondylosis, etc .; shoulders, such as periarthritis (left periarthritis, right periarthritis), etc .; sternum Parts such as rib pain (left pain, right rib pain), etc .; waist, such as lumbar disc herniation, etc .; hips, such as hip arthritis, sacral arthritis, etc .; and full spine, such as ankylosing spondylitis, scoliosis, Scoliosis and other disorders. Because in theory, for users who do not have the above symptoms and users who have one or more of the above different conditions, the adjustment of the mattress will naturally be different.

And more beneficially, when the user has the above-mentioned related conditions and other conditions, the smart mattress will consider it as a higher priority. For example, in patients with cervical spondylosis, the physiological curvature of the shoulder and neck position during sleep is more important than other factors to be considered for regulation. That is, for example, when performing adjustments, when this adjustment requirement conflicts with other adjustment requirements (for example, maintaining reasonable pressure on the shoulders requires the adjustment range of the position of the mattress and maintaining physiological bending requires the adjustment range of the position If they are not consistent, the user's regulatory needs regarding the disease will be prioritized over other needs.

Advantageously, the step of identifying the person on the bed and his sleeping position includes identifying whether there is a person on the bed, the number of persons, whether to lie normally, and the respective sleeping position. According to the automatic adjustment bed and method described above, these identifications can be achieved completely.

In addition, according to another aspect of the present invention, there is also provided a program product, wherein the method for automatically adjusting a bed according to the above aspect is implemented when the program product is executed on a computer or a smart device. Here, advantageously, the program product may be constituted as an App program in a smart phone, a personal digital assistant (PDA), or may be constituted as a program product in a remote controller for the adjustment bed. The program product can be stored in the remote controller or in the program memory of the electric control section of the adjustment bed and can be executed and implemented by the user when called by the user.

In addition, according to another aspect of the present invention, a storage device is further provided, in which the program product is stored in the storage device. Specifically, the storage device may be configured as a hard disk memory, a readable memory, an optical memory, and the like. When the above-mentioned program product in the storage device is called and executed by a user's operation, the above-mentioned adjustment method according to the present invention can be implemented.

In addition, according to yet another aspect of the present invention, an intelligent control bed is also provided, which may include an electric control section, a mechanical adjustment section, and a support section, the electric control section is connected to the mechanical adjustment section, and the mechanical adjustment section Slidingly connected with a support portion, the support portion is divided into a predetermined number of partitions, the partitions respectively correspond to a predetermined part of the human body, and the electric control portion includes: a device for detecting the pressure of the human body part transmitted by each partition of the support portion; The detection unit, the adjustment unit that adjusts the mechanical adjustment unit, and the controller can implement the adjustment method according to the above when the program product according to the present invention is executed on the controller.

Specifically, the electric control unit may include a control chip as the controller and a predetermined number of zone pressure detection units, a zone processing circuit, and a driving device, wherein the zone pressure detection unit is electrically connected to the zone processing circuit and is configured to be used. For detecting the pressure of the human body part in each of the partitions, and converting the pressure into an analog electric signal to transmit to the partition processing circuit, the partition processing circuit is electrically connected to the partition pressure detection unit, and communicates with the partition pressure detection unit through a 485 bus The control chip is electrically connected for filtering, amplifying the analog electrical signal, and converting it into a required digital signal for transmission to the control chip. The control chip is electrically connected to the partition processing circuit and the driving device for pressure on the partition. The detection unit data is analyzed, and the driving device is controlled to operate according to a prescribed algorithm. The driving device is connected to the control chip and is used to operate according to a command of the control chip. .

Problem solution

The beneficial effects of the invention

Brief description of the drawings

BRIEF DESCRIPTION OF THE DRAWINGS

In order to explain the technical solutions in the embodiments of the present invention or the prior art more clearly, the drawings used in the description of the embodiments or the prior art will be briefly introduced below. Obviously, the drawings in the following description describe only a part of the embodiments of the present invention. These drawings are not restrictive to the invention, but serve as an example. among them:

FIG. 1 shows a schematic flowchart of an automatic adjustment method for a bed according to the present invention;

2a, 2b are schematic diagrams of a spine structure of a human body;

FIG. 3 shows a schematic diagram of component composition connections of a bed that implements the automatic adjustment method according to FIG. 1 according to an embodiment of the present invention.

Invention Examples

Embodiments of the invention

In order to make the objectives, technical solutions, and advantages of the present invention clearer, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention and are not intended to limit the present invention.

In addition, FIG. 1 shows a schematic flowchart of a bed automatic adjustment method 200 provided according to the present invention. The automatic adjustment method 200 may include the following steps:

Acquiring basic information 201 of a user, the information may include: age, gender, height, weight, and body shape selection of the user;

Acquire the sleep information 202 of the user, where the sleep information includes the pressure or pressure distribution on the body of the user lying in a comfortable sleeping state in different sleeping positions, and the sleeping positions include lying on the back, lying on the left, and lying on the right Lying and prone;

Establishing a body model and a sleep pressure model 203 for the user according to the basic information and sleep information of the user;

Identify the person on the bed and their sleeping position 204;

If the person on the bed is a known user who has already established a body model and a sleep pressure model, it is adjusted for the known user to a comfortable state 205 for the current sleeping position.

The automatic adjustment method of the bed of the present invention can retrieve stored programs and truly realize automatic adjustment.

The above method is explained in combination with a specific embodiment below.

In this embodiment, the automatic adjustment method 200 is described using a bed according to FIG. 3 as an example. As shown in FIG. 3, the bed includes an electric control section 10, a mechanical adjustment section 20, and a support section 30. The electric control section 10 is connected to the mechanical adjustment section 20, the mechanical adjustment section 20 is slidably connected to the support section 30, and the support section 30 presses The electric control section 10 includes a detection unit for detecting the pressure of the human body part transmitted by each section of the support part 30, such as a pressure sensor, and an adjustment for adjusting the mechanical adjustment part. Units such as motors and control chips as controllers. The controller can make corresponding judgments and decisions according to the pressure detected in each zone, and output corresponding control commands to control the adjustment unit to make appropriate actions to drive the mechanical adjustment unit 20 to adjust the height of the prescribed zone, thereby Adjust the pressure of each zone by adjusting the height of the zone.

For example, according to the bed shown in Figure 3, it is possible to establish a static muscle model and a spine model by obtaining basic information of the human body, and identify the number of people, their weight, and whether they are lying normally by setting a partition pressure detection unit to detect the partition pressure. To recognize the situation, and can accurately identify the sleeping position with the help of the corresponding algorithm.

According to this embodiment, the mechanical adjustment unit 20 can be understood as a mechanical adjustment mechanism capable of adjusting the height up and down by accepting the linear mechanism of the bed such as the power of a motor, but the bed to which the method 200 of the present invention is applied is not limited to this implementation For example, the mechanical adjustment unit 20 can also be implemented as a hydraulic adjustment device to adjust the partition height of the automatic adjustment bed. Naturally, other types of adjustment devices can also be considered.

According to this embodiment, the support portion 30 can be understood to include an elastic mattress body and a support bracket. The elastic mattress body can be provided with latex, sponge, and independent springs from top to bottom. The zone pressure detection unit is provided on the support bracket. In the middle with independent springs. Specifically, the support bracket may be formed by connecting a predetermined number of separated support plates and angle steels through a conjoined spring. The elastic mattress body is embedded in the support bracket, and each separated support plate or angle steel supports a predetermined zone. Pressure detection unit.

In addition, the self-adjusting bed is equipped with a remote control and memory. The memory may include a data memory and a program memory. The data memory is used to store data and parameters, and the program memory is configured to store a control program. This memory can be installed on the electrical control unit or in the remote control. When the control program for the automatic adjustment of the bed included in the control program for the bed is executed on, for example, a control chip, the automatic adjustment method 200 for the bed according to the above can be implemented.

Specifically, for example, after the bed is purchased and the bed is installed in the user's home, the basic information of all users of the bed can be input first through the settings and input interface on the remote control. If the bed is used The couple is a couple. Then, the input information can include the age, sex, height, weight, and body size of the couple. Among them, the commonly used body types can be classified into the following 5 types: H type, A type, and Y type. , X type, O type.

In addition, in addition to the above information, it can also include body parameters such as shoulder width, head width, spine length, chest circumference, waist circumference, and hip circumference of both spouses. These parameters can be obtained by self-measurement and also input through the setting and input interface of the remote control.

Of course, because the above parameters must be obtained through actual measurements, if the user does not measure the above parameters, the user can also directly enter the fitted shirt size or shirt size, pants size (usually feet). The number is the size) and so on. For example, when the bed user is a single person or an elderly person or a person with a disease or defect, this measurement is a very troublesome thing. Of course, if conditions permit, all of the above data can be completely entered, that is, not only the body parameters such as shoulder width, head width, spine length, bust, waist, hip, etc., but also the size of the standard clothing of the user's fit, In this way, because there are more reference parameters, the adjustment is more delicate and thoughtful.

In addition, after the above personal information is input through the remote control, the sleep information of the husband and wife is also input. Here, the sleep information may include the pressure or pressure distribution on the body caused by the husband and wife lying in different sleeping positions in a comfortable state, The sleeping position may include supine, left-side, right-side, and prone positions. In addition, it can also include data at different body tilt angles, such as 45 ° and 135 ° tilt angles, and data at different placement positions of the hands and feet.

Specifically, according to the bed provided by the present invention, the acquisition of sleep information can be achieved by first switching to the sleep information collection mode through a remote control, and then the husband and wife lie on the bed separately in the sleeping position described above. Hold for 5 seconds, then the bed will automatically record each sleep information and remind the user to store it in the information storage area of the specific user personnel.

After all the above-mentioned data collections of the spouses are completed, the relevant data will be stored in the form of data sets in the information group for a certain person for the subsequent modeling of the body model and the modeling of the sleep pressure model.

If the user, an exemplary couple, confirms that the above data collection is completed through the remote control, both the operation and control system of the bed can automatically establish an accurate body model and sleep pressure model, for example, the difference between the shoulder width and the head width One part is the height that the head and neck stay straight when lying on the side (the pillow height can be set accordingly or the height of the bed surface can be adjusted to keep this height value when lying on the side). After obtaining the spine length, shoulder width, chest circumference, waist circumference, hip circumference and other body parameters and the pressure distribution data of the user in each sleeping position, the body contour and spine can be modeled. Figure 2a, 2b shows a schematic diagram of the spine structure of the human body.

Then, by operating the remote control by the user, the bed can be switched to the use mode. In the use mode, the bed first needs to identify the person on the bed and its sleeping position. For example, it can be identified which of the husband and wife or both of them are sleeping on the bed. According to the bed and method described above, this is completely achievable and will not be repeated here. Then, according to the real-time body pressure distribution monitored by the bed's sensing system, the original models of each user stored in the system are compared, and the offsets between the different positions of the spine and the original position can be analyzed in real time, so as to adjust according to these offsets .

Here, if the person in the bed is a known user who has established a body model and a sleep pressure model, then adjust and control the model already established for the known user to adjust it to the current sleep Posture comfort. If a guest arrives in the house, and the guest has not entered the personal information and the process of establishing the body model and the sleep pressure model, then the client can be actively reminded to complete the process or directly switch the bed to a non-automatic adjustment use state.

Naturally, for some special users or groups of people, during the data collection stage before establishing the body model and the sleep pressure model, some special information needs to be considered as input for personal information.

The special information may include a user's sleep preference. According to the present invention, these sleep preferences can include preference data that the user likes, such as pillow preference height, which can be divided into, for example, high (more than 12cm), moderate (8cm-12cm), and low (less than 8cm). Sleep preferences can also include: pillow preference softness (softer, moderate, harder), shoulder preference softness (softer, moderate, harder), waist preference softness (softer, moderate, harder) ) And hips prefer softness (softer, moderate, harder) and so on.

In addition, the special information as the basic information of the user may also include the condition of the user's illness. These conditions involving the automatic adjustment of the bed can include, for example, the following conditions of various parts, such as: neck, such as cervical spondylosis, etc .; shoulders, such as periarthritis (left shoulder, right shoulder), etc .; sternum Such as rib pain (left pain, right rib pain), etc .; waist, such as lumbar disc herniation, etc .; hips, such as hip arthritis, sacral arthritis, etc .; and full spine, such as ankylosing spondylitis, scoliosis, Scoliosis and other disorders. Because, in theory, for users who do not have the above-mentioned conditions and users who have one or more of the above-mentioned different conditions, the way of adjusting the bed will naturally be different.

It is very necessary that when the user has the above-mentioned related conditions and the like, the bed will consider it as a higher priority. For example, in patients with cervical spondylosis, the physiological curvature of the shoulder and neck position during sleep is more important than other factors to be considered for regulation. That is, for example, when performing adjustments, when this adjustment requirement conflicts with other adjustment requirements (for example, maintaining reasonable pressure on the shoulders requires the adjustment range of the position of the bed and maintaining physiological bending requires the adjustment range of the position If they are not consistent, the user's regulatory needs regarding the disease will be prioritized over other needs.

According to this embodiment, the operation of the bed includes information input, the use mode selection is implemented by means of a remote control, and the adjustment program that implements the above method is stored in the program memory and executed by calling. In addition, you can choose to replace the remote control with a small terminal such as a smart phone or personal digital assistant combined with the App to operate the bed, including information input, use mode selection, adjustment mode selection, and so on. Of course, other similar methods can be considered as long as they can achieve the same function.

It can be known from the above that according to the automatic adjustment method proposed by the present invention, an intelligent control bed can be realized. The intelligent control bed can include an electric control section, a mechanical adjustment section, and a support section as described above, and the electric control section and the machine The adjustment part is connected, and the mechanical adjustment part is slidably connected to the support part. The support part is divided into a predetermined number, and the partitions respectively correspond to a predetermined part of the human body. The electric control part may include: A detection unit for transmitting the pressure of the human body part, an adjustment unit for adjusting the mechanical adjustment section, and a controller. The controller may be implemented in the electric control section or in the remote control. Naturally other intelligent devices such as The way of combining the smart phone with the App can also be considered. When the program product stored in the storage device is executed on the controller, the automatic adjustment method according to the present invention can be implemented. Therefore, such a smart control bed is proposed in a specific embodiment. The intelligent control bed can have the following operating modes:

The first mode: fully automatic intelligent adjustment mode. This mode is the main operating mode of the intelligent control bed. In this mode, the intelligent mattress performs automatic identification and automatic adjustment through its sensing system and adjustment system. The following is mainly achieved by means of the method proposed according to the invention.

The second mode: a custom intelligent adjustment mode. The second mode is based on the first mode and can be understood as a supplement and fine-tuning of the first mode. In the case of the second mode, when the automatic adjustment may occur, the user's subjective experience and Proper user self-intervention in uncomfortable situations. The mode mainly includes the following steps:

Step 1: Enter the subjective comfort state. In this step, the user can autonomously set the subjective comfort state in each of the sleeping positions described above: For example, this can be achieved as follows: the user is lying on his back, lying on his left, lying on his right, etc. In more common sleeping positions, while maintaining the sleeping position, manually adjust the comfortable position or state of the head, neck, shoulders, back, waist, hips, legs, feet and other parts in this sleeping position, and click the record and storage. For each sleeping position, users can adjust to their most satisfied position or state, and click the record to store. In this way, the system can automatically record the sleeping position characteristics of the user at this time and the corresponding comfortable position or state.

Step 2: The system automatically recognizes and adjusts: After the above sleeping position and adjusted position or state are recorded by the system in the first step, during the user's sleep process, the system automatically recognizes the user's sleeping position and matches the settings in the first step. The well-defined sleeping position feature can know that the user is currently lying flat, left, right, or other set sleeping positions, and automatically adjust the bed or mattress to its previously set satisfactory position or state . Among them, this may include: During the user's sleep, whenever the user turns over or changes the sleeping position, the system will automatically update and adjust to maintain each sleeping position to the user's own satisfactory position and state during the entire sleep process, providing Give users their most personal and comfortable sleeping experience.

The third mode: manual mode. If the user wants, you can manually adjust the smart mattress through the remote control or the app on the mobile phone. Different parts, such as the head, neck, shoulders, and back , Waist, hips, legs, feet and other parts of the user can set their own. The difference between the third mode and the second mode is that after completing the setting of various parts in this mode, the bed or mattress does not automatically adjust and change, but maintains the state according to the manual setting by the user at this time. .

The fourth mode: sleep companion adjustable mode. This mode should also belong to a manual mode in nature and as a special case of the manual mode. The purpose of this mode is to sleep two (such as couples) or three ( For example, couples and children) provide a position or state of a bed that allows one of the users to manually adjust the corresponding area of the sleeping partner sleeping with them. For example, when a spouse is snoring during sleep, on the other hand, the position or state of the bed in each part of the spouse can be adjusted without awakening the other party, so that the other party's snoring situation is weakened or eliminated.

Fifth mode: Flat bed mode, in which the smart bed or mattress is restored to an ordinary flat bed for use. The implementation method is that after restoring each component of the smart bed to the default position, the automatic adjustment mode and the manual adjustment mode are turned off or they are in an inactive state.

Sixth mode: Massage mode. In this mode, the bed or mattress will perform wave or vibration massage under the control of a fixed mode, such as a periodic or aperiodic control signal.

Naturally, the above six modes are merely exemplary and should not be construed as limitations. Naturally, other more modes can be provided for users to choose according to the hardware and mechanical components of the bed or mattress.

In addition, for the above-mentioned smart beds, users can also select different modes through the remote control or mobile APP and other operating terminals, and switch at any time. In addition, in particular, the duration of each mode can be set, and the duration After the duration is over, it automatically enters the next mode and other settings.

The above description of the proposed embodiment enables those skilled in the art to implement or use the present invention. It should be understood that the features disclosed in the above embodiments may be used alone or in combination, unless otherwise specified. Various modifications to these embodiments will be apparent to those skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the invention. Therefore, the invention disclosed herein is not limited to the specific embodiments disclosed, but is intended to cover modifications within the spirit and scope of the invention as defined by the appended claims.

Claims

A method (200) for automatically adjusting a bed, which comprises the following steps:

Acquiring basic information of a user (201), the information includes: the age, gender, height, weight, and body shape selection of the user;

Acquire the sleep information of the user (202), the sleep information includes the pressure or pressure distribution on the body of the user lying in a comfortable sleeping state in different sleeping positions, and the sleeping positions include lying on the back, lying on the left, Lying right and prone;

Establishing a body model and a sleep pressure model for the user according to the basic information and sleep information of the user (203);

Identifying the persons on the bed and their sleeping position (204);

If the person on the bed is a known user who has already established a body model and a sleep pressure model, it is adjusted for the known user to a comfortable state for the current sleeping position (205).
The adjustment method according to claim 1, wherein the basic information of the user further comprises one or more of a shoulder width, a head width, a spine length, a bust, a waist, and a hip.
The adjustment method according to claim 1, wherein the basic information of the user further comprises: a standard clothing size of the user's fit.
The adjustment method according to claim 1, characterized in that in addition to supine, left, right, and prone sleep information of other sleeping positions commonly used by the user is used, and the other sleeping positions include The user sleeps in a variety of different body tilt angles, and the tilt angles include 45 ° and 135 °.
The adjustment method according to claim 1, wherein as the basic information of the user, a sleep preference and a condition of the user are also obtained.
The adjustment method according to claim 5, characterized in that when the user has a condition situation and considers it in the adjustment method, the condition situation is considered as a higher priority.
The adjusting method according to claim 1, characterized in that the step of identifying the person on the bed and his sleeping position comprises identifying whether there is a person on the bed, the number of persons, whether or not the person is lying normally, and their respective sleeping positions.
A storage device, characterized in that a program product is stored in the storage device, and the method according to any one of claims 1 to 7 is implemented when the program product is executed on a computer or a smart device.
An intelligent control bed includes an electric control part, a mechanical adjustment part, and a support part, the electric control part is connected to the mechanical adjustment part, the mechanical adjustment part is slidably connected to the support part, and the support part is carried out according to a prescribed number A partition, the partition corresponding to a predetermined part of the human body, and the electric control unit includes a detection unit for detecting the pressure of the human body part transmitted by each partition of the support part, and an adjustment unit for adjusting the mechanical adjustment part And a controller that implements the method according to one of claims 1 to 7 when a program product in the storage device according to claim 8 is executed on the controller.