CN115191774B

CN115191774B - Adjusting method and system based on electric bed and storage medium

Info

Publication number: CN115191774B
Application number: CN202210897781.3A
Authority: CN
Inventors: 王炳坤
Original assignee: De Rucci Healthy Sleep Co Ltd
Current assignee: De Rucci Healthy Sleep Co Ltd
Priority date: 2022-07-28
Filing date: 2022-07-28
Publication date: 2023-06-23
Anticipated expiration: 2042-07-28
Also published as: CN115191774A

Abstract

The embodiment of the application relates to the technical field of intelligent home, and discloses an electric-bed-based adjusting method, an electric-bed-based adjusting system and a storage medium, wherein in the method, after an electric bed receives a first interactive message which is sent by an intelligent television and is used for describing that the intelligent television is started, the intelligent television can be instructed to detect whether an eye focusing point of a user on the electric bed falls in a screen of the intelligent television; if the intelligent television detects that the eye focusing point of the user on the electric bed falls in the screen of the intelligent television, the electric bed can lift the mattress head of the electric bed to a set angle. By implementing the embodiment of the application, a user on the electric bed can control the lifting of the mattress head of the electric bed only by focusing eyes on the screen of the intelligent television after the intelligent television is started, a voice instruction is not required to be sent out, the corresponding key of the remote controller is not required to be pressed by fingers, the convenience in controlling the lifting of the mattress head of the electric bed can be improved, and the experience of the user on the electric bed is improved.

Description

Adjusting method and system based on electric bed and storage medium

Technical Field

The application relates to the technical field of intelligent home, in particular to an adjusting method and system based on an electric bed and a storage medium.

Background

Currently, some electric beds on the market can receive a voice command from a user on the electric bed and raise the mattress head of the electric bed in response to the voice command, so that the user on the electric bed can lean the back against the mattress head to watch television.

In practice it has been found that if a user on an electric bed belongs to a user with difficulty in speaking (e.g. aphasia user), the user typically needs to send instructions to the electric bed via a remote control to instruct the electric bed to raise the mattress head. However, sending an instruction to the electric bed through the remote controller requires the user to press the corresponding key on the remote controller with a finger, which is not beneficial to improving the convenience of controlling the lifting of the head of the mattress and reducing the experience of the user on the electric bed.

Disclosure of Invention

The embodiment of the application discloses an adjusting method and system based on an electric bed and a storage medium, which can improve convenience in controlling lifting of the head of a mattress and improve experience of a user on the electric bed.

A first aspect of an embodiment of the present application discloses a method for electric bed-based conditioning, the method comprising:

the intelligent television sends a first interaction message to the electric bed, wherein the first interaction message is used for describing that the intelligent television is started;

The electric bed receives the first interaction message and instructs the intelligent television to detect whether an eye focusing point of a user on the electric bed falls into a screen of the intelligent television;

the intelligent television detects whether an eye focusing point of a user on the electric bed falls into a screen of the intelligent television; if yes, sending a second interaction message to the electric bed, wherein the second interaction message is used for describing that the eye focusing point of the user on the electric bed falls in the screen of the intelligent television;

and lifting the mattress head of the electric bed to a set angle according to the second interaction message.

As an optional implementation manner, in the first aspect of the embodiment of the present application, after the electric bed receives the first interaction message, the method further includes:

the electric bed detects whether a user exists on the electric bed; and if so, executing the step of instructing the intelligent television to detect whether the glasses of the user on the electric bed are focused on the screen of the intelligent television.

As another optional implementation manner, in the first aspect of the embodiment of the present application, after the electric bed lifts the mattress head of the electric bed to a set angle according to the second interaction message, the method further includes:

The intelligent television detects whether an eye focusing point of a user on the electric bed deviates from a screen of the intelligent television; if yes, a certain target time point in a playing time progress bar corresponding to the video content currently played by the intelligent television is recorded; the intelligent television detects that an eye focusing point of a user on the electric bed deviates from a screen of the intelligent television at the target time point;

the intelligent television detects whether an eye focusing point of a user on the electric bed falls into a screen of the intelligent television again; if yes, returning to the target time point and starting to play the video content.

As another optional implementation manner, in the first aspect of the embodiment of the present application, after the smart tv detects that an eye focus point of a user on the electric bed deviates from a screen of the smart tv, the method further includes:

the intelligent television judges whether the video content currently played by the intelligent television is marked as the favorite video content of the user on the electric bed or not; if yes, executing the step of recording a certain target time point in a playing time progress bar corresponding to the video content currently played by the intelligent television.

As a further optional implementation manner, in the first aspect of the embodiment of the present application, the upper surface of the electric bed is divided into a plurality of areas, each area is associated with one region identifier, and the region identifiers associated with any two areas are different, after the electric bed lifts the mattress head of the electric bed to a set angle according to the second interaction message, and before the smart television detects whether the eye focusing point of the user on the electric bed deviates from the screen of the smart television, the method further includes:

the electric bed detects the pressing sequence of each pressed target area in the plurality of areas; wherein the plurality of regions includes the respective target regions;

the electric bed splices all the areas Fu Yi associated with each target area according to the pressing sequence of each target area to form a first area symbol string;

the electric bed sends the first regional character string to the intelligent television;

the intelligent television receives the first region symbol string and inquires whether a second region symbol string which is the same as the first region symbol string is stored; if yes, marking the video content currently played by the intelligent television as the favorite video content of the user on the electric bed; the second region character string is used as a basis for marking the video content currently played by the intelligent television as the favorite video content of the user on the electric bed.

A second aspect of the embodiments of the present application discloses an adjustment system for an electric bed, including:

intelligent television and electric bed, wherein:

the intelligent television is used for sending a first interaction message to the electric bed, wherein the first interaction message is used for describing that the intelligent television is started;

the electric bed is used for receiving the first interaction message and instructing the intelligent television to detect whether an eye focusing point of a user on the electric bed falls in a screen of the intelligent television;

the intelligent television is also used for detecting whether an eye focusing point of a user on the electric bed falls in a screen of the intelligent television; if yes, sending a second interaction message to the electric bed, wherein the second interaction message is used for describing that the eye focusing point of the user on the electric bed falls in the screen of the intelligent television;

the electric bed is further used for lifting the mattress head of the electric bed to a set angle according to the second interaction message.

As an optional implementation manner, in the second aspect of the embodiment of the present application, the electric bed is further configured to detect, after receiving the first interaction message, whether a user exists on the electric bed; and if so, executing the step of instructing the intelligent television to detect whether the glasses of the user on the electric bed are focused on the screen of the intelligent television.

As another optional implementation manner, in a second aspect of the embodiment of the present application, the smart television is further configured to detect, after the electric bed lifts the mattress head of the electric bed to a set angle according to the second interaction message, whether an eye focusing point of a user on the electric bed deviates from a screen of the smart television; if yes, a certain target time point in a playing time progress bar corresponding to the video content currently played by the intelligent television is recorded; the intelligent television detects that an eye focusing point of a user on the electric bed deviates from a screen of the intelligent television at the target time point;

the intelligent television is also used for detecting whether the eye focusing point of the user on the electric bed falls into the screen of the intelligent television again; if yes, returning to the target time point and starting to play the video content.

As another optional implementation manner, in the second aspect of the embodiment of the present application, the smart television is further configured to determine, after detecting that an eye focus point of a user on the electric bed deviates from a screen of the smart television, whether video content currently played by the smart television is marked as favorite video content of the user on the electric bed; if yes, executing the step of recording a certain target time point in a playing time progress bar corresponding to the video content currently played by the intelligent television.

As a further alternative implementation manner, in the second aspect of the embodiment of the present application, the mattress upper surface of the electric bed is divided into a plurality of areas, each area is associated with one region identifier, and the region identifiers associated with any two areas are different, then:

the electric bed is further used for detecting the pressing sequence of each pressed target area in the plurality of areas after lifting the mattress head of the electric bed to a set angle according to the second interaction message and before the intelligent television detects whether the focusing point of eyes of a user on the electric bed deviates from the screen of the intelligent television; wherein the plurality of regions includes the respective target regions;

the electric bed is further used for splicing all the areas Fu Yi associated with each target area according to the pressing sequence of each target area to form a first area symbol string;

the electric bed is further used for sending the first regional character string to the intelligent television;

the intelligent television is further used for receiving the first region symbol string and inquiring whether a second region symbol string identical to the first region symbol string is stored or not; if yes, marking the video content currently played by the intelligent television as the favorite video content of the user on the electric bed; the second region character string is used as a basis for marking the video content currently played by the intelligent television as the favorite video content of the user on the electric bed.

A third aspect of the present application embodiment discloses a storage medium having stored thereon a computer program which, when executed by a processor, implements the steps of the electric bed-based conditioning method of the first aspect of the present application embodiment or any alternative implementation of the first aspect of the present application embodiment.

Compared with the prior art, the embodiment of the application has the following beneficial effects:

in the embodiment of the application, after the electric bed receives the first interaction message sent by the intelligent television and used for describing that the intelligent television is started, the intelligent television can be instructed to detect whether the focusing point of eyes of a user on the electric bed falls in the screen of the intelligent television; if the intelligent television detects that the eye focusing point of the user on the electric bed falls in the screen of the intelligent television, the electric bed can lift the mattress head of the electric bed to a set angle. Therefore, by implementing the embodiment of the application, the user on the electric bed can control the lifting of the mattress head of the electric bed only by focusing eyes on the screen of the intelligent television after the intelligent television is started, a voice instruction is not required to be sent out, the corresponding key of the remote controller is not required to be pressed by fingers, the convenience in lifting the mattress head of the electric bed is improved, and the experience of the user on the electric bed is improved.

In addition, by implementing the embodiment of the application, the intelligent degree of the electric bed can be improved, and the popularization and application of the electric bed are facilitated.

Drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present application, the drawings that are needed in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present application, and that other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.

FIG. 1 is a schematic flow diagram of a first embodiment of the electric bed-based conditioning method disclosed in the embodiments of the present application;

FIG. 2 is a schematic flow diagram of a second embodiment of the electric bed-based conditioning method disclosed in the embodiments of the present application;

FIG. 3 is a schematic flow chart of a third embodiment of the electric bed-based conditioning method disclosed in the embodiments of the present application;

FIG. 4 is a schematic diagram of the architecture of the conditioning system of the electric bed disclosed in the embodiments of the present application;

fig. 5 is a schematic structural view of an electric bed according to an embodiment of the present application.

Detailed Description

The following description of the technical solutions in the embodiments of the present application will be made clearly and completely with reference to the drawings in the embodiments of the present application, and it is apparent that the described embodiments are only some embodiments of the present application, not all embodiments. All other embodiments, which can be made by one of ordinary skill in the art without undue burden from the present disclosure, are within the scope of the present disclosure.

It should be noted that the terms "comprises" and "comprising," along with any variations thereof, in the embodiments of the present application are intended to cover non-exclusive inclusion, such that a process, method, system, article, or apparatus that comprises a list of steps or elements is not necessarily limited to those steps or elements expressly listed or inherent to such process, method, article, or apparatus, but may include other steps or elements not expressly listed.

The embodiment of the application discloses an adjusting method, an adjusting system and a storage medium based on an electric bed, which can improve convenience in controlling lifting of the head of a mattress of the electric bed and improve experience of a user on the electric bed. The following detailed description is made with reference to the accompanying drawings.

Referring to fig. 1, fig. 1 is a schematic flow chart of a first embodiment of an electric-bed-based adjustment method disclosed in an embodiment of the present application. In the electric bed-based adjustment method shown in fig. 1, the electric bed includes a mattress, which may be a normal mattress or an airbag mattress, and embodiments of the present application are not limited.

As shown in fig. 1, the electric bed-based adjustment method includes the steps of:

101. the intelligent television sends a first interactive message to the electric bed, wherein the first interactive message is used for describing that the intelligent television is started.

In some embodiments, the smart tv may detect whether the current time reaches a play start time of a certain video content (such as a certain movie) of a specified channel; if so, the intelligent television is automatically started, and after the intelligent television is automatically started, a first interactive message for describing that the intelligent television is started is sent to the electric bed. Further, after the smart television is automatically started, the smart television may start playing the video content of the specified channel. According to the implementation mode, the intelligent television can be automatically started, video content of a designated channel is played, and the experience of a user on the electric bed is improved.

In other embodiments, the electric bed may detect whether the current time reaches a preset smart television start-up time; if yes, sending an opening instruction to the intelligent television so that the intelligent television can be started according to the starting instruction, and sending a first interaction message for describing that the intelligent television is started to the electric bed after the intelligent television is started. Further, after the smart television is automatically started, the smart television can start to play video content of a certain default channel. By implementing the embodiment, the intelligent television can be automatically started. According to the implementation mode, the intelligent television can be automatically started, video content of a default channel is played, and the experience of a user on the electric bed is improved.

In other embodiments, the intelligent television and the electric bed may be located in a certain indoor environment (e.g., a certain room), and when the electric bed detects a unique identifier (e.g., a unique name of an intelligent shoe) of a certain intelligent shoe (e.g., an intelligent sports shoe) entering the indoor environment, the electric bed may determine whether the intelligent shoe is a certain trusted shoe preconfigured by the electric bed according to the unique shoe identifier of the intelligent shoe; if yes, the electric bed establishes wireless connection with the intelligent shoes, receives the current day walking mileage of the intelligent shoes and the current day step number of the intelligent shoes sent by the intelligent shoes through the wireless connection, and judges whether the current day walking mileage of the intelligent shoes exceeds the preset mileage associated with the intelligent shoes preconfigured by the electric bed; if so, calculating an average step length according to the number of the current day walking mileage and the current day steps of the intelligent shoe; judging whether the calculated average step length exceeds a preset step length of the intelligent shoe association preconfigured by the electric bed; if yes, defaulting the user to which the intelligent shoe belongs to be in a walking fatigue state; correspondingly, the electric bed can send a control instruction to the intelligent television, wherein the control instruction is used for instructing the intelligent television to start and playing video content for guiding leg massage to relieve leg soreness; the preset mileage associated with the intelligent shoe configured in advance by the electric bed can be the daily average running mileage of the user to which the intelligent shoe belongs, the appointed step length associated with the intelligent shoe configured in advance by the electric bed can be the step length when the user to which the intelligent shoe belongs normally walks, when the electric bed judges that the daily average running mileage of the intelligent shoe exceeds the daily average running mileage of the user to which the intelligent shoe belongs, and the calculated average step length exceeds the step length when the user to which the intelligent shoe belongs normally walks, the electric bed can default the user to which the intelligent shoe belongs to perform running exercise with longer mileage (because the running step length is usually larger than the step length when the user to which the intelligent shoe belongs normally walks), and the corresponding electric bed can default the user to which the intelligent shoe belongs to be in a walking fatigue state; correspondingly, the intelligent television can execute the starting operation according to the control instruction, and after the starting operation is executed, a first interaction message for describing that the intelligent television is started is sent to the electric bed. Further, after the intelligent television performs the starting operation, video content for guiding leg massage to relieve leg ache is searched out from the network side and played. According to the embodiment, not only can the automatic starting-up of the intelligent television be realized, but also the intelligent television can automatically play video content for guiding leg massage to relieve leg soreness, so that a user to which the intelligent shoe belongs can conduct leg massage on an electric bed according to the guidance of the video content which is played by the intelligent television and is used for guiding leg massage to relieve leg soreness, and leg soreness is relieved.

It will be appreciated that the electric bed may calculate the quotient of the number of kilometers travelled on the day divided by the number of steps on the day, which is the average step size.

In other embodiments, the intelligent television and the electric bed may be located in a certain indoor environment (e.g., a certain room), and when the electric bed detects a unique identifier of a certain intelligent shoe (e.g., an intelligent sports shoe) entering the indoor environment, the electric bed may determine whether the intelligent shoe is a certain trusted shoe preconfigured by the electric bed according to the unique shoe identifier of the intelligent shoe; if yes, the electric bed establishes wireless connection with the intelligent shoes, and the electric bed can receive a certain video content (such as a certain film or video content shot by a camera of the intelligent shoes in the walking process) stored in the intelligent shoes and sent by the intelligent shoes through the wireless connection; the electric bed can send a control instruction comprising the video content to the intelligent television, and the control instruction is used for instructing the intelligent television to start and play the video content; correspondingly, the intelligent television can execute the starting operation according to the control instruction, and after the starting operation is executed, a first interaction message for describing that the intelligent television is started is sent to the electric bed. Further, the smart television plays the video content after performing the start-up operation. According to the implementation mode, the intelligent television can be automatically started, video content stored in the intelligent shoes entering the indoor environment where the electric bed and the intelligent television are located can be automatically played by the intelligent television, and convenience in playing of the video content stored in the intelligent shoes is improved.

In some embodiments, the intelligent shoe can detect a shooting instruction sent by an electronic device (such as a bracelet or a mobile phone) wirelessly connected with the intelligent shoe in the walking process, and the camera of the intelligent shoe is started to shoot video content in response to the shooting instruction.

In other embodiments, the intelligent shoe can detect that the intelligent shoe walks on the accident-prone road section in the walking process, and the camera of the intelligent shoe is correspondingly started to shoot video content.

In other embodiments, the intelligent shoe can start the camera of the intelligent shoe to shoot the video content of the intelligent shoe in the walking process when detecting the indoor environment where the intelligent shoe walks out of the electric bed and the intelligent television is located and the intelligent shoe is disconnected from the wireless connection with the electric bed.

In some embodiments, the manner in which the electric bed establishes a wireless connection with the intelligent shoe may be: the electric bed broadcasts a hot spot access prompt message comprising a hot spot identification of the electric bed, a hot spot access verification code and a unique identification of the intelligent shoe; correspondingly, when the intelligent shoes receive the hot spot access prompt message and identify the unique identification of the intelligent shoes, the intelligent shoes access the hot spot of the electric bed according to the hot spot identification of the electric bed and the hot spot access verification code so as to establish wireless connection with the electric bed.

In other embodiments, the smart tv and the electric bed may be located in a certain indoor environment (e.g., a certain room), and when the electric bed detects a unique identifier of a certain wrist electronic device (such as a smart watch or a smart bracelet) entering the indoor environment, the electric bed may determine, according to the unique shoe identifier of the wrist electronic device, whether the wrist electronic device is a certain trusted wrist electronic device preconfigured by the electric bed; if yes, the electric bed establishes wireless connection with the wrist type electronic equipment, and the electric bed can receive a certain video content (such as a certain film or video content shot by a camera of the wrist type electronic equipment in the moving process) stored by the wrist type electronic equipment and sent by the wrist type electronic equipment through the wireless connection; the electric bed can send a control instruction comprising the video content to the intelligent television, and the control instruction is used for instructing the intelligent television to start and play the video content; correspondingly, the intelligent television can execute the starting operation according to the control instruction, and after the starting operation is executed, a first interaction message for describing that the intelligent television is started is sent to the electric bed. Further, the smart television plays the video content after performing the start-up operation. According to the embodiment, the intelligent television can be automatically started, video contents stored by the wrist type electronic equipment entering the indoor environment where the electric bed and the intelligent television are located can be automatically played by the intelligent television, and convenience in playing the video contents stored by the wrist type electronic equipment is improved.

In some embodiments, the wrist electronic device may detect a shooting instruction sent by an electronic device (such as a mobile phone) wirelessly connected to the wrist electronic device during a moving process, and start a camera of the wrist electronic device to shoot video content in response to the shooting instruction.

In other embodiments, the wrist electronic device may detect that the wrist electronic device is located at an accident-prone road section during the moving process, and correspondingly activate a camera of the wrist electronic device to capture video content.

In other embodiments, the wrist electronic device may start a camera of the wrist electronic device to capture video content of the wrist electronic device during moving when detecting that the wrist electronic device moves out of an indoor environment where the electric bed and the smart television are located and the wrist electronic device breaks wireless connection with the electric bed.

102. And the electric bed receives the first interaction message and instructs the intelligent television to detect whether the focusing point of the eyes of the user on the electric bed falls in the screen of the intelligent television.

The electric bed can be connected with the intelligent television through a local area network or the Internet of things. Correspondingly, the electric bed can instruct the intelligent television to detect whether the eye focusing point of the user on the electric bed falls in the screen of the intelligent television through the local area network or the Internet of things.

103. The intelligent television detects whether an eye focusing point of a user on the electric bed falls in a screen of the intelligent television; if yes, go to step 104 to step 105.

In some embodiments, when the smart television detects that the eye focus point of the user on the electric bed does not fall within the screen of the smart television, the electric bed may send a prompt message, where the prompt message is used to describe that the eye focus point of the user on the electric bed does not fall within the screen of the smart television. Accordingly, the electric bed can receive the prompt message without lifting the mattress head of the electric bed to a set angle.

In some embodiments, the manner in which the smart tv detects whether the user's eye focus on the electric bed falls within the screen of the smart tv may be:

the intelligent television controls a camera of the intelligent television to acquire a head image of a user on the electric bed, and analyzes the head image by utilizing a preset human eye sight estimation model so as to obtain the eye focusing point position of the user on the electric bed; and judging whether the focusing point position of the eyes of the user on the electric bed falls into the screen of the intelligent television or not. In this embodiment, a human eye gaze estimation model may be established using a deep learning algorithm, and analyzed based on the photographed head image of the user on the electric bed to obtain an accurate eye focus point position of the user on the electric bed.

Further alternatively, the above eye gaze estimation model may be obtained by:

the intelligent television collects a large amount of human head image samples;

determining key point positions in a human head image sample based on a human face key point positioning algorithm, wherein the key point positions comprise a left eye center point, a right eye center point, a nose tip, a mouth left corner point and a mouth right corner point;

cutting the human head image sample based on the key point positions to obtain a left eye image, a right eye image and a face image, and determining the position information of the face image in the human head image sample;

obtaining the position coordinates of the focusing point of the eye sight according to the mapping relation between the left eye image, the right eye image, the position information and the eye sight direction;

the physical coordinates of the left eye image, the right eye image, the face image, the position information and the position information relative to the position of the camera of the intelligent television are used as input quantity, the position coordinates of the focusing point of the eye sight are used as output quantity, and the convolutional neural network is used for training the input quantity and the output quantity to obtain the eye sight estimation model.

In the training of the human eye vision estimation model, a relatively valuable human eye vision estimation model can be established by using a deep learning algorithm so as to accurately detect the eye focus position of the user on the electric bed.

104. The intelligent television sends a second interaction message to the electric bed, wherein the second interaction message is used for describing that the focusing point of eyes of a user on the electric bed falls in a screen of the intelligent television.

The user on the electric bed can be the user to which the intelligent shoe belongs; alternatively, the user on the electric bed may be the user to whom the wrist electronic device described above belongs.

105. And lifting the mattress head of the electric bed to a set angle according to the second interaction message.

In some embodiments, when the user on the electric bed is the user to whom the intelligent shoe belongs, the electric bed may determine, according to the second interaction message, a specified mattress head lifting angle associated with the intelligent shoe (i.e. the intelligent shoe) preconfigured by the electric bed, and take the specified mattress head lifting angle as a set angle, and lift the mattress head of the electric bed to the set angle, so that the user to whom the intelligent shoe belongs may lean against the mattress head of the electric bed, and perform leg massage according to the instruction of the video content played by the intelligent television for guiding leg massage to relieve leg soreness, thereby relieving leg soreness.

Therefore, by implementing the adjustment method based on the electric bed shown in fig. 1, the user on the electric bed can control the lifting of the mattress head of the electric bed only by focusing eyes on the screen of the intelligent television after the intelligent television is started, and the user on the electric bed can improve the convenience in controlling the lifting of the mattress head of the electric bed and the experience of the user on the electric bed without sending a voice command or pressing corresponding keys of a remote controller with fingers.

In addition, the intelligent degree of the electric bed can be improved by implementing the electric bed-based adjusting method shown in fig. 1, and the electric bed is beneficial to popularization and application.

Referring to fig. 2, fig. 2 is a schematic flow chart of a second embodiment of the electric-bed-based adjustment method disclosed in the embodiments of the present application. As shown in fig. 2, the electric bed-based adjustment method includes the steps of:

201. the intelligent television sends a first interactive message to the electric bed, wherein the first interactive message is used for describing that the intelligent television is started.

202. The electric bed receives the first interaction message and detects whether a user exists on the electric bed; if so, steps 203 to 204 are performed.

In some embodiments, the electric bed may detect a force profile of the electric bed and determine whether a user is present on the electric bed based on the force profile.

In step 202, the electric bed can more precisely instruct the smart television to detect whether the focusing point of the eyes of the user on the electric bed falls within the screen of the smart television.

203. The electric bed instructs the intelligent television to detect whether the focusing point of the eyes of the user on the electric bed falls in the screen of the intelligent television.

204. The intelligent television detects whether an eye focusing point of a user on the electric bed falls in a screen of the intelligent television; if yes, go to step 205-step 207; if not, the process is ended.

205. The intelligent television sends a second interaction message to the electric bed, wherein the second interaction message is used for describing that the focusing point of eyes of a user on the electric bed falls in a screen of the intelligent television.

206. And lifting the mattress head of the electric bed to a set angle according to the second interaction message.

207. The intelligent television detects whether an eye focusing point of a user on the electric bed deviates from a screen of the intelligent television; if yes, go to step 208; if not, the process is ended.

In some embodiments, after the smart tv detects that the eye focus point of the user on the electric bed deviates from the screen of the smart tv, steps 209 to 210 may be directly performed, which is not limited in this embodiment.

208. The intelligent television judges whether the video content currently played by the intelligent television is marked as the favorite video content of the user on the electric bed or not; if yes, go to step 209 to step 210; if not, the process is ended.

209. The intelligent television records a certain target time point in a playing time progress bar corresponding to the video content currently played by the intelligent television; the intelligent television detects that the eye focusing point of a user on the electric bed deviates from the screen of the intelligent television at the target time point.

210. The intelligent television detects whether an eye focusing point of a user on the electric bed falls into a screen of the intelligent television again; if yes, go to step 211; if not, the process is ended.

211. And the intelligent television returns to the target time point to start playing the video content.

In other embodiments, after the smart television determines that the video content currently played by the smart television is marked as the favorite video content of the user on the electric bed, the smart television may temporarily play the video content currently played, and when the smart television detects that the eye focus point of the user on the electric bed falls into the screen of the smart television again, the smart television may continue playing the video content from the pause point.

The steps 207 to 211 are implemented, so that the user on the electric bed can be prevented from missing the part of the video content when the eye focus point of the user on the electric bed deviates from the screen of the smart television, and can watch the complete video content, and the user experience is improved.

Therefore, by implementing the adjustment method based on the electric bed shown in fig. 2, the user on the electric bed can control the lifting of the mattress head of the electric bed only by focusing eyes on the screen of the intelligent television after the intelligent television is started, and the user on the electric bed can improve the convenience in controlling the lifting of the mattress head of the electric bed and the experience of the user on the electric bed without sending a voice command or pressing corresponding keys of a remote controller with fingers.

In addition, the intelligent degree of the electric bed can be improved by implementing the electric bed-based adjusting method shown in fig. 2, and the electric bed is beneficial to popularization and application.

In addition, by implementing the adjustment method based on the electric bed shown in fig. 2, the situation that the user on the electric bed leaks to watch the part of the video content when the eye focusing point of the user deviates from the screen of the intelligent television can be prevented, so that the user on the electric bed can watch the complete video content, and the user experience is improved.

Referring to fig. 3, fig. 3 is a schematic flow chart of a third embodiment of the electric-bed-based adjustment method disclosed in the embodiments of the present application. In the electric bed-based adjustment method shown in fig. 3, the upper surface of the mattress of the electric bed is divided into a plurality of areas, each area is associated with one region symbol, and the region symbols associated with any two areas are different. Wherein the region identifier associated with each region is visible on the region, or the region identifier associated with each region is not visible on the region, which is not limited in the embodiment of the present application. Wherein, the region identifier associated with each region is used for representing the region; for example, the region identifier associated with each region may be a region unique number for that region. As shown in fig. 3, the electric bed-based adjustment method includes the steps of:

301. The intelligent television sends a first interactive message to the electric bed, wherein the first interactive message is used for describing that the intelligent television is started.

302. The electric bed receives the first interaction message and detects whether a user exists on the electric bed; if so, steps 303 to 304 are performed.

303. The electric bed instructs the intelligent television to detect whether the focusing point of the eyes of the user on the electric bed falls in the screen of the intelligent television.

304. The intelligent television detects whether an eye focusing point of a user on the electric bed falls in a screen of the intelligent television; if yes, go to step 305-step 310; if not, the process is ended.

305. The intelligent television sends a second interaction message to the electric bed, wherein the second interaction message is used for describing that the focusing point of eyes of a user on the electric bed falls in a screen of the intelligent television.

306. And lifting the mattress head of the electric bed to a set angle according to the second interaction message.

307. Detecting the pressing sequence of each pressed target area in the plurality of areas by the electric bed; wherein the plurality of regions includes the respective target regions.

308. The electric bed splices all the areas Fu Yi associated with the target areas according to the pressing sequence of the target areas to form a first area symbol string.

309. The electric bed sends a first region symbol string to the intelligent television.

310. The intelligent television receives the first region symbol string and inquires whether a second region symbol string which is the same as the first region symbol string is stored or not, wherein the second region symbol string is used as a basis for marking the video content currently played by the intelligent television as the favorite video content of a user on the electric bed; if yes, go to step 311-step 312; if not, the process is ended.

311. And the intelligent television marks the video content currently played by the intelligent television as the favorite video content of the user on the electric bed.

The steps 307 to 311 are implemented, and the user on the electric bed can control the smart television to mark the video content currently played by the smart television as the favorite video content of the user on the electric bed by pressing each target area in the plurality of areas, so that the degree of intellectualization of the electric bed is improved.

312. The intelligent television detects whether an eye focusing point of a user on the electric bed deviates from a screen of the intelligent television; if yes, go to step 313; if not, the process is ended.

313. The intelligent television judges whether the video content currently played by the intelligent television is marked as the favorite video content of the user on the electric bed or not; if yes, go to step 314-step 315; if not, the process is ended.

314. The intelligent television records a certain target time point in a playing time progress bar corresponding to the video content currently played by the intelligent television; the intelligent television detects that the eye focusing point of a user on the electric bed deviates from the screen of the intelligent television at the target time point.

315 the intelligent television detects whether the eye focusing point of the user on the electric bed falls into the screen of the intelligent television again; if yes, go to step 316; if not, the process is ended.

316. And returning the target time point by the intelligent television to start playing the video content.

In some embodiments, the smart tv and the electric bed may be located in a certain indoor environment (for example, a certain room), and accordingly, the manner in which the smart tv returns to the target time point to start playing the video content may be:

the intelligent television detects whether the electric bed is provided with a designated time point (such as 14:00) of a system clock when a user on the electric bed leaves the indoor environment next time (such as leaves the indoor environment to go to work after noon break); if not, the intelligent television returns to the target time point to start and plays the video content according to the normal playing speed; if so, the intelligent television determines the residual playing time length from the target time point to the final time point of the playing time progress bar, calculates the system clock time length from the current time point of the system clock to the appointed time point of the system clock, and judges whether the system clock time length is equal to or greater than the residual playing time length; if yes, the intelligent television returns to the target time point and starts to play the video content according to the normal play speed; if the system clock time length is smaller than the residual playing time length, calculating the time length difference between the residual playing time length and the system clock time length, and obtaining the playing speed variation in direct proportion to the time length difference, namely, when the time length difference is larger, the playing speed variation is larger; conversely, the smaller the duration difference is, the smaller the play speed variation is; calculating the sum of the normal playing speed and the changing quantity of the playing speed to be used as the playing speed after being adjusted; and returning the target time point by the intelligent television and starting playing the video content according to the play speed after the intelligent television is adjusted to be high.

In the above embodiment, the user on the electric bed may be allowed to miss as little as possible the video content before leaving the indoor environment next time.

Therefore, by implementing the adjustment method based on the electric bed shown in fig. 3, the user on the electric bed can control the lifting of the mattress head of the electric bed only by focusing eyes on the screen of the intelligent television after the intelligent television is started, and the user on the electric bed can improve the convenience in controlling the lifting of the mattress head of the electric bed and the experience of the user on the electric bed without sending a voice command or pressing corresponding keys of a remote controller with fingers.

In addition, the intelligent degree of the electric bed can be improved by implementing the electric bed-based adjusting method shown in fig. 3, and the electric bed is beneficial to popularization and application.

Referring to fig. 4, fig. 4 is a schematic structural diagram of an adjusting system of an electric bed according to an embodiment of the present disclosure. As shown in fig. 4, the adjustment system of the electric bed includes:

smart tv 401 and electric bed 402, wherein:

the smart television 401 is configured to send a first interaction message to the electric bed 402, where the first interaction message is used to describe that the smart television 401 is turned on;

the electric bed 402 is configured to receive the first interaction message and instruct the smart tv 401 to detect whether an eye focus of a user on the electric bed 402 falls within a screen of the smart tv 401;

The smart television 401 is further configured to detect whether an eye focus of the user on the electric bed 402 falls within a screen of the smart television 401; if yes, a second interaction message is sent to the electric bed 402, wherein the second interaction message is used for describing that the focusing point of eyes of a user on the electric bed 402 falls in the screen of the intelligent television 401;

the electric bed 402 is further configured to raise the mattress head of the electric bed 402 to a set angle according to the second interaction message.

In some embodiments, the smart tv 401 may detect whether the current time reaches the play start time of a certain video content (such as a certain movie) of a specified channel; if so, the smart tv 401 is automatically turned on, and after the automatic turning on, a first interaction message describing that the smart tv 401 is turned on is sent to the electric bed 402. Further, after the smart tv 401 is automatically turned on, the video content of the specified channel may start to be played. By implementing the embodiment, the smart television 401 can be automatically started, video content of a designated channel is played, and the experience of a user on the electric bed 402 is improved.

In other embodiments, the electric bed 402 may detect whether the current time reaches a preset smart tv on time; if yes, an opening instruction is sent to the smart television 401, so that the smart television 401 is started according to the opening instruction, and after the smart television 401 is started, a first interaction message for describing that the smart television 401 is started is sent to the electric bed 402. Further, after the smart tv 401 is automatically turned on, it may start playing video content of a default channel. By implementing the embodiment, the smart television 401 can be automatically started. By implementing the embodiment, the smart television 401 can be automatically started, video content of a default channel is played, and experience of a user on the electric bed 402 is improved.

In other embodiments, the smart tv 401 and the electric bed 402 may be located in a certain indoor environment (e.g. a certain room), and when the electric bed 402 detects a unique identifier of a certain intelligent shoe (e.g. an intelligent sports shoe) entering the indoor environment, the electric bed 402 may determine whether the intelligent shoe is a certain trusted shoe preconfigured by the electric bed 402 according to the unique shoe identifier of the intelligent shoe; if yes, the electric bed 402 establishes wireless connection with the intelligent shoe, receives the current day walking mileage and the current day step number of the intelligent shoe sent by the intelligent shoe through the wireless connection, and judges whether the current day walking mileage of the intelligent shoe exceeds the preset mileage associated with the intelligent shoe preconfigured by the electric bed 402; if so, calculating an average step length according to the number of the current day walking mileage and the current day steps of the intelligent shoe; and determining whether the calculated average step size exceeds a specified step size associated with the intelligent shoe preconfigured by the electric bed 402; if yes, defaulting the user to which the intelligent shoe belongs to be in a walking fatigue state; the preset mileage associated with the intelligent shoe configured in advance by the electric bed 402 may be a daily average running mileage of a user to which the intelligent shoe belongs, and the preset step size associated with the intelligent shoe configured in advance by the electric bed 402 may be a step size when the user to which the intelligent shoe belongs normally walks, when the electric bed 402 determines that the daily average running mileage of the intelligent shoe exceeds the daily average running mileage of the user to which the intelligent shoe belongs, and further determines that the calculated average step size exceeds the step size when the user to which the intelligent shoe belongs normally walks, the electric bed 402 may default the user to which the intelligent shoe belongs to perform running exercise with a longer mileage (because the running step size is usually larger than the step size when normally walks), and the corresponding electric bed 402 may default the user to which the intelligent shoe belongs to be in a running fatigue state; correspondingly, the electric bed 402 can send a control instruction to the smart television 401, wherein the control instruction is used for instructing the smart television 401 to start and playing video content for guiding leg massage to relieve leg ache; accordingly, the smart tv 401 may perform a power-on operation according to the control instruction, and send a first interaction message describing that the smart tv 401 is powered on to the electric bed 402 after performing the power-on operation. Further, after the smart tv 401 performs the power-on operation, video content for guiding the leg massage to relieve the leg soreness is searched out from the network side and played. According to the embodiment, not only can the intelligent television 401 be automatically started, but also the intelligent television 401 can automatically play video content for guiding leg massage to relieve leg ache, so that a user wearing the intelligent shoes can conduct leg massage on the electric bed 402 according to the guidance of the video content for guiding leg massage to relieve leg ache, which is played by the intelligent television 401, so that leg ache is relieved.

It will be appreciated that the electric bed 402 may calculate the quotient of the number of kilometers walked per day divided by the number of steps per day, i.e., the average step size, for the intelligent shoe.

In other embodiments, the smart tv 401 and the electric bed 402 may be located in a certain indoor environment (e.g. a certain room), and when the electric bed 402 detects a unique identifier of a certain intelligent shoe (e.g. an intelligent sports shoe) entering the indoor environment, the electric bed 402 may determine whether the intelligent shoe is a certain trusted shoe preconfigured by the electric bed 402 according to the unique shoe identifier of the intelligent shoe; if yes, the electric bed 402 establishes a wireless connection with the intelligent shoe, and the electric bed 402 may receive a certain video content (such as a certain film or a video content captured by the intelligent shoe through a camera during walking) stored in the intelligent shoe and sent by the intelligent shoe through the wireless connection; and, the electric bed 402 may send a control instruction including the video content to the smart tv 401, where the control instruction is used to instruct the smart tv 401 to start up and play the video content; accordingly, the smart tv 401 may perform a power-on operation according to the control instruction, and send a first interaction message describing that the smart tv 401 is powered on to the electric bed 402 after performing the power-on operation. Further, the smart tv 401 plays the video content after performing the power-on operation. According to the implementation mode, not only can the intelligent television 401 be automatically started, but also the intelligent television 401 can automatically play the video content stored in the intelligent shoes entering the indoor environment where the electric bed 402 and the intelligent television 401 are located, and the convenience of playing the video content stored in the intelligent shoes is improved.

In some embodiments, the manner in which the electric bed 402 establishes a wireless connection with the smart shoe may be: the electric bed 402 broadcasts a hotspot access prompt message comprising a hotspot identification of the electric bed 402, a hotspot access verification code, and a unique identification of the intelligent shoe; correspondingly, when the intelligent shoe receives the hot spot access prompt message and recognizes the unique identifier of the intelligent shoe, the intelligent shoe accesses the hot spot of the electric bed 402 according to the hot spot identifier and the hot spot access verification code of the electric bed 402 so as to establish wireless connection with the electric bed 402.

In some embodiments, the smart tv 401 and the electric bed 402 may be located in a certain indoor environment (for example, a certain room), and accordingly, the manner in which the smart tv 401 returns to the target time point to start playing the video content may be:

the smart tv 401 detects whether the electric bed 402 is provided with a designated time point (e.g. 14:00) of the system clock when the user on the electric bed 402 leaves the indoor environment next time (e.g. leaves the indoor environment to go to work after noon break); if not, the intelligent television 401 returns to the target time point to start and plays the video content according to the normal playing speed; if so, the smart television 401 determines the remaining playing time length from the target time point to the final time point of the playing time progress bar, calculates the system clock time length from the current time point of the system clock to the designated time point of the system clock, and judges whether the system clock time length is equal to or greater than the remaining playing time length; if yes, the intelligent television 401 returns to the target time point and starts playing the video content according to the normal playing speed; if the system clock time length is smaller than the residual playing time length, calculating the time length difference between the residual playing time length and the system clock time length, and obtaining the playing speed variation in direct proportion to the time length difference, namely, when the time length difference is larger, the playing speed variation is larger; conversely, the smaller the duration difference is, the smaller the play speed variation is; calculating the sum of the normal playing speed and the changing quantity of the playing speed to be used as the playing speed after being adjusted; and, the smart television 401 returns to the target time point and starts playing the video content according to the play speed after the adjustment.

In the above embodiment, the user on the electric bed 401 can be allowed to miss as little as possible the video content before leaving the indoor environment next time.

In some embodiments, the electric bed 402 is further configured to detect whether a user is present on the electric bed 402 after receiving the first interaction message; if so, the step of instructing the smart television 401 to detect whether the glasses of the user on the electric bed 402 are focused on the screen of the smart television 401 is performed, so that the smart television 401 can be instructed to detect more accurately whether the focusing point of the eyes of the user on the electric bed 402 is within the screen of the smart television 401.

In other embodiments, the smart tv 401 is further configured to detect whether an eye focus of a user on the electric bed 402 deviates from a screen of the smart tv 401 after the electric bed 402 lifts a mattress head of the electric bed 402 to a set angle according to the second interaction message; if yes, a certain target time point in a playing time progress bar corresponding to the video content currently played by the intelligent television 401 is recorded; the smart television 401 detects that an eye focusing point of a user on the electric bed 402 deviates from a screen of the smart television 401 at the target time point;

And, the smart tv 401 is further configured to detect whether the eye focus point of the user on the electric bed 402 falls within the screen of the smart tv 401 again; if yes, the target time point is returned to start playing the video content, so that the part of the video content is prevented from being missed when the eye focusing point of the user on the electric bed 402 deviates from the screen of the intelligent television 401, the user on the electric bed 402 can watch the complete video content, and the user experience is improved.

In other embodiments, the smart tv 401 is further configured to determine, after detecting that the eye focus point of the user on the electric bed 402 deviates from the screen of the smart tv 401, whether the video content currently played by the smart tv 401 is marked as the favorite video content of the user on the electric bed 402; if so, the step of recording a certain target time point in the playing time progress bar corresponding to the video content currently played by the smart tv 401 is performed.

In other embodiments, the mattress upper surface of the electric bed 402 is divided into a plurality of zones, each zone being associated with a region identifier, and any two zones being associated with different region identifiers, then:

the electric bed 402 is further configured to detect a pressing sequence of each target area pressed in the plurality of areas after lifting a mattress head of the electric bed 402 to a set angle according to the second interaction message and before the smart tv 401 detects whether an eye focus of a user on the electric bed 402 deviates from a screen of the smart tv 401; wherein the plurality of regions includes the respective target region;

The electric bed 402 is further configured to splice all the regions Fu Yi associated with the target regions according to the pressing sequence of the target regions to form a first region symbol string;

the electric bed 402 is further configured to send a first region symbol string to the smart tv 401;

the smart tv 401 is further configured to receive the first region symbol string, and query whether a second region symbol string identical to the first region symbol string is stored; if yes, marking the video content currently played by the intelligent television 401 as the favorite video content of the user on the electric bed 402; the second region symbol string is used as a basis for marking the video content currently played by the smart television 401 as the favorite video content of the user on the electric bed 402.

In the implementation manner, the user on the electric bed 402 can control the smart television 401 to mark the video content currently played by the user on the electric bed 402 as the favorite video content of the user on the electric bed 402 by pressing each target area in the plurality of areas, so that the degree of intellectualization of the electric bed 402 is improved.

Therefore, by implementing the adjusting system of the electric bed shown in fig. 4, a user on the electric bed can control the lifting of the mattress head of the electric bed only by focusing eyes on the screen of the intelligent television after the intelligent television is started, a voice instruction is not required to be sent out, the corresponding keys of the remote controller are not required to be pressed by fingers, convenience in lifting the mattress head of the electric bed can be improved, and the experience of the user on the electric bed is improved.

In addition, the implementation of the adjusting system of the electric bed shown in fig. 4 can also improve the intelligent degree of the electric bed, and is beneficial to popularization and application of the electric bed.

Referring to fig. 5, fig. 5 is a schematic structural diagram of an electric bed according to an embodiment of the present disclosure. As shown in fig. 5, the electric bed may include:

a memory 501 in which executable program codes are stored;

a processor 502 coupled to the memory;

wherein the processor 502 invokes executable program code stored in the memory 501 to perform the following steps:

receiving a first interaction message sent by the intelligent television, wherein the first interaction message is used for describing that the intelligent television is started;

the intelligent television is instructed to detect whether an eye focusing point of a user on the electric bed falls in a screen of the intelligent television;

receiving second interaction information sent by the intelligent television, wherein the second interaction information is sent after the intelligent television detects that the eye focusing point of the user on the electric bed falls in the screen of the intelligent television, and the second interaction information is used for describing that the eye focusing point of the user on the electric bed falls in the screen of the intelligent television;

In other embodiments, the smart tv and the electric bed shown in fig. 5 may be located in a certain indoor environment (e.g., a certain room), and when the processor 502 detects a unique identifier of a certain intelligent shoe (e.g., a smart sports shoe) entering the indoor environment, the processor 502 may determine whether the intelligent shoe is a certain trusted shoe preconfigured by the electric bed according to the unique shoe identifier of the intelligent shoe; if yes, the processor 502 establishes a wireless connection with the intelligent shoe, receives the current day walking mileage of the intelligent shoe and the current day step number of the intelligent shoe sent by the intelligent shoe through the wireless connection, and judges whether the current day walking mileage of the intelligent shoe exceeds the preset mileage associated with the intelligent shoe preconfigured by the electric bed; if so, calculating an average step length according to the number of the current day walking mileage and the current day steps of the intelligent shoe; judging whether the calculated average step length exceeds a preset step length of the intelligent shoe association preconfigured by the electric bed; if yes, defaulting the user to which the intelligent shoe belongs to be in a walking fatigue state; the preset mileage associated with the intelligent shoe configured in advance by the processor 502 may be a daily average running mileage of a user to which the intelligent shoe belongs, and the preset step size associated with the intelligent shoe configured in advance by the processor 502 may be a step size when the user to which the intelligent shoe belongs normally walks, when the processor 502 determines that the daily average running mileage of the intelligent shoe exceeds the daily average running mileage of the user to which the intelligent shoe belongs, and further determines that the calculated average step size exceeds the step size when the user to which the intelligent shoe belongs normally walks, the processor 502 may default the user to which the intelligent shoe belongs to perform running exercise with a longer mileage (because the running step size is usually larger than the step size when normally walks), and the corresponding processor 502 may default the user to which the intelligent shoe belongs to be in a walking fatigue state; correspondingly, the processor 502 may send a control instruction to the smart tv, where the control instruction is used to instruct the smart tv to start up and play video content for guiding leg massage to relieve leg soreness; correspondingly, the intelligent television can execute the starting operation according to the control instruction, and after the starting operation is executed, a first interaction message for describing that the intelligent television is started is sent to the electric bed. Further, after the intelligent television performs the starting operation, video content for guiding leg massage to relieve leg ache is searched out from the network side and played. According to the embodiment, not only can the automatic starting-up of the intelligent television be realized, but also the intelligent television can automatically play video content for guiding leg massage to relieve leg soreness, so that a user to which the intelligent shoe belongs can conduct leg massage on an electric bed according to the guidance of the video content which is played by the intelligent television and is used for guiding leg massage to relieve leg soreness, and leg soreness is relieved.

In other embodiments, the smart tv and the electric bed shown in fig. 5 may be located in a certain indoor environment (e.g., a certain room), and when the processor 502 detects a unique identifier of a certain intelligent shoe (e.g., a smart sports shoe) entering the indoor environment, the processor 502 may determine whether the intelligent shoe is a certain trusted shoe preconfigured by the electric bed according to the unique shoe identifier of the intelligent shoe; if yes, the processor 502 establishes a wireless connection with the intelligent shoe, and the processor 502 may receive a certain video content stored in the intelligent shoe (such as a certain film or a video content captured by the intelligent shoe through a camera during walking) sent by the intelligent shoe through the wireless connection; and, the processor 502 may send a control instruction including the video content to the smart tv, where the control instruction is used to instruct the smart tv to start up and play the video content; correspondingly, the intelligent television can execute the starting operation according to the control instruction, and after the starting operation is executed, a first interaction message for describing that the intelligent television is started is sent to the electric bed. Further, the smart television plays the video content after performing the start-up operation. According to the implementation mode, the intelligent television can be automatically started, video content stored in the intelligent shoes entering the indoor environment where the electric bed and the intelligent television are located can be automatically played by the intelligent television, and convenience in playing of the video content stored in the intelligent shoes is improved.

In some embodiments, the smart tv and the electric bed shown in fig. 5 may be located in a certain indoor environment (for example, a certain room), and accordingly, the manner in which the smart tv returns to the target time point to begin playing the video content may be:

In some embodiments, after receiving the first interaction message sent by the smart tv, the processor 502 further performs the following steps:

detecting whether a user exists on the electric bed; if so, executing the step of instructing the intelligent television to detect whether the glasses of the user on the electric bed are focused in the screen of the intelligent television.

In other embodiments, after the processor 502 lifts the mattress head of the electric bed to a set angle according to the second interaction message, the smart television may detect whether the user's eye focus on the electric bed is off the screen of the smart television; if yes, recording a certain target time point in a playing time progress bar corresponding to the video content currently played by the intelligent television; the intelligent television detects that an eye focusing point of a user on the electric bed deviates from a screen of the intelligent television at the target time point;

the intelligent television detects whether an eye focusing point of a user on the electric bed falls into a screen of the intelligent television again; if yes, returning to the target time point to start playing the video content.

In other embodiments, after the smart television detects that the eye focus point of the user on the electric bed deviates from the screen of the smart television, it can be determined whether the video content currently played by the smart television is marked as the favorite video content of the user on the electric bed; if yes, executing the step of recording a certain target time point in the playing time progress bar corresponding to the video content currently played by the smart television.

In some embodiments, the mattress upper surface of the electric bed is divided into a plurality of areas, each area is associated with one region symbol, and the region symbols associated with any two areas are different, after lifting the mattress head of the electric bed to a set angle according to the second interaction message, and before the smart television detects whether the eye focus point of the user on the electric bed deviates from the screen of the smart television, the processor 502 further performs the following steps:

detecting the pressing sequence of each pressed target area in the plurality of areas; wherein the plurality of regions includes the respective target region;

splicing all the areas Fu Yi associated with each target area according to the pressing sequence of each target area to form a first area symbol string;

Transmitting a first regional character string to the intelligent television;

correspondingly, the intelligent television can receive the first region symbol string and inquire whether a second region symbol string which is the same as the first region symbol string is stored; if yes, marking the video content currently played by the intelligent television as the favorite video content of the user on the electric bed; the second regional character string is used as a basis for marking the video content currently played by the intelligent television as the favorite video content of the user on the electric bed.

Therefore, the electric bed shown in fig. 5 is implemented, and a user on the electric bed can control the lifting of the mattress head of the electric bed only by focusing eyes on the screen of the intelligent television after the intelligent television is started, so that a voice instruction is not required to be sent out, the corresponding keys of the remote controller are not required to be pressed by fingers, the convenience in controlling the lifting of the mattress head of the electric bed can be improved, and the experience of the user on the electric bed is improved.

In addition, the electric bed shown in fig. 5 is implemented, so that the intelligent degree of the electric bed can be improved, and the popularization and application of the electric bed are facilitated.

The present application further discloses a storage medium having stored thereon a computer program which, when executed by a processor, performs all or part of the steps of the previous method embodiments.

The above describes in detail a method and a system for adjusting an electric bed, and a storage medium, which are disclosed in the embodiments of the present application, and specific examples are applied herein to illustrate the principles and embodiments of the present application, where the descriptions of the above examples are only used to help understand the method and core ideas of the present application; meanwhile, as those skilled in the art will have modifications in the specific embodiments and application scope in accordance with the ideas of the present application, the present description should not be construed as limiting the application in view of the above.

Claims

1. A method of electric bed-based conditioning, the method comprising:

The electric bed lifts the mattress head of the electric bed to a set angle according to the second interaction message;

when the electric bed detects the unique identifier of a certain intelligent shoe entering the indoor environment, judging whether the intelligent shoe is a certain trusted shoe preconfigured by the electric bed according to the unique shoe identifier of the intelligent shoe; if yes, the electric bed establishes wireless connection with the intelligent shoes, receives the current day walking mileage of the intelligent shoes and the current day step number of the intelligent shoes sent by the intelligent shoes through the wireless connection, and judges whether the current day walking mileage of the intelligent shoes exceeds the preset mileage associated with the intelligent shoes configured in advance by the electric bed; if yes, calculating an average step length according to the number of the current day of walking mileage and the number of current day steps of the intelligent shoes; judging whether the calculated average step length exceeds a preset step length of the intelligent shoe association preconfigured by the electric bed; if yes, defaulting the user to which the intelligent shoe belongs to be in a walking fatigue state; correspondingly, the electric bed sends a control instruction to the intelligent television, wherein the control instruction is used for instructing the intelligent television to start and playing video content for guiding leg massage to relieve leg ache; the intelligent television executes starting operation according to the control instruction, and sends the first interaction message to the electric bed after executing the starting operation; and after the intelligent television performs the starting operation, searching out video content for guiding leg massage to relieve leg ache from the network side and playing the video content.

2. The method of adjusting of claim 1, wherein after the first interactive message is received by the electric bed, the method further comprises:

3. The adjustment method according to claim 1 or 2, characterized in that after the electric bed lifts the mattress head of the electric bed to a set angle according to the second interaction message, the method further comprises:

4. The adjustment method of claim 3, wherein after the smart television detects that the eye focus point of the user on the electric bed is deviated from the screen of the smart television, the method further comprises:

5. The adjustment method according to claim 4, wherein the upper surface of the mattress of the electric bed is divided into a plurality of areas, each area is associated with an area symbol, and the area symbols associated with any two areas are different, after the electric bed lifts the mattress head of the electric bed to a set angle according to the second interaction message, and before the smart television detects whether the eye focus of the user on the electric bed deviates from the screen of the smart television, the method further comprises:

6. An adjustment system for an electric bed, comprising:

intelligent television and electric bed, wherein:

the electric bed is further used for lifting the mattress head of the electric bed to a set angle according to the second interaction message;

7. The adjustment system of claim 6, wherein the electric bed is further configured to detect whether a user is present on the electric bed after receiving the first interactive message; and if so, executing the step of instructing the intelligent television to detect whether the glasses of the user on the electric bed are focused on the screen of the intelligent television.

8. The adjustment system of claim 6 or 7, wherein the smart television is further configured to detect whether an eye focus of a user on the electric bed deviates from a screen of the smart television after the electric bed lifts a mattress head of the electric bed to a set angle according to the second interaction message; if yes, a certain target time point in a playing time progress bar corresponding to the video content currently played by the intelligent television is recorded; the intelligent television detects that an eye focusing point of a user on the electric bed deviates from a screen of the intelligent television at the target time point;

9. The adjustment system of claim 8, wherein the smart television is further configured to determine whether video content currently played by the smart television is marked as favorite video content of the user on the electric bed after detecting that an eye focus point of the user on the electric bed deviates from a screen of the smart television; if yes, executing the step of recording a certain target time point in a playing time progress bar corresponding to the video content currently played by the intelligent television.

10. The conditioning system of claim 9, wherein the mattress upper surface of the electric bed is divided into a plurality of zones, each zone being associated with a region identifier, and any two zones being associated with different region identifiers, then:

11. A storage medium having stored thereon a computer program, which when executed by a processor realizes the steps in the electric bed based conditioning method according to any of claims 1 to 5.