A method for preventing leakage of vital characteristics data, smart bed, and storage medium

Abstract

The embodiment of the present application relates to the field of data security technology, and discloses a method for preventing leakage of vital signs data, a smart bed, and a storage medium. The method comprises: when the smart bed displays the vital signs data of the current user on the smart bed on the display screen, the smart bed detects a control instruction for indicating entering a vital signs data leakage prevention mode, and enters the vital signs data leakage prevention mode in response to the control instruction; when the smart bed is in the vital signs data leakage prevention mode, the smart bed controls the display screen to superimpose a protection image on the display area of ​​the vital signs data; wherein the protection image covers the vital signs data. The implementation of the embodiment of the present application can prevent the vital signs data of the user who is experiencing comfort on the smart bed from being seen by people around him.

Description

Technical Field

[0001] The present application relates to the field of data security technology, and in particular to a method for preventing leakage of vital sign data, a smart bed, and a storage medium. Background Art

[0002] At present, some home experience centers have smart beds. When the experiencer lies on the smart bed for a comfort experience, the smart bed can monitor the experiencer's vital characteristics data (such as average heart rate, average breathing rate, etc.), and the smart bed usually displays the experiencer's vital characteristics data and the status data of the smart bed (such as mattress temperature, inflation volume, etc.) on a display screen around the smart bed.

[0003] In practice, it is found that there are usually many people in the home experience center. When a user lies on the smart bed for a comfortable experience, other people can also view the user's vital characteristics data displayed on the display screen. However, for many users, they often just want to experience the comfort of the smart bed and do not want their vital characteristics data to be seen by people around them. Summary of the invention

[0004] The embodiments of the present application disclose a method for preventing leakage of vital sign data, a smart bed, and a storage medium, which can prevent the vital sign data of a user who is experiencing comfort on a smart bed from being seen by people around him.

[0005] The first aspect of the embodiment of the present application discloses a method for preventing leakage of vital sign data, comprising:

[0006] The smart bed detects a control instruction for instructing to enter a life feature data anti-leakage mode during the process of displaying the life feature data of the current user on the smart bed on the display screen, and enters the life feature data anti-leakage mode in response to the control instruction;

[0007] In the life sign data anti-leakage mode, the smart bed controls the display screen to superimpose a protection image on the display area of ​​the life sign data; wherein the protection image covers the life sign data.

[0008] As an optional implementation, in the first aspect of the embodiment of the present application, the smart bed is located in a home experience center, and after controlling the display screen to superimpose a protection image in the display area of ​​the vital feature data, the method further includes:

[0009] When the smart bed detects that the current experiencer has left the smart bed, the smart bed sends an inquiry message to the electronic token device corresponding to the current experiencer, wherein the inquiry message is used to determine whether the vital feature data of the current experiencer needs to be obtained; wherein the electronic token device is assigned to the current experiencer when entering the home experience center;

[0010] When the smart bed detects a response message sent by the electronic token device indicating that the vital feature data of the current experiencer needs to be obtained, the smart bed obtains a unique token string of the electronic token device;

[0011] The smart bed encrypts the vital characteristic data of the current experiencer using the unique token string of the electronic token device to obtain the encrypted vital characteristic data of the current experiencer;

[0012] The smart bed sends the encrypted vital feature data of the current experiencer to the electronic token device, so that the electronic token device decrypts the encrypted vital feature data of the current experiencer using the unique token string, and obtains the vital feature data of the current experiencer for viewing;

[0013] Furthermore, the smart bed controls the display screen to stop displaying the vital sign data of the current experiencer, and after controlling the display screen to remove the protective image superimposed on the display area of ​​the vital sign data, exits the vital sign data anti-leakage mode.

[0014] As another optional implementation, in the first aspect of the embodiment of the present application, before the display screen displays the vital characteristics data of the current user on the smart bed, the method further includes:

[0015] The smart bed establishes a wireless connection with the electronic token device corresponding to the current experiencer;

[0016] The smart bed obtains the protection image sent by the electronic token device corresponding to the current experiencer; wherein, the electronic token device detects the image of the target home appliance selected from the images of several home appliances stored in the electronic token device, and sends the image of the target home appliance as a protection image to the smart bed; wherein, the several types of home appliances are all located in the home experience center.

[0017] As another optional implementation, in the first aspect of the embodiment of the present application, the upper surface of the smart bed may be provided with a hotspot coding image, wherein the hotspot coding image includes a unique identity ID of the hotspot of the smart bed and an initial access key string of the hotspot; the smart bed establishes a wireless connection with the electronic token device corresponding to the current experiencer, including:

[0018] The smart bed captures a facial image of the current user;

[0019] The smart bed obtains facial features of the current experiencer according to the facial image of the current experiencer;

[0020] The smart bed queries the management platform of the home experience center for the unique token string of the electronic token device corresponding to the current experiencer and associated with the facial features of the current experiencer based on the facial features of the current experiencer;

[0021] The smart bed splices the unique token string with the initial access key string of the hotspot according to a preset splicing rule to obtain a hotspot legal access key string for the electronic token device;

[0022] The smart bed broadcasts a hotspot access prompt message, wherein the hotspot access prompt message at least includes a unique ID of the hotspot;

[0023] The smart bed receives a hotspot access request sent by the electronic token device, wherein the hotspot access request includes a unique identity ID of the hotspot and a hotspot access verification key string; wherein the electronic token device scans the hotspot coded image to obtain the unique identity ID of the hotspot and the initial access key string of the hotspot; and, according to the preset splicing rule, splices the unique token string with the initial access key string of the hotspot to obtain the hotspot access verification key string;

[0024] The smart bed checks whether the hotspot access verification key string is the same as the hotspot legal access key string. If they are the same, the electronic token device is allowed to access the hotspot of the smart bed to achieve wireless connection between the smart bed and the electronic token device.

[0025] As another optional implementation, in the first aspect of the embodiment of the present application, after the smart bed exits the life feature data anti-leakage mode, the method further includes:

[0026] The smart bed identifies whether the current experiencer has experienced the target home appliance; if not, identifies the current placement position of the target home appliance in the home experience center;

[0027] The smart bed sends the current placement position of the target home appliance in the home experience center to the electronic token device;

[0028] And, the smart bed disconnects the wireless connection with the electronic token device.

[0029] A second aspect of an embodiment of the present application discloses a smart bed, comprising:

[0030] A mode unit, configured to detect a control instruction for instructing to enter a life feature data anti-leakage mode during the process of displaying the life feature data of the current user on the smart bed on the display screen, and enter the life feature data anti-leakage mode in response to the control instruction;

[0031] A control unit is used to control the display screen to superimpose a protection image on the display area of ​​the vital sign data in the vital sign data anti-leakage mode; wherein the protection image covers the vital sign data.

[0032] As an optional implementation, in the second aspect of the embodiment of the present application, the smart bed is located in a home experience center, and the smart bed further includes:

[0033] An interactive unit, configured to send an inquiry message to an electronic token device corresponding to the current experiencer if it is detected that the current experiencer has left the smart bed after the control unit controls the display screen to superimpose a protection image on the display area of ​​the vital feature data, wherein the inquiry message is used to determine whether the vital feature data of the current experiencer needs to be obtained; wherein the electronic token device is assigned to the current experiencer when entering the home experience center;

[0034] An acquisition unit, configured to acquire a unique token string of the electronic token device when the interaction unit detects a response message sent by the electronic token device indicating that the vital feature data of the current experiencer needs to be acquired;

[0035] An encryption unit, used to encrypt the vital characteristic data of the current experiencer using the unique token string of the electronic token device to obtain the encrypted vital characteristic data of the current experiencer;

[0036] The interaction unit is further used to send the encrypted vital feature data of the current experiencer to the electronic token device, so that the electronic token device decrypts the encrypted vital feature data of the current experiencer using the unique token string, and obtains the vital feature data of the current experiencer for viewing;

[0037] The control unit is further used to control the display screen to stop displaying the vital feature data of the current experiencer, and control the display screen to remove the protection image superimposed on the display area of ​​the vital feature data;

[0038] The mode unit is further configured to exit the life sign data anti-leakage mode after the control unit controls the display screen to remove the protection image superimposed on the display area of ​​the life sign data.

[0039] As another optional implementation, in the second aspect of the embodiment of the present application, the smart bed further includes:

[0040] A connection unit, used for establishing a wireless connection with an electronic token device corresponding to the current experiencer before the display screen displays the vital characteristics data of the current experiencer on the smart bed;

[0041] The acquisition unit is also used to acquire the protection image sent by the electronic token device corresponding to the current experiencer; wherein the electronic token device detects the image of the target home appliance selected from the images of several home appliances stored in the electronic token device, and sends the image of the target home appliance as a protection image to the smart bed; wherein the several types of home appliances are all located in the home experience center.

[0042] As another optional implementation, in the second aspect of the embodiment of the present application, the upper surface of the smart bed may be provided with a hotspot coding image, and the hotspot coding image includes a unique identity ID of the hotspot of the smart bed and an initial access key string of the hotspot; the connection unit establishes a wireless connection with the electronic token device corresponding to the current experiencer in the following manner:

[0043] A facial image of the current experiencer is captured;

[0044] Obtaining facial features of the current experiencer according to the facial image of the current experiencer;

[0045] Based on the facial features of the current experiencer, querying from the management platform of the home experience center the unique token string of the electronic token device corresponding to the current experiencer and associated with the facial features of the current experiencer;

[0046] According to a preset splicing rule, the unique token string is spliced ​​with the initial access key string of the hotspot to obtain a hotspot legal access key string for the electronic token device;

[0047] Broadcasting a hotspot access prompt message, wherein the hotspot access prompt message at least includes a unique ID of the hotspot;

[0048] Receive a hotspot access request sent by the electronic token device, the hotspot access request including the hotspot's unique identity ID and a hotspot access verification key string; wherein the electronic token device scans the hotspot coded image to obtain the hotspot's unique identity ID and the hotspot's initial access key string; and, according to the preset splicing rule, splice the unique token string with the hotspot's initial access key string to obtain the hotspot access verification key string;

[0049] Verify whether the hotspot access verification key string is the same as the hotspot legal access key string. If they are the same, allow the electronic token device to access the hotspot of the smart bed to achieve wireless connection between the smart bed and the electronic token device.

[0050] As another optional implementation, in the second aspect of the embodiment of the present application, the smart bed further includes:

[0051] an identification unit, configured to identify, after the mode unit exits the life feature data leakage prevention mode, whether the current experiencer has experienced the target home appliance; if not, identify the current placement position of the target home appliance in the home experience center;

[0052] The interaction unit is further used to send the current placement position of the target home appliance in the home experience center to the electronic token device;

[0053] The connecting unit is also used to disconnect the wireless connection with the electronic token device.

[0054] A third aspect of the embodiment of the present application discloses a smart bed, comprising:

[0055] A memory storing executable program code;

[0056] a processor coupled to the memory;

[0057] The processor calls the executable program code stored in the memory to execute the steps of the method for preventing leakage of vital sign data in the first aspect of the embodiment of the present application or any optional implementation manner of the first aspect of the embodiment of the present application.

[0058] The fourth aspect of the embodiments of the present application discloses a storage medium on which a computer program is stored. When the computer program is executed by a processor, the steps of the method for preventing leakage of vital sign data in the first aspect of the embodiments of the present application or any optional implementation scheme of the first aspect of the embodiments of the present application are implemented.

[0059] Compared with the prior art, the embodiments of the present application have the following beneficial effects:

[0060] In an embodiment of the present application, the smart bed can enter a life characteristic data anti-leakage mode in response to a detected control instruction for indicating entering a life characteristic data anti-leakage mode during the process of the display screen displaying the life characteristic data of the current experiencer on the smart bed; and, in the life characteristic data anti-leakage mode, the display screen can be controlled to superimpose a protective image on the display area of ​​the life characteristic data, and the protective image covers the life characteristic data, thereby preventing the life characteristic data of the current experiencer who is experiencing comfort on the smart bed from being seen by people around him. BRIEF DESCRIPTION OF THE DRAWINGS

[0061] In order to more clearly illustrate the technical solutions in the embodiments of the present application, the drawings required for use in the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present application. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0062] Figure 1 to Figure 3 It is a flowchart of the first to third embodiments of the method for preventing leakage of vital sign data disclosed in the embodiments of the present application;

[0063] Figures 4 to 7 It is a schematic diagram of the structures of the first to fourth embodiments of the smart bed disclosed in the embodiments of the present application. DETAILED DESCRIPTION

[0064] The following will be combined with the drawings in the embodiments of the present application to clearly and completely describe the technical solutions in the embodiments of the present application. Obviously, the described embodiments are only part of the embodiments of the present application, not all of the embodiments. Based on the embodiments in the present application, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of this application.

[0065] It should be noted that the terms "including" and "having" in the embodiments of the present application and any variations thereof are intended to cover non-exclusive inclusions. For example, a process, method, system, product or device comprising a series of steps or units is not necessarily limited to those steps or units clearly listed, but may include other steps or units that are not clearly listed or inherent to these processes, methods, products or devices.

[0066] The embodiment of the present application discloses a method for preventing leakage of vital sign data, a smart bed, and a storage medium, which can prevent the vital sign data of a user who is experiencing comfort on the smart bed from being seen by people around him. The following is a detailed description with reference to the accompanying drawings.

[0067] See also Figure 1 , Figure 1 1 is a flow chart of the first embodiment of the method for preventing leakage of vital signs data disclosed in the embodiment of the present application. Figure 1 As shown, the method comprises the following steps:

[0068] 101. During the process of displaying the vital sign data of the current user on the smart bed on the display screen, the smart bed detects a control instruction for instructing to enter a vital sign data anti-leakage mode, and enters the vital sign data anti-leakage mode in response to the control instruction.

[0069] In some embodiments, the smart bed can be located in a home experience center, and a display screen can be set around the smart bed; on this basis, the smart bed can monitor the vital characteristics data (such as average heart rate, average breathing rate, etc.) of the current experiencer on the smart bed through built-in sensors, and send it to the display screen for display; and, in the process of the smart bed displaying the vital characteristics data of the current experiencer on the smart bed, the smart bed can detect the control instruction sent by the current experiencer to control the electronic token device corresponding to the current experiencer to indicate entering the vital characteristics data anti-leakage mode, and enter the vital characteristics data anti-leakage mode in response to the control instruction. Among them, the current experiencer is assigned the electronic token device when entering the home experience center, and the electronic token device has a unique token string, which is composed of multiple characters and has a unique token string. The unique token string of the electronic token device serves as a legal credential for experiencing home appliances such as smart beds, smart sofas or smart massage chairs placed in the home experience center.

[0070] In some embodiments, after the smart bed detects a control instruction sent by the current experiencer to instruct the current experiencer to enter the life feature data anti-leakage mode, the smart bed may further perform the following steps:

[0071] The smart bed sends a unique token string acquisition instruction to the electronic token device corresponding to the current experiencer;

[0072] And, the smart bed receives the unique token string of the electronic token device corresponding to the current experiencer sent by the electronic token device corresponding to the current experiencer according to the unique token string acquisition instruction;

[0073] In addition, the smart bed identifies whether the unique token character of the electronic token device corresponding to the current experiencer belongs to the legal credential for experiencing the smart bed; if not, the smart bed can ignore the control instruction; if so, execute the above-mentioned steps of entering the vital sign data anti-leakage mode in response to the control instruction, so that the smart bed can accurately enter the vital sign data anti-leakage mode.

[0074] 102. When the smart bed is in a life feature data anti-leakage mode, the smart bed controls the display screen to superimpose a protection image on a display area of ​​the life feature data; wherein the protection image covers the life feature data.

[0075] In some embodiments, the display screen can also display the status data of the smart bed (such as mattress temperature, inflation volume, etc.) while displaying the vital characteristics data of the current user on the smart bed. The protection image does not cover the status data of the smart bed (such as mattress temperature, inflation volume, etc.), so that the smart bed interpreter or administrator can identify whether the smart state needs to be adjusted according to the status data of the smart bed.

[0076] In some embodiments, the above-mentioned protection image can be an image pre-configured by the smart bed to cover life feature data, such as an image of a person or an image of a household appliance, etc., which is not limited in the embodiments of the present application.

[0077] It can be seen that implementation Figure 1 The anti-leakage method shown can prevent the vital signs data of the current user who is experiencing comfort on the smart bed from being seen by people around him.

[0078] See also Figure 2 , Figure 2 1 is a flow chart of the second embodiment of the method for preventing leakage of vital signs data disclosed in the embodiment of the present application. Figure 2 The method for preventing leakage of vital sign data shown is applicable to a smart bed, which may be located in a home experience center. Figure 2 As shown, the method comprises the following steps:

[0079] 201. During the process of displaying the vital sign data of the current user on the smart bed on the display screen, the smart bed detects a control instruction for instructing to enter a vital sign data anti-leakage mode, and enters the vital sign data anti-leakage mode in response to the control instruction.

[0080] The implementation of step 201 may refer to the implementation of step 101 in the previous embodiment, and will not be repeated here.

[0081] 202. When the smart bed is in a life feature data anti-leakage mode, the smart bed controls the display screen to superimpose a protection image on a display area of ​​the life feature data; wherein the protection image covers the life feature data.

[0082] Among them, implementing the above steps 201 to 202 can prevent the vital characteristics data of the current user who is experiencing comfort on the smart bed from being seen by people around him.

[0083] 203. When the smart bed detects that the current experiencer has left the smart bed, it sends an inquiry message to the electronic token device corresponding to the current experiencer, and the inquiry message is used to determine whether it is necessary to obtain the vital characteristics data of the current experiencer.

[0084] In some embodiments, the smart bed can detect through a camera that the current experiencer has left the smart bed; or, the smart bed detects that the current experiencer has left the smart bed when the built-in sensor cannot monitor the vital sign data of the current experiencer; or, the smart bed detects that the current experiencer has left the smart bed when it detects that there is no stress area on the mattress of the smart bed.

[0085] Among them, when the current experiencer enters the home experience center, he will be assigned the electronic token device. The electronic token device is the electronic token device corresponding to the current experiencer. The electronic token device has a unique token string. The unique token string is a unique token string composed of multiple characters. The unique token string of the electronic token device serves as a legal credential for experiencing home appliances such as smart beds, smart sofas or smart massage chairs placed in the home experience center.

[0086] In some implementations, the smart bed may further perform the following steps after performing step 202 and before performing step 203:

[0087] The smart bed queries the allowed mattress comfort experience time corresponding to the unique token string of the electronic token device corresponding to the current experiencer from the management platform of the home experience center; wherein, the management platform of the home experience center can dynamically adjust the allowed mattress comfort experience time corresponding to the unique token string of the electronic token device corresponding to the current experiencer according to the number of instant experiencers in the home experience center, that is, when the number of instant experiencers in the home experience center is more, the allowed mattress comfort experience time corresponding to the unique token string of the electronic token device corresponding to the current experiencer is shorter; when the number of instant experiencers in the home experience center is less, the allowed mattress comfort experience time corresponding to the unique token string of the electronic token device corresponding to the current experiencer is longer;

[0088] In addition, the smart bed determines whether the actual comfort experience time of the current experiencer on the smart bed reaches the allowed mattress comfort experience time corresponding to the unique token string of the electronic token device corresponding to the current experiencer. If so, it reminds the current experiencer that the allowed mattress comfort experience time has been reached.

[0089] Among them, the implementation of the above-mentioned implementation method can allow more experiencers in the home experience center to experience the comfort of the smart bed, which is conducive to the promotion and application of smart beds.

[0090] 204. When the smart bed detects a response message sent by the electronic token device corresponding to the current experiencer, which indicates that the vital feature data of the current experiencer needs to be obtained, the smart bed obtains a unique token string of the electronic token device corresponding to the current experiencer.

[0091] Among them, after receiving the inquiry message, the electronic token device corresponding to the current experiencer can output the inquiry message in voice and / or text form; accordingly, the current experiencer can control the electronic token device corresponding to the current experiencer to send a response message to the smart bed to indicate the need to obtain the life characteristic data of the current experiencer.

[0092] 205. The smart bed encrypts the vital characteristic data of the current experiencer by using the unique token string of the electronic token device corresponding to the current experiencer to obtain the encrypted vital characteristic data of the current experiencer.

[0093] 206. The smart bed sends the encrypted vital feature data of the current experiencer to the electronic token device corresponding to the current experiencer, so that the electronic token device corresponding to the current experiencer uses the unique token string to decrypt the encrypted vital feature data of the current experiencer and obtain the vital feature data of the current experiencer for viewing.

[0094] Among them, implementing the above steps 203 to 206 can not only enable the current experiencer to view his or her own vital characteristics data after leaving the bed, but also improve the security of transmitting the current experiencer's vital characteristics data between the smart bed and the electronic token device corresponding to the current experiencer, and reduce the risk of the current experiencer's vital characteristics data being intercepted and leaked during the transmission process.

[0095] 207. The smart bed controls the display screen to stop displaying the vital characteristics data of the current user, and after controlling the display screen to remove the protection image superimposed on the display area of ​​the vital characteristics data, exits the vital characteristics data anti-leakage mode.

[0096] Among them, implementing step 207 can realize that the smart bed automatically exits the life characteristic data leakage prevention mode, so that other experiencers can view their own life characteristic data through the display screen when experiencing the comfort on the smart bed.

[0097] See also Figure 3 , Figure 3 : is a flowchart of the third embodiment of the method for preventing leakage of vital sign data disclosed in the embodiment of the present application. Figure 3 The anti-leakage method of vital sign data shown is applicable to a smart bed, which may be located in a home experience center. Furthermore, a hotspot coding image (such as a hotspot QR code image) may be provided on the upper surface of the smart bed, and the hotspot coding image includes the unique identity ID of the hotspot of the smart bed and the initial access key string of the hotspot. Figure 3 As shown, the method comprises the following steps:

[0098] 301. The smart bed establishes a wireless connection with the electronic token device corresponding to the current experiencer.

[0099] In some implementations, before the current experiencer has a comfort experience on the smart bed, the smart bed may establish a wireless connection with an electronic token device corresponding to the current experiencer.

[0100] For example, the implementation method of establishing a wireless connection between the smart bed and the electronic token device corresponding to the current experiencer may include the following steps:

[0101] Step 1) The smart bed captures the facial image of the current user.

[0102] For example, the smart bed can use a camera to capture the facial image of the current user.

[0103] Step 2) The smart bed obtains the facial features of the current user based on the facial image of the current user.

[0104] Exemplarily, the smart bed can input the facial image of the current user into a pre-trained neural network model, and obtain the facial features of the current user based on the output of the neural network model.

[0105] Step 3), based on the facial features of the current experiencer, the smart bed queries the management platform of the home experience center for a unique token string of the electronic token device corresponding to the current experiencer and associated with the facial features of the current experiencer.

[0106] In some embodiments, when the current experiencer enters the home experience center, the manager at the entrance of the home experience center can assign an electronic token device to the current experiencer. The electronic token device is the electronic token device corresponding to the current experiencer. The electronic token device has a unique token string. The unique token string is a unique token string composed of multiple characters. The unique token string of the electronic token device serves as a legal credential for experiencing home appliances such as smart beds, smart sofas or smart massage chairs placed in the home experience center. Furthermore, the manager at the entrance of the home experience center can use the management terminal to collect the facial features of the current experiencer, and use the management terminal to read the unique token string of the electronic token device corresponding to the current experiencer from the electronic token device corresponding to the current experiencer, and establish an association between the unique token string of the electronic token device corresponding to the current experiencer and the facial features of the current experiencer, and report the association between the unique token string of the electronic token device corresponding to the current experiencer and the facial features of the current experiencer to the management platform in the home experience, so that in the above step 3), the smart bed can query the unique token string of the electronic token device corresponding to the current experiencer, which is associated with the facial features of the current experiencer, from the management platform of the home experience center based on the facial features of the current experiencer.

[0107] Step 4) The smart bed splices the unique token string with the initial access key string of the hotspot according to the preset splicing rules to obtain the hotspot legal access key string for the electronic token device.

[0108] Exemplarily, the preset splicing rule is to splice the right side of the unique token string with the left side of the initial access key string of the hotspot. For example, the unique token string is sbifnwerutb, and the initial access key string of the hotspot is 3657dbfx. Then the smart bed splices the unique token string with the initial access key string of the hotspot according to the preset splicing rule, and the legal access key string of the hotspot for the electronic token device is sbifnwerutb3657dbfx.

[0109] Step 5) The smart bed broadcasts a hotspot access prompt message, and the hotspot access prompt message includes at least the unique identity ID of the hotspot.

[0110] Step 6) The smart bed receives a hotspot access request sent by an electronic token device, which includes the hotspot's unique identity ID and a hotspot access verification key string; wherein the electronic token device scans the hotspot coded image to obtain the hotspot's unique identity ID and the hotspot's initial access key string; and, according to the above-mentioned preset splicing rules, splices the unique token string with the hotspot's initial access key string to obtain the hotspot access verification key string.

[0111] Step 7) The smart bed verifies whether the hotspot access verification key string is the same as the hotspot legal access key string. If they are the same, the electronic token device is allowed to access the hotspot of the smart bed to achieve wireless connection between the smart bed and the electronic token device.

[0112] Among them, implementing the above steps 1) to 7) can not only realize a one-to-one wireless connection between the hotspot of the smart bed and the electronic token device corresponding to the current experiencer, but also improve the reliability of the electronic token device corresponding to the current experiencer accessing the hotspot of the smart bed.

[0113] In some implementations, the smart bed may further perform the following steps after performing step 3) and before performing steps 4) to 7):

[0114] The smart bed identifies whether the unique token character of the electronic token device corresponding to the current experiencer is a legal credential for experiencing the smart bed; if not, the smart bed can refuse to establish a wireless connection with the electronic token device corresponding to the current experiencer; if so, execute steps 4) to 7), thereby better improving the reliability of the electronic token device corresponding to the current experiencer accessing the hotspot of the smart bed.

[0115] 302. The smart bed obtains the protection image sent by the electronic token device corresponding to the current experiencer; wherein the electronic token device detects the image of the target home appliance selected from the images of several home appliances stored in the electronic token device, and sends the image of the target home appliance as the protection image to the smart bed; wherein the several types of home appliances are all located in the home experience center.

[0116] In some embodiments, after the smart bed establishes a wireless connection with the electronic token device corresponding to the current experiencer, the current experiencer can select an image of a target home appliance from several images of home appliances stored in the electronic token device corresponding to the current experiencer, so that the electronic token device corresponding to the current experiencer can send the image of the target home appliance as a protection image to the smart bed.

[0117] Exemplarily, the several types of home appliances may include a smart bed, a smart sofa, and a smart massage chair, etc.

[0118] 303. During the process of displaying the vital sign data of the current user on the smart bed on the display screen, the smart bed detects a control instruction for instructing to enter a vital sign data anti-leakage mode, and enters the vital sign data anti-leakage mode in response to the control instruction.

[0119] 304. When the smart bed is in a life feature data anti-leakage mode, the smart bed controls the display screen to superimpose a protection image on a display area of ​​the life feature data; wherein the protection image covers the life feature data.

[0120] 305. When the smart bed detects that the current experiencer has left the smart bed, it sends an inquiry message to the electronic token device corresponding to the current experiencer, and the inquiry message is used to determine whether it is necessary to obtain the vital characteristics data of the current experiencer.

[0121] In some implementations, the smart bed may further perform the following steps after performing step 304 and before performing step 305:

[0122] The smart bed queries the allowed mattress comfort experience time corresponding to the unique token string of the electronic token device corresponding to the current experiencer from the management platform of the home experience center; wherein, the management platform of the home experience center can dynamically adjust the allowed mattress comfort experience time corresponding to the unique token string of the electronic token device corresponding to the current experiencer according to the number of instant experiencers in the home experience center, that is, when the number of instant experiencers in the home experience center is more, the allowed mattress comfort experience time corresponding to the unique token string of the electronic token device corresponding to the current experiencer is shorter; when the number of instant experiencers in the home experience center is less, the allowed mattress comfort experience time corresponding to the unique token string of the electronic token device corresponding to the current experiencer is longer;

[0123] In addition, the smart bed determines whether the actual comfort experience time of the current experiencer on the smart bed reaches the allowed mattress comfort experience time corresponding to the unique token string of the electronic token device corresponding to the current experiencer. If so, the current experiencer is reminded that the allowed mattress comfort experience time has been reached.

[0124] Among them, the implementation of the above-mentioned implementation method can allow more experiencers in the home experience center to experience the comfort of the smart bed, which is conducive to the promotion and application of smart beds.

[0125] 306. When the smart bed detects a response message sent by the electronic token device corresponding to the current experiencer, which indicates that the vital feature data of the current experiencer needs to be obtained, the smart bed obtains a unique token string of the electronic token device corresponding to the current experiencer.

[0126] 307. The smart bed encrypts the vital characteristic data of the current experiencer using the unique token string of the electronic token device corresponding to the current experiencer to obtain the encrypted vital characteristic data of the current experiencer.

[0127] 308. The smart bed sends the encrypted vital feature data of the current experiencer to the electronic token device corresponding to the current experiencer, so that the electronic token device corresponding to the current experiencer uses the unique token string to decrypt the encrypted vital feature data of the current experiencer to obtain the vital feature data of the current experiencer.

[0128] 309. The smart bed controls the display screen to stop displaying the vital characteristics data of the current user, and after controlling the display screen to remove the protection image superimposed on the display area of ​​the vital characteristics data, exits the vital characteristics data anti-leakage mode.

[0129] 310. The smart bed identifies whether the current experiencer has experienced the target home appliance; if not, execute steps 311 to 313; if yes, end this process.

[0130] 311. The smart bed identifies the current placement position of the target home appliance in the home experience center.

[0131] Exemplarily, the smart bed can send a location acquisition request including an image of the target home device to the management platform in the home experience, and receive the current placement position of the target home device in the home experience center sent by the management platform in the home experience in response to the location acquisition request; wherein, the management platform in the home experience can identify the current placement position of the target home device in the home experience center based on the image of the target home device.

[0132] 312. The smart bed sends the current placement position of the target home appliance in the home experience center to the electronic token device corresponding to the current experiencer.

[0133] Among them, implementing the above steps 311 to 312 can better guide the current experiencer to experience more home appliances in the home experience center, thereby facilitating the promotion and application of home appliances in the home experience center.

[0134] 313. The smart bed disconnects the wireless connection with the electronic token device corresponding to the current experiencer.

[0135] Among them, step 313 is implemented. After the current experiencer has experienced the comfort of the smart bed, the smart bed can actively disconnect the wireless connection with the electronic token device corresponding to the current experiencer, so that the electronic token device corresponding to the next experiencer can access the hotspot of the smart bed one-to-one.

[0136] In addition, implementation Figure 3 The anti-leakage method shown can prevent the vital signs data of the current user who is experiencing comfort on the smart bed from being seen by people around him.

[0137] See also Figure 4 , Figure 4 Schematic diagram of the structure of the first embodiment of the smart bed disclosed in the embodiment of the present application. Figure 4 As shown, the smart bed may include:

[0138] The mode unit 401 is used to detect a control instruction for indicating entering a life feature data anti-leakage mode during the process of displaying the life feature data of the current user on the smart bed on the display screen, and enter the life feature data anti-leakage mode in response to the control instruction;

[0139] The control unit 402 is used to control the display screen to superimpose a protection image on the display area of ​​the vital sign data in the vital sign data anti-leakage mode; wherein the protection image covers the vital sign data.

[0140] In some embodiments, the smart bed can be located in a home experience center, and a display screen can be set around the smart bed; on this basis, the smart bed can monitor the life feature data of the current experiencer on the smart bed through the built-in sensor, and send it to the display screen for display; and, in the process of the display screen displaying the life feature data of the current experiencer on the smart bed, the mode unit 401 can detect the control instruction sent by the current experiencer to control the electronic token device corresponding to the current experiencer to indicate entering the life feature data anti-leakage mode, and enter the life feature data anti-leakage mode in response to the control instruction. Among them, the current experiencer is assigned the electronic token device when entering the home experience center, and the electronic token device has a unique token string, which is composed of multiple characters and has a unique token string. The unique token string of the electronic token device serves as a legal credential for experiencing home appliances such as smart beds, smart sofas or smart massage chairs placed in the home experience center.

[0141] In some implementations, after detecting a control instruction sent by the current experiencer to instruct the electronic token device corresponding to the current experiencer to enter the life feature data anti-leakage mode, the mode unit 401 may further perform the following steps:

[0142] Send a unique token string acquisition instruction to the electronic token device corresponding to the current experiencer;

[0143] and receiving a unique token string of the electronic token device corresponding to the current experiencer sent by the electronic token device corresponding to the current experiencer according to a unique token string acquisition instruction;

[0144] Also, identify whether the unique token character of the electronic token device corresponding to the current experiencer is a legal credential for experiencing the smart bed; if not, the control instruction can be ignored; if so, execute the above-mentioned steps of entering the life signature data anti-leakage mode in response to the control instruction, so that the smart bed can accurately enter the life signature data anti-leakage mode.

[0145] It can be seen that implementation Figure 4 The smart bed shown can prevent the vital characteristics data of the current user who is experiencing comfort on the smart bed from being seen by people around him.

[0146] See also Figure 5 , Figure 5 : is a schematic diagram of the structure of the second embodiment of the smart bed disclosed in the embodiment of the present application. Figure 5 The smart bed shown is made of Figure 4 The smart bed shown is optimized. Figure 5 The smart bed shown can be located in a home experience center. Figure 4 Compared with the smart bed shown, Figure 5 The smart bed shown may also include:

[0147] The interactive unit 403 is used to send an inquiry message to the electronic token device corresponding to the current experiencer after the control unit 402 controls the display screen to superimpose the protection image on the vital feature data, if it is detected that the current experiencer leaves the smart bed, and the inquiry message is used to determine whether the vital feature data of the current experiencer needs to be obtained;

[0148] The acquisition unit 404 is used to acquire a unique token string of the electronic token device corresponding to the current experiencer when the interaction unit 403 detects a response message sent by the electronic token device corresponding to the current experiencer indicating that the vital feature data of the current experiencer needs to be acquired;

[0149] The encryption unit 405 is used to encrypt the vital characteristic data of the current experiencer using the unique token string of the electronic token device to obtain the encrypted vital characteristic data of the current experiencer;

[0150] The above-mentioned interaction unit 403 is also used to send the encrypted vital feature data of the current experiencer to the electronic token device corresponding to the current experiencer, so that the electronic token device corresponding to the current experiencer uses the unique token string to decrypt the encrypted vital feature data of the current experiencer to obtain the vital feature data of the current experiencer;

[0151] The control unit 402 is further used to control the display screen to stop displaying the vital characteristic data of the current experiencer, and to control the display screen to remove the protection image superimposed on the display area of ​​the vital characteristic data;

[0152] The above-mentioned mode unit 401 is also used to exit the life characteristic data anti-leakage mode after the control unit 402 controls the display screen to remove the protection image superimposed on the display area of ​​the life characteristic data.

[0153] In some embodiments, after the control unit 402 controls the display screen to superimpose the protection image on the vital feature data, and before executing the step of sending an inquiry message to the electronic token device corresponding to the current experiencer if it is detected that the current experiencer has left the smart bed, the inquiry message is used to determine whether the vital feature data of the current experiencer needs to be obtained, the interaction unit 403 may further execute the following steps:

[0154] The allowed mattress comfort experience time corresponding to the unique token string of the electronic token device corresponding to the current experiencer is queried from the management platform of the home experience center; wherein the management platform of the home experience center can dynamically adjust the allowed mattress comfort experience time corresponding to the unique token string of the electronic token device corresponding to the current experiencer according to the number of instant experiencers in the home experience center, that is, when the number of instant experiencers in the home experience center is more, the allowed mattress comfort experience time corresponding to the unique token string of the electronic token device corresponding to the current experiencer is shorter; when the number of instant experiencers in the home experience center is less, the allowed mattress comfort experience time corresponding to the unique token string of the electronic token device corresponding to the current experiencer is longer;

[0155] And, determine whether the actual comfort experience time of the current experiencer on the smart bed reaches the allowed mattress comfort experience time corresponding to the unique token string of the electronic token device corresponding to the current experiencer. If so, remind the current experiencer that the allowed mattress comfort experience time has been reached.

[0156] Among them, the implementation of the above-mentioned implementation method can allow more experiencers in the home experience center to experience the comfort of the smart bed, which is conducive to the promotion and application of smart beds.

[0157] Among them, implementation Figure 5 The smart bed shown can not only enable the current experiencer to view his or her own vital characteristics data after leaving the bed, but also improve the security of transmitting the current experiencer's vital characteristics data between the smart bed and the electronic token device corresponding to the current experiencer, and reduce the risk of leakage of the current experiencer's vital characteristics data being intercepted during the transmission process.

[0158] In addition, implementation Figure 5 The smart bed shown can realize automatic exit from the vital signs data anti-leakage mode, so that other users can view their vital signs data through the display screen when they experience the comfort on the smart bed.

[0159] See also Figure 6 , Figure 6 : is a schematic diagram of the structure of the third embodiment of the smart bed disclosed in the embodiment of the present application. Figure 6 The smart bed shown is made of Figure 5 The smart bed shown is optimized. Figure 5 Compared with the smart bed shown, Figure 6 The smart bed shown may also include:

[0160] The connection unit 406 is used to establish a wireless connection with the electronic token device corresponding to the current experiencer before the display screen displays the vital characteristics data of the current experiencer on the smart bed;

[0161] The above-mentioned acquisition unit 404 is also used to acquire the protection image sent by the electronic token device corresponding to the current experiencer; wherein, the electronic token device detects the image of the target home appliance selected from the images of several home appliances stored in the electronic token device, and sends the image of the target home appliance as a protection image to the smart bed; wherein, the several types of home appliances are all located in the home experience center.

[0162] In some embodiments, Figure 6 The upper surface of the smart bed shown can be provided with a hotspot coded image ( Figure 6 Not shown), the hotspot coding image includes the unique identity ID of the hotspot of the smart bed and the initial access key string of the hotspot; accordingly, the connection unit 406 establishes a wireless connection with the electronic token device corresponding to the current experiencer in the following manner:

[0163] The facial image of the current user is captured;

[0164] According to the facial image of the current user, the facial features of the current user are obtained;

[0165] Based on the facial features of the current experiencer, query the management platform of the home experience center for a unique token string of the electronic token device corresponding to the current experiencer and associated with the facial features of the current experiencer;

[0166] According to the preset splicing rules, the unique token string is spliced ​​with the initial access key string of the hotspot to obtain the hotspot legal access key string for the electronic token device;

[0167] Broadcasting a hotspot access prompt message, where the hotspot access prompt message at least includes a unique ID of the hotspot;

[0168] Receive a hotspot access request sent by an electronic token device, the hotspot access request including a unique identity ID of the hotspot and a hotspot access verification key string; wherein the electronic token device scans the hotspot coded image to obtain the hotspot's unique identity ID and the hotspot's initial access key string; and, according to the above-mentioned preset splicing rules, splice the unique token string with the hotspot's initial access key string to obtain the hotspot access verification key string;

[0169] Verify whether the hotspot access verification key string is the same as the hotspot legal access key string. If they are the same, allow the electronic token device to access the smart bed's hotspot to achieve wireless connection between the smart bed and the electronic token device.

[0170] Among them, implementing the above implementation method can not only realize a one-to-one wireless connection between the hotspot of the smart bed and the electronic token device corresponding to the current experiencer, but also improve the reliability of the electronic token device corresponding to the current experiencer accessing the hotspot of the smart bed.

[0171] In some embodiments, after the connection unit 406 queries the management platform of the home experience center for a unique token string of the electronic token device corresponding to the current experiencer and associated with the facial features of the current experiencer based on the facial features of the current experiencer, and splices the unique token string with the initial access key string of the hotspot according to a preset splicing rule, before obtaining the hotspot legal access key string for the electronic token device, the following steps may also be performed:

[0172] Identify whether the unique token character of the electronic token device corresponding to the current experiencer is a legal credential for experiencing the smart bed; if not, the smart bed can refuse to establish a wireless connection with the electronic token device corresponding to the current experiencer; if yes, execute the above steps of splicing the unique token character string with the initial access key string of the hotspot according to the preset splicing rules to obtain the hotspot legal access key string for the electronic token device, thereby better improving the reliability of the electronic token device corresponding to the current experiencer accessing the hotspot of the smart bed.

[0173] In some embodiments, Figure 6 The smart bed shown may also include:

[0174] The identification unit 407 is used to identify whether the current experiencer has experienced the target home appliance after the mode unit 401 exits the life feature data leakage prevention mode; if not, identify the current placement position of the target home appliance in the home experience center; illustratively, the identification unit 407 can send a location acquisition request including an image of the target home appliance to the management platform in the home experience, and receive the current placement position of the target home appliance in the home experience center sent by the management platform in the home experience in response to the location acquisition request; wherein the management platform in the home experience can identify the current placement position of the target home appliance in the home experience center based on the image of the target home appliance;

[0175] The above-mentioned interaction unit 403 is also used to send the current placement position of the target home appliance in the home experience center to the electronic token device;

[0176] The above-mentioned connection unit 406 is also used to disconnect the wireless connection with the electronic token device.

[0177] Among them, the implementation of the above-mentioned implementation method can better guide the current experiencers to experience more home appliances in the home experience center, thereby facilitating the promotion and application of home appliances in the home experience center.

[0178] In addition, when implementing the above embodiment, the above connection unit 406 can actively disconnect the wireless connection with the electronic token device corresponding to the current experiencer after the current experiencer has finished experiencing the comfort of the smart bed, so that the electronic token device corresponding to the next experiencer can access the hotspot of the smart bed one-to-one.

[0179] See also Figure 7 , Figure 7 Schematic diagram of the structure of the fourth embodiment of the smart bed disclosed in the embodiment of the present application. Figure 7 As shown, the smart bed includes:

[0180] A memory 701 storing executable program codes;

[0181] a processor 702 coupled to the memory 701;

[0182] The processor 702 calls the executable program code stored in the memory 701 to perform the following steps:

[0183] In the process of displaying the vital feature data of the current user on the smart bed on the display screen, a control instruction for instructing to enter the vital feature data anti-leakage mode is detected, and the vital feature data anti-leakage mode is entered in response to the control instruction;

[0184] In the life sign data anti-leakage mode, the display screen is controlled to superimpose a protection image on a display area of ​​the life sign data; wherein the protection image covers the life sign data.

[0185] In some embodiments, the smart bed can be located in a home experience center, and a display screen can be set around the smart bed; on this basis, the smart bed can monitor the life feature data of the current experiencer on the smart bed through the built-in sensor and send it to the display screen for display; and the processor 702 can detect the control instruction sent by the current experiencer to control the electronic token device corresponding to the current experiencer to indicate entering the life feature data anti-leakage mode during the process of the display screen displaying the life feature data of the current experiencer on the smart bed, and enter the life feature data anti-leakage mode in response to the control instruction. Among them, the current experiencer is assigned the electronic token device when entering the home experience center, and the electronic token device has a unique token string, which is a unique token string composed of multiple characters. The unique token string of the electronic token device serves as a legal credential for experiencing home appliances such as smart beds, smart sofas or smart massage chairs placed in the home experience center.

[0186] In some implementations, after detecting a control instruction sent by the current experiencer to control the electronic token device corresponding to the current experiencer to instruct the user to enter the life feature data anti-leakage mode, the processor 702 may further perform the following steps:

[0187] Send a unique token string acquisition instruction to the electronic token device corresponding to the current experiencer;

[0188] and receiving a unique token string of the electronic token device corresponding to the current experiencer, which is sent by the electronic token device corresponding to the current experiencer according to a unique token string acquisition instruction;

[0189] Also, identify whether the unique token character of the electronic token device corresponding to the current experiencer is a legal credential for experiencing the smart bed; if not, the control instruction can be ignored; if so, execute the above-mentioned steps of entering the life signature data anti-leakage mode in response to the control instruction, so that the smart bed can accurately enter the life signature data anti-leakage mode.

[0190] In some implementations, after controlling the display screen to overlay the protection image in the display area of ​​the vital sign data, the processor 702 further performs the following steps:

[0191] When it is detected that the current experiencer has left the smart bed, an inquiry message is sent to the electronic token device corresponding to the current experiencer, and the inquiry message is used to determine whether the vital characteristics data of the current experiencer needs to be obtained;

[0192] When detecting a response message sent by the electronic token device corresponding to the current experiencer indicating that the vital feature data of the current experiencer needs to be obtained, obtaining a unique token string of the electronic token device corresponding to the current experiencer;

[0193] Encrypt the vital characteristic data of the current experiencer using the unique token string of the electronic token device corresponding to the current experiencer to obtain the encrypted vital characteristic data of the current experiencer;

[0194] Sending the encrypted vital feature data of the current experiencer to the electronic token device corresponding to the current experiencer, so that the electronic token device corresponding to the current experiencer uses the unique token string to decrypt the encrypted vital feature data of the current experiencer to obtain the vital feature data of the current experiencer;

[0195] And, the display screen is controlled to stop displaying the vital characteristic data of the current experiencer, and after the display screen is controlled to remove the protection image superimposed on the display area of ​​the vital characteristic data, the vital characteristic data anti-leakage mode is exited.

[0196] In some embodiments, after controlling the display screen to overlay the protection diagram in the display area of ​​the vital sign data and before sending an inquiry message to the electronic token device corresponding to the current experiencer when detecting that the current experiencer has left the smart bed, the processor 702 may further perform the following steps:

[0197] The allowed mattress comfort experience time corresponding to the unique token string of the electronic token device corresponding to the current experiencer is queried from the management platform of the home experience center; wherein the management platform of the home experience center can dynamically adjust the allowed mattress comfort experience time corresponding to the unique token string of the electronic token device corresponding to the current experiencer according to the number of instant experiencers in the home experience center, that is, when the number of instant experiencers in the home experience center is more, the allowed mattress comfort experience time corresponding to the unique token string of the electronic token device corresponding to the current experiencer is shorter; when the number of instant experiencers in the home experience center is smaller, the allowed mattress comfort experience time corresponding to the unique token string of the electronic token device corresponding to the current experiencer is longer;

[0198] And, determine whether the actual comfort experience time of the current experiencer on the smart bed reaches the allowed mattress comfort experience time corresponding to the unique token string of the electronic token device corresponding to the current experiencer. If so, remind the current experiencer that the allowed mattress comfort experience time has been reached.

[0199] Among them, the implementation of the above-mentioned implementation method can allow more experiencers in the home experience center to experience the comfort of the smart bed, which is conducive to the promotion and application of smart beds.

[0200] In some implementations, before the display screen displays the vital sign data of the current user on the smart bed, the processor 702 further performs the following steps:

[0201] Establish a wireless connection with the electronic token device corresponding to the current experiencer;

[0202] A protection image sent by the electronic token device corresponding to the current experiencer is obtained; wherein the electronic token device detects an image of a target home appliance selected from images of several home appliances stored in the electronic token device, and sends the image of the target home appliance as a protection image to the smart bed; wherein the several types of home appliances are all located in the home experience center.

[0203] In some embodiments, Figure 7 The upper surface of the smart bed shown can be provided with a hotspot coded image ( Figure 7 Not shown), the hotspot coding image includes the unique identity ID of the hotspot of the smart bed and the initial access key string of the hotspot; accordingly, the processor 702 establishes a wireless connection with the electronic token device corresponding to the current experiencer in the following manner:

[0204] The facial image of the current user is captured;

[0205] According to the facial image of the current user, the facial features of the current user are obtained;

[0206] Based on the facial features of the current experiencer, query the management platform of the home experience center for a unique token string of the electronic token device corresponding to the current experiencer and associated with the facial features of the current experiencer;

[0207] According to the preset splicing rules, the unique token string is spliced ​​with the initial access key string of the hotspot to obtain the hotspot legal access key string for the electronic token device;

[0208] Broadcasting a hotspot access prompt message, where the hotspot access prompt message includes at least a unique ID of the hotspot;

[0209] Receive a hotspot access request sent by the electronic token device, the hotspot access request including the hotspot's unique identity ID and the hotspot access verification key string; wherein the electronic token device scans the hotspot coded image to obtain the hotspot's unique identity ID and the hotspot's initial access key string; and, according to the above-mentioned preset splicing rules, splice the unique token string with the hotspot's initial access key string to obtain the hotspot access verification key string;

[0210] Verify whether the hotspot access verification key string is the same as the hotspot legal access key string. If they are the same, allow the electronic token device to access the hotspot of the smart bed to achieve wireless connection between the smart bed and the electronic token device.

[0211] In some implementations, the processor 702 may further perform the following steps after querying the unique token string of the electronic token device corresponding to the current experiencer and associated with the facial features of the current experiencer from the management platform of the home experience center based on the facial features of the current experiencer, and before splicing the unique token string with the initial access key string of the hotspot according to a preset splicing rule to obtain the hotspot legal access key string for the electronic token device:

[0212] Identify whether the unique token character of the electronic token device corresponding to the current experiencer is a legal credential for experiencing the smart bed; if not, the smart bed can refuse to establish a wireless connection with the electronic token device corresponding to the current experiencer; if yes, execute the above steps of splicing the unique token character string with the initial access key string of the hotspot according to the preset splicing rules to obtain the hotspot legal access key string for the electronic token device, thereby better improving the reliability of the electronic token device corresponding to the current experiencer accessing the hotspot of the smart bed.

[0213] In some implementations, after exiting the vital sign data anti-leakage mode, the processor 702 further performs the following steps:

[0214] Identify whether the current experiencer has experienced the target home appliance; if not, identify the current placement location of the target home appliance in the home experience center;

[0215] Sending the current placement position of the target home appliance in the home experience center to the electronic token device;

[0216] And, disconnect the wireless connection with the electronic token device.

[0217] It can be seen that implementation Figure 7 The smart bed shown can prevent the vital characteristics data of the current user who is experiencing comfort on the smart bed from being seen by people around him.

[0218] In addition, implementation Figure 7 The smart bed shown can not only enable the current experiencer to view his or her own vital characteristics data after leaving the bed, but also improve the security of transmitting the current experiencer's vital characteristics data between the smart bed and the electronic token device corresponding to the current experiencer, and reduce the risk of leakage of the current experiencer's vital characteristics data being intercepted during the transmission process.

[0219] In addition, implementation Figure 7 The smart bed shown can not only realize a one-to-one wireless connection between the hotspot of the smart bed and the electronic token device corresponding to the current experiencer, but also improve the reliability of the electronic token device corresponding to the current experiencer accessing the hotspot of the smart bed.

[0220] In addition, implementation Figure 7 The smart bed shown can better guide the current experiencer to experience more home appliances in the home experience center, which is conducive to the promotion and application of home appliances in the home experience center.

[0221] The embodiments of the present application further disclose a storage medium on which a computer program is stored. When the computer program is executed by a processor, all or part of the steps in the foregoing method embodiments are implemented.

[0222] The above is a detailed introduction to a method for preventing leakage of life characteristic data, a smart bed, and a storage medium disclosed in an embodiment of the present application. Specific examples are used in this article to illustrate the principles and implementation methods of the present application. The description of the above embodiments is only used to help understand the method of the present application and its core idea; at the same time, for general technical personnel in this field, according to the idea of ​​the present application, there will be changes in the specific implementation method and application scope. In summary, the content of this specification should not be understood as a limitation on the application.

Claims

1. A method for preventing leakage of vital characteristic data, characterized in that: include: The smart bed detects a control instruction for instructing to enter a life feature data anti-leakage mode during the process of displaying the life feature data of the current user on the smart bed on the display screen, and enters the life feature data anti-leakage mode in response to the control instruction; The smart bed controls the display screen to superimpose a protection image on the display area of ​​the life feature data in the life feature data anti-leakage mode; wherein the protection image covers the life feature data; The smart bed is located in a home experience center. After controlling the display screen to overlay a protection image in the display area of ​​the vital sign data, the method further includes: When the smart bed detects that the current experiencer has left the smart bed, the smart bed sends an inquiry message to the electronic token device corresponding to the current experiencer, wherein the inquiry message is used to determine whether the vital feature data of the current experiencer needs to be obtained; wherein the electronic token device is assigned to the current experiencer when entering the home experience center; When the smart bed detects a response message sent by the electronic token device indicating that the vital feature data of the current experiencer needs to be obtained, the smart bed obtains a unique token string of the electronic token device; The smart bed encrypts the vital characteristic data of the current experiencer using the unique token string of the electronic token device to obtain the encrypted vital characteristic data of the current experiencer; The smart bed sends the encrypted vital feature data of the current experiencer to the electronic token device, so that the electronic token device decrypts the encrypted vital feature data of the current experiencer using the unique token string, and obtains the vital feature data of the current experiencer for viewing; And, the smart bed controls the display screen to stop displaying the vital sign data of the current experiencer, and after controlling the display screen to remove the protection image superimposed on the display area of ​​the vital sign data, exits the vital sign data anti-leakage mode; Before the display screen displays the vital characteristics data of the current user on the smart bed, the method further includes: The smart bed establishes a wireless connection with the electronic token device corresponding to the current experiencer; The smart bed obtains the protection image sent by the electronic token device corresponding to the current experiencer; wherein the electronic token device detects the image of the target home appliance selected from the images of several home appliances stored in the electronic token device, and sends the image of the target home appliance as the protection image to the smart bed; wherein the several home appliances are all located in the home experience center; The upper surface of the smart bed is provided with a hotspot coding image, and the hotspot coding image includes a unique identity ID of the hotspot of the smart bed and an initial access key string of the hotspot; the smart bed establishes a wireless connection with the electronic token device corresponding to the current experiencer, including: The smart bed captures a facial image of the current user; The smart bed obtains facial features of the current experiencer according to the facial image of the current experiencer; The smart bed queries the management platform of the home experience center for the unique token string of the electronic token device corresponding to the current experiencer and associated with the facial features of the current experiencer based on the facial features of the current experiencer; The smart bed splices the unique token string with the initial access key string of the hotspot according to a preset splicing rule to obtain a hotspot legal access key string for the electronic token device; The smart bed broadcasts a hotspot access prompt message, wherein the hotspot access prompt message at least includes a unique identity ID of the hotspot; The smart bed receives a hotspot access request sent by the electronic token device, wherein the hotspot access request includes a unique identity ID of the hotspot and a hotspot access verification key string; wherein the electronic token device scans the hotspot coded image to obtain the unique identity ID of the hotspot and the initial access key string of the hotspot; and, according to the preset splicing rule, splices the unique token string with the initial access key string of the hotspot to obtain the hotspot access verification key string; The smart bed checks whether the hotspot access verification key string is the same as the hotspot legal access key string. If they are the same, the electronic token device is allowed to access the hotspot of the smart bed to achieve wireless connection between the smart bed and the electronic token device.

2. The anti-leakage method according to claim 1, characterized in that: After the smart bed exits the life feature data anti-leakage mode, the method further includes: The smart bed identifies whether the current experiencer has experienced the target home appliance; if not, identifies the current placement position of the target home appliance in the home experience center; The smart bed sends the current placement position of the target home appliance in the home experience center to the electronic token device; And, the smart bed disconnects the wireless connection with the electronic token device.

3. A smart bed, characterized in that: include: A mode unit, configured to detect a control instruction for instructing to enter a life feature data anti-leakage mode during the process of displaying the life feature data of the current user on the smart bed on the display screen, and enter the life feature data anti-leakage mode in response to the control instruction; A control unit, configured to control the display screen to superimpose a protection image on the display area of ​​the vital characteristic data in the vital characteristic data anti-leakage mode; wherein the protection image covers the vital characteristic data; The smart bed is located in a home experience center, and the smart bed also includes: An interactive unit, configured to send an inquiry message to an electronic token device corresponding to the current experiencer if it is detected that the current experiencer has left the smart bed after the control unit controls the display screen to superimpose a protection image on the display area of ​​the vital feature data, wherein the inquiry message is used to determine whether the vital feature data of the current experiencer needs to be obtained; wherein the electronic token device is assigned to the current experiencer when entering the home experience center; An acquisition unit, configured to acquire a unique token string of the electronic token device when the interaction unit detects a response message sent by the electronic token device indicating that the vital feature data of the current experiencer needs to be acquired; An encryption unit, used to encrypt the vital characteristic data of the current experiencer using the unique token string of the electronic token device to obtain the encrypted vital characteristic data of the current experiencer; The interaction unit is further used to send the encrypted vital feature data of the current experiencer to the electronic token device, so that the electronic token device decrypts the encrypted vital feature data of the current experiencer using the unique token string, and obtains the vital feature data of the current experiencer for viewing; The control unit is further used to control the display screen to stop displaying the vital feature data of the current experiencer, and control the display screen to remove the protection image superimposed on the display area of ​​the vital feature data; The mode unit is further configured to exit the life feature data anti-leakage mode after the control unit controls the display screen to remove the protection image superimposed on the display area of ​​the life feature data; The smart bed also includes: A connection unit, used for establishing a wireless connection with an electronic token device corresponding to the current experiencer before the display screen displays the vital characteristics data of the current experiencer on the smart bed; The acquisition unit is further used to acquire the protection image sent by the electronic token device corresponding to the current experiencer; wherein the electronic token device detects the image of the target home appliance selected from the images of several home appliances stored in the electronic token device, and sends the image of the target home appliance as the protection image to the smart bed; wherein the several home appliances are all located in the home experience center; The upper surface of the smart bed is provided with a hotspot coding image, and the hotspot coding image includes a unique identity ID of the hotspot of the smart bed and an initial access key string of the hotspot; the connection unit establishes a wireless connection with the electronic token device corresponding to the current experiencer in the following manner: A facial image of the current experiencer is captured; Obtaining facial features of the current experiencer according to the facial image of the current experiencer; Based on the facial features of the current experiencer, querying from the management platform of the home experience center the unique token string of the electronic token device corresponding to the current experiencer and associated with the facial features of the current experiencer; According to a preset splicing rule, the unique token string is spliced ​​with the initial access key string of the hotspot to obtain a hotspot legal access key string for the electronic token device; Broadcasting a hotspot access prompt message, wherein the hotspot access prompt message at least includes a unique ID of the hotspot; Receive a hotspot access request sent by the electronic token device, the hotspot access request including the hotspot's unique identity ID and a hotspot access verification key string; wherein the electronic token device scans the hotspot coded image to obtain the hotspot's unique identity ID and the hotspot's initial access key string; and, according to the preset splicing rule, splice the unique token string with the hotspot's initial access key string to obtain the hotspot access verification key string; Verify whether the hotspot access verification key string is the same as the hotspot legal access key string. If they are the same, allow the electronic token device to access the hotspot of the smart bed to achieve wireless connection between the smart bed and the electronic token device.

4. The smart bed according to claim 3, characterized in that: Also includes: an identification unit, configured to identify whether the current experiencer has experienced the target home device after the mode unit exits the life feature data anti-leakage mode; If not, identifying the current placement location of the target home appliance in the home experience center; The interaction unit is further used to send the current placement position of the target home appliance in the home experience center to the electronic token device; The connecting unit is also used to disconnect the wireless connection with the electronic token device.

5. A smart bed, characterized in that: include: A memory storing executable program code; a processor coupled to the memory; The processor calls the executable program code stored in the memory to execute the steps of the method for preventing leakage of vital sign data as described in any one of claims 1 to 2.

6. A storage medium having a computer program stored thereon, characterized in that: When the computer program is executed by a processor, the steps of the method for preventing leakage of vital sign data as claimed in any one of claims 1 to 2 are implemented.

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