CN113907716A - Sleep monitoring method and sleep monitoring device - Google Patents

Sleep monitoring method and sleep monitoring device Download PDF

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CN113907716A
CN113907716A CN202111196402.XA CN202111196402A CN113907716A CN 113907716 A CN113907716 A CN 113907716A CN 202111196402 A CN202111196402 A CN 202111196402A CN 113907716 A CN113907716 A CN 113907716A
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information
monitoring
sleep
determining
persons
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CN113907716B (en
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王炳坤
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De Rucci Healthy Sleep Co Ltd
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De Rucci Healthy Sleep Co Ltd
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    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00—Measuring for diagnostic purposes; Identification of persons
    • A61B5/48—Other medical applications
    • A61B5/4806—Sleep evaluation
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00—Measuring for diagnostic purposes; Identification of persons
    • A61B5/48—Other medical applications
    • A61B5/4806—Sleep evaluation
    • A61B5/4809—Sleep detection, i.e. determining whether a subject is asleep or not

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Abstract

The invention discloses a sleep monitoring method and a sleep monitoring device. The sleep monitoring method is used for a sleep monitoring device, the sleep monitoring device comprises a first monitoring group, a middle monitoring group and a second monitoring group, the first monitoring group is used for monitoring sleep in a region on the first side of a bed body to obtain first monitoring information, the middle monitoring group is used for monitoring sleep in a region in the middle of the bed body to obtain middle monitoring information, and the second monitoring group is used for monitoring sleep in a region on the second side of the bed body to obtain second monitoring information; the sleep monitoring method comprises the following steps: acquiring first monitoring information, intermediate monitoring information and second monitoring information; determining personnel number information and personnel position information based on the first monitoring information, the intermediate monitoring information and the second monitoring information; determining sleep parameters of each person based on the person number information, the person position information and the sleep parameter information. By adopting the scheme, the effect of not easily mixing up double data is realized.

Description

Sleep monitoring method and sleep monitoring device
Technical Field
The embodiment of the invention relates to a sleep monitoring technology, in particular to a sleep monitoring method and a sleep monitoring device.
Background
Currently, a sleep monitoring device refers to a component that monitors the sleep of a user to obtain sleep parameters of the user. According to different use conditions, the sleep monitoring device can be an equipment part independent of the bed body, and can be placed on the bed body when in use, such as a sleep monitoring belt; the sleep monitoring device may also be a bed comprising a sleep monitoring function, such as a smart mattress.
The sleep monitoring device can only realize single sleep monitoring usually, however, in the actual use scene, double people are more, however, the sleep monitoring device for monitoring double people at present is also the simple superposition under the condition of single monitoring mostly.
Therefore, although sleep monitoring products with various schemes, various forms and various functions appear in the sleep market, the method is only suitable for a single scene, has low adaptability in a double scene, and cannot well meet the sleep monitoring requirement of the public, so that a method for judging the single/double state and the position of the single/double person in the double scene to avoid data confusion is urgently needed.
Disclosure of Invention
The invention provides a sleep monitoring method and a sleep monitoring device, which aim to achieve the effect of not easily confusing double data.
In a first aspect, an embodiment of the present invention provides a sleep monitoring method, which is used for a sleep monitoring apparatus, where the sleep monitoring apparatus includes a first monitoring group, an intermediate monitoring group, and a second monitoring group, and each of the first monitoring group, the intermediate monitoring group, and the second monitoring group includes at least one monitoring element; the first monitoring group is used for monitoring the sleep in the area of the first side of the bed body to obtain first monitoring information, the middle monitoring group is used for monitoring the sleep in the area of the middle part of the bed body to obtain middle monitoring information, and the second monitoring group is used for monitoring the sleep in the area of the second side of the bed body to obtain second monitoring information; the sleep monitoring method comprises the following steps:
acquiring the first monitoring information, the intermediate monitoring information and the second monitoring information; the first monitoring information, the intermediate monitoring information and the second monitoring information all comprise sleep parameter information;
determining personnel number information and personnel position information based on the first monitoring information, the intermediate monitoring information and the second monitoring information;
determining sleep parameters of each person based on the person number information, the person position information, and the sleep parameter information.
In an optional embodiment of the present invention, after the acquiring the first monitoring information, the intermediate monitoring information, and the second monitoring information, the method further includes:
determining whether the first monitoring information and the second monitoring information both include valid data information;
correspondingly, the determining the personnel number information and the personnel position information based on the first monitoring information, the intermediate monitoring information and the second monitoring information includes:
and if the first monitoring information and the second monitoring information both comprise effective data information, determining that the number of the persons is two, one person sleeps on the first side of the bed body, and the other person sleeps on the second side of the bed body.
In an optional embodiment of the present invention, the sleep parameter information included in the first monitoring information is first sleep parameter information, the sleep parameter information included in the intermediate monitoring information is intermediate sleep parameter information, and the sleep parameter information included in the second monitoring information is second sleep parameter information; if the first monitoring information and the second monitoring information both comprise valid data information, determining whether the intermediate monitoring information comprises the valid data information;
if the intermediate monitoring information comprises the effective data information, determining that the intermediate sleep parameter information is closer to the first sleep parameter information or the second sleep parameter information;
if the intermediate sleep parameter information is closer to the first sleep parameter information, the determining the sleep parameters of the persons based on the person number information, the person position information, and the sleep parameter information includes:
taking the intermediate sleep parameter information as standby sleep parameter information of the first sleep parameter information, and determining sleep parameters of a first side person based on the standby sleep parameter information and the first sleep parameter information;
if the intermediate sleep parameter information is closer to the second sleep parameter information, the determining the sleep parameters of the persons based on the person number information, the person position information, and the sleep parameter information includes:
and taking the intermediate sleep parameter information as standby sleep parameter information of the second sleep parameter information, and determining the sleep parameters of a second sideline person based on the standby sleep parameter information and the second sleep parameter information.
In an optional embodiment of the invention, the first monitoring information comprises first quality information, and the intermediate monitoring information comprises intermediate quality information; the determining the sleep parameters of the first side person based on the standby sleep parameter information and the first sleep parameter information by using the intermediate sleep parameter information as the standby sleep parameter information of the first sleep parameter information includes:
determining whether the first quality information is greater than a preset quality;
if so, determining sleep parameters of the first side person based on the first sleep parameter information;
if not, determining the sleep parameters of the first side person based on the intermediate sleep parameter information.
In an optional embodiment of the invention, the second monitoring information comprises second quality information; the taking the intermediate sleep parameter information as standby sleep parameter information of the second sleep parameter information and determining the sleep parameters of the second sideline person based on the standby sleep parameter information and the second sleep parameter information includes:
determining whether the second quality information is greater than a preset quality;
if yes, determining sleep parameters of a second sideline person based on the second sleep parameter information;
and if not, determining the sleep parameters of the second side person based on the intermediate sleep parameter information.
In an optional embodiment of the present invention, after determining whether both the first monitoring information and the second monitoring information include valid data information, the method further includes:
if the first monitoring information or the second monitoring information does not include the valid data information, determining whether the first monitoring information and the intermediate monitoring information simultaneously include the valid data information and whether the second monitoring information and the intermediate monitoring information simultaneously include the valid data information;
and if the first monitoring information and the intermediate monitoring information do not simultaneously comprise the effective data information and the second monitoring information and the intermediate monitoring information do not simultaneously comprise the effective data information, executing the step of determining personnel number information and personnel position information based on the first monitoring information, the intermediate monitoring information and the second monitoring information.
In an optional embodiment of the present invention, if the first monitoring information and the intermediate monitoring information do not include valid data information at the same time and the second monitoring information and the intermediate monitoring information do not include valid data information at the same time, the determining the number of persons information and the position of persons information based on the first monitoring information, the intermediate monitoring information, and the second monitoring information includes:
determining whether the first monitoring information includes the valid data information;
if yes, determining that the number of the persons is one and the persons are positioned on the first side of the bed body;
correspondingly, the determining the sleep parameters of the persons based on the information of the number of persons, the information of the positions of the persons and the information of the sleep parameters includes:
determining sleep parameters of the first lateral person based on the first sleep parameter information.
In an optional embodiment of the present invention, if the first monitoring information and the intermediate monitoring information do not include valid data information at the same time and the second monitoring information and the intermediate monitoring information do not include valid data information at the same time, the determining the number of people information and the position of people information based on the first monitoring information, the intermediate monitoring information, and the second monitoring information further includes:
determining whether the intermediate monitoring information includes the valid data information;
if yes, determining that the number of the persons is one and the persons are positioned in the middle of the bed body;
correspondingly, the determining the sleep parameters of the persons based on the information of the number of persons, the information of the positions of the persons and the information of the sleep parameters includes:
determining sleep parameters of an intermediary person based on the intermediary sleep parameters.
In an optional embodiment of the present invention, if the first monitoring information and the intermediate monitoring information do not include valid data information at the same time and the second monitoring information and the intermediate monitoring information do not include valid data information at the same time, the determining the number of people information and the position of people information based on the first monitoring information, the intermediate monitoring information, and the second monitoring information further includes:
determining whether the second monitoring information includes the valid data information;
if yes, determining that the number of the persons is one and the persons are positioned on the second side of the bed body;
correspondingly, the determining the sleep parameters of the persons based on the information of the number of persons, the information of the positions of the persons and the information of the sleep parameters includes:
determining sleep parameters of a second sideline based on the second sleep parameters.
In an optional embodiment of the present invention, after the determining whether the first monitoring information and the intermediate monitoring information simultaneously include the valid data information and whether the second monitoring information and the intermediate monitoring information simultaneously include the valid data information, the method further includes:
if the first monitoring information and the intermediate monitoring information simultaneously include the valid data information, determining personnel quantity information and personnel position information based on the first monitoring information, the intermediate monitoring information and the second monitoring information includes:
determining whether the first sleep parameter information and the intermediate sleep parameter information are sleep parameter information of the same person;
if yes, confirm personnel's quantity for one and be located the bed body first side, just based on personnel quantity information, personnel position information with the sleep parameter information confirms each personnel's sleep parameter, include:
determining sleep parameters of a first side person based on the first sleep parameter information;
if not, determining that the number of the persons is two, one person is positioned on the first side of the bed body, the other person is positioned in the middle of the bed body, and determining the sleep parameters of the persons based on the information of the number of the persons, the information of the positions of the persons and the information of the sleep parameters comprises the following steps:
determining sleep parameters of an intermediate person based on the intermediate sleep parameters and determining sleep parameters of a first lateral person based on the first sleep parameter information.
In an optional embodiment of the present invention, after the determining whether the first monitoring information and the intermediate monitoring information simultaneously include the valid data information and whether the second monitoring information and the intermediate monitoring information simultaneously include the valid data information, the method further includes:
if the intermediate monitoring information and the second monitoring information simultaneously include the valid data information, determining personnel quantity information and personnel position information based on the first monitoring information, the intermediate monitoring information and the second monitoring information includes:
determining whether the second sleep parameter information and the intermediate sleep parameter information are sleep parameter information of the same person;
if yes, confirm personnel's quantity for one and be located the bed body second side, just based on personnel quantity information, personnel position information with the sleep parameter information confirms the sleep parameter of each personnel, include:
determining sleep parameters of a second sideline based on the second sleep parameters;
if not, determining that the number of the persons is two, one person is positioned on the second side of the bed body, the other person is positioned in the middle of the bed body, and determining the sleep parameters of the persons based on the information of the number of the persons, the information of the positions of the persons and the information of the sleep parameters comprises the following steps:
determining sleep parameters of an intermediate person based on the intermediate sleep parameters and determining sleep parameters of a second sideline person based on the second sleep parameter information.
In an alternative embodiment of the present invention, the valid data information includes at least one of BCG signal information and respiration signal information;
and/or the presence of a gas in the gas,
the sleep parameter information comprises at least one of heart rate information and respiratory signal information.
In a second aspect, embodiments of the present invention further provide a sleep monitoring apparatus, where the sleep monitoring apparatus includes one or more processors;
storage means for storing one or more programs;
the first monitoring group is used for monitoring the sleep in the area of the first side of the bed body to obtain first monitoring information;
the middle monitoring group is used for monitoring the sleep in the middle area of the bed body to obtain middle monitoring information;
the second monitoring group is used for monitoring the sleep in the area of the second side of the bed body to obtain second monitoring information;
the first monitoring group, the intermediate monitoring group and the second monitoring group each comprise at least one monitoring piece;
when executed by the one or more processors, cause the one or more processors to implement a sleep monitoring method as in any embodiment of the invention.
In an alternative embodiment of the invention, the monitoring member comprises a piezoelectric sensor.
According to the invention, a first monitoring group, a middle monitoring group and a second monitoring group are arranged, wherein the first monitoring group is used for monitoring the sleep in the area at the first side of the bed body to obtain first monitoring information, the middle monitoring group is used for monitoring the sleep in the area at the middle part of the bed body to obtain middle monitoring information, and the second monitoring group is used for monitoring the sleep in the area at the second side of the bed body to obtain second monitoring information. When a user sleeps in any region of the bed, the first monitoring information, the second monitoring information and the middle monitoring information of the user in different regions can be monitored through the first monitoring group, the middle monitoring group and the second monitoring group respectively, and then the number information and the position information of the personnel can be accurately judged, so that the sleep parameters of the personnel can be accurately determined. Compared with the simple overlapping use of two sleep monitoring devices or two monitoring pieces, the user sleeps in the middle of the bed body or in the middle of the bed body, the middle monitoring group can accurately monitor the user, the problem that double data are easily confused is solved, and the effect that the double data are not easily confused is realized.
Drawings
Fig. 1 is a flowchart of a sleep monitoring method according to an embodiment of the present invention;
fig. 2 is a flowchart of a physiological parameter detecting method according to a second embodiment of the present invention;
fig. 3 is a schematic structural diagram of a sleep monitoring apparatus according to an embodiment of the present invention;
fig. 4 is a schematic structural diagram of a sleep monitoring device applied to a bed body according to a first embodiment of the present invention;
wherein, 1, a first monitoring group; 2. an intermediate monitoring group; 3. a second monitoring group; 40. a bed body.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings and examples. It is to be understood that the specific embodiments described herein are merely illustrative of the invention and are not limiting of the invention. It should be further noted that, for the convenience of description, only some of the structures related to the present invention are shown in the drawings, not all of the structures.
Example one
Fig. 1 is a flowchart of a sleep monitoring method according to an embodiment of the present invention, where the present embodiment is applicable to a single/double sleep monitoring situation, and the method may be executed by a sleep monitoring apparatus, where the sleep monitoring apparatus includes a first monitoring group, an intermediate monitoring group, and a second monitoring group, and each of the first monitoring group, the intermediate monitoring group, and the second monitoring group includes at least one monitoring element; the first monitoring group is used for monitoring the sleep in the area of the first side of the bed body to obtain first monitoring information, the middle monitoring group is used for monitoring the sleep in the area of the middle part of the bed body to obtain middle monitoring information, and the second monitoring group is used for monitoring the sleep in the area of the second side of the bed body to obtain second monitoring information; the sleep monitoring method specifically comprises the following steps:
s110, acquiring the first monitoring information, the intermediate monitoring information and the second monitoring information; the first monitoring information, the intermediate monitoring information, and the second monitoring information all include sleep parameter information.
When the sleep monitoring device is a sleep monitoring belt, the sleep monitoring belt is placed on the bed body, so that the sleep of a user on the bed body can be monitored; the sleep monitoring device can also be the bed body that includes the sleep monitor function, for example intelligent mattress, and when the sleep monitoring device was intelligent mattress, the user can lie on intelligent mattress during the sleep, and intelligent mattress alright realization is to the monitoring of user's sleep in the different regions. The monitoring member refers to a monitoring component having a monitoring function, and may be a sensor in one specific embodiment. The first side of the bed body can be the left side of the bed body, and the second side of the bed body can be the right side of the bed body. The monitoring information refers to information sensed by the monitoring element from the user in different areas that reflects the sleep condition of the user, and may include, for example, sleep parameter information, which in one embodiment may include respiration information, heart rate information, and the like. The first monitoring information, the middle monitoring information and the second monitoring information refer to information obtained by respectively monitoring the first side, the middle part and the second side of the bed body.
And S120, determining personnel number information and personnel position information based on the first monitoring information, the intermediate monitoring information and the second monitoring information.
The personnel number information refers to information reflecting the personnel number, and the personnel position information refers to information of the position of feedback personnel on the bed body.
S130, determining sleep parameters of all the persons based on the person number information, the person position information and the sleep parameter information.
The sleep parameter information of the users in different areas of the bed body can be known by knowing the number of the users and the positions of the users on the bed body and simultaneously knowing the sleep parameter information of the first monitoring information, the middle monitoring information and the second monitoring information, so that the sleep parameters of the people can be determined.
At present, the sleep monitoring device can only realize single sleep monitoring usually, however in the actual use scene, is double more, but the sleep monitoring device that monitors double at present also is the simple stack under single monitoring's the condition mostly, for example directly use two sleep monitoring devices or have two monitoring pieces that are used for monitoring the sleep in the single sleep monitoring device.
The inventor researches and discovers that when the distance between two single sleep monitoring devices or two monitoring pieces in a single sleep monitoring device is small, and a user sleeps in the middle or off-center of the two single sleep monitoring devices or the two monitoring pieces in the single sleep monitoring device, no matter whether a person 2 is in bed or not, effective signals can be collected on the two single sleep monitoring devices or the two monitoring pieces in the single sleep monitoring device (the two signals do not have too large difference), so that the first person 1 or the second person 2 can be judged by mistake, and the attribution of the data is difficult to judge accurately; therefore, in order to achieve the purpose that a user lies on one side, signals of the user detected on the sleep monitoring device or the monitoring piece on the other side are obviously different, namely the signal amplitude is obviously reduced, the distance between two monitoring pieces in two single sleep monitoring devices or a single sleep monitoring device is required to be larger, at the moment, if the user is thin and sleeps on one side in the two single sleep monitoring devices or the vacant part between the two monitoring pieces in the single sleep monitoring device, the signals cannot be detected by the two monitoring pieces in the two single sleep monitoring devices or the single sleep monitoring device, and therefore the condition that double data are easily confused exists in the existing sleep monitoring device for monitoring the sleep of two persons.
According to the technical scheme, the first monitoring group, the middle monitoring group and the second monitoring group are arranged, the first monitoring group is used for monitoring the sleep in the area of the first side of the bed body to obtain first monitoring information, the middle monitoring group is used for monitoring the sleep in the area of the middle of the bed body to obtain middle monitoring information, and the second monitoring group is used for monitoring the sleep in the area of the second side of the bed body to obtain second monitoring information. When a user sleeps in any region of the bed, the first monitoring information, the second monitoring information and the middle monitoring information of the user in the region can be monitored through the first monitoring group, the middle monitoring group and the second monitoring group respectively, and then the number information and the position information of the personnel can be accurately judged, so that the sleep parameters of the personnel can be accurately determined. Compared with the simple overlapping use of two sleep monitoring devices or two monitoring pieces, the user sleeps in the middle of the bed body or in the middle of the bed body, the middle monitoring group can accurately monitor the user, the problem that double data are easily confused is solved, and the effect that the double data are not easily confused is realized.
Example two
Fig. 2 is a flowchart of a physiological parameter detection method according to a second embodiment of the present invention, which is optimized based on the first embodiment. Optionally, the sleep parameter information included in the first monitoring information is first sleep parameter information, the sleep parameter information included in the intermediate monitoring information is intermediate sleep parameter information, and the sleep parameter information included in the second monitoring information is second sleep parameter information. As shown in fig. 2.
The sleep monitoring method specifically comprises the following steps:
s210, acquiring the first monitoring information, the intermediate monitoring information and the second monitoring information; the first monitoring information, the intermediate monitoring information, and the second monitoring information all include sleep parameter information.
S220, determining whether the first monitoring information and the second monitoring information both comprise effective data information.
If the first monitoring information and the second monitoring information both include valid data information, executing steps S231 and S232; if the first monitoring information or the second monitoring information does not include the valid data information, step S233 is executed.
Wherein the valid data information is a signal representing the detection of the human body, in a specific embodiment, the valid data information may include one or more of BCG signal information and respiration signal information. Taking BCG signal information as an example, when the heart beats, the t acceleration of blood can produce mechanical shock wave, and human gravity can change when the heart erupts blood, and the BCG signal finger catches the signal that the gravity change signal that arouses when shooting blood formed to whether including BCG signal information through confirming first monitoring information and second monitoring information, can learn whether first monitoring information and second monitoring information include effective data information.
As the monitoring part monitors micro-vibration signals during sleep monitoring, signals can be generated when no user lies on the bed body, and the signals are invalid signals, such as slight bed vibration signals caused by human interference or vibration signals generated by the jumping of pets on the bed. By determining whether the first monitoring information and the second monitoring information comprise valid data information or not, interference of invalid signals to sleep monitoring can be prevented, and monitoring precision is improved.
S231, determining that the intermediate sleep parameter information is closer to the first sleep parameter information or the second sleep parameter information.
The intermediate sleep parameter information is closer to the first sleep parameter information, namely the difference value between the intermediate sleep parameter information and the first sleep parameter information is smaller than the difference value between the intermediate sleep parameter information and the second sleep parameter information; the intermediate sleep parameter information is closer to the second sleep parameter information, which means that the difference between the intermediate sleep parameter information and the second sleep parameter information is smaller than the difference between the intermediate sleep parameter information and the first sleep parameter information. In a specific embodiment, the first sleep parameter information, the intermediate sleep parameter information, and the second sleep parameter information each include at least one of heart rate signal information and respiratory signal information, and taking the heart rate signal information as an example, by comparing heart rate values corresponding to the heart rate signal information included in the first sleep parameter information, the intermediate sleep parameter information, and the second sleep parameter information, it can be known whether the intermediate sleep parameter information is closer to the first sleep parameter information or the second sleep parameter information in the first sleep parameter information and the second sleep parameter information.
S232, determining that the number of the people is two, one person sleeps on the first side of the bed body, and the other person sleeps on the second side of the bed body.
When the first monitoring information and the second monitoring information both comprise effective data information, because the first monitoring information is obtained by monitoring the sleep of the user in the area of the first side of the bed body by the first monitoring group, and the second monitoring information is obtained by monitoring the sleep of the user in the area of the second side of the bed body by the second monitoring group, the information representing the human body is detected by the first side of the bed body and the second side of the bed body, so that the user can be judged to lie on the first side and the second side of the bed body, and the number of the people can be determined to be two, and one lies on the first side of the bed body and the other lies on the second side of the bed body.
If the intermediate sleep parameter information is closer to the first sleep parameter information, step S241 is executed.
S241, taking the intermediate sleep parameter information as standby sleep parameter information of the first sleep parameter information, and determining sleep parameters of a first side person based on the standby sleep parameter information and the first sleep parameter information.
The intermediate sleep parameter information is closer to the first sleep parameter information, and the sleep parameters represented by the intermediate sleep parameter information and the first sleep parameter information are the sleep parameters of the first side person, at the moment, the intermediate sleep parameter information is used as the standby sleep parameter information of the first sleep parameter information, the sleep parameters of the first side person are determined based on the standby sleep parameter information and the first sleep parameter information, interference signals can be better eliminated, and the obtained sleep parameters of the first side person are more accurate.
Illustratively, the first monitoring information includes first quality information, and the intermediate monitoring information includes intermediate quality information; the determining the sleep parameters of the first side person based on the standby sleep parameter information and the first sleep parameter information by using the intermediate sleep parameter information as the standby sleep parameter information of the first sleep parameter information includes: determining whether the first quality information is greater than a preset quality; if so, determining sleep parameters of the first side person based on the first sleep parameter information; if not, determining the sleep parameters of the first side person based on the intermediate sleep parameter information.
Wherein the first quality information refers to related information representing quality of the first monitored information, and in a specific embodiment, the first quality information may include signal-to-noise ratio information, integrity of BCG signal information, and the like. When the first quality information is larger than the preset quality, the quality of the first monitoring information is higher, the first sleep parameter information is more accurate, the sleep parameter of the first side person is determined based on the first sleep parameter information, and the obtained sleep parameter of the first side person can be more accurate. When the first quality information is smaller than the preset quality, the quality of the first monitoring information is lower, the sleep parameter of the first side person is determined based on the middle sleep parameter information, and the obtained sleep parameter of the first side person is accurate.
For example, when the majority of the trunk of the user is located at the first side of the bed body and the minority of the trunk of the user is located at the middle of the bed body, the first monitoring group and the middle monitoring group respectively obtain first monitoring information and middle monitoring information which both have effective data information. When the majority of the trunk of the user is in the middle area of the bed body, the minority of the trunk of the user is in the first side area of the bed body, the first monitoring group and the middle monitoring group respectively obtain the first monitoring information and the middle monitoring information which both have effective data information.
If the intermediate sleep parameter information is closer to the second sleep parameter information, step S242 is performed.
And S242, taking the intermediate sleep parameter information as standby sleep parameter information of the second sleep parameter information, and determining sleep parameters of a second sideline person based on the standby sleep parameter information and the second sleep parameter information.
The intermediate sleep parameter information is closer to the second sleep parameter information, and it is indicated that the sleep parameters represented by the intermediate sleep parameter information and the second sleep parameter information are the sleep parameters of the second side person, at this time, the intermediate sleep parameter information is used as the standby sleep parameter information of the second sleep parameter information, and the sleep parameters of the second side person are determined based on the standby sleep parameter information and the second sleep parameter information, so that the interference signals can be better eliminated, and the obtained sleep parameters of the second side person are more accurate.
Illustratively, the second monitoring information includes second quality information; the taking the intermediate sleep parameter information as standby sleep parameter information of the second sleep parameter information and determining the sleep parameters of the second sideline person based on the standby sleep parameter information and the second sleep parameter information includes: determining whether the second quality information is greater than a preset quality; if yes, determining sleep parameters of a second sideline person based on the second sleep parameter information; and if not, determining the sleep parameters of the second side person based on the intermediate sleep parameter information.
Wherein the second quality information refers to information about quality of the second monitoring information, and in a specific embodiment, the second quality information may include signal-to-noise ratio information, integrity of BCG signal information, and the like. When the second quality information is larger than the preset quality, the quality of the second monitoring information is higher, the second sleep parameter information is more accurate, the sleep parameter of the second side person is determined based on the second sleep parameter information, and the obtained sleep parameter of the second side person can be more accurate. When the second quality information is smaller than the preset quality, the quality of the second monitoring information is lower, and at the moment, the sleep parameter of the second side person is determined based on the middle sleep parameter information, so that the obtained sleep parameter of the second side person is more accurate.
For example, when the majority of the trunk of the user is located at the second side of the bed body and the minority of the trunk of the user is located at the middle of the bed body, the second monitoring group and the middle monitoring group respectively obtain second monitoring information and middle monitoring information which both have effective data information. Most of the trunk of the user is located in the middle of the bed body, the small part of the trunk of the user is located on the second side of the bed body, the second monitoring group and the middle monitoring group respectively obtain second monitoring information and middle monitoring information which both have effective data information, the quality of the second monitoring information is lower due to the fact that most of the trunk of the user is located in the middle of the bed body at the moment, and the sleep parameters of the user can be determined based on the middle sleep parameter information to reflect the real sleep parameters of the user.
S233, determining whether the first monitoring information and the intermediate monitoring information simultaneously include the valid data information, and whether the second monitoring information and the intermediate monitoring information simultaneously include the valid data information.
If the first monitoring information and the intermediate monitoring information do not include the valid data information at the same time, and the second monitoring information and the intermediate monitoring information do not include the valid data information at the same time, steps S243, S244, and S245 are performed. If the first monitoring information and the intermediate monitoring information include the valid data information at the same time, step S246 is executed. If the intermediate monitoring information and the second monitoring information include the valid data information at the same time, step S248 is executed.
When the first monitoring information and the middle monitoring information simultaneously comprise effective data information, the fact that a user possibly sleeps at the junction area between the first side and the middle of the bed body is shown, and when the second monitoring information and the middle monitoring information simultaneously comprise effective data information, the fact that the user possibly sleeps at the junction area between the second side and the middle of the bed body is shown.
S243, determining whether the first monitoring information comprises the effective data information.
If yes, go to step S251. If not, a plurality of different steps may be executed, for example, S244 or S245 may be executed, S243 may be continuously executed, and step S233 may be executed again, and the specific steps executed if not are not specifically limited.
And S253, determining that the number of the persons is one and the persons are positioned on the first side of the bed body.
Wherein, including effective data information when first monitoring information and middle monitoring information are different, second monitoring information and middle monitoring information are different includes effective data information first monitoring information and second monitoring information simultaneously also include effective data information simultaneously, if first monitoring information includes effective data information this moment, explain that only first monitoring group has monitored the information relevant with the human body, and the personnel on the bed body is alone and is located the first side of the bed body when this moment.
And S263, determining sleep parameters of the first side person based on the first sleep parameter information.
The first sleep parameter information is information representing the sleep parameters of the first side person, so that the sleep parameters of the first side person can be determined based on the first sleep parameter information, and the corresponding sleep parameters obtained by the first side person are accurate.
And S244, determining whether the intermediate monitoring information comprises the valid data information.
If yes, go to step S254. If not, a plurality of different steps may be executed, for example, S243 or S245 may be executed, S244 may be continuously executed, and the step S233 may be executed again, and the specific steps executed if not are not specifically limited.
And S254, determining that the number of the persons is one and the persons are positioned in the middle of the bed body.
Wherein, including effective data information when first monitoring information and middle monitoring information are different, second monitoring information and middle monitoring information are different includes effective data information first monitoring information and second monitoring information simultaneously also include effective data information simultaneously, if middle monitoring information includes effective data information this moment, explain that only middle monitoring group has monitored the information relevant with the human body, personnel on the bed body were alone and are located the bed body middle part when this moment.
And S264, determining the sleep parameters of the middle personnel based on the middle sleep parameters.
The middle sleep parameter information is information representing the sleep parameters of the persons in the middle of the bed body, so that the sleep parameters of the persons in the middle of the bed body can be determined based on the middle sleep parameter information, and the corresponding sleep parameters obtained by the persons in the middle of the bed body are accurate.
S245, determining whether the second monitoring information comprises the valid data information.
If yes, go to step S255. If not, a plurality of different steps may be executed, for example, S243 or S244 may be executed, S245 may be continuously executed, and the step S233 may be executed again, and the specific steps executed if not are not specifically limited.
And S255, determining that the number of the persons is one and the persons are positioned on the second side of the bed body.
Wherein, including effective data information when first monitoring information and middle monitoring information are different, second monitoring information and middle monitoring information are different includes effective data information first monitoring information and second monitoring information simultaneously also include effective data information simultaneously, and if the second monitoring information includes effective data information this moment, the explanation has only been monitored by the second monitoring group and has been monitored the information relevant with the human body, and the personnel on the bed body were alone and are located the bed body second side when this moment.
Further, the execution sequence of steps S243, S244 and S245 may be various, for example, as described above, steps S243, S244 and S245 may be executed simultaneously after determining whether the first monitoring information and the intermediate monitoring information simultaneously include the valid data information and whether the second monitoring information and the intermediate monitoring information simultaneously include the valid data information at step S233, or steps S244 and S245 may be executed simultaneously after executing S243, determining whether the first monitoring information includes the valid data information or determining that the first monitoring information does not include the valid data information, or step S244 and S245 may be executed first and then S245; meanwhile, after step S244 is executed, it is determined whether the intermediate monitoring information includes the valid data information, or it is determined that the intermediate monitoring information does not include the valid data information, steps S243 and S245 may be executed simultaneously, or S243 and then S245 may be executed first, or S245 and then S243 may be executed first; in this case, steps S243 and S244 may be executed at the same time after S245 determines whether the second monitoring information includes the valid data information or after the second monitoring information does not include the valid data information, or S243 and then S244 is executed first, or S244 and then S243 is executed first. The execution sequence of steps S243, S244 and S245 may be various according to different application scenarios and usage requirements, and is not limited in detail herein.
And S265, determining the sleep parameters of the second sideline based on the second sleep parameters.
The first sleep parameter information is information representing sleep parameters of the person on the first side of the bed body, so that the sleep parameters of the person on the first side of the bed body can be determined based on the first sleep parameter information, and the obtained corresponding sleep parameters of the person on the first side of the bed body are accurate.
S246, determining whether the first sleep parameter information and the intermediate sleep parameter information are sleep parameter information of the same person.
Wherein, including the effective data information and first monitoring information and second monitoring information including the effective data information simultaneously when first monitoring information and middle monitoring information, explain that only first monitoring group and middle monitoring group have monitored the information relevant with the human body this moment, probably two people this moment, one is in the bed body first side another person and is in the bed body middle part, also probably one this moment, one sleeps in the boundary region at bed body first side and middle part. Through confirming whether first sleep parameter information and middle sleep parameter information are the sleep parameter information of the same person, the personnel quantity on the bed body can be judged comparatively accurately.
In addition, the manner of determining whether the first sleep parameter information and the intermediate sleep parameter information are the sleep parameter information of the same person may be multiple, for example, the first sleep parameter information and the intermediate sleep parameter information may both include the heart rate signal information and the respiration signal information, and if the heart rate signal information and the respiration signal information included in the first sleep parameter information and the intermediate sleep parameter information are both the same, it indicates that the first sleep parameter information and the intermediate sleep parameter information are the sleep parameter information of the same person at this time. In addition, the first sleep parameter information and the intermediate sleep parameter information may both include BCG signal information, and the similarity between the BCG signal information included in the first sleep parameter information and the intermediate sleep parameter information is compared, so that whether the first sleep parameter information and the intermediate sleep parameter information are the same person or not can be determined. Meanwhile, the first sleep parameter information and the intermediate sleep parameter information may both include heart rate signal information, respiratory signal information, and BCG signal information, and it is also possible to determine whether the first sleep parameter information and the intermediate sleep parameter information are the same by determining whether the heart rate signal information and the respiratory signal information included in the first sleep parameter information and the intermediate sleep parameter information are the same and comparing the similarities of the BCG signal information included in the first sleep parameter information and the intermediate sleep parameter information. The specific manner of determining whether the first sleep parameter information and the intermediate sleep parameter information are the sleep parameter information of the same person is not limited, and the above description is only an example.
If yes, go to step S256, otherwise go to step S257.
And S256, determining that the number of the persons is one and the persons are positioned on the first side of the bed body.
When the first sleep parameter information and the middle sleep parameter information are the sleep parameter information of the same person, it is indicated that there should be one person on the bed body and the person on the bed body has a part of the trunk to sleep on the first side of the bed body, so that the number of the person can be determined to be one person and the person is located on the first side of the bed body.
And S266, determining the sleep parameters of the first side person based on the first sleep parameter information.
Wherein, can obtain by the aforesaid, personnel's quantity is alone and be located the first side of bed body to confirm the sleep parameter of first side personnel based on first sleep parameter information, the sleep parameter of the first side personnel that obtain is comparatively accurate.
S257, determining that the number of the persons is two, wherein one person is positioned at the first side of the bed body, and the other person is positioned in the middle of the bed body.
When the first sleep parameter information and the middle sleep parameter information are not the sleep parameter information of the same person, it is indicated that two persons may be in bed at the moment, and one person is located at the first side of the bed body and the other person is located in the middle of the bed body.
And S267, determining the sleep parameters of the middle person based on the middle sleep parameters and determining the sleep parameters of the first side person based on the first sleep parameter information.
In addition, the sleep parameters of different persons can be respectively determined by determining the sleep parameters of the middle person based on the middle sleep parameter information and determining the sleep parameters of the first side person based on the first sleep parameter information, so that the double data are not easy to be confused.
S248, determining whether the second sleep parameter information and the intermediate sleep parameter information are the sleep parameter information of the same person.
Wherein, including the effective data information and first monitoring information and second monitoring information including the effective data information simultaneously when second monitoring information and middle monitoring information, it shows that only second monitoring group and middle monitoring group have monitored the information relevant with the human body this moment, probably two people this moment, one is in the bed body second side another person and is in the bed body middle part, also probably one this moment, one sleeps in the boundary region at bed body second side and middle part. Through confirming whether second sleep parameter information and middle sleep parameter information are the sleep parameter information of the same person, the personnel quantity on the bed body can be judged comparatively accurately.
In addition, the determination of whether the second sleep parameter information and the intermediate sleep parameter information are the same as the sleep parameter information of the same person may be performed in the same manner as the above-mentioned determination of whether the first sleep parameter information and the intermediate sleep parameter information are the same as the sleep parameter information of the same person, and details thereof are not repeated herein.
If yes, go to step S258, otherwise go to step S259.
And S258, determining that the number of the persons is one and the persons are positioned on the second side of the bed body.
And S268, determining the sleep parameters of the second sideline based on the second sleep parameters.
When the second sleep parameter information and the middle sleep parameter information are the sleep parameter information of the same person, it is indicated that there should be one person on the bed body and the person on the bed body has a part of the trunk to sleep on the second side of the bed body, so that the number of the person can be determined to be one person and the person is located on the second side of the bed body. At the moment, the sleep parameters of the second side person are determined based on the second sleep parameter information, and the obtained sleep parameters of the second side person are accurate.
S259, determining that the number of the persons is two, wherein one person is positioned at the second side of the bed body, and the other person is positioned in the middle of the bed body.
And S269, determining the sleep parameters of the middle person based on the middle sleep parameters and determining the sleep parameters of the second side person based on the second sleep parameter information.
When the second sleep parameter information and the middle sleep parameter information are not the sleep parameter information of the same person, it is indicated that two persons may be in bed at the moment, one person is positioned at the second side of the bed body, and the other person is positioned in the middle of the bed body, and the sleep parameters of different persons can be respectively determined by determining the sleep parameters of the middle person based on the middle sleep parameter information and determining the sleep parameters of the second side person based on the second sleep parameter information, so that the double data are not easily confused.
EXAMPLE III
Fig. 3 is a schematic structural diagram of a sleep monitoring device according to an embodiment of the present invention, and fig. 4 is a schematic structural diagram of a sleep monitoring device applied to a bed 40 according to an embodiment of the present invention, as shown in fig. 4, the sleep monitoring device includes one or more processors.
A storage device to store one or more programs.
The first monitoring group 1 is used for monitoring the sleep in the area of the first side of the bed body 40 to obtain first monitoring information.
And the middle monitoring group 2 is used for monitoring the sleep in the middle area of the bed body 40 to obtain middle monitoring information.
And the second monitoring group 3 is used for monitoring the sleep in the area of the second side of the bed body 40 to obtain second monitoring information.
The first monitoring group 1, the intermediate monitoring group 2 and the second monitoring group 3 each comprise at least one monitoring element.
When the one or more programs are executed by the one or more processors, the one or more processors are caused to implement a sleep monitoring method according to any embodiment of the present invention.
Wherein, the sleep monitor device can have different forms according to different use conditions. As shown in fig. 3, the sleep monitor device can be a bed body 40 including a sleep monitor function, such as an intelligent mattress, at this time, the first monitor group 1, the middle monitor group 2 and the second monitor group 3 are built in the intelligent mattress, when the sleep monitor device is the intelligent mattress, a user can lie on the intelligent mattress during sleeping, and the intelligent mattress can realize monitoring of sleeping of the user. As shown in fig. 4, the sleep monitor device can also be an equipment component independent of the bed body 40, and can be placed on the bed body 40 when in use, for example, a sleep monitor belt, and when the sleep monitor device is the sleep monitor belt, the sleep monitor device is placed on the bed body 40, so that the sleep of the user can be monitored.
Above-mentioned scheme is through setting up first monitoring group 1, middle monitoring group 2 and second monitoring group 3, and first monitoring group 1 is used for monitoring the sleep in the region to bed body 40 first side and obtains first monitoring information, and middle monitoring group 2 is used for monitoring the sleep in the region at bed body 40 middle part and obtains middle monitoring information, and second monitoring group 3 is used for monitoring the sleep in the region to bed body 40 second side and obtains second monitoring information. When a user sleeps at any position on a bed, the first monitoring information, the second monitoring information and the middle monitoring information of the user can be monitored through the first monitoring group 1, the middle monitoring group 2 and the second monitoring group 3 respectively, and then the number information and the position information of the personnel can be accurately judged, so that the sleep parameters of the personnel can be accurately determined. Compare and use two sleep monitoring devices or two monitoring piece superpositions simply, the user sleeps in bed body 40 middle or when the off-centre position, and middle monitoring group 2 can be accurate monitors the user, has solved the problem that has very easily confused double data, realizes the effect that is difficult for obscuring double data.
In an alternative embodiment of the invention, the monitoring member comprises a piezoelectric sensor.
Wherein, according to piezoelectric sensor's characteristic, only human trunk region presses the sensor region, and the sensor channel that corresponds just can produce valid data, consequently, includes piezoelectric sensor through making the monitoring piece, the judgement personnel trunk that can be accurate is in the position on bed body 40.
It is to be noted that the foregoing is only illustrative of the preferred embodiments of the present invention and the technical principles employed. It will be understood by those skilled in the art that the present invention is not limited to the particular embodiments illustrated herein, but is capable of various obvious changes, rearrangements and substitutions as will now become apparent to those skilled in the art without departing from the scope of the invention. Therefore, although the present invention has been described in greater detail by the above embodiments, the present invention is not limited to the above embodiments, and may include other equivalent embodiments without departing from the spirit of the present invention, and the scope of the present invention is determined by the scope of the appended claims.

Claims (14)

1. A sleep monitoring method is used for a sleep monitoring device, and is characterized in that the sleep monitoring device comprises a first monitoring group, an intermediate monitoring group and a second monitoring group, wherein the first monitoring group, the intermediate monitoring group and the second monitoring group respectively comprise at least one monitoring piece; the first monitoring group is used for monitoring the sleep in a first side area of the bed body to obtain first monitoring information, the middle monitoring group is used for monitoring the sleep in a middle area of the bed body to obtain middle monitoring information, and the second monitoring group is used for monitoring the sleep in a second side area of the bed body to obtain second monitoring information; the sleep monitoring method comprises the following steps:
acquiring the first monitoring information, the intermediate monitoring information and the second monitoring information; the first monitoring information, the intermediate monitoring information and the second monitoring information all comprise sleep parameter information;
determining personnel number information and personnel position information based on the first monitoring information, the intermediate monitoring information and the second monitoring information;
determining sleep parameters of each person based on the person number information, the person position information, and the sleep parameter information.
2. The sleep monitoring method as claimed in claim 1, wherein after the acquiring the first monitoring information, the intermediate monitoring information and the second monitoring information, further comprising:
determining whether the first monitoring information and the second monitoring information both include valid data information;
correspondingly, the determining the personnel number information and the personnel position information based on the first monitoring information, the intermediate monitoring information and the second monitoring information includes:
and if the first monitoring information and the second monitoring information both comprise effective data information, determining that the number of the persons is two, one person sleeps on the first side of the bed body, and the other person sleeps on the second side of the bed body.
3. The sleep monitoring method according to claim 2, wherein the sleep parameter information included in the first monitoring information is first sleep parameter information, the sleep parameter information included in the intermediate monitoring information is intermediate sleep parameter information, and the sleep parameter information included in the second monitoring information is second sleep parameter information; if the first monitoring information and the second monitoring information both comprise valid data information, determining whether the intermediate monitoring information comprises the valid data information;
if the intermediate monitoring information comprises the effective data information, determining that the intermediate sleep parameter information is closer to the first sleep parameter information or the second sleep parameter information;
if the intermediate sleep parameter information is closer to the first sleep parameter information, the determining the sleep parameters of the persons based on the person number information, the person position information, and the sleep parameter information includes:
taking the intermediate sleep parameter information as standby sleep parameter information of the first sleep parameter information, and determining sleep parameters of a first side person based on the standby sleep parameter information and the first sleep parameter information;
if the intermediate sleep parameter information is closer to the second sleep parameter information, the determining the sleep parameters of the persons based on the person number information, the person position information, and the sleep parameter information includes:
and taking the intermediate sleep parameter information as standby sleep parameter information of the second sleep parameter information, and determining the sleep parameters of a second sideline person based on the standby sleep parameter information and the second sleep parameter information.
4. The sleep monitoring method as claimed in claim 3, wherein the first monitoring information includes first quality information; the determining the sleep parameters of the first side person based on the standby sleep parameter information and the first sleep parameter information by using the intermediate sleep parameter information as the standby sleep parameter information of the first sleep parameter information includes:
determining whether the first quality information is greater than a preset quality;
if so, determining sleep parameters of the first side person based on the first sleep parameter information;
if not, determining the sleep parameters of the first side person based on the intermediate sleep parameter information.
5. The sleep monitoring method as claimed in claim 3, wherein the second monitoring information includes second quality information; the taking the intermediate sleep parameter information as standby sleep parameter information of the second sleep parameter information and determining the sleep parameters of the second sideline person based on the standby sleep parameter information and the second sleep parameter information includes:
determining whether the second quality information is greater than a preset quality;
if yes, determining sleep parameters of a second sideline person based on the second sleep parameter information;
and if not, determining the sleep parameters of the second side person based on the intermediate sleep parameter information.
6. The sleep monitoring method as claimed in claim 3, wherein after determining whether the first monitoring information and the second monitoring information both include valid data information, further comprising:
if the first monitoring information or the second monitoring information does not include the valid data information, determining whether the first monitoring information and the intermediate monitoring information simultaneously include the valid data information and whether the second monitoring information and the intermediate monitoring information simultaneously include the valid data information;
and if the first monitoring information and the intermediate monitoring information do not simultaneously comprise the effective data information and the second monitoring information and the intermediate monitoring information do not simultaneously comprise the effective data information, executing the step of determining personnel number information and personnel position information based on the first monitoring information, the intermediate monitoring information and the second monitoring information.
7. The sleep monitoring method as claimed in claim 6, wherein if the first monitoring information and the intermediate monitoring information do not simultaneously include valid data information and the second monitoring information and the intermediate monitoring information do not simultaneously include valid data information, the determining the number of persons information and the position of persons information based on the first monitoring information, the intermediate monitoring information and the second monitoring information comprises:
determining whether the first monitoring information includes the valid data information;
if yes, determining that the number of the persons is one and the persons are positioned on the first side of the bed body;
correspondingly, the determining the sleep parameters of the persons based on the information of the number of persons, the information of the positions of the persons and the information of the sleep parameters includes:
determining sleep parameters of the first lateral person based on the first sleep parameter information.
8. The sleep monitoring method as claimed in claim 6, wherein if the first monitoring information and the intermediate monitoring information do not include valid data information at the same time and the second monitoring information and the intermediate monitoring information do not include valid data information at the same time, the determining the number of persons information and the position of persons based on the first monitoring information, the intermediate monitoring information and the second monitoring information further comprises:
determining whether the intermediate monitoring information includes the valid data information;
if yes, determining that the number of the persons is one and the persons are positioned in the middle of the bed body;
correspondingly, the determining the sleep parameters of the persons based on the information of the number of persons, the information of the positions of the persons and the information of the sleep parameters includes:
determining sleep parameters of an intermediary person based on the intermediary sleep parameters.
9. The sleep monitoring method as claimed in claim 6, wherein if the first monitoring information and the intermediate monitoring information do not include valid data information at the same time and the second monitoring information and the intermediate monitoring information do not include valid data information at the same time, the determining the number of persons information and the position of persons based on the first monitoring information, the intermediate monitoring information and the second monitoring information further comprises:
determining whether the second monitoring information includes the valid data information;
if yes, determining that the number of the persons is one and the persons are positioned on the second side of the bed body;
correspondingly, the determining the sleep parameters of the persons based on the information of the number of persons, the information of the positions of the persons and the information of the sleep parameters includes:
determining sleep parameters of a second sideline based on the second sleep parameters.
10. The sleep monitoring method as claimed in claim 6, wherein after determining whether the first monitoring information and the intermediate monitoring information simultaneously include the valid data information and whether the second monitoring information and the intermediate monitoring information simultaneously include the valid data information, further comprising:
if the first monitoring information and the intermediate monitoring information simultaneously include the valid data information, determining personnel quantity information and personnel position information based on the first monitoring information, the intermediate monitoring information and the second monitoring information includes:
determining whether the first sleep parameter information and the intermediate sleep parameter information are sleep parameter information of the same person;
if yes, confirm personnel's quantity for one and be located the bed body first side, just based on personnel quantity information, personnel position information with the sleep parameter information confirms each personnel's sleep parameter, include:
determining sleep parameters of a first side person based on the first sleep parameter information;
if not, determining that the number of the persons is two, one person is positioned on the first side of the bed body, the other person is positioned in the middle of the bed body, and determining the sleep parameters of the persons based on the information of the number of the persons, the information of the positions of the persons and the information of the sleep parameters comprises the following steps:
determining sleep parameters of an intermediate person based on the intermediate sleep parameters and determining sleep parameters of a first lateral person based on the first sleep parameter information.
11. The sleep monitoring method as claimed in claim 6, wherein after determining whether the first monitoring information and the intermediate monitoring information simultaneously include the valid data information and whether the second monitoring information and the intermediate monitoring information simultaneously include the valid data information, further comprising:
if the intermediate monitoring information and the second monitoring information simultaneously include the valid data information, determining personnel quantity information and personnel position information based on the first monitoring information, the intermediate monitoring information and the second monitoring information includes:
determining whether the second sleep parameter information and the intermediate sleep parameter information are sleep parameter information of the same person;
if yes, confirm personnel's quantity for one and be located the bed body second side, just based on personnel quantity information, personnel position information with the sleep parameter information confirms the sleep parameter of each personnel, include:
determining sleep parameters of a second sideline based on the second sleep parameters;
if not, determining that the number of the persons is two, one person is positioned on the second side of the bed body, the other person is positioned in the middle of the bed body, and determining the sleep parameters of the persons based on the information of the number of the persons, the information of the positions of the persons and the information of the sleep parameters comprises the following steps:
determining sleep parameters of an intermediate person based on the intermediate sleep parameters and determining sleep parameters of a second sideline person based on the second sleep parameter information.
12. The sleep monitoring method as set forth in claim 2,
the valid data information includes at least one of BCG signal information and respiration signal information;
and/or the presence of a gas in the gas,
the sleep parameter information comprises at least one of heart rate information and respiratory signal information.
13. A sleep monitoring device, characterized in that: comprising one or more processors;
storage means for storing one or more programs;
the first monitoring group is used for monitoring the sleep in the area of the first side of the bed body to obtain first monitoring information;
the middle monitoring group is used for monitoring the sleep in the middle area of the bed body to obtain middle monitoring information;
the second monitoring group is used for monitoring the sleep in the area of the second side of the bed body to obtain second monitoring information;
the first monitoring group, the intermediate monitoring group and the second monitoring group each comprise at least one monitoring piece;
when executed by the one or more processors, cause the one or more processors to implement a sleep monitoring method as recited in any of claims 1-12.
14. The sleep monitoring device as in claim 13, wherein the monitoring member comprises a piezoelectric sensor.
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