阅读说明：本技术 一种基于可穿戴设备的老年人情绪监测系统 (Old person emotion monitoring system based on wearable equipment ) 是由 吴瑛 范环 肖树芹 杨芳宇 王艳玲 张继文 肖艳艳 杨雪 郑子玲 汤丽娟 王大庆 于 2019-08-26 设计创作，主要内容包括：本发明涉及一种基于可穿戴设备的老年人情绪监测系统,包括：能够用于采集老年人的情绪原始数据的可穿戴设备和能够将所述情绪原始数据中的至少一个与情绪库中的警告数据进行比较计算设备,监测系统还包括至少能够用于采集老年人的生活事件的事件采集设备,事件采集设备能够将生活事件传输至计算设备,以使得计算设备至少能够基于生活事件从情绪库中筛选出与生活事件具有映射关系的警告数据,用于计算设备能够基于该与生活事件具有映射关系的警告数据判断情绪原始数据。本发明基于生活事件筛选出与之对应的警告数据,然后再进行情绪原始数据与警告数据的比对,确定老年人的情绪变化是否触发了该警告数据,从而判定老年人的情绪状态。(The invention relates to an elderly emotion monitoring system based on wearable equipment, which comprises: the monitoring system further comprises an event collection device at least used for collecting life events of the old people, the event collection device can transmit the life events to the computing device, so that the computing device can screen out warning data with a mapping relation with the life events from the emotion library at least based on the life events, and the computing device can judge the emotion original data based on the warning data with the mapping relation with the life events. The invention screens out the corresponding warning data based on the life events, then compares the emotion original data with the warning data to determine whether the emotion change of the old triggers the warning data, thereby judging the emotion state of the old.)

1. An elderly emotion monitoring system based on wearable equipment, which can match emotional care measures capable of maintaining emotional health development of the elderly according to different emotional raw data based on emotional raw data fed back by the wearable equipment and combined with life events of the elderly, and at least comprises:

a wearable device (100) worn on the body of the elderly in such a manner that emotional raw data of the elderly can be collected;

an event collecting device (200) which can be used to collect life events of the elderly and store them in an event storage device (600) in such a manner that the occurrence moments of the life events and the life events are mapped to each other,

a computing device (300) connected in wireless communication with the wearable device (100) capable of generating at least one emotional feature data that can be used to characterize the elderly emotional state based on the emotional raw data, and capable of comparing at least one of the emotional feature data with corresponding alert data in an emotion library (400);

a cloud (700) connected with the computing device (300) in a wireless communication mode to enable transmission interaction of the emotion characteristic data, so that the cloud (700) can generate emotion relative values of emotion characteristic data corresponding to emotion historical data relative to changes of the emotion characteristic data and match emotional care measures based on the emotion relative values;

a user terminal (800) operable to display the emotional care measures for review by the elderly and/or guardians;

it is characterized in that the preparation method is characterized in that,

the computing device (300) establishes a communication connection with the event collecting device (200) in response to receiving the emotion original data, so that the computing device (300) can screen out the emotion original data which has a mapping relation with the life event from the emotion library (400) at least based on the life event, and the emotion characteristic data can be judged by the computing device (300) based on the emotion original data which has a mapping relation with the life event, so that the computing device (300) can send out an alarm signal to an emotion alarm terminal (900) in the case that the emotion characteristic data exceeds the corresponding alarm data, and therefore a guardian can carry out primary emotional care on the old people for the life event;

the computing device (300) is capable of sending the emotional characteristic data to the cloud (700) if the emotional characteristic data does not exceed the corresponding warning data, so that in the case that the emotional relative value triggers the corresponding trigger condition, the cloud (700) is capable of matching emotional care measures corresponding to the emotional relative value triggering the trigger condition for the guardian to perform secondary emotional monitoring on the elderly,

wherein the cloud (700) is capable of dynamically updating emotion history data corresponding thereto based on the emotion feature data.

2. The monitoring system according to claim 1, characterized in that the cloud (700) generates the emotional relative value based on the emotional history data and the emotional feature data in such a way that the emotional relative value can be in the same metering interval, so that in case the cloud (700) is in communication connection with the user terminal (800) through a fifth generation mobile communication technology, the user terminal (800) can present the emotional relative value in a way that is not digital and promotes a user to tend to generate a positive mental state, so that the elderly can read their first emotional state report in a way that is not quantitative and promotes their subconscious satisfaction;

the user terminal (800) comprises a touch screen device, such that in case the cloud (700) pushes the first health status report and/or the 77 emotional care measures to the user terminal (800), the user terminal (800) is capable of displaying the first emotional status report in a different non-quantitative way and/or of displaying the emotional care measures at least in a video way by the fifth generation mobile communication technology in response to the touch and/or sound of the elderly.

3. The monitoring system according to claim 1 or 2, characterized in that the system comprises an alarm terminal (500) communicatively connected to the computing device (200) and configured to:

in the case that at least one of the emotional characteristic data triggers its corresponding alarm threshold, the computing device (200) generates an alarm signal and pushes abnormal data that triggered the alarm threshold to the alarm terminal (500), which sends emergency help information including the abnormal data to a preset medical institution terminal (1000) based on the alarm signal;

the medical institution terminal (1000) establishes a fifth generation mobile communication technology communication connection with a video monitor based on the emergency help-seeking information so as to acquire video information of the old in real time;

wherein the alarm threshold is correlated or uncorrelated with the life event; in the event that the alert threshold correlates with the life event, the computing device (300) is capable of at least screening the emotion database (400) for an alert threshold corresponding to the emotional raw data having a mapping relationship with the life event based on the life event, the alert threshold being greater than the alert data.

4. The monitoring system according to claim 1 or 2, wherein a first alert data set for the same emotion of the life event can be matched from the emotion library (400) based on the life event in case the life event is acquired, for determining the extent to which the elderly person generates a certain emotion type for the life event; and/or, the computing device (300), in case the life event is acquired, is capable of matching out a second alert data set for different emotions of the life event from the emotion library (400) based on the life event for determining whether the elderly person generates at least two different emotion types for the life event.

5. The monitoring system according to one of the preceding claims, wherein the computing device (300) is configured to at least:

comparing the second warning data set of the matched elderly people for the life event with emotion original data to generate an emotion type set comprising at least one specific emotion type;

a first warning data set of at least one specific emotion type from the set of emotion types is read from an emotion library (400) and the raw emotion data is compared to the first warning data set to generate a degree of the at least one specific emotion type.

6. The monitoring system according to one of the preceding claims, characterized in that the user terminal (800) comprises a first monitoring terminal (800a) with a touch display device for a supervisor to review the emotional state of the elderly,

the first monitoring terminal (800a) is in communication connection with the cloud terminal (700) so that in the case that the cloud terminal (700) generates and pushes a second health status report in a quantitative manner to the first monitoring terminal (800a), a monitor can read the second emotion status report from the first monitoring terminal (800a) in a quantitative manner; and/or

In case the cloud (700) quantitatively generates and pushes a third health status report to the first monitoring terminal (800a) from the emotional feature data, the guardian can quantitatively read the third emotional status report from the first monitoring terminal (800 a);

wherein the first monitoring terminal (800a) is capable of presenting different emotional states of the elderly person in the same emotional state image report in an imagewise manner based on at least the relative values of emotions and/or emotional characteristic data;

wherein the first monitoring terminal (800a) can respond to the request of the guardian and establish a communication connection with a second monitoring terminal (800b) for elderly people to consult under the condition that the guardian considers that the second emotional state report and/or the third emotional state report is abnormal through a fifth generation mobile communication protocol, so that the first monitoring terminal (800a) can push an emotional soothing measure to the second monitoring terminal (800b) at least in a mode of at least one of video, voice and/or words.

7. Monitoring system according to one of the preceding claims, characterized in that the monitoring system comprises a writing device by which a guardian can write to the emotion library (400) in a way that associates life events, emotion types and warning data, so that the emotion library (400) can update the life events, the emotion raw data and the warning data; and/or

The computing device (300) is capable of updating the alert data upon request by a guardian and/or automatically based on recorded emotional raw data and recorded life events.

8. The monitoring system according to one of the preceding claims, wherein the computing device (300) is capable of matching out historical events from the emotion repository (400) that have an association with the emotion raw data based on the emotion raw data, such that the computing device (300) is capable of excluding, based on at least the historical events, life events collected by the event collection device (200) that are not related to the emotion raw data; and/or

The monitoring system comprises an event storage device (600) which is configured to store life events collected by the event collection device (200), so that the computing device (300) can collect emotion raw data of old people by the wearable device (100) and the event collection device (200) does not record life event starting matched with the emotion raw data in a specific time interval, and the computing device (300) can backtrack life events occurring before the emotion raw data of old people are collected by the wearable device (100), so that the computing device (300) can analyze whether the emotion raw data has corresponding life events.

9. A wearable device-based elderly emotion monitoring method capable of matching emotional care measures capable of maintaining emotional health of the elderly based on emotion raw data fed back by the wearable device and combined with life events of the elderly, at least comprising:

wearing a wearable device (100) on the body of the elderly in a manner that enables the acquisition of emotional raw data of the elderly;

setting an event collecting device (200) which can be used for collecting life events of the elderly and storing the life events in an event storage device (600) in a manner that the occurrence moments of the life events and the life events are mapped with each other,

setting a computing device (300) connected with the wearable device (100) through wireless communication, wherein the computing device can generate at least one emotion characteristic data which can be used for representing the emotional state of the old people based on the emotion raw data, and can compare at least one of the emotion characteristic data with corresponding warning data in an emotion library (400);

setting a cloud end (700) which is in wireless communication connection with the computing device (300) to realize transmission interaction of the emotion characteristic data, so that the cloud end (700) can generate emotion relative values of emotion characteristic data corresponding to emotion historical data relative to changes of the emotion characteristic data and match emotional care measures based on the emotion relative values;

setting a user terminal (800) which can be used for displaying the emotional care measures for the old and/or the guardian to consult;

it is characterized in that the preparation method is characterized in that,

the computing device (300) establishes a communication connection with the event collecting device (200) in response to receiving the emotion original data, so that the computing device (300) can screen out the emotion original data which has a mapping relation with the life event from the emotion library (400) at least based on the life event, and the emotion characteristic data can be judged by the computing device (300) based on the emotion original data which has a mapping relation with the life event, so that the computing device (300) can send out an alarm signal to an emotion alarm terminal (900) in the case that the emotion characteristic data exceeds the corresponding alarm data, and therefore a guardian can carry out primary emotional care on the old;

the computing device (300) is capable of sending the emotional characteristic data to the cloud (700) without the benefit of its corresponding warning data, such that in the event of triggering its corresponding triggering condition by the emotional characteristic data, the cloud (700) is capable of matching emotional care measures corresponding to the emotional relative values that triggered the triggering condition for the guardian to perform secondary emotional monitoring of the elderly,

wherein the cloud (700) is capable of dynamically updating the trigger condition based on the emotional characteristic data.

10. Monitoring method according to one of the preceding claims, characterized in that the cloud (700) generates the emotional relative value based on the emotional history data and the emotional feature data in such a way that the emotional relative value can be in the same metering interval, so that in case the cloud (700) is in communication connection with the user terminal (800) through a fifth generation mobile communication technology, the user terminal (800) can present the emotional relative value in a way that is not digital and promotes a user to tend to produce a positive mental state, so that the elderly can read their first emotional state report in a way that is not quantitative and promotes their subconscious satisfaction;

the user terminal (800) comprises a touch screen device, such that in case the cloud (700) pushes the first health status report and/or an emotional care measure to the user terminal (800), the user terminal (800) is capable of displaying the first emotional status report in a different non-quantitative way and/or of displaying the emotional care measure at least in a video way by the fifth generation mobile communication technology in response to the touch and/or the sound of the elderly.

Technical Field

The invention relates to the technical field of intelligent emotion monitoring of old people, in particular to an old people emotion monitoring system based on wearable equipment.

Background

The number of the old people living alone in the empty nest is increasing day by day, and the health status of the old people becomes a social topic and also becomes a main research topic of science and technology workers. The emotional changes of the elderly are based on the state of need or a reaction to the external things and their changes. How to care for the emotion of the elderly by detecting the emotional changes of the elderly has become an important subject of research of science and technology workers.

For example, chinese patent publication No. CN108652648A discloses a depression monitoring device for depression in elderly people. At least comprises the following steps: the mobile terminal is used for automatically collecting and/or inputting actual emotional state information by a user; the detector is used for acquiring body signals in a mode of indirectly or directly contacting the body of the user, and the body signals are sent to the cloud server through the mobile terminal; the cloud server is used for determining theoretical depression state information corresponding to the body signals by using a depression state analysis algorithm based on a preset database; the mobile terminal is characterized in that the cloud server analyzes the change trend of the depression state based on the actual emotional state information, the body signals and/or the external conditions of the user, and the mobile terminal sends an early warning prompt and/or an activity suggestion to the current user or the associated mobile terminal when the change trend of the depression state exceeds a critical value at a foreseeable time point. The method and the device can accurately monitor the change trend of the depression state of the user, thereby effectively reminding and guiding.

For example, PCT patent publication WO2016/142393 discloses a system, device and method for remotely monitoring the health of a user using a wearable device. The system includes a wearable device configured to collect body sensor data and voice pattern data associated with a patient wearing the device, and analyze the data to determine whether the patient's emotional well-being is compromised. The wearable device can be configured to send an alert to the caregiver device indicating that the patient's emotional well-being is compromised. The wearable device can also be configured to send a suggestion regarding the progress of the action to mitigate the condition.

For example, PCT patent publication No. WO2017/000456 discloses a wearable device and an emotion monitoring method thereof. The electronic device includes: a physiological monitoring sensor for obtaining current physiological status data of the wearer in real time; a data storage for storing pre-stored physiological state data of the wearer at a predetermined emotional state; a first comparator, configured to compare the current physiological status data obtained by the physiological monitoring sensor, determine whether the wearer is currently in the predetermined emotional state, and obtain a first comparison result; and the instruction generator is used for sending an emotion monitoring output instruction according to the first comparison result. The wearable electronic equipment obtains the current state data of the wearer through real-time detection, compares the current state data with the pre-stored physiological state data, can judge that the current emotional state of the wearer is a preset state, and achieves the purpose of monitoring the emotion of the wearer in real time.

For example, chinese patent publication No. CN107049280A discloses a mobile internet intelligent wearable device for realizing interactive response with external terminal devices, which includes a central processing unit, and a touch display screen, a wireless communication device, a data storage device, a network speed monitoring device, an energy consumption monitoring device, a voiceprint recognition device, an audio input device, a rotatable camera, a camera shake prevention processing device, an image encryption device, an environmental data acquisition device, a human physiological data acquisition device, a body health status analyzer, a human emotion recognizer, a three-axis acceleration sensor, a GPS positioning device, a pressure sensor located on the touch display screen, a temperature difference power generation device tightly attached to human skin, a projection device, an audio player and a vibrator. The wearable device can actively and automatically identify the emotion and physical health condition of the wearable person, and timely send rescue request information outwards when the wearable person is in danger.

For example, chinese patent publication No. CN105726045A discloses an emotion monitoring method and a mobile terminal thereof. The emotion monitoring method comprises the following steps: the mobile terminal receives monitoring data sent by the wearable device and obtains expression data and sound data of a user; wherein the detection data comprises sign data and a motion state type; determining emotion state information of the user according to the monitoring data, the expression data and the sound data, wherein the emotion state information comprises an emotion type and a stress index; and acquiring and displaying an adjusting suggestion matched with the emotional state information. By the method, the emotion of the user can be dynamically monitored, the adjustment suggestion is provided according to the emotion of the user, and the user can adjust the emotion conveniently to reduce adverse effects caused by good emotion.

For example, a method for pushing emotion adjustment services and a wearable collaborative pushing system disclosed in chinese patent with publication number CN106202860B are disclosed, in view of the capability characteristics of wearable terminals, multi-dimensional and multi-touch physiological data acquisition is implemented by using a plurality of wearable terminals of different monitoring types, and the physiological data acquisition is periodically sent to a handheld terminal; the handheld terminal achieves dimensionality reduction processing on the collected multi-dimensional physiological data by means of a data mining technology, designs a multi-dimensional physiological characteristic vector, analyzes the state grade of the emotion of the user, and pushes the emotion adjustment service of response according to the state grade. According to the technical scheme, the application direction of the physiological data collected by the wearable terminal is reconstructed through interactive cooperation of the handheld terminal and the wearable terminal, and the application direction is applied to emotion perception of the user, so that the problem that the traditional emotion perception technology is low in accuracy is solved, and in view of the characteristic that the mobile equipment is high in mobility, the flexibility of the system is greatly improved, and the service experience of the user is further improved.

For example, chinese patent publication No. CN106725473A discloses a method and apparatus for adjusting emotional state based on a smart wearable device. The method comprises the following steps: acquiring current electrodermal response data of a wearer; comparing the current skin electricity response data with a pre-established emotion state parameter data list to obtain the current emotion state of the wearer; outputting a corresponding emotion state adjusting prompt through intelligent wearable equipment according to the current emotion state; and then make the person of wearing can be according to adjusting the suggestion control own emotional state and can send the person of wearing's current emotional state to mobile terminal through intelligent wearable equipment on, better realization is to the control of person of wearing emotional state.

Secondly, in academic achievements, Liu Ding of Master university of south China's research provides a deep learning-based emotional awareness system for the elderly in his Master thesis, which utilizes deep learning technology and different data sets to realize a deep learning network model, and meets the system requirements in emotion recognition accuracy and detection speed. In addition, the kingdom of Master researchers at the university of electronic technology proposes an emotion perception system based on deep learning in the Master thesis, applies a deep learning method to improve the accuracy of emotion perception on the basis of the traditional speech emotion perception research theory, establishes a deep learning model on a TensorFlow platform and designs a speech emotion perception system of an iOS mobile terminal based on C/S.

Based on the research on the prior art, the emotion perception or recognition technology has been developed and advanced on the recognition algorithm, and the requirements on the emotion recognition accuracy, the emotion detection speed and the like by using a computer technology are basically met. However, aiming at the special population of the elderly, the research results at least have the following defects: the emotion change of the old people is mostly caused by the change or generation of something, and the current emotion recognition only depends on an algorithm in isolation to deduce what emotional state the old people are in, and the current emotional state is not influenced by external events, so that the emotional state is different from the actual emotion. For example, thought about the descendants may cause them to fall out slowly; while the return of the descendants to town after the year may result in their sudden loss, both losses are considered to be the same emotional state in current emotion detection systems, but the two loss states are emotional states of substantially different degrees.

Furthermore, on the one hand, due to the differences in understanding to the person skilled in the art; on the other hand, since the inventor has studied a lot of documents and patents when making the present invention, but the space is not limited to the details and contents listed in the above, however, the present invention is by no means free of the features of the prior art, but the present invention has been provided with all the features of the prior art, and the applicant reserves the right to increase the related prior art in the background.

Disclosure of Invention

Aiming at the defects of the prior art, the invention provides a wearable device-based elderly emotion monitoring system, which can match emotion care measures capable of maintaining emotional health of the elderly based on emotion original data fed back by the wearable device and combined with life events of the elderly, and at least comprises: a wearable device worn on the body of the elderly in a manner that enables collection of emotional raw data of the elderly; the event acquisition device can be used for acquiring life events of the old people and storing the life events in an event storage device in a mode of mapping occurrence moments of the life events to the life events, and the computing device is connected with the wearable device through wireless communication and can generate at least one emotion characteristic data which can be used for representing the emotion state of the old people based on the emotion raw data and can compare at least one of the emotion characteristic data with corresponding warning data in an emotion library; the cloud end is in wireless communication connection with the computing equipment so as to realize transmission interaction of the emotion characteristic data, so that the cloud end can generate emotion relative values of the emotion characteristic data corresponding to the emotion characteristic data relative to changes of the emotion characteristic data according to emotion historical data and match emotional care measures based on the emotion relative values; a user terminal capable of being used for displaying the emotional care measures for the elderly and/or guardians to review; the computing device establishes a communication connection with the event collecting device in response to receiving the emotion original data, so that the computing device can at least screen out warning data which has a mapping relation with the life event and corresponds to the emotion original data from the emotion library based on the life event, the warning data which has the mapping relation with the life event is used for judging the emotion characteristic data by the computing device, and therefore the computing device can send out a warning signal to an emotion warning terminal when the emotion characteristic data exceeds the corresponding warning data, and therefore a guardian can carry out primary emotion nursing on the old people for the life event; the computing device can send the emotion feature data to the cloud end under the condition that the emotion feature data does not exceed corresponding warning data, so that under the condition that the relative emotion value triggers a corresponding trigger condition of the emotion relative value, the cloud end can match emotion care measures corresponding to the relative emotion value triggering the trigger condition, and the cloud end is used for performing secondary emotion monitoring on the old people by the guardian, wherein the cloud end can dynamically update emotion history data corresponding to the emotion feature data based on the emotion feature data.

According to a preferred embodiment, the cloud end generates the emotion relative value based on the emotion history data and the emotion feature data in a manner that the emotion relative value can be in the same metering interval, so that in the case that the cloud end is in communication connection with the user terminal through a fifth generation mobile communication technology, the user terminal can present the emotion relative value in a non-digital manner and a manner that a user tends to generate a positive psychological state, and therefore the old people can read a first emotion state report of the old people in a non-quantitative manner and a manner that the old people can enable the old people to subconsciously satisfy the emotion relative value; the user terminal comprises a touch screen device, so that when the cloud pushes the first health status report and/or the emotional care measures to the user terminal, the user terminal can respond to the touch and/or the sound of the old to display the first emotional status report in a different unquantized mode through the fifth generation mobile communication technology and/or can display the emotional care measures at least in a video mode.

According to a preferred embodiment, the system includes an alert terminal communicatively coupled to the computing device and configured to: under the condition that at least one of the emotional characteristic data triggers a corresponding alarm threshold value, the computing equipment generates an alarm signal and pushes abnormal data triggering the alarm threshold value to the alarm terminal, and the alarm terminal sends emergency help-seeking information comprising the abnormal data to a preset medical institution terminal based on the alarm signal; the medical institution terminal establishes a fifth generation mobile communication technology communication connection with a video monitor based on the emergency help-seeking information so as to acquire the video information of the old in real time; wherein the alarm threshold is correlated or uncorrelated with the life event; in a case where the alert threshold correlates with the life event, the computing device is at least capable of screening the emotion database for an alert threshold corresponding to the emotion raw data having a mapping relationship with the life event based on the life event, the alert threshold being greater than the alert data.

According to a preferred embodiment, a first alert data set for the same emotion of the life event can be matched from the emotion database based on the life event in the case of acquiring the life event in the computing device for determining the degree to which the elderly person generates a particular type of emotion for the life event; and/or the computing device, in the event the life event is acquired, is capable of matching a second alert data set for different emotions of the life event from the emotion library based on the life event for determining whether the elderly person generates at least two different emotion types for the life event.

According to a preferred embodiment, the computing device generates a signal configured at least to: comparing the second warning data set of the matched elderly people for the life event with emotion original data to generate an emotion type set comprising at least one specific emotion type; reading a first warning data group of at least one specific emotion type in the emotion type set from an emotion library, and comparing the emotion raw data with the first warning data group to generate the degree of the at least one specific emotion type.

According to a preferred embodiment, the user terminal comprises a first monitoring terminal with a touch display device, and the first monitoring terminal is used for a monitor to look up the emotional state of the old, and is in communication connection with the cloud, so that the monitor can read a second emotional state report from the first monitoring terminal in a quantitative manner under the condition that the cloud generates and pushes a second health state report of the relative emotional value to the first monitoring terminal in a quantitative manner; and/or in the case that the cloud generates and pushes a third health status report to the first monitoring terminal in a quantitative manner from the emotional characteristic data, the guardian can read the third emotional status report from the first monitoring terminal in a quantitative manner; wherein the first monitoring terminal is capable of presenting different emotional states of the elderly person in the same emotional state image report in an imaged manner based on at least the relative value of emotion and/or emotional characteristic data; the first monitoring terminal can respond to a request of a guardian and establish communication connection with a second monitoring terminal used for old people to look up through a fifth generation mobile communication protocol under the condition that the guardian considers that the second emotional state report and/or the third emotional state report are abnormal, so that the first monitoring terminal can push an emotional soothing measure to the second monitoring terminal at least in one mode of video, voice and/or characters.

According to a preferred embodiment, the monitoring system comprises a writing device by which the guardian can write to the emotion library in a manner that associates life events, emotion types and warning data, so that the emotion library can update the life events, the emotion raw data and the warning data; and/or the computing device is capable of updating the alert data upon request by a guardian and/or automatically based on recorded emotional raw data and recorded life events.

According to a preferred embodiment, the computing device is capable of matching historical events associated with the emotion raw data from the emotion library based on the emotion raw data, so that the computing device is capable of excluding at least life events acquired by the event acquisition device, which are not related to the emotion raw data, based on the historical events; and/or the monitoring system comprises an event storage device, wherein the event storage device is configured to store the life events collected by the event collection device, so that the computing device can start when the wearable device collects emotion raw data of the old, and the event collection device does not record the life events matched with the emotion raw data in a specific time interval, and the computing device can backtrack the life events occurring before the wearable device collects the emotion raw data of the old, so that the computing device can analyze whether the emotion raw data has corresponding life events.

According to a preferred embodiment, the invention also discloses a wearable device-based elderly emotion monitoring method, which can match emotional care measures capable of maintaining emotional health of the elderly based on emotion raw data fed back by the wearable device and combined with life events of the elderly, and at least comprises the following steps: wearing wearable equipment on the body of the old in a mode of collecting emotion original data of the old; the system comprises an event acquisition device, a computing device and an emotion database, wherein the event acquisition device can be used for acquiring life events of the old people and storing the life events in an event storage device in a mode of mapping occurrence moments of the life events and the life events to each other, the computing device is connected with the wearable device in a wireless communication mode, can generate at least one emotion characteristic data which can be used for representing the emotion state of the old people based on the emotion raw data, and can compare at least one emotion characteristic data with corresponding warning data in an emotion database; setting a cloud end which is in wireless communication connection with the computing equipment so as to realize transmission interaction of the emotion characteristic data, so that the cloud end can generate an emotion relative value of the emotion characteristic data corresponding to the cloud end relative to the change of the emotion characteristic data according to emotion historical data, and matching an emotion nursing measure based on the emotion relative value; setting a user terminal which can be used for displaying the emotional care measures for the old and/or the guardian to consult; the computing device establishes communication connection with the event collecting device in response to receiving the emotion original data, so that the computing device can at least screen out warning data which has a mapping relation with the life event and corresponds to the emotion original data from the emotion library based on the life event, the warning data which has the mapping relation with the life event is used for judging the emotion characteristic data based on the warning data, and therefore the computing device can send out a warning signal to an emotion warning terminal when the emotion characteristic data exceeds the corresponding warning data, and therefore a guardian can carry out primary emotional care on the old; the computing device can send the emotion feature data to the cloud under the condition that the emotion feature data does not benefit warning data corresponding to the emotion feature data, so that under the condition that triggering conditions corresponding to the emotion relative values trigger the emotion relative values, emotion care measures corresponding to the emotion relative values triggering the triggering conditions can be matched by the cloud, and therefore secondary emotion monitoring can be conducted on the old people by the guardian, and the triggering conditions can be dynamically updated by the cloud based on the emotion feature data.

According to a preferred embodiment, the cloud end generates the emotion relative value based on the emotion history data and the emotion feature data in a manner that the emotion relative value can be in the same metering interval, so that in the case that the cloud end is in communication connection with the user terminal through a fifth generation mobile communication technology, the user terminal can present the emotion relative value in a non-digital manner and a manner that a user tends to generate a positive psychological state, and therefore the old people can read a first emotion state report of the old people in a non-quantitative manner and a manner that the old people can enable the old people to subconsciously satisfy the emotion relative value; the user terminal comprises a touch screen device, so that when the cloud pushes the first health status report and/or emotional care measures to the user terminal, the user terminal can respond to the touch and/or the sound of the old to display the first emotional status report in a different unquantized mode through the fifth generation mobile communication technology and/or can display the emotional care measures at least in a video mode.

The invention provides a wearable device-based elderly emotion monitoring system, which at least has the following advantages:

1) the life event is easy to trigger the emotion change of the old, and in the prior art, various data are directly collected and analyzed to generate an emotion state which is easy to cause misjudgment of emotion state analysis, so that the corresponding warning data is screened out based on the life event, the emotion of the old after the life event occurs can be screened out, then the original emotion data is compared with the warning data, whether the emotion change of the old triggers the warning data is determined, and the emotion state of the old is judged.

2) The invention can also record the life event corresponding to the emotion change of the old, and is convenient for the guardian to make corresponding decision on the emotion change. For example, when the old people fall into a long-term loss, the system can trace the reason of the loss through the record of the life event, for example, the descendants leave the home, so that the lost emotion and the corresponding life event are transmitted to the client placed in the descendants of the children, and the descendants of the children can know the lost emotion and can use the telephone video, the prospect and other modes to pacify the emotion conveniently.

3) The life events may generate the same but different degrees of emotion, the degree of such emotional state may gradually increase or gradually decrease within a period of the event, and the invention can match a first warning data set corresponding to the life events, wherein the first warning data set is a combination of different degrees aiming at the same emotion.

4) The same life event may trigger different types of emotions, for example, an earthquake may cause the old to generate feared, lost, sad or even disappointed emotions, and whether the old will have the emotion of the same type or not, the computing device needs to match a second warning data set corresponding to the different types of emotions that the earthquake will have based on the specific event of the earthquake, the second warning data set is used for determining whether the old generates at least two different emotion types for the life event, and then the computing device compares the collected original emotion data with the second warning data set to determine whether the old will have complex emotions of different emotion types.

Drawings

FIG. 1 is a schematic diagram of a preferred emotion monitoring system provided by the present invention.

List of reference numerals

100: the wearable device 400: emotion library

200: the event collecting apparatus 500: alarm terminal

300: the computing device 600: event storage device

700: cloud 800: user terminal

900: emotion warning terminal 1000: medical institution terminal

800 a: the first monitoring terminal 800 b: second monitoring terminal

Detailed Description

This is explained in detail below with reference to fig. 1.