CN105455776A - Multi-user sleep monitoring method and system based on sensor array - Google Patents
Multi-user sleep monitoring method and system based on sensor array Download PDFInfo
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- CN105455776A CN105455776A CN201410425785.7A CN201410425785A CN105455776A CN 105455776 A CN105455776 A CN 105455776A CN 201410425785 A CN201410425785 A CN 201410425785A CN 105455776 A CN105455776 A CN 105455776A
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Abstract
The invention discloses a multi-user sleep monitoring method based on a sensor array. The method comprises the following steps that a plurality of collecting nodes are arranged on each pad, a plurality of different function sensors are connected to each pad to form the sensor array to measure life sign parameters of a user; by means of a polled communication mode, connection with each pad is set up to obtain measurement data of each function sensor, user profiles are set up to store the data measured each time, and the data serve as historical data; the current measurement data of the user are compared with the historical data of the user to judge whether the user is healthy or not; if the user is in an unhealthy state currently, an alarm is given. The invention further discloses a multi-user sleep monitoring system based on the sensor array. According to the multi-user sleep monitoring method and system based on the sensor array, the sleep state of the user can be monitored comprehensively, effectively and accurately, early warning is carried out in time, and the problem that the quantity of communication is limited is effectively solved.
Description
Technical field
The present invention relates to sleep monitor field, particularly relate to the sleep monitor method and system based on sensor array of a kind of multi-user.
Background technology
The misfortune that often has child to die suddenly when kindergarten is taken a nap after lunch occurs, and how effectively to monitor the situation of kindergarten afternoon nap, if particularly child takes a nap after lunch when occurring abnormal, and how effective early warning to prevent unfortunate be a social problem be also technological difficulties.
First, effective Sleep-Monitoring needs to measure multiple vital sign parameter.Particularly comprise body temperature, heart rate, breathing, sleep quality and body movement etc.Only have and effectively comprehensively measure vital sign data, just according to medical knowledge, reasonably can judge the sleep state of user and whether occur exception.At present, measuring transducer or the method for testing of the employing of some sleep monitor systems are single, comprehensively cannot measure vital sign data, thus cannot form effective early warning.
Secondly, with regard to each individuality, each vital sign parameter has larger differentiation, and the data that system Real-Time Monitoring obtains only have and compare with the historical data of the living individual of this user, just likely evaluates and tests whether have exception more accurately.And at present, the not systematic historical data recording the vital sign of each user of some sleep detection systems, does not also compare analysis to the historical data of this user's vital sign, thus whether abnormal also cannot evaluate and test more accurately.
Again, during kindergarten afternoon nap, usually need the collective of 10 ~ 30 people to monitor, how efficient is also a technical barrier for user group's Real-Time Monitoring.If when adopting blue tooth wireless communication to monitor multiple user, due to current smart machine as iPhone mobile phone or iPad etc. can only be connected with limited bluetooth equipment terminal simultaneously, it is 6 that current bluetooth communication restriction smart machine connects Bluetooth terminal number of devices simultaneously.How monitoring more users in real time, the sleep monitor system simultaneously can not losing again test data current does not have good solution yet.
Summary of the invention
In view of current sleep monitor field above shortcomings, the invention provides the sleep monitor method and system based on sensor array of a kind of multi-user, can comprehensively, the sleep state of monitor user ' effectively and accurately, provide alert in time, and efficiently solve a limited number of problem of communication.
For achieving the above object, embodiments of the invention adopt following technical scheme:
The multi-user's sleep monitor method based on sensor array, the sleep monitor method based on sensor array of described multi-user comprises the following steps:
Mat arranges multiple acquisition node and connects multiple different function sensor and form sensor array to measure the vital sign parameter of user;
Connected with each mat respectively by the mode of taking turn communication and obtain the measurement data of each function sensor;
Set up files on each of customers carry out data that stores processor measures at every turn and it can be used as historical data;
Measurement data current for user and this user's historical data are compared and judges that whether user is healthy;
If user is current is unhealthy condition, carry out alarm.
According to one aspect of the present invention, the described vital sign parameter that integrated multiple different function sensors formation sensor array measures user in mat comprises the following steps: on mat, arrange multiple acquisition node, integrated multiple different function sensor forms sensor array, setting data memorizer, processor and wireless communication board, described sensor array, data storage, processor and wireless communication board composition operational terminal.
According to one aspect of the present invention, the described vital sign parameter that integrated multiple different function sensors formation sensor array measures user in mat is further comprising the steps of: function sensor is measured in real time and measurement data is kept on the data storage of operational terminal.
According to one aspect of the present invention, described function sensor is measured in real time and the detailed description of the invention be kept on the data storage of operational terminal can be by measurement data: function sensor real-time measuring data, is then that the mode of index is kept on the data storage of operational terminal with time by the data of measurement.
According to one aspect of the present invention, described by the data of measurement with time be the mode of index be kept at operational terminal data storage on be specially: be index by the data measured with time, be kept on the data storage of operational terminal every fixed time interval.
According to one aspect of the present invention, the described mode by the taking turn communication measurement data obtaining each function sensor that connects with each mat respectively comprises the following steps:
For each operational terminal arranges flag bit and serial number labelling;
By operational terminals all in the method traversal room of traversal, and set up the inventory of operational terminal;
Select the operational terminal in inventory, set up the wireless connections of limited quantity, and the data of synchronously preserving in this operational terminal, connect be connected operational terminal disconnection of wireless after synchronous complete data;
Travel through all working terminal in inventory successively and carry out connection and synchrodata.
The sleep monitor system based on sensor array of a kind of multi-user, the sleep monitor system based on sensor array of described multi-user comprises mat, the sleep monitor system based on sensor array of described multi-user also comprises operational terminal and intelligent terminal, described mat is provided with multiple acquisition node, described operational terminal comprises the sensor array of multiple function sensor composition, power supply, data storage, processor and wireless communication board, described sensor array is connected with described acquisition node, described power supply respectively with described sensor array, data storage, processor is connected with wireless communication board, described intelligent terminal is connected with described wireless communication board.
According to one aspect of the present invention, the function sensor in described sensor array is connected one by one with acquisition node.
According to one aspect of the present invention, described wireless communication board is provided with wireless blue tooth communication device.
According to one aspect of the present invention, described intelligent terminal carries out communication by the mode of taking turn communication and several operational terminals.
Advantage of the invention process: the sleep monitor method based on sensor array of multi-user of the present invention forms by arranging multiple acquisition node and connect multiple different function sensor on mat the vital sign parameter that sensor array measures user, connected with each mat respectively by the mode of taking turn communication and obtain the measurement data of each function sensor, set up files on each of customers carry out data that stores processor measures at every turn and it can be used as historical data, measurement data current for user and this user's historical data are compared and judges that whether user is healthy, if user is current is unhealthy condition, carry out alarm, the multinomial vital sign parameter of user is measured by sensor array, can the sleep state of monitor user ' effectively more comprehensively, then automatically record and store the historical data of the every vital sign parameter of user, evaluated and tested by the comparison of current real-time measuring data and historical data, more effectively assess the sleep state of this user more accurately, can provide alert more in time, further, propose a kind of method that data store and data syn-chronization is carried out in taking turn communication and monitor the Bluetooth sleep monitoring terminal of a large number of users, efficiently solve smart machine and carry out a limited number of problem of bluetooth communication simultaneously.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the embodiment of the present invention, be briefly described to the accompanying drawing used required in embodiment below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the sleep monitor method schematic diagram based on sensor array of a kind of multi-user of the present invention;
Fig. 2 is the structural representation of the sleep monitor system based on sensor array of a kind of multi-user of the present invention.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
As shown in Figure 1, a kind of sleep monitor method based on sensor array of multi-user, the sleep monitor method based on sensor array of described multi-user comprises the following steps:
Step S1: multiple acquisition node is set on mat and connects multiple different function sensor formation sensor array to measure the vital sign parameter of user;
Described step S1 arranges multiple acquisition node and connects multiple different function sensor formation sensor array and can be to the detailed description of the invention of the vital sign parameter measuring user on mat: on mat, arrange multiple acquisition node, integrated multiple different function sensor forms sensor array, setting data memorizer, processor and wireless communication board, described sensor array, data storage, processor and wireless communication board composition operational terminal; Function sensor is measured in real time and measurement data is kept on the data storage of operational terminal.
Wherein, described function sensor real-time measuring data, then be that the mode of index is kept on the data storage of operational terminal with time by the data of measurement, described by the data of measurement with time be the mode of index be kept at operational terminal data storage on be specially: be index by the data measured with time, be kept on the data storage of operational terminal every fixed time interval.Such as, to take time as data preserved in index form every one minute be for six temperature sensor data:
| 8:30 | 31.0 | 32.0 | 30.2 | 33.5 | 34.2 | 32.1 |
| 8:31 | 31.1 | 32.2 | 30.4 | 33.7 | 34.1 | 32.2 |
| 8:32 | 31.0 | 32.0 | 30.2 | 33.5 | 34.2 | 32.3 |
| 8:33 | 31.0 | 32.1 | 30.1 | 33.6 | 34.3 | 32.4 |
| 8:34 | 31.0 | 32.0 | 30.2 | 33.5 | 34.2 | 32.3 |
| 8:35 | 31.0 | 32.1 | 30.1 | 33.6 | 34.3 | 32.4 |
Step S2: connected with each mat respectively by the mode of taking turn communication and obtain the measurement data of each function sensor;
Described step S2 is as follows by connect with each mat respectively concrete implementation step of the measurement data obtaining each function sensor of the mode of taking turn communication:
For each operational terminal arranges flag bit and serial number labelling, intelligent terminal is facilitated to search traversal, such as iCcurMulti01 ~ iCcurMulti20.
By operational terminals all in the method traversal room of traversal, and set up the inventory of operational terminal; Travel through the operational terminals with Multifunction Sensor array all in this room by the method for traversal, and set up and keep the inventory of operational terminal;
Select the operational terminal in inventory, set up the wireless connections of limited quantity, and the data of synchronously preserving in this operational terminal, connect be connected operational terminal disconnection of wireless after synchronous complete data; Described intelligent terminal travels through the operational terminal in inventory successively, the bluetooth selecting the operational terminal of limited quantity to set up limited quantity connects, then according to the historical data of preserving in this operational terminal data storage of time synchronized, disconnect bluetooth with all working terminal after synchronous complete data and be connected.Such as, first set up bluetooth with 5 operational terminal iCcurMulti01 ~ iCcurMulti05 front in inventory and be connected, the synchronously historical data of these 5 operational terminals.After synchronous good data, disconnect bluetooth with iCcurMulti00 ~ iCcurMulti05 and be connected, and then connect follow-up operational terminal.According to the method for the historical data of preserving in this operational terminal data storage of time synchronized, the historical data that repetition is synchronous synchronously good can be avoided.Such as be synchronized the temperature data of 8:30 and 8:31 during poll last time, the time of current poll is 8:35, then only need the historical data of synchronous 8:32 ~ 8:35.
Repetition above-mentioned steps travels through all working terminal in inventory successively and carries out connection and synchrodata.
Step S3: set up files on each of customers and carry out data that stores processor measures at every turn and it can be used as historical data;
Described step S3 sets up files on each of customers and carrys out data that stores processor measures at every turn and it can be used as the detailed description of the invention of historical data can be: intelligent terminal to be connected with each mat respectively by the mode of taking turn communication through step S2 and obtains the measurement data of each function sensor, thus obtain the data of every vital sign parameter of user, then set up files on each of customers, intelligent terminal automatically records and stores these data in files on each of customers as historical data.
Step S4: measurement data current for user and this user's historical data are compared and judges that whether user is healthy;
Measurement data current for user and this user's historical data compare and judge whether healthy detailed description of the invention can be user: archives and the historical data that can be obtained user by step S3 by described step S4, by current intelligent terminal, by taking turn communication modes, the historical data obtained in the files on each of customers of real-time measuring data and this user compares, then judge this user current whether be health status.
Step S5: if user is current for unhealthy condition, carry out alarm;
By step S4 measurement data current for user and this user's historical data compared and judge whether health can judge that whether user is healthy to user, if user is unhealthy condition, intelligent terminal then carries out alarm, and reminding user and guardian thereof take corresponding counter-measure according to practical situation.More effectively can assess the sleep state of this user more accurately, can provide alert more in time.Propose a kind of method that data store and data syn-chronization is carried out in taking turn communication simultaneously and monitor the Bluetooth sleep monitoring terminal of a large number of users, efficiently solve smart machine and carry out a limited number of problem of bluetooth communication simultaneously.
The sleep monitor system embodiment based on sensor array of a kind of multi-user
The sleep monitor system based on sensor array of a kind of multi-user, the sleep monitor system based on sensor array of described multi-user comprises mat 1, the sleep monitor system based on sensor array of described multi-user also comprises operational terminal 2 and intelligent terminal 3, described mat 1 is provided with multiple acquisition node 11, described operational terminal 2 comprises the sensor array 21 of multiple function sensor 26 composition, power supply 22, data storage 23, processor 24 and wireless communication board 25, described sensor array 21 is connected with described acquisition node 11, described power supply 22 respectively with described sensor array 21, data storage 23, processor 24 is connected with wireless communication board 25, described intelligent terminal 3 is connected with described wireless communication board 25.
In actual applications, the function sensor 26 in described sensor array 21 is connected one by one with acquisition node 11; Described wireless communication board 25 is provided with wireless blue tooth communication device; Described intelligent terminal 3 carries out communication by the mode of taking turn communication and several operational terminals 2.
Advantage of the invention process: the sleep monitor method based on sensor array of multi-user of the present invention forms by arranging multiple acquisition node and connect multiple different function sensor on mat the vital sign parameter that sensor array measures user, connected with each mat respectively by the mode of taking turn communication and obtain the measurement data of each function sensor, set up files on each of customers carry out data that stores processor measures at every turn and it can be used as historical data, measurement data current for user and this user's historical data are compared and judges that whether user is healthy, if user is current is unhealthy condition, carry out alarm, the multinomial vital sign parameter of user is measured by sensor array, can the sleep state of monitor user ' effectively more comprehensively, then automatically record and store the historical data of the every vital sign parameter of user, evaluated and tested by the comparison of current real-time measuring data and historical data, more effectively assess the sleep state of this user more accurately, can provide alert more in time, further, propose a kind of method that data store and data syn-chronization is carried out in taking turn communication and monitor the Bluetooth sleep monitoring terminal of a large number of users, efficiently solve smart machine and carry out a limited number of problem of bluetooth communication simultaneously.
The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, the technical staff of any skilled is in technical scope disclosed by the invention; the change that can expect easily or replacement, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain of described claim.
Claims (10)
1. the multi-user's sleep monitor method based on sensor array, is characterized in that, the sleep monitor method based on sensor array of described multi-user comprises the following steps:
Mat arranges multiple acquisition node and connects multiple different function sensor and form sensor array to measure the vital sign parameter of user;
Connected with each mat respectively by the mode of taking turn communication and obtain the measurement data of each function sensor;
Set up files on each of customers carry out data that stores processor measures at every turn and it can be used as historical data;
Measurement data current for user and this user's historical data are compared and judges that whether user is healthy;
If user is current is unhealthy condition, carry out alarm.
2. the sleep monitor method based on sensor array of multi-user according to claim 1, it is characterized in that, described multiple acquisition node is set on mat and connect multiple different function sensor formed sensor array comprise the following steps to the vital sign parameter measuring user: multiple acquisition node is set on mat, integrated multiple different function sensor forms sensor array, setting data memorizer, processor and wireless communication board, described sensor array, data storage, processor and wireless communication board composition operational terminal.
3. the sleep monitor method based on sensor array of multi-user according to claim 2, it is characterized in that, described multiple acquisition node is set on mat and connect multiple different function sensor formed sensor array further comprising the steps of to the vital sign parameter measuring user: function sensor is measured in real time and measurement data is kept on the data storage of operational terminal.
4. the sleep monitor method based on sensor array of multi-user according to claim 3, it is characterized in that, described function sensor is measured in real time and the detailed description of the invention be kept on the data storage of operational terminal can be by measurement data: function sensor real-time measuring data, is then that the mode of index is kept on the data storage of operational terminal with time by the data of measurement.
5. the sleep monitor method based on sensor array of multi-user according to claim 4, it is characterized in that, described by the data of measurement with time be the mode of index be kept at operational terminal data storage on be specially: be index by the data measured with time, be kept on the data storage of operational terminal every fixed time interval.
6. according to the sleep monitor method based on sensor array of the multi-user one of claim 1 to 5 Suo Shu, it is characterized in that, the described mode by the taking turn communication measurement data obtaining each function sensor that connects with each mat respectively comprises the following steps:
For each operational terminal arranges flag bit and serial number labelling;
By operational terminals all in the method traversal room of traversal, and set up the inventory of operational terminal;
Select the operational terminal in inventory, set up the wireless connections of limited quantity, and the data of synchronously preserving in this operational terminal, connect be connected operational terminal disconnection of wireless after synchronous complete data;
Travel through all working terminal in inventory successively and carry out connection and synchrodata.
7. the sleep monitor system based on sensor array of a multi-user, the sleep monitor system based on sensor array of described multi-user comprises mat, it is characterized in that, the sleep monitor system based on sensor array of described multi-user also comprises operational terminal and intelligent terminal, described mat is provided with multiple acquisition node, described operational terminal comprises the sensor array of multiple function sensor composition, power supply, data storage, processor and wireless communication board, described sensor array is connected with described acquisition node, described power supply respectively with described sensor array, data storage, processor is connected with wireless communication board, described intelligent terminal is connected with described wireless communication board.
8. the sleep monitor system based on sensor array of multi-user according to claim 7, it is characterized in that, the function sensor in described sensor array is connected one by one with acquisition node.
9. the sleep monitor system based on sensor array of multi-user according to claim 8, described wireless communication board is provided with wireless blue tooth communication device.
10. the sleep monitor system based on sensor array of multi-user according to claim 9, is characterized in that, described intelligent terminal carries out communication by the mode of taking turn communication and several operational terminals.
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Application publication date: 20160406 |